CN103185672A - System and method for medical equipment detection - Google Patents
System and method for medical equipment detection Download PDFInfo
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- CN103185672A CN103185672A CN201110456016XA CN201110456016A CN103185672A CN 103185672 A CN103185672 A CN 103185672A CN 201110456016X A CN201110456016X A CN 201110456016XA CN 201110456016 A CN201110456016 A CN 201110456016A CN 103185672 A CN103185672 A CN 103185672A
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Abstract
The invention discloses a method for medical equipment detection. The method for the medical equipment detection is applied to the detection field of medical equipment. A system for the medical equipment detection comprises an operation data acquisition unit and a judgment unit, wherein the operation data acquisition unit is used for acquiring operation data of the medical equipment. The judgment unit is inserted into an operation timing sequence connected with the operation data acquisition unit, and used for judging whether the medical equipment is repeatedly detected or not according to the operation data obtained by the operation data acquisition unit. When the operation data acquired by the data acquisition unit are not correct, if the judgment unit confirms that the medical equipment is on-line in the last-time detection, the medical equipment is repeatedly detected, and if the judgment unit confirms that the medical equipment is not on-line in the last-time detection, next medical equipment starts to be detected. When the operation data acquired by the data acquisition unit are correct, namely the medical equipment detected in the detection is on-line, and the next medical equipment starts to be detected. The repeated detection of the medical equipment which is not on-line is avoided, and the accuracy and reliability of detection are improved.
Description
Technical field
The present invention relates to the Medical Devices detection range, relate in particular to a kind of detection system and method for Medical Devices.
Background technology
Along with the progress of science and technology, the development of Medical Devices also is with rapid changepl. never-ending changes and improvements, is progressively changed to robotization, semi-automatic direction by original manually-operated; Infusion pump and syringe pump are exactly two kinds of widely used automedica equipment, infusion pump is a kind ofly can accurately control number of infusion drops or infusion flow rate, guarantees the Medical Devices that play a role in the patient body that enter that medicine is can speed even, dose is accurate and safe; Infusion pump is a kind ofly can accurately control the mechanical hook-up pushing syringe, realizes the Medical Devices of high precision, steady pulseless liquid transmission.Be example with the infusion pump, in order to ensure the operate as normal of infusion pump, hospital is detected infusion pump in real time by the central monitoring system, obtains the operation information of infusion pump, and after operation information in time analyzed and handle, infusion pump is carried out certain operation.
What the detection system of traditional Medical Devices adopted is the repeating query detection method, be example with the infusion pump, namely all to all infusion pumps of installing be detected at every turn, cause the situation of infusion pump omission for fear of being interfered owing to detection signal, detection system also detects repeatedly to never detecting the infusion pump that data return, and guarantees the reliability of monitoring result.But, when actual the detection, may there be a large amount of not online infusion pumps, just temporarily be in the infusion pump of non-working condition, if every not online infusion pump is all wanted duplicate detection, not only lose time, and reduce the response speed of detection system, influence the real-time monitoring effect of infusion pump.
Summary of the invention
At above-mentioned technical matters, the object of the present invention is to provide a kind of detection system and method for Medical Devices, the duplicate detection that it has been avoided the Medical Devices of non-operating state, the response speed that has improved detection system is fast, and the detection efficiency height, testing result is reliable.
For achieving the above object, the present invention is achieved through the following technical solutions:
A kind of detection system of Medical Devices comprises: service data acquiring unit and judging unit;
Described service data acquiring unit is used for obtaining the service data of Medical Devices;
Described judging unit is inserted in the operation sequential of service data acquiring unit connection, for the service data of obtaining according to the service data acquiring unit, judges whether described Medical Devices are repeated to detect.
Especially, described service data acquiring unit comprises: detection signal transmitting element and data processing unit;
Described detection signal transmitting element is used for sending detection signal to Medical Devices;
Described data processing unit is connected with the detection signal transmitting element, is used for receiving the related data of Medical Devices feedback, and processing said data, obtains the service data of Medical Devices.
Especially, described judging unit comprises: data determining unit and repeat judging unit;
Described data determining unit is connected with data processing unit, is used for receiving the service data of Medical Devices, and judges whether described data are correct; When the service data of judging described Medical Devices is correct, illustrate that described Medical Devices are online, then the detection signal transmitting element sends detection signal to next Medical Devices;
Described repetition judging unit is used in the judged result of data determining unit judging whether the service data of the last described Medical Devices that obtain of described data processing unit is correct for not the time; When judged result for not the time, illustrate that then described Medical Devices determine not onlinely, the detection signal transmitting element sends detection signal to next Medical Devices.
Especially, described judging unit also comprises: the restriction judging unit; Described restriction judging unit is connected with the repetition judging unit, be used for restriction duplicate detection number of times, service data in the Medical Devices last time that repeats this detection that the described data processing unit of judgment unit judges obtains is correct, be that described Medical Devices are determined when detecting last time to judge whether the Medical Devices of this detection reach the maximum duplicate detection number of times that described detection system arranges when online; If do not reach the maximum number of times that detects, then the detection signal transmitting element sends detection signal to the Medical Devices of this detection; If reach the maximum number of times that detects, then the detection signal transmitting element sends detection signal to next Medical Devices.
The invention also discloses a kind of detection method of Medical Devices, comprise the steps:
A, service data acquiring unit obtain the service data of Medical Devices;
B, judging unit judge according to the data that the service data acquiring unit imports into whether described Medical Devices are online;
C, according to the judged result of step B, if the service data that the not online or described service data acquiring unit of described Medical Devices imports into correctly is that described Medical Devices are online, then described service data acquiring unit begins to obtain the service data of next Medical Devices, namely begins to detect next Medical Devices.
D, according to the judged result of step B, if the incorrect and described Medical Devices of service data that described service data acquiring unit imports into are online when detecting last time, then described service data acquiring unit obtains the service data of described Medical Devices again, and described Medical Devices are repeated to detect.
Especially, described steps A specifically comprises:
A1, detection signal transmitting element send detection signal to Medical Devices;
A2, data processing unit receive and handle the related data of Medical Devices feedback, obtain the service data of Medical Devices.
Especially, described step B specifically comprises:
The service data of the Medical Devices that B1, data determining unit reception data processing unit import into, and judge whether described data are correct; When the service data of judging described Medical Devices is correct, illustrate that the Medical Devices of this detection are online;
B2, repeat judging unit in the judged result of data determining unit for not the time, judge whether the service data of Medical Devices of last this detection that obtains of described data processing unit correct; When judged result for not the time, illustrate that described Medical Devices determine not online; When judged result when being, illustrate that described Medical Devices are online when detecting last time.
Especially, described step D specifically comprises: according to the judged result of step B, if the incorrect and described Medical Devices of service data that described service data acquiring unit imports into are online when detecting last time, then limit judging unit and will judge whether the Medical Devices of this detection reach the maximum duplicate detection number of times that described detection system arranges; If do not reach the maximum number of times that detects, then the detection signal transmitting element sends detection signal to the Medical Devices of this detection; If reach the maximum number of times that detects, then the detection signal transmitting element begins to send detection signal to next Medical Devices.
Especially, described Medical Devices are syringe pump or infusion pump.
Beneficial effect of the present invention is that the detection system of described a kind of Medical Devices and method are handled the related data that Medical Devices feed back by data processing unit, obtain the service data of Medical Devices; Whether the service data of the Medical Devices that import into by data determining unit judgment data processing unit is correct, if correct, illustrates that the Medical Devices of this detection are online, and then the detection signal transmitting element begins to send detection signal to next Medical Devices; If it is incorrect, whether the service data of Medical Devices that then repeats last this detection that obtains of the described data processing unit of judgment unit judges is correct, if it is incorrect, illustrate that this checkout equipment is definite not online, then the detection signal transmitting element begins to send detection signal to next Medical Devices; If it is correct, illustrate that to can not determine this detecting unit online still not online, may be that cause obtaining the service data of Medical Devices of this detection because of external interference incorrect, need the restriction judging unit judge then whether the Medical Devices of this detection reach the maximum duplicate detection number of times that described detection system arranges; If do not reach the maximum number of times that detects, then the detection signal transmitting element sends detection signal to the Medical Devices of this detection; If reach the maximum number of times that detects, think that then the Medical Devices of this detection are not online really, the detection signal transmitting element begins to send detection signal to next Medical Devices; For the situation that not online in a large number Medical Devices are arranged, both satisfied the accuracy and the reliability requirement that detect, improve the promptness of detection system response again.
Description of drawings
The present invention is described in further detail with embodiment with reference to the accompanying drawings below.
Fig. 1 is the block diagram of the detection system of Medical Devices of the present invention;
Fig. 2 is the process flow diagram of the detection method of Medical Devices of the present invention.
Embodiment
The invention will be further described below in conjunction with drawings and Examples.Please refer to shown in Figure 1ly, Fig. 1 is that Fig. 1 is the block diagram of the detection system of Medical Devices of the present invention.
In the present embodiment, a kind of detection system of Medical Devices comprises: the service data acquiring unit be inserted into the operation sequential that the service data acquiring unit is connected in judging unit; Described service data processing unit comprises: detection signal transmitting element and data processing unit; Described judging unit comprises: data determining unit, repetition judging unit and restriction judging unit; Described Medical Devices can be Medical Devices such as infusion pump, syringe pump, are example with the infusion pump in the present embodiment.
Described detection signal transmitting element is used for sending detection signal to the infusion pump of this detection.The detection signal transmitting element sends detection signal by the timer down trigger to infusion pump with wireless mode, allows infusion pump feed back relevant service data.
Described data processing unit is connected with the detection signal transmitting element, is emitted in next time before timer interrupts for detection of system, receives the related data of the infusion pump feedback of this detection, and processing said data, obtains the service data of described infusion pump.Data processing unit by relevant parameter computing, draws the real-time running data of described infusion pump after the related data of the infusion pump feedback that receives this detection, can more intuitive understanding arrive the real time execution situation of the transfusion of this detection like this.
Described data determining unit is connected with data processing unit, is used for the service data of the infusion pump of this detection of reception, and judges whether the service data that obtains is correct; When the service data of judging described infusion pump and infusion pump due status data this moment at once, think that then the service data of infusion pump of this detection that data determining unit receives is correct, the infusion pump that this detection is described is online, namely be in the state that is using, the detection signal transmitting element will send detection signal to the infusion pump that the next one need detect so, begin the detection to next infusion pump.
When the judged result of data determining unit for not, be this detection the service data of infusion pump and itself this moment due status data not at once, think that then the service data of infusion pump of this detection that data determining unit receives is incorrect, again because described infusion pump is when feeding back related data to data processing unit, may be subjected to the interference of factors such as external electromagnetic signal, in the judged result of data determining unit for not the time, the infusion pump that can not conclude this detection is just not online, namely be in non-operating state, the judgement that also needs the repetition judging unit to be correlated with.
When described repetition judging unit was incorrect for the service data of the infusion pump of judging this detection in data determining unit, whether the service data of the infusion pump of last this detection that obtains of judgment data processing unit was correct; When judged result for not the time, be that the infusion pump of this detection is when detecting last time, the service data that data processing unit obtains is incorrect, because in view of each detection because factor such as interference causes the probability that can not receive data to be not more than 2%, therefore the double possibility that is interfered is littler, can ignore, in this case, just can think that the infusion pump of this detection is not online, and stop it being continued to detect, the detection signal transmitting element sends detection signal to next infusion pump, begins next infusion pump is detected.
When described repetition judgment unit judges result for being, be that the infusion pump of this detection is when detecting last time, the service data that data processing unit obtains is correct, because when infusion pump is detected, may cause data processing unit to can not receive data because of disturbing factor, so just can not determine that the infusion pump of this detection is online still not online this moment, need the restriction judging unit then the infusion pump of this detection to be judged.
Described restriction judging unit is connected with the repetition judging unit, the service data that was used in the Medical Devices last time that repeats this detection that the described data processing unit of judgment unit judges obtains is correct, namely can not determine when described Medical Devices are online still not online, judge whether the Medical Devices of this detection reach the maximum duplicate detection number of times that described detection system arranges; If do not reach the maximum number of times that detects, then the detection signal transmitting element sends detection signal to the Medical Devices of this detection; If reach the maximum number of times that detects, then the detection signal transmitting element sends detection signal to next Medical Devices.
Please refer to shown in Figure 2ly, Fig. 2 is the process flow diagram of the detection method of the bright Medical Devices of this law.
In the present embodiment, a kind of detection method of Medical Devices, wherein, described Medical Devices are infusion pump, described method comprises the steps:
The detection signal transmitting element sends detection signal by the timer down trigger to infusion pump with wireless mode, allows infusion pump feed back relevant service data.
Data processing unit by relevant parameter computing, draws the real-time running data of described infusion pump after the related data of the infusion pump feedback that receives this detection, can more intuitive understanding arrive the real time execution situation of the transfusion of this detection like this.
Step 108, according to the judged result of restriction judging unit in the step 107, if reach the maximum number of times that detects, then repeating step 101 is to step 107, namely the detection signal transmitting element sends detection signal to the Medical Devices of this detection.
Step 109, according to the judged result of restriction judging unit in the step 107, if reach the maximum number of times that detects, then the detection signal transmitting element sends detection signal to next Medical Devices, repeating step 102 is to step 107.
Described technical scheme of the present invention is compared with the detection method of traditional Medical Devices, and Medical Devices such as infusion pump or syringe pump that it detects to needs by the timer down trigger send detection signal; Before timer interrupted again, data processing unit received the Medical Devices feedback data, and after data are carried out certain processing, drew the Medical Devices service data of this moment; By data determining unit described service data is judged, when judged result when being, illustrate that then Medical Devices are online, the detection signal transmitting element begins next Medical Devices are sent detection signal, begins new detection; When judged result for not the time, whether the service data of Medical Devices that then repeats last this detection that obtains of the described data processing unit of judgment unit judges is correct, if it is incorrect, illustrate that this checkout equipment is definite not online, then the detection signal transmitting element begins to send detection signal to next Medical Devices; If it is correct, illustrate that to can not determine this detecting unit online still not online, may be that cause obtaining the service data of Medical Devices of this detection because of external interference incorrect, need the restriction judging unit judge then whether the Medical Devices of this detection reach the maximum duplicate detection number of times that described detection system arranges; If do not reach the maximum number of times that detects, then the detection signal transmitting element sends detection signal to the Medical Devices of this detection; If reach the maximum number of times that detects, think that then the Medical Devices of this detection are not online really, the detection signal transmitting element begins to send detection signal to next Medical Devices; For the situation that not online in a large number Medical Devices are arranged, both satisfied the accuracy and the reliability requirement that detect, improve the promptness of detection system response again.
Above-mentioned only is preferred embodiment of the present invention and institute's application technology principle, anyly is familiar with those skilled in the art in the technical scope that the present invention discloses, and the variation that can expect easily or replacement all should be encompassed in protection scope of the present invention.
Claims (9)
1. the detection system of Medical Devices is characterized in that, comprising: service data acquiring unit and judging unit;
Described service data acquiring unit is used for obtaining the service data of Medical Devices;
Described judging unit is inserted in the operation sequential of service data acquiring unit connection, for the service data of obtaining according to the service data acquiring unit, judges whether described Medical Devices are repeated to detect.
2. the detection system of Medical Devices according to claim 1 is characterized in that, described service data acquiring unit comprises: detection signal transmitting element and data processing unit;
Described detection signal transmitting element is used for sending detection signal to Medical Devices;
Described data processing unit is connected with the detection signal transmitting element, is used for receiving the related data of Medical Devices feedback, and processing said data, obtains the service data of Medical Devices.
3. the detection system of Medical Devices according to claim 2 is characterized in that, described judging unit comprises: data determining unit and repetition judging unit;
Described data determining unit is connected with data processing unit, is used for receiving the service data of Medical Devices, and judges whether described data are correct; When the service data of judging described Medical Devices is correct, illustrate that described Medical Devices are online, then the detection signal transmitting element sends detection signal to next Medical Devices;
Described repetition judging unit is used in the judged result of data determining unit judging whether the service data of the last described Medical Devices that obtain of described data processing unit is correct for not the time; When judged result for not the time, illustrate that then described Medical Devices determine not onlinely, the detection signal transmitting element sends detection signal to next Medical Devices.
4. the detection system of Medical Devices according to claim 3 is characterized in that, described judging unit also comprises: the restriction judging unit; Described restriction judging unit is connected with the repetition judging unit, be used for restriction duplicate detection number of times, service data in the Medical Devices last time that repeats this detection that the described data processing unit of judgment unit judges obtains is correct, be that described Medical Devices are determined when detecting last time to judge whether the Medical Devices of this detection reach the maximum duplicate detection number of times that described detection system arranges when online; If do not reach the maximum number of times that detects, then the detection signal transmitting element sends detection signal to the Medical Devices of this detection; If reach the maximum number of times that detects, then the detection signal transmitting element sends detection signal to next Medical Devices.
5. the detection method of Medical Devices is characterized in that, comprises the steps:
A, service data acquiring unit obtain the service data of Medical Devices;
B, judging unit judge according to the data that the service data acquiring unit imports into whether described Medical Devices are online;
C, according to the judged result of step B, if the service data that the not online or described service data acquiring unit of described Medical Devices imports into correctly is that described Medical Devices are online, then described service data acquiring unit begins to obtain the service data of next Medical Devices, namely begins to detect next Medical Devices.
D, according to the judged result of step B, if the incorrect and described Medical Devices of service data that described service data acquiring unit imports into are online when detecting last time, then described service data acquiring unit obtains the service data of described Medical Devices again, and described Medical Devices are repeated to detect.
6. the detection method of Medical Devices according to claim 5 is characterized in that, described steps A specifically comprises:
A1, detection signal transmitting element send detection signal to Medical Devices;
A2, data processing unit receive and handle the related data of Medical Devices feedback, obtain the service data of Medical Devices.
7. the detection method of Medical Devices according to claim 6 is characterized in that, described step B specifically comprises:
The service data of the Medical Devices that B1, data determining unit reception data processing unit import into, and judge whether described data are correct; When the service data of judging described Medical Devices is correct, illustrate that the Medical Devices of this detection are online;
B2, repeat judging unit in the judged result of data determining unit for not the time, judge whether the service data of Medical Devices of last this detection that obtains of described data processing unit correct; When judged result for not the time, illustrate that described Medical Devices determine not online; When judged result when being, illustrate that described Medical Devices are online when detecting last time.
8. the detection method of Medical Devices according to claim 7, it is characterized in that, described step D specifically comprises: according to the judged result of step B, if the incorrect and described Medical Devices of service data that described service data acquiring unit imports into are online when detecting last time, then limit judging unit and will judge whether the Medical Devices of this detection reach the maximum duplicate detection number of times that described detection system arranges; If do not reach the maximum number of times that detects, then the detection signal transmitting element sends detection signal to the Medical Devices of this detection; If reach the maximum number of times that detects, then the detection signal transmitting element begins to send detection signal to next Medical Devices.
9. according to the detection method of the described Medical Devices of one of claim 5 to 8, it is characterized in that described Medical Devices are syringe pump or infusion pump.
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| US20080317205A1 (en) * | 2007-05-07 | 2008-12-25 | Canon Kabushiki Kaisha | X-ray imaging apparatus and x-ray imaging method |
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| EP2302547A2 (en) * | 2008-04-01 | 2011-03-30 | Smiths Medical MD, Inc. | Software features for medical infusion pump |
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