CN204995918U - Infusion control control system - Google Patents
Infusion control control system Download PDFInfo
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- CN204995918U CN204995918U CN201520692560.8U CN201520692560U CN204995918U CN 204995918 U CN204995918 U CN 204995918U CN 201520692560 U CN201520692560 U CN 201520692560U CN 204995918 U CN204995918 U CN 204995918U
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Abstract
The utility model relates to an infusion control control system, comprises a central processing module, the infusion monitoring module, infusion control module, wireless wireless communication module and control input module, central processing module connects infusion monitoring module and infusion control module respectively, control input module connects central processing module through wireless wireless communication module, control input module includes the data service ware, monitor and cell -phone, central processing module is connected through wireless wireless communication module to the data service ware, the data service ware is connected to the monitor, the cell -phone passes through mobile network and connects the data service ware. A series of problems that infusion in -processs such as ordinary infusion control is inaccurate, the infusion need be accompanied and attended to appear have been solved comprehensively.
Description
Technical field
This utility model relates to a kind of armarium, particularly relates to a kind of to the system monitored and control of infusing.
Background technology
Hospitals at Present injection process makes an inspection tour management by nurse, and the problem of accompanying and attending to often run into has:
1: after patient always worries to have infused, appear in infusion process and drip that speed is too fast or excessively slow etc. could not be notified nurse in time and produce anxiety, in patient people's infusion process that child maybe can not take care of oneself, family members accompany has that such psychology is counter manages equally.2: when the make the rounds of the wards workload of nurse in infusion process is large, often can not get processing timely and producing contradiction, even if experienced nurse knows when this changes dropping liquid, patient also often asks problems such as when can dripping off, and work efficiency is very influenced; 3, because medical field is without minor matter, the prerequisite of carrying out any one treatment is all the safety first ensureing patient, and therefore in the process of transfusion, how ensureing that medicine can not be inputed by mistake by nurse, is also an important step in infusion process.
Utility model content
This utility model is exactly to solve the problem, overcome the problem existing for the transfusion of prior art institute of traditional Chinese medicine, alleviate the anxious psychology that patient will note medicinal liquid surplus constantly in infusion process, reduce the burden of family members accompany in infusion process, reduce the make the rounds of the wards workload of nurse in infusion process, avoid because of the conflict between doctors and patients caused of infusing, this utility model provides a kind of monitoring infusion control system to satisfy the demands.
To achieve these goals, the technical solution of the utility model is as follows:
A kind of monitoring infusion control system, it is characterized in that, comprise central processing module, for carrying out the monitoring infusion module of speed monitoring to transfusion device, for carrying out transfusion control module to the transfusion speed of transfusion device, wireless wireless communication module and the control inputs module for carrying out man-machine interactive operation to system, described central processing module connects monitoring infusion module and transfusion control module respectively, described control inputs module connects central processing module by wireless wireless communication module, described control inputs module comprises data server, monitor and hands machine, described data server connects central processing module by wireless wireless communication module, monitor connection data server, mobile phone is by mobile network's connection data server.
Above-mentioned a kind of monitoring infusion control system, is characterized in that, also comprise instrument control module and display module, described instrument control module is connected central processing module with display module.
Above-mentioned a kind of monitoring infusion control system, is characterized in that, described monitoring infusion module comprises the infrared beam smoke detectors being arranged at infusion unit titrimeter place, and described infrared beam smoke detectors connects central processing module.
Above-mentioned a kind of monitoring infusion control system, is characterized in that, described transfusion control module comprises the motor being arranged at roller switch on transfusion device pipeline and driving rolls switch, and described motor connects central processing module.
Above-mentioned a kind of monitoring infusion control system, is characterized in that, also comprise RFID module, and described RFID module connects central processing module.
Above-mentioned a kind of monitoring infusion control system, is characterized in that, also comprise siren and the urgent valve be arranged on transfusion device pipeline, described siren is all connected central processing module with urgent valve.
