CN117357743B

CN117357743B - Remote infusion room monitoring method and system based on Internet technology

Info

Publication number: CN117357743B
Application number: CN202311494979.8A
Authority: CN
Inventors: 吴金明; 梁枫; 周盛义
Original assignee: Guangzhou Libra's Furniture Manufacturing Co ltd
Current assignee: Guangzhou Libra's Furniture Manufacturing Co ltd
Priority date: 2023-11-10
Filing date: 2023-11-10
Publication date: 2024-04-26
Anticipated expiration: 2043-11-10
Also published as: CN117357743A

Abstract

The invention discloses a remote infusion room monitoring method based on the internet technology, which comprises the following steps: detecting whether a patient is in infusion in an infusion chamber; if yes, photographing the infusion room by using a camera, and analyzing to identify I D numbers of patients sitting on the intelligent seat; detecting whether the drip in the drip tube in the clamp frame is normal or not; if the patient is normal, detecting physiological characteristics of the patient undergoing transfusion in real time; judging whether an emergency occurs to a patient undergoing transfusion according to the physiological characteristics; if the drip tube is abnormal or the patient has emergency, the alarm of the transfusion bracket is controlled to generate an alarm, and the background controller is controlled to generate an alarm. By the mode, the infusion device can monitor the patient who is infusing in the infusion room in real time, timely inform medical staff of infusion related operation, reduce the workload of the medical staff, know the patient in the first time when special conditions occur to the patient, and reduce potential safety hazards.

Description

Remote infusion room monitoring method and system based on Internet technology

Technical Field

The invention relates to the technical field of medical infusion monitoring, in particular to a remote infusion room monitoring method and system based on an internet technology.

Background

Infusion is one of the most commonly used treatments in hospitals, and infusion therapy is required for both severe patients and cold and fever patients.

However, in the traditional infusion process, the infusion is carried out by the medical staff, whether the infusion is started, the infusion is changed or the infusion is ended is carried out by the medical staff, the condition that the medical staff frequently monitor the infusion is needed, the workload is increased for the medical staff, meanwhile, the infusion cannot be followed in time for some emergency, and potential safety hazards easily occur.

Disclosure of Invention

(One) solving the technical problems

Aiming at the defects of the prior art, the invention provides a remote infusion room monitoring method and system based on the Internet technology, which can solve the technical problems.

(II) technical scheme

In order to solve the technical problems, the invention provides the following technical scheme: the remote infusion room monitoring method based on the Internet technology is characterized in that a plurality of intelligent seats and an infusion support arranged on one side of the intelligent seats are arranged in the infusion room at intervals, the infusion support is provided with a mounting frame for mounting an infusion bottle, a clamp frame for accommodating a drip tube of an infusion tube and an alarm arranged on the top of the infusion support, and the intelligent seats are electrically connected with a background controller, and the method comprises the following steps: detecting whether a patient is in infusion in an infusion chamber; if the fact that the patient in the infusion chamber is in infusion is determined, photographing the infusion chamber by using a camera in the infusion chamber to obtain a photographed picture; the region with the patient in the shot picture is subjected to screenshot to obtain a patient picture, and the patient picture is analyzed to identify the ID number of the patient sitting on the intelligent seat, wherein each intelligent seat in the infusion room is corresponding to a unique ID number; starting a monitoring function of the infusion support at one side of the intelligent seat corresponding to the ID number, and detecting whether the drip in the drip tube in the clamp frame is normal or not; if the drip in the drip tube in the clamp frame is normal, detecting physiological characteristics of a patient sitting on the intelligent seat and carrying out transfusion in real time through the intelligent seat corresponding to the ID number, wherein the physiological characteristics comprise heart rate conditions, pulse conditions, breathing conditions and body temperature conditions; judging whether an emergency occurs to a patient undergoing transfusion according to the physiological characteristics; if the drip tube in the fixture frame is abnormal or the patient who is in infusion is determined to have emergency, controlling the alarm on the top of the infusion support on one side of the intelligent seat corresponding to the ID number to generate an alarm, simultaneously controlling the background controller to generate an alarm, and displaying the video content in the infusion chamber in real time by the background controller.

Further, the step of detecting whether the drip in the drip tube in the fixture frame is normal includes: acquiring a plurality of time values of time differences between every two adjacent drops in the drop tube in a first time period, and calculating an average value through the plurality of time values; and in the process of transfusion by a patient, judging that the drip in the drip tube in the clamp frame is abnormal if the time difference between every two adjacent drips in the drip tube is detected to be smaller than the preset range of the average value in a second time period or if the time difference between every two adjacent drips in the drip tube is detected to be larger than the preset range of the average value in the second time period, wherein the second time period is longer than the first time period.

Further, the method further comprises: detecting the liquid level of the solution in the dropping cylinder in the process of transfusion of a patient; judging whether the liquid level of the solution in the dropping cylinder is lower than a preset liquid level value; and if the liquid level of the solution in the dropping cylinder is determined to be lower than the preset liquid level value, controlling an alarm on the top of the infusion support at one side of the intelligent seat corresponding to the ID number to generate an alarm, and simultaneously controlling the background controller to generate an alarm.

Further, the method further comprises: in the process of alarming by the alarm, if no solution in the drip tube is detected, the clamp structure in the clamp frame is utilized to press the infusion tube so that the solution in the infusion tube cannot flow.

Further, the clamp frame liftable setting is in the infusion support, the clamp frame has been equipped with and is used for acceping the acceping through-hole of dropping liquid section of thick bamboo, the clamp structure is including setting up the actuating cylinder of clamp frame top and setting up backup pad on the lateral wall of acceping through-hole of clamp frame, wherein the end of the telescopic link of actuating cylinder is equipped with the stripper plate, just the transfer line is in between the backup pad with the stripper plate, utilize clamp structure in the clamp frame compresses tightly the transfer line so that the unable step of flowing of solution in the transfer line includes: the telescopic rod of the driving cylinder is controlled to extend out to drive the extrusion plate to move towards the direction of the supporting plate, so that the infusion tube between the supporting plate and the extrusion plate is extruded through the extrusion plate and the supporting plate, and the solution in the infusion tube cannot flow.

Further, the intelligent seat is provided with a hand support part, the hand support part is provided with a support table with adjustable angle, the support table is provided with a containing clamping groove for containing hands of a patient, wherein the hand support part is provided with a control key for controlling the angle change of the support table, and the method further comprises: when the user is confirmed to press the control key, judging whether a patient is in infusion on the intelligent seat corresponding to the control key; if the intelligent seat corresponding to the control key is determined to be provided with a patient for transfusion, the angle of the supporting table is adjusted according to the instruction generated by the control key.

Further, the hand supporting part is further provided with a locking part for being clamped outside the accommodating clamping groove of the supporting table, and the method further comprises the following steps: detecting, by the smart seat, whether a patient currently sitting on the smart seat belongs to a young child during an infusion of the patient, wherein the young child is less than 3 years old; and if the patient currently sitting on the intelligent seat is determined to belong to a young child, controlling the locking part to lock the hands of the patient in the accommodating clamping groove of the supporting part, so that the hands of the patient cannot be separated from the accommodating clamping groove.

Further, the method further comprises: if it is determined that the patient currently sitting on the intelligent seat does not belong to a young child, continuing to detect whether the patient currently sitting on the intelligent seat for transfusion is asleep or not through the intelligent seat; if the patient currently sitting on the intelligent seat for transfusion is determined to be asleep, the locking part is controlled to lock the hands of the patient in the accommodating clamping groove of the supporting part, so that the hands of the patient cannot be separated from the accommodating clamping groove when the patient is asleep, and meanwhile, if the intelligent seat detects that the body temperature of the asleep patient is lower than the preset temperature, the intelligent seat is controlled to heat so as to keep the temperature of the asleep patient.

Further, two adjacent intelligent seats are provided with shielding parts, a shielding plate and a control panel for controlling the shielding plate to lift are arranged in the shielding parts in a lifting manner, when the shielding plate ascends, the intelligent seats are mutually shielded and cannot see the intelligent seats of the other side, and the method further comprises the following steps: when confirming that a user adjusts the control panel, judging whether a patient carries out transfusion on the intelligent seat corresponding to the control panel; and if the intelligent seat corresponding to the control panel is determined to have a patient for transfusion, controlling the lifting of the shielding plate according to the instruction output by the control panel.

In order to solve the technical problems, the invention provides the following technical scheme: the remote infusion room monitoring system based on the internet technology is characterized in that the remote infusion room monitoring method based on the internet technology is adopted for monitoring.

(III) beneficial effects

Compared with the prior art, the invention provides a remote infusion room monitoring method and a remote infusion room monitoring system based on the Internet technology, which have the following beneficial effects: the invention can monitor the patient who is carrying out transfusion in the transfusion room in real time, timely inform medical staff to carry out transfusion related operation, reduce the workload of medical staff, and simultaneously control an alarm on the top of the transfusion support on one side of the intelligent seat corresponding to the ID number to generate an alarm and control a background controller to generate an alarm if the drip in the drip tube is abnormal or the patient who is carrying out transfusion is determined to have emergency, so that the medical staff can know at the first time when the patient has special condition, and the potential safety hazard is reduced.

Drawings

FIG. 1 is a schematic view of the structure of an infusion chamber of the present invention;

FIG. 2 is a schematic view of the infusion support of the infusion chamber of FIG. 1;

FIG. 3 is a schematic diagram of a remote infusion room monitoring method based on the Internet technology of the invention;

Fig. 4 is a schematic flow chart of the substeps of step S104 in fig. 3.

Detailed Description

The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

As shown in fig. 1-3, the remote infusion room monitoring method based on the internet technology disclosed by the invention comprises the following steps:

step S101: it is detected whether or not a patient is performing an infusion in the infusion chamber 10.

In this embodiment, a plurality of intelligent seats 11 and an infusion support 12 disposed at one side of the intelligent seats 11 are disposed in the infusion chamber 10 at intervals, wherein the infusion support 12 is provided with a mounting rack 121 for mounting an infusion bottle 30, a clamp rack 122 for accommodating a drip tube 32 of an infusion tube 31, and an alarm 123 disposed at the top of the infusion support 12, and the plurality of intelligent seats 11 are electrically connected with a background controller, and further, the infusion support 12 is also electrically connected with the background controller.

It will be appreciated that each intelligent seat 11 corresponds to an infusion support 12, and in some embodiments, the mounting frame 121 is provided with a detector for detecting whether an infusion bottle 30 is mounted in the mounting frame 121, and when the detector detects that an infusion bottle 30 is mounted on the mounting frame 121, it is determined that a patient is infusing in the infusion chamber 10, and when the detector detects that an infusion bottle 30 is not mounted on the mounting frame 121, it is determined that no patient is infusing in the infusion chamber 10. Specifically, the detector is a gravity sensor, when the mounting frame 121 does not have the infusion bottle 30, the gravity sensor detects that the weight value is the first weight value, when the mounting frame 121 is provided with the infusion bottle 30, the gravity sensor detects that the weight value is within the preset weight range value, and then the mounting frame 121 is provided with the infusion bottle 30, at this time, it can be determined that the infusion chamber 10 is provided with the patient for infusion, that is, whether the mounting frame 121 is provided with the infusion bottle 30 can be determined by the weight value detected by the weight sensor to determine whether the infusion chamber 10 is provided with the patient for infusion.

Step S102: if it is determined that the patient is in the infusion room 10, the camera in the infusion room 10 is used to take a picture of the infusion room 10 to obtain a photographed picture. It will be appreciated that the camera is rotatably disposed within the infusion chamber 10 to take images of different locations.

Step S103: the region of the shot picture where the patient is located is captured to obtain a patient picture, and the patient picture is parsed to identify the ID number of the patient sitting on the intelligent seat 11. It should be appreciated that each intelligent seat 11 is labeled with an ID number that can be identified by a picture.

Preferably, each intelligent seat 11 within the infusion chamber 10 is associated with a unique ID number. That is, it is possible to accurately confirm which of the patients on the smart seat 11 is undergoing the infusion by the ID number.

