CN111709760B - Internet of things monitoring method for medical waste treatment - Google Patents
Internet of things monitoring method for medical waste treatment Download PDFInfo
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Abstract
The invention discloses an internet of things monitoring method for medical waste treatment, which is used for acquiring the load capacity of a medical waste treatment barrel of a hospital and a first time value of the current corresponding medical waste treatment barrel from last treatment: if the first time value is not greater than T1, judging the load capacity of any medical waste treatment barrel in the hospital, triggering a medical waste treatment barrel collection instruction when the load reaches a first threshold value, otherwise triggering the medical waste treatment barrel collection instruction; obtaining the storage quantity of the corresponding garbage of the second warehouse and a third time value from the last treatment: if the third time value is not greater than T3, judging the storage amount of the garbage after the classification treatment is finished; triggering a corresponding type of garbage processing instruction when the storage amount of the garbage subjected to classification processing reaches a second threshold value; otherwise, triggering the corresponding medical waste disposal instruction. The invention can realize strict monitoring on medical waste from the source of generation, and the treatment process guides the development of medical industry through digitalization, thereby guaranteeing the life safety of people.
Description
Technical Field
The invention belongs to the technical field of hazardous waste treatment, and particularly relates to an Internet of things monitoring method for medical waste treatment.
Background
The domestic garbage generated by various hospitals during daily treatment includes household garbage and medical garbage. Among them, medical waste can be further classified into infectious waste, damaging waste, chemical waste, pathological waste, pharmaceutical waste, etc. Due to the diversity of sources of these waste materials, many pathogenic microorganisms such as pathogenic bacteria, viruses and parasites exist. And because of these pathogenic microorganisms, the wastes of the therapeutic apparatuses or medical products are also strongly pathogenic, if the medical wastes are cleaned without treatment, local environmental pollution is easily caused, and in more serious cases, infectious diseases caused by the pathogenic microorganisms are outbreak.
In summary, the existing treatment of medical waste garbage has the following problems:
in the treatment process of medical waste, the treatment transparency is not strong, and hospitals can treat private waste in a mode or flow. Cannot be effectively monitored and managed;
because of the diversity of medical waste garbage, the generation amount and the preservation time of different kinds of garbage are different, if the generation current situation and the cleaning of specific kinds of garbage are judged by manpower, the workload of staff is increased, and the working efficiency of hospitals is not high;
some lawless persons utilize the loopholes with poor monitoring force on the medical waste at present, and the influence is very bad when the medical waste is put into the process of destroying, and the medical waste is illegally transferred or is resale after being treated.
Disclosure of Invention
In order to solve the defects in the prior art, the invention aims to overcome the defects in the prior art, and provides the Internet of things monitoring method for medical waste treatment, which can realize strict monitoring on medical waste from the generation source, carry out tracing of problems in any link through digitalization in the treatment process, and simultaneously search for abnormal problems by utilizing big data, guide the development of medical industry and ensure the life safety of people.
The invention discloses an internet of things monitoring method for medical waste treatment, which comprises the following steps:
medical waste treatment barrel x for acquiring hospital i ijk ，i∈N * J is the medical waste category, j=1, 2,3,4, … N; k=1, 2,3,4, … N, k being the corresponding medical waste treatment barrel set by hospital iA number;
medical waste treatment barrel x for acquiring hospital i ijk Corresponding set throwing personnel and corresponding garbage type information;
medical waste treatment barrel x for acquiring hospital i ijk Load and current corresponding medical waste treatment tank x ijk From the first time value of the last treatment: if the first time value is not greater than T1, judging the kth medical waste treatment barrel x of the j classes of the i hospital ijk Load amount; when the medical waste treatment barrel x of class j kth of i hospital ijk Triggering a first alarm when the load reaches a first threshold value; if the first time value is greater than T1, triggering a first alarm;
acquiring a second time value of the j types of medical waste garbage corresponding to the first library from the last centralized treatment of the types of garbage corresponding to the j types of medical waste garbage, triggering a second alarm if the second time value is greater than T2, wherein the first library is a temporary storage library of the hospital i;
acquiring all kinds of medical waste garbage of all hospitals in a second warehouse, and classifying and storing the medical waste garbage of all hospitals according to the kinds of the medical waste garbage, wherein the second warehouse is a classified storage warehouse for classifying and storing the medical waste garbage of all hospitals;
obtaining the corresponding j types of medical waste storage quantity and the third time value of the corresponding types of medical waste from the last treatment in the second warehouse: if the third time value is not greater than T3, judging the storage amount of j types of garbage after classification treatment; triggering a third alarm when the storage amount of j types of garbage which is subjected to classification processing reaches a second threshold value; and if the third time value is greater than T3, triggering a third alarm.