A kind of monitoring infusion control method, is characterized in that, comprise the following steps:
(1) transfusion device is installed: be arranged on transfusion device by monitoring infusion module and transfusion control module, then carry out transfusion operation;
(2) drug dose is arranged: by instrument control module installation drug dose, information is sent in central processing module by instrument control module, and central processing module controls the dosage of infusing again by transfusion control module;
(3) syringe needle puncture regulating transfusion speed: carry out after syringe needle punctures to transfusion patient, by the transfusion drip speed of instrument control module regulating transfusion device, display module display simultaneously arranges transfusion drip speed, and detects current speed for arranging transfusion drip speed;
(4) infusion function operation: by instrument control module installation infusion function;
(5) report to the police: when monitoring infusion module detects that transfusion is abnormal, central processing module controls alarm and gives the alarm, and controls transfusion control module simultaneously and automatically adjusts;
(6) shut down.
Above-mentioned a kind of monitoring infusion control method, is characterized in that, the infusion function in step (4) is: change medicinal liquid, time-out/continuation transfusion, terminate transfusion, reset a speed, get rid of inner air tube, remove the dropping funnel globule.
Above-mentioned a kind of monitoring infusion control method, it is characterized in that, the transfusion of step (5) is extremely: when monitoring infusion module detect transfusion drip speed be greater than pre-set drip speed with drip fast upper safety limit sum time, and the time exceedes drips fast safe time limit, central processing module carries out speed governing by transfusion control module, automatic control is slowed down transfusion drip speed, after starting shipment transfusion control module carry out speed governing, if can not dripping speed control built in dripping a fast upper safety limit in the time limit is reported to the police in time control, in lower range, central processing module controls urgent valve closing, stopping infusion is also reported to the police by siren, when monitoring infusion module detects that dripping speed is less than to preset and drips speed with when dripping the difference of fast lower safety limit, and the time exceed and drip a fast safe time limit, central processing module controls urgent valve closing, and stopping infusion is also reported to the police by siren, when monitoring infusion module detects that dripping speed is less than a fast low alarm setting, and the time exceedes a speed warning time limit, and central processing module controls urgent valve closing, and stopping infusion is also reported to the police by siren, when monitoring infusion module detects that transfusion residual capacity is less than warning medicinal liquid surplus, central processing module sends warning message to data server, prompting vehicle surplus is not enough, and central processing module controls urgent valve closing, and stopping infusion is also reported to the police by siren.
The beneficial effects of the utility model are: auto-adjustment control transfusion speed, automatic gauge timing in patient fluid infusion, automatic stopping infusion reporting to the police when breaking down, automatically remaining time of infusing is calculated, by wireless telecommunications and system host and microcomputer network, simultaneously mobile phone terminal also can infusion monitoring state in real time, medical personnel are made to be monitored the infusion information and warning message etc. of each patient at any time by microcomputer and mobile phone at medical and nursing work station, also can Clinical practice separately; Make patient reach accurate to infuse safely and effectively, improve and control sequence effect, malpractice is avoided to occur, decrease the meaningless work of medical personnel simultaneously, obtain light and more effective nursing, solve the series of problems occurred in the infusion process such as common transfusion control is inaccurate, transfusion needs are accompanied and attended to comprehensively.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Detailed description of the invention
The technological means realized to make this utility model, creation characteristic, reaching object and effect is easy to understand, below in conjunction with concrete diagram, setting forth this utility model further.
Referring to Fig. 1, a kind of monitoring infusion control system, comprise central processing module 100, for transfusion device is carried out speed monitoring monitoring infusion module 200, for the transfusion speed of transfusion device is carried out infuse control module 300, wireless wireless communication module 400 and the control inputs module 500 for carrying out man-machine interactive operation to system, central processing module 100 connects monitoring infusion module 200 and transfusion control module 300 respectively, and control inputs module 500 connects central processing module 100 by wireless wireless communication module 400.
Monitoring infusion module 200 comprises the infrared beam smoke detectors being arranged at infusion unit titrimeter place, and infrared beam smoke detectors connects central processing module 100, is measured the speed in dropping funnel, information is sent back central processing module 100 simultaneously by infrared beam smoke detectors.
Transfusion control module 300 comprises the motor being arranged at roller switch on transfusion device pipeline and driving rolls switch, motor connects central processing module 100, central processing module sends control signal to motor, the open and close degree of step motor control driving rolls switch, thus it is fast to control dripping of transfusion device.
Native system also comprises instrument control module 610 and display module 620, instrument control module 610 is connected central processing module 100 with display module 620, instrument control module 610 is for carrying out straightforward manipulation to system, information displaying during display module 620 convenient operation, simultaneously monitoring infusion module 200 monitor the information obtained and be directly shown on 6 display modules 620.
Control inputs module 500 comprises data server 510, monitor 520 and mobile phone 530, data server 510 connects central processing module 100 by wireless wireless communication module 400, monitor 520 connection data server 510, mobile phone 530 is by mobile network's connection data server 510.First, monitoring infusion module 200 monitor the transfusion drip speed information obtained and be sent in data server 510 by central processing module 100 and wireless communication module 400, information is presented on monitor 520 by data server 510 in real time, and general data server 510 and monitor 520 are all arranged in nurse station, therefore medical personnel can in nurse station real-time infusion monitoring situation, medical personnel can also be connected to data server 510 by mobile phone 530, real time inspection transfusion condition simultaneously; Secondly, mobile phone 530 also possesses bar code scan function, data server 510 is also connected with hospital server, doctor can be read prescribed, more whether the liquid medicine bar code that bar code scan function is opened with doctor on data server 510 for the bar code reading medicine is consistent, if inconsistent device can not carry out subsequent operation;
In order to further monitor medical safety, ensure that medicine can not be inputed by mistake by nurse in the process of transfusion, native system also comprises RFID module 700, RFID module 700 connects central processing module 100, RFID module 700 is for reading nurse job card number, before each transfusion, nurse must first use employee's card to swipe the card to RFID module 700, RFID module 700 uploads to data server 510 the card number drawn, card number in data server 510 comparison database, drug information, only have and just can infuse when the card number of nurse and drug information match, and record when time transfusion card number.Nurse's card number combines with medicine bar code, reaches monitoring, supervision transfusion flow process is urged in rigorous object, farthest reduce the generation of malpractice.Unification is backed up at server end, to look into certificate in the future by these data simultaneously.
When appearance of infusing is abnormal, native system also comprises siren 810 with the urgent valve 820 be arranged on transfusion device pipeline for giving the alarm and promptly suspending transfusion, and siren 810 is all connected central processing module 100 with urgent valve 820.
A kind of monitoring infusion control method, comprises the following steps:
(1) transfusion device is installed: be arranged on transfusion device by monitoring infusion module 200 and transfusion control module 300, then carry out transfusion operation;
(2) drug dose is arranged: arrange drug dose by instrument control module 610, information is sent in central processing module 100 by instrument control module 610, and central processing module 100 controls the dosage of infusing again by transfusion control module 300;
(3) syringe needle puncture regulating transfusion speed: carry out after syringe needle punctures to transfusion patient, by the transfusion drip speed of instrument control module 610 regulating transfusion device, display module 620 display simultaneously arranges transfusion drip speed, and detects current speed for arranging transfusion drip speed;
(4) infusion function operation: arrange infusion function by instrument control module 610, infusion function is: change medicinal liquid, time-out/continuation is infused, end is infused, reset and drip speed, eliminating inner air tube, the removing dropping funnel globule;
(5) report to the police: when monitoring infusion module 200 detects that transfusion is abnormal, central processing module 100 controls alarm 810 and gives the alarm, control transfusion control module 300 automatically to adjust simultaneously, be specially: when monitoring infusion module 200 detect transfusion drip speed be greater than pre-set drip speed with drip fast upper safety limit sum time, and the time exceedes drips fast safe time limit, central processing module 100 carries out speed governing by transfusion control module 300, automatic control is slowed down transfusion drip speed, after starting shipment transfusion control module 300 carry out speed governing, if can not dripping speed control built in dripping a fast upper safety limit in the time limit is reported to the police in time control, in lower range, central processing module 100 controls urgent valve 820 and closes, stopping infusion is also reported to the police by siren, when monitoring infusion module 200 detects that dripping speed is less than to preset and drips speed with when dripping the difference of fast lower safety limit, and the time exceed and drip a fast safe time limit, central processing module 100 controls urgent valve 820 and closes, and stopping infusion is also reported to the police by siren 810, when monitoring infusion module 200 detects that dripping speed is less than a fast low alarm setting, and the time exceedes a speed warning time limit, and central processing module 100 controls urgent valve 820 and closes, and stopping infusion is also reported to the police by siren 810, when monitoring infusion module 200 detects that transfusion residual capacity is less than warning medicinal liquid surplus, central processing module 100 sends warning message to data server 510, prompting vehicle surplus is not enough, and central processing module 100 controls urgent valve 820 and closes, and stopping infusion is also reported to the police by siren 810,
(6) shut down.
The beneficial effects of the utility model are: auto-adjustment control transfusion speed, automatic gauge timing in patient fluid infusion, automatic stopping infusion reporting to the police when breaking down, automatically remaining time of infusing is calculated, by wireless telecommunications and system host and microcomputer network, simultaneously mobile phone terminal also can infusion monitoring state in real time, medical personnel are made to be monitored the infusion information and warning message etc. of each patient at any time by microcomputer and mobile phone at medical and nursing work station, also can Clinical practice separately; Make patient reach accurate to infuse safely and effectively, improve and control sequence effect, malpractice is avoided to occur, decrease the meaningless work of medical personnel simultaneously, obtain light and more effective nursing, solve the series of problems occurred in the infusion process such as common transfusion control is inaccurate, transfusion needs are accompanied and attended to comprehensively.
More than show and describe ultimate principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; this utility model is not restricted to the described embodiments; what describe in above-described embodiment and description just illustrates principle of the present utility model; under the prerequisite not departing from this utility model spirit and scope; this utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed this utility model.The claimed scope of this utility model is defined by appending claims and equivalent thereof.
Claims (6)
1. a monitoring infusion control system, it is characterized in that, comprise central processing module, for carrying out the monitoring infusion module of speed monitoring to transfusion device, for carrying out transfusion control module to the transfusion speed of transfusion device, wireless wireless communication module and the control inputs module for carrying out man-machine interactive operation to system, described central processing module connects monitoring infusion module and transfusion control module respectively, described control inputs module connects central processing module by wireless wireless communication module, described control inputs module comprises data server, monitor and hands machine, described data server connects central processing module by wireless wireless communication module, monitor connection data server, mobile phone is by mobile network's connection data server.
2. a kind of monitoring infusion control system according to claim 1, it is characterized in that, also comprise instrument control module and display module, described instrument control module is connected central processing module with display module.
3. a kind of monitoring infusion control system according to claim 1 or 2, is characterized in that, described monitoring infusion module comprises the infrared beam smoke detectors being arranged at infusion unit titrimeter place, and described infrared beam smoke detectors connects central processing module.
4. a kind of monitoring infusion control system according to claim 3, is characterized in that, described transfusion control module comprises the motor being arranged at roller switch on transfusion device pipeline and driving rolls switch, and described motor connects central processing module.
5. a kind of monitoring infusion control system according to claim 4, is characterized in that, also comprise RFID module, and described RFID module connects central processing module.
6. a kind of monitoring infusion control system according to claim 1 or 5, is characterized in that, also comprise siren and the urgent valve be arranged on transfusion device pipeline, described siren is all connected central processing module with urgent valve.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520692560.8U CN204995918U (en) | 2015-09-08 | 2015-09-08 | Infusion control control system |
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| CN201520692560.8U CN204995918U (en) | 2015-09-08 | 2015-09-08 | Infusion control control system |
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| CN204995918U true CN204995918U (en) | 2016-01-27 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105194761A (en) * | 2015-09-08 | 2015-12-30 | 广州瀚诚电子产品有限公司 | Infusion monitoring and controlling system and method |
| CN107397993A (en) * | 2017-07-17 | 2017-11-28 | 苏州爱宝利恩精密器械科技有限公司 | A kind of hospital ward infusion management system |
| CN108888830A (en) * | 2018-05-31 | 2018-11-27 | 广东松山职业技术学院 | Transfusion drip speed automatic monitoring control method and its control device |
-
2015
- 2015-09-08 CN CN201520692560.8U patent/CN204995918U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105194761A (en) * | 2015-09-08 | 2015-12-30 | 广州瀚诚电子产品有限公司 | Infusion monitoring and controlling system and method |
| CN107397993A (en) * | 2017-07-17 | 2017-11-28 | 苏州爱宝利恩精密器械科技有限公司 | A kind of hospital ward infusion management system |
| CN108888830A (en) * | 2018-05-31 | 2018-11-27 | 广东松山职业技术学院 | Transfusion drip speed automatic monitoring control method and its control device |
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