Step S104: the monitoring function of the infusion support 12 on one side of the intelligent seat 11 corresponding to the ID number is started, and whether the drip in the drip tube 32 in the clamp frame 122 is normal or not is detected. That is, the monitoring function is activated only when the patient on the intelligent seat 11 corresponding to the ID number infuses the fluid, and the infusion support 12 corresponding to the intelligent seat 11.

Preferably, as shown in fig. 4, the step of detecting whether the drip in the drip tube 32 in the jig frame 122 is normal in step S104 includes:

Step S1041: a plurality of time values of the time difference between adjacent droplets in the droplet cartridges 32 in the first period are acquired, and an average value is calculated from the plurality of time values. It will be appreciated that the normal time difference between the drops of the infusion is now known by the average.

Step S1042: during the infusion by the patient, if the time difference between every two adjacent drops in the drop tube 32 is detected to be smaller than the preset range of the average value in the second period, or if the time difference between every two adjacent drops in the drop tube 32 is detected to be larger than the preset range of the average value in the second period, it is determined that the drops in the drop tube 32 in the clamp frame 122 are abnormal.

Preferably, the second period of time is later than the first period of time. That is, the abnormal phenomenon of dripping is that the time difference of dripping in the latter period is faster or slower than the average value.

Further, the remote infusion room monitoring method based on the internet technology further comprises the following steps:

Step S201: the level of the solution in the drip chamber 32 is detected during the infusion of the patient.

Step S202: it is determined whether the level of the solution in the drip chamber 32 is below a preset level.

It should be understood that determining whether the level of the solution in the drop tube 32 is below the preset liquid level mainly detects the length of the drop path of the drop to determine whether it is below the preset liquid level specifically includes: detecting a dropping path of the liquid droplets in the liquid droplet cartridge 32; judging whether the dropping path of the dropping liquid is larger than a preset path; if so, it is determined that the level of the solution in the drip chamber 32 is below a preset level, wherein the preset path is four fifths of the length of the drip chamber 32.

It should be appreciated that if the level of the solution in the drip chamber 32 is below the predetermined level, indicating that the solution in the infusion bottle 30 is not available or that the drip rate in the drip chamber 32 is slower than the infusion rate, the drip rate needs to be replaced, pulled out or adjusted in time, and thus the staff needs to be notified in time.

Step S203: if it is determined that the level of the solution in the drip tube 32 is lower than the preset level value, the alarm 123 on the top of the infusion support 12 on the side of the intelligent seat corresponding to the ID number is controlled to generate an alarm, and the background controller is controlled to generate an alarm at the same time.

Further, the remote infusion room monitoring method based on the internet technology further comprises the following steps: during the alarm process of the alarm 123, if no solution in the drip tube 32 is detected, the clamp structure in the clamp frame 122 is used to press the infusion tube 31 so that the solution in the infusion tube 31 cannot flow. That is, the present invention is also provided with a function of controlling the flow or non-flow of the solution in the infusion tube 31.

Specifically, the clamp frame 122 is disposed in the infusion support 12 in a liftable manner, the clamp frame 122 is provided with a receiving through hole for receiving the drip tube 32, and the clamp structure includes a driving cylinder 1221 disposed above the clamp frame 122 and a support plate 1222 disposed on a side wall of the receiving through hole of the clamp frame 122, wherein a compression plate 1223 is disposed at an end of a telescopic rod of the driving cylinder 1221, and the infusion tube 31 is disposed between the support plate 1222 and the compression plate 1223.

Preferably, the step of compacting the infusion tube 31 with the clamp structure within the clamp frame 122 such that the solution within the infusion tube 31 is not flowable comprises: the telescopic rod of the driving cylinder 1221 is controlled to be extended to drive the pressing plate 1223 to move toward the supporting plate 1222 so as to press the infusion tube 31 between the supporting plate 1222 and the pressing plate 1223 through the pressing plate 1223 and the supporting plate 1222, so that the solution in the infusion tube 31 cannot flow. That is, upon detecting that there is no solution in the drip tube 32, the driving cylinder 1221 controls the pressing plate 1223 to move toward the support plate 1222 such that the pressing plate 1223 and the support plate 1222 press the infusion tube 31 between the support plate 1222 and the pressing plate 1223 such that the solution in the infusion tube 31 cannot flow.

Step S105: if it is determined that the drip in the drip tube 32 in the holder 122 is normal, the physiological characteristics of the patient sitting on the intelligent seat 11 and performing the infusion are detected in real time by the intelligent seat 11 corresponding to the ID number.

Preferably, the physiological characteristics include heart rate conditions, pulse conditions, respiration conditions, and body temperature conditions.

Step S106: and judging whether the emergency occurs to the patient who is undergoing infusion according to the physiological characteristics.

Step S107: if it is determined that the drip in the drip tube 32 in the holder 122 is abnormal or it is determined that an emergency occurs in the patient who is performing the infusion, the alarm 123 on the top of the infusion support 12 on the side of the intelligent seat 11 corresponding to the ID number is controlled to generate an alarm, and at the same time the background controller is controlled to also generate an alarm, and the background controller displays the video contents in the infusion chamber 10 in real time.

It should be understood that the background controller is provided with a touch display screen, and the touch display screen can display video content in the infusion chamber 10 in real time, so that a worker can visually check the condition of a patient in the infusion chamber 10 remotely by the background controller, the effect of remote monitoring is achieved, and meanwhile, the detail condition of the patient can be automatically checked by manually encircling a local area in the touch display screen.

It is noted that during the infusion process, some emergency situations, such as too fast infusion, allergy of the patient to infusion or dangerous situations, etc., are easy to occur, so that the physiological characteristics of the patient sitting on the intelligent seat 11 and performing infusion need to be detected in real time, so that the medical staff can know at the first time when the patient has special situations, and the potential safety hazard is reduced.

In this embodiment, the intelligent seat 11 is provided with a hand support portion provided with an angle-adjustable support table provided with a receiving slot for receiving a hand of a patient, wherein the hand support portion is provided with control keys for controlling the angle change of the support table. That is, the inclination angle of the support table can be adjusted by pressing the control key, so that the patient can adjust the comfortable position for holding the wrist as required.

step S301: when the user is confirmed to press the control key, judging whether the intelligent seat 11 corresponding to the control key is provided with a patient for transfusion;

step S302: if the intelligent seat 11 corresponding to the control key is determined to be provided with the patient for transfusion, the angle of the supporting table is adjusted according to the instruction generated by the control key.

That is, only the patient on the intelligent seat 11 who is infusing can adjust the angle of the support table, while the patient on the intelligent seat 11 who is not infusing cannot adjust the angle of the support table.

In addition, in other embodiments, the hand support portion is further provided with a locking portion for being clamped outside the accommodating clamping groove of the support table, that is, when a patient performs infusion, the wrist accommodated in the accommodating clamping groove can be locked through the locking portion, so that the patient is prevented from moving the wrist everywhere, particularly, the child or the patient who sleeps deeply, and the patient is prevented from moving the wrist unconsciously, so that the normal infusion is influenced.

step S303: during the infusion of a patient, it is detected by the intelligent seat 11 whether the patient currently sitting on the intelligent seat 11 belongs to a young child.

Preferably, the young child is less than 3 years old. It will be appreciated that the child is prone to tampering with the wrist and to affecting the proper infusion, and therefore the child's wrist needs to be locked.

Step S304: if it is determined that the patient currently sitting on the smart seat 11 belongs to a young child, the control locking portion locks the hands of the patient in the accommodating card slot of the support portion so that the hands of the patient cannot be disengaged from the accommodating card slot.

Step S305: if it is determined that the patient currently sitting on the smart seat 11 does not belong to a young child, the detection by the smart seat 11 is continued as to whether the patient currently sitting on the smart seat 11 for infusion is asleep.

Step S306: if it is determined that the patient currently sitting on the smart seat 11 for infusion is asleep, the control locking portion locks the hands of the patient in the accommodation card slot of the support portion so that the hands cannot be disengaged from the accommodation card slot while the patient is asleep, and at the same time, if the smart seat 11 detects that the body temperature of the asleep patient is lower than the preset temperature, the smart seat 11 is controlled to heat so as to warm the asleep patient.

It should be understood that if a patient who is being infused is asleep, the wrist is unconsciously disturbed, so that the normal infusion is also easily affected, and the intelligent seat 11 also has a heating function, so that the patient can be kept warm.

Further, in some examples, a shielding part is provided between two adjacent intelligent seats 11, a shielding plate and a control panel for controlling the lifting of the shielding plate are arranged in the shielding part in a lifting manner, and when the shielding plate is lifted, the two adjacent intelligent seats 11 are mutually shielded and cannot see the other intelligent seat.

Step S401: when confirming that the user adjusts the control panel, whether the patient is in infusion on the intelligent seat 11 corresponding to the control panel is judged.

Step S402: if the intelligent seat 11 corresponding to the control panel is determined to have a patient for transfusion, the lifting of the shielding plate is controlled according to the instruction output by the control panel.

That is, only the patient on the intelligent seat 11 who is infusing can control the elevation of the shielding plate, and the elevation of the shielding plate cannot be controlled without the patient on the intelligent seat 11.

The invention also discloses a remote infusion room monitoring system based on the Internet technology, which adopts the remote infusion room monitoring method based on the Internet technology to monitor.

It should be noted that the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising one … …" does not exclude the presence of other like elements in a process, method, article, or apparatus that comprises the element.

Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. The utility model provides a remote infusion room monitored control system based on internet technology, its characterized in that adopts the remote infusion room monitored control method based on internet technology to monitor the work, the indoor interval of infusion is provided with a plurality of intelligent seats and sets up the infusion support of one side of intelligent seat, the infusion support is equipped with the mounting bracket that is used for installing infusion bottle, is used for acceping the anchor clamps frame of the drip section of thick bamboo of transfer line and sets up the alarm at infusion support top, wherein a plurality of intelligent seats are connected with the backstage controller electricity, remote infusion room monitored control method based on internet technology includes:

detecting whether a patient is in infusion in an infusion chamber;

if the fact that the patient in the infusion chamber is in infusion is determined, photographing the infusion chamber by using a camera in the infusion chamber to obtain a photographed picture;

the region with the patient in the shot picture is subjected to screenshot to obtain a patient picture, and the patient picture is analyzed to identify the ID number of the patient sitting on the intelligent seat, wherein each intelligent seat in the infusion room is corresponding to a unique ID number;

starting a monitoring function of the infusion support at one side of the intelligent seat corresponding to the ID number, and detecting whether the drip in the drip tube in the clamp frame is normal or not;

If the drip in the drip tube in the clamp frame is normal, detecting physiological characteristics of a patient sitting on the intelligent seat and carrying out transfusion in real time through the intelligent seat corresponding to the ID number, wherein the physiological characteristics comprise heart rate conditions, pulse conditions, breathing conditions and body temperature conditions;

judging whether an emergency occurs to a patient undergoing transfusion according to the physiological characteristics;

And if the drip tube in the fixture frame is abnormal or the patient who is in infusion is determined to have an emergency, controlling an alarm on the top of the infusion support on one side of the intelligent seat corresponding to the ID number to generate an alarm, simultaneously controlling the background controller to generate an alarm, and displaying the video content in the infusion chamber in real time by the background controller.

2. The internet technology-based remote infusion room monitoring system according to claim 1, wherein the step of detecting whether the drip in the drip tube in the jig frame is normal comprises:

Acquiring a plurality of time values of time differences between every two adjacent drops in the drop tube in a first time period, and calculating an average value through the plurality of time values;

And in the process of transfusion by a patient, judging that the drip in the drip tube in the clamp frame is abnormal if the time difference between every two adjacent drips in the drip tube is detected to be smaller than the preset range of the average value in a second time period or if the time difference between every two adjacent drips in the drip tube is detected to be larger than the preset range of the average value in the second time period, wherein the second time period is longer than the first time period.

3. The internet technology-based remote infusion room monitoring system according to claim 2, wherein the internet technology-based remote infusion room monitoring method further comprises:

Detecting the liquid level of the solution in the dropping cylinder in the process of transfusion of a patient;

Judging whether the liquid level of the solution in the dropping cylinder is lower than a preset liquid level value;

And if the liquid level of the solution in the dropping cylinder is determined to be lower than the preset liquid level value, controlling an alarm on the top of the infusion support at one side of the intelligent seat corresponding to the ID number to generate an alarm, and simultaneously controlling the background controller to generate an alarm.

4. The internet technology-based remote infusion room monitoring system according to claim 3, wherein the internet technology-based remote infusion room monitoring method further comprises:

in the process of alarming by the alarm, if no solution in the drip tube is detected, the clamp structure in the clamp frame is utilized to press the infusion tube so that the solution in the infusion tube cannot flow.

5. The internet technology-based remote transfusion room monitoring system according to claim 4, wherein the clamp frame is liftably disposed in the transfusion frame, the clamp frame has a receiving through hole for receiving the drip tube, the clamp structure includes a driving cylinder disposed above the clamp frame and a support plate disposed on a side wall of the receiving through hole of the clamp frame, wherein a squeeze plate is disposed at an end of a telescopic rod of the driving cylinder, and the transfusion tube is disposed between the support plate and the squeeze plate, and the step of compressing the transfusion tube by the clamp structure in the clamp frame such that the solution in the transfusion tube cannot flow comprises:

the telescopic rod of the driving cylinder is controlled to extend out to drive the extrusion plate to move towards the direction of the supporting plate, so that the infusion tube between the supporting plate and the extrusion plate is extruded through the extrusion plate and the supporting plate, and the solution in the infusion tube cannot flow.

6. The internet technology-based remote infusion room monitoring system according to claim 4, wherein the intelligent seat is provided with a hand support provided with an angle-adjustable support table provided with a receiving slot for receiving a patient's hand, wherein the hand support is provided with a control key for controlling an angle change of the support table, wherein the internet technology-based remote infusion room monitoring method further comprises:

when the user is confirmed to press the control key, judging whether a patient is in infusion on the intelligent seat corresponding to the control key;

If the intelligent seat corresponding to the control key is determined to be provided with a patient for transfusion, the angle of the supporting table is adjusted according to the instruction generated by the control key.

7. The internet-technology-based remote infusion room monitoring system according to claim 6, wherein the hand support portion is further provided with a locking portion for being locked outside the receiving slot of the support table, and the internet-technology-based remote infusion room monitoring method further comprises:

detecting, by the smart seat, whether a patient currently sitting on the smart seat belongs to a young child during an infusion of the patient, wherein the young child is less than 3 years old;

and if the patient currently sitting on the intelligent seat is determined to belong to a young child, controlling the locking part to lock the hands of the patient in the accommodating clamping groove of the supporting part, so that the hands of the patient cannot be separated from the accommodating clamping groove.

8. The internet technology-based remote infusion room monitoring system according to claim 7, wherein the internet technology-based remote infusion room monitoring method further comprises:

if it is determined that the patient currently sitting on the intelligent seat does not belong to a young child, continuing to detect whether the patient currently sitting on the intelligent seat for transfusion is asleep or not through the intelligent seat;

If the patient currently sitting on the intelligent seat for transfusion is determined to be asleep, the locking part is controlled to lock the hands of the patient in the accommodating clamping groove of the supporting part, so that the hands of the patient cannot be separated from the accommodating clamping groove when the patient is asleep, and meanwhile, if the intelligent seat detects that the body temperature of the asleep patient is lower than the preset temperature, the intelligent seat is controlled to heat so as to keep the temperature of the asleep patient.

9. The remote infusion room monitoring system based on the internet technology according to claim 7, wherein a shielding part is arranged between every two adjacent intelligent seats, a shielding plate and a control panel for controlling the shielding plate to lift are arranged in the shielding part in a lifting manner, when the shielding plate lifts, the two adjacent intelligent seats are shielded from each other and cannot see the other intelligent seats, and the remote infusion room monitoring method based on the internet technology further comprises:

When confirming that a user adjusts the control panel, judging whether a patient carries out transfusion on the intelligent seat corresponding to the control panel;

And if the intelligent seat corresponding to the control panel is determined to have a patient for transfusion, controlling the lifting of the shielding plate according to the instruction output by the control panel.