As a further optimization of the above schemes, any of the medical waste treatment barrels establishes a data communication connection with the GIS system;
acquiring an area positioning function interface of the GIS system based on the established data communication connection;
based on the area positioning interface, the position information of the current medical waste treatment barrel is acquired, and the positioning display of the medical waste treatment barrel is carried out in the GIS system based on the position information.
As a further optimization of the above aspects, any of the medical waste treatment tanks described acquire target personnel facial features for accessing the medical waste treatment tank:
if the target personnel obtain the control operation of the target personnel through the face recognition of the medical waste treatment barrel, recording the target personnel and the information of the put medical waste;
if the target personnel do not pass the face recognition of the medical waste treatment barrel, prompting personnel permission verification to pass, recording current operation information, and triggering a fourth alarm.
As a further optimization of the scheme, when the j-class medical waste load reaches a first threshold value or the j-class medical waste storage time is equal to T1 in the T1 time, triggering a first alarm, and after the medical waste treatment barrel sends the first alarm, sending a packaging instruction aiming at the j-class medical waste triggering the alarm, and generating a bar code mark on a packaged package.
As a further optimization of the above scheme, for any j types of medical waste that have been packaged, the weight of the j types of medical waste corresponding to the packaging is obtained, and the weight data is stored in the cloud corresponding to the stripe code on the packaging:
if the difference value between the j garbage weight corresponding to any transfer times obtained by the cloud and the j garbage weight to be transferred next corresponding to the transfer times is not more than delta m, carrying out next j garbage storage position transfer;
if the difference value between the j garbage weights corresponding to any transfer times obtained by the cloud and the j garbage weights to be transferred next corresponding to the transfer times exceeds delta m, recording current operation information, and triggering a fifth alarm.
As further optimization of the scheme, any transport equipment information of the j-class medical waste to be transferred is obtained; constructing a data communication connection established with a GIS system based on the transportation equipment; acquiring an area positioning function interface of a GIS system; acquiring the position information of transport equipment for transferring j types of medical wastes through an area positioning function interface, and displaying the position information through a GIS system;
if the GIS system detects that the duration of the non-moving transportation equipment for transferring the j-class medical waste is not more than T4, continuing to acquire the position of the current transportation equipment and count the time;
if the GIS system detects that the duration of the non-moving transportation equipment for transferring the j-class medical waste exceeds T4, the current operation information is recorded, and a sixth alarm is triggered.
As a further optimization of the scheme, after receiving the first alarm, sending a collection instruction based on the alarm information, acquiring the actual position of the medical waste treatment barrel by triggering the positioning display of the medical waste treatment barrel of the first alarm in the GIS system, and carrying out first centralized collection treatment on the medical waste in the barrel in a first warehouse; carrying out alarm notification through the contact way bound by the corresponding manager of the first alarm association;
after receiving the second alarm, transmitting a transfer instruction based on the alarm information, and transferring the corresponding garbage to the second library by triggering the actual position of the first library of the second alarm; carrying out alarm notification through the contact way bound by the corresponding manager of the second alarm association;
after receiving the third alarm, sending a processing instruction based on the alarm information, and recycling or destroying the corresponding garbage by triggering the actual position of the second library of the third alarm; carrying out alarm notification through the contact way bound by the corresponding manager of the third alarm association;
after receiving the fourth alarm, sending a reminding instruction based on the alarm information; carrying out alarm notification through the contact way bound by the corresponding manager of the fourth alarm association;
after receiving the fifth alarm, acquiring operation record information triggering the fifth alarm, acquiring history weighing record information of j types of medical waste corresponding to the pasting stripe codes based on the record information, and carrying out alarm notification by a contact mode bound by a corresponding manager associated with the fifth alarm;
after the sixth alarm is acquired, a query instruction is sent based on the alarm information, and the actual position of the transportation equipment is acquired by triggering the positioning display of the transportation equipment with the sixth alarm in the GIS system; and carrying out alarm notification through the contact manner bound by the corresponding manager of the sixth alarm association.
As a further optimization of the scheme, if the alarm response operation instruction of the corresponding manager associated with the alarm is obtained in the time T5 after any alarm is received, the alarm information is recorded and the alarm is closed;
if the alarm response operation instruction of the corresponding manager associated with the alarm is not acquired within the time T5 after any alarm is received, recording and sending the triggering alarm information to the first responsible person.
As a further optimization of the above solution, the method further comprises the following steps:
and acquiring the last ex-warehouse image of the j types of garbage subjected to classification processing, acquiring the bar code of the package identifier of the medical waste of the image, and reading the bar code information to be synchronized to the cloud.
Compared with the prior art, the internet of things monitoring method for medical waste treatment has the following technical effects:
1. according to the invention, based on network transmission of the cloud server and the medical waste treatment barrel, operation information synchronization of garbage weighing, garbage transferring, garbage sorting and garbage destroying of the medical waste treatment barrel is timely carried out, monitoring of any link of medical waste in the treatment process is completed, and related departments can acquire any alarm and solving operation information of the medical waste in the transferring and treatment process based on the cloud server, so that effective supervision and responsibility following of medical waste treatment work are carried out.
2. According to the medical waste treatment barrel collection method, the loading capacity of the medical waste treatment barrel of a hospital and the first time value of the current corresponding medical waste treatment barrel from the last treatment are obtained, the placement time is judged, if the loading capacity of the medical waste treatment barrel is judged within the placement effective time, and if the loading capacity exceeds the threshold value of the loading capacity, a medical waste treatment barrel collection instruction is triggered; triggering a medical waste treatment barrel collection instruction if the placement time reaches the effective time; the medical waste can be treated timely by automatically judging the placement condition of the medical waste, so that the environmental pollution caused by overlong placement time or overflow of the load waste is avoided.
3. The method acquires all kinds of medical wastes of all hospitals in the second warehouse, and classifies and stores the medical wastes according to the kinds of the medical wastes; setting a garbage treatment time interval, and triggering a treatment instruction of the medical garbage if the medical garbage storage amount after classification treatment exceeds a second threshold value of the garbage stored in a second storage in a third time value from the last treatment; if the storage time is equal to the third time value from the last treatment, triggering the treatment instruction of the medical waste; through the third time value that sets up, be convenient for in time retrieve or destroy to the medical waste that the classification accomplished, strengthened garbage disposal's work efficiency.
4. According to the invention, in the process from the medical waste treatment barrel to the medical waste comprehensive treatment, the stripe code identification is carried out on the medical waste to be treated, the network data information corresponding to the stripe code is synchronized to the cloud server, the operation information and the attribute information of any medical waste are obtained, and the information is checked with the medical waste corresponding to the medical waste recycling or destroying procedure which is carried out finally, so that the medical waste is effectively ensured to be lost in the transferring process, meanwhile, partial personnel are prevented from replacing the medical waste, and the treatment safety in the medical waste treatment process is ensured.
Drawings
Other features, objects and advantages of the present application will become more apparent upon reading of the detailed description of non-limiting embodiments, made with reference to the following drawings, in which:
FIG. 1 is a schematic flow chart of an Internet of things monitoring method for medical waste treatment according to the present invention;
FIG. 2 is a schematic diagram of a refuse transfer flow of an Internet of things monitoring method for medical waste treatment according to the present invention;
fig. 3 is a schematic diagram of a medical waste dustbin operation authority judging flow chart of an internet of things monitoring method for medical waste treatment according to the present invention;
fig. 4 is a schematic diagram of an alarm response flow chart of an internet of things monitoring method for medical waste treatment according to the present invention.
Detailed Description
It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
At present, the hospital does not make a unified planning management standard for the treatment of medical waste garbage, and each hospital department simply provides a household garbage can and a medical garbage can for simple garbage classification according to respective actual conditions. Because hospitals do not carry out deep garbage supervision, part of medical wastes (infusion tubes, infusion bottles, needle cylinders and the like) are easily illegally transferred, and illegally resale, or the medical wastes are inadvertently leaked and damaged in the transportation process, so that the environment pollution is serious.
In order to enhance classification treatment and transportation monitoring of medical waste, the embodiment of the invention discloses an internet of things monitoring method for medical waste treatment, which is shown in fig. 1-4 and comprises the following steps:
step S1, acquiring a medical waste treatment barrel x of a hospital i ijk ，i∈N * J is the medical waste category, j=1, 2,3,4,..n; k=1, 2,3,4,..n, k is the corresponding medical waste treatment barrel number set by hospital i; in this embodiment, the existing medical waste types are preferably set to 5, i.e. the value range of j is between 1 and 5;
step S2, acquiring a medical waste treatment barrel x of the hospital i ijk Corresponding set throwing personnel and corresponding garbage type information;
step S3, acquiring a medical waste treatment barrel x of the hospital i ijk Load and current corresponding medical waste treatment tank x ijk Judging the k medical waste treatment barrel x of the j class of the i hospital if the first time value is not more than T1 from the first time value of the last treatment ijk Load amount; when the medical waste treatment barrel x of class j kth of i hospital ijk Triggering a medical waste treatment barrel collection instruction when the load reaches a first threshold value; if the first time value is greater than T1, automatically triggering a medical waste treatment barrel collection instruction; based on treatment of medical waste bin x ijk Treatment time of stored class j garbageAnd statistical limitation of the load capacity, can aim at the medical waste treatment barrel x in time ijk Performing expiration treatment and full load treatment on the garbage;
in this embodiment, the first repository is a temporary repository of the hospital, and the medical waste treatment tank x is acquired ijk After the triggered medical waste treatment tank collection instruction, the related personnel performs the target medical waste treatment tank x ijk The garbage bin transfer of j types of garbage triggering the alarm can avoid the environmental pollution caused by uncleaned or full load of medical waste garbage loaded by the waste treatment bin in the time of T1; preferably, T1 in the embodiment of the present invention is 12h;
step S4, acquiring a second time value of the corresponding j types of medical waste garbage in the first warehouse from the last centralized treatment of the corresponding types of garbage, and triggering a medical waste garbage collection and transfer instruction of the first warehouse if the second time value is greater than T2;
in the embodiment of the invention, the second warehouse is a classified storage warehouse, and after a garbage transfer instruction of the first warehouse (i a temporary storage warehouse of a hospital) is acquired, garbage stored in the first warehouse for more than T2 in effective time is transferred through traffic equipment;
it is specifically described that, since j in the embodiment of the present invention is a medical waste type, and the j types of corresponding medical waste in the j types stored in the first repository have different effective storage times, the specific value of T2 depends on the actual days of storage of the j types of corresponding medical waste in the classification repository;
step S5, acquiring all kinds of medical waste garbage of all hospitals in the second warehouse, and sorting and storing the medical waste garbage of all hospitals according to the kinds of the medical waste garbage;
step S6, obtaining the corresponding j types of medical waste storage quantity and the third time value of the corresponding types of medical waste from the last treatment in the second warehouse: if the third time value is not greater than T3, judging the storage amount of j types of garbage after classification treatment; triggering a corresponding j-class medical waste garbage treatment instruction when the storage amount of the j-class garbage which is subjected to classification treatment reaches a second threshold value; if the third time value is greater than T3, triggering a corresponding j-class medical waste garbage treatment instruction;
in this embodiment, after the second warehouse finishes transferring the medical waste garbage of various kinds of hospitals, sorting treatment of the medical waste garbage of various kinds is performed; if the storage time of the j class garbage subjected to classification treatment in the second library is within the valid period T3, judging the maximum storage amount of the j class garbage at the moment, and when the storage amount of the j class garbage in the second library reaches a second threshold value, carrying out forced treatment of the j class garbage subjected to classification treatment; if the time of storing the j-class garbage subjected to classification treatment in the second library is equal to the valid period T3, the j-class garbage subjected to classification treatment is subjected to forced treatment at the same time; it should be specifically noted that, the first threshold value is related to the load amount of any single type of garbage in the medical waste treatment bin, and the second threshold value is related to the maximum storage amount of any j types of garbage which has been subjected to classification treatment in the second bin;
based on the first warehouse, the second warehouse and the garbage transferring process from the first warehouse to the second warehouse, the method effectively aims at classifying any kind of medical waste garbage in hospitals, facilitates the subsequent further development of the processing or destruction of the medical waste garbage in a large range, greatly reduces the classifying operation of staff on the medical waste garbage, and improves the treatment efficiency of the medical waste;
in this embodiment, any of the medical waste treatment tanks establishes a data communication connection with the GIS system;
acquiring an area positioning function interface of the GIS system based on the established data communication connection;
based on the area positioning interface, the position information of the current medical waste treatment barrel is acquired, and carrying out positioning display of the medical waste treatment barrel in the GIS system based on the position information.
Specifically, the medical waste treatment bin is a comprehensive garbage bin, and comprises j kinds of garbage sub-bins, wherein any garbage sub-bin loads only one kind of medical waste; any medical waste treatment barrel establishes data communication with the GIS system based on the GIS module, and displays the actual position in real time through the GIS system, so that management personnel can conveniently perform actual positioning of any garbage sub-barrel of a hospital;
in this embodiment, any of the medical waste treatment tanks described herein acquires facial features of a target person accessing the medical waste treatment tank:
if the target personnel obtain the control operation of the target personnel through the face recognition of the medical waste treatment barrel, recording the target personnel and the information of the put medical waste;
if the target personnel do not pass the face recognition of the medical waste treatment barrel, prompting personnel permission verification to pass, recording current operation information, and triggering a fourth alarm.
Specifically, the personnel with the authority for operating the medical waste treatment barrel is a preset staff of the hospital, and the name, the department, the work number and the image corresponding to the staff and the basic information of the hospital are input and stored; the basic information of the staff is stored in a cloud server, and the cloud server is in coverage connection with a medical waste treatment barrel of any hospital through a wireless network;
the embodiment of the invention is preferably an electronic camera; when the medical waste treatment barrel acquires an operation instruction, acquiring a face image of an operator based on an electronic camera, and transmitting the acquired operation information and the acquired put-in material image to a cloud server by responding to the acquired operation instruction, such as opening the garbage can and closing the garbage can, if the acquired image is matched with a person image with the authority of operating the medical waste treatment barrel stored in the cloud server; otherwise, alarming is carried out through an alarming device arranged on the medical waste treatment barrel to prompt personnel permission verification to be failed, and the operation information of the time is recorded and transmitted to the cloud server; preferably, the alarm prompt of the embodiment of the invention can trigger alarm through the buzzer, and the medical waste treatment barrel can respond through the key after acquiring the operation instruction; by adding face recognition to the medical waste treatment barrel, the authority management of the medical waste treatment barrel can be carried out, the work flow supervision of the hospital on related personnel with operation authorities is enhanced, and meanwhile, the medical waste treatment barrel is prevented from being used by unauthorized personnel in a malignant manner; the cloud management system is convenient for carrying out unified management record of the cloud by aiming at the operation information of the staff and the picture collection and storage of the put materials;
in this embodiment, after the medical waste treatment barrel triggers the first alarm, a packaging instruction is sent for j types of medical waste triggering the alarm, and a bar code identifier is generated on a packaged package;
in particular, the bar codes are generated based on the medical waste treatment barrels, and all the medical waste treatment barrels are further provided with a device capable of generating the bar codes, wherein the device and the cloud server can be in covering connection through a wireless network; based on the device, bar codes on the package of medical waste of any hospital can be generated and pasted; in the bar code generation process, uploading network cloud information corresponding to the bar code based on a wireless network, such as the packaging time, the position of a medical waste treatment barrel corresponding to a hospital and the weight during packaging; the electronic equipment capable of scanning the stripe codes is convenient for a worker to scan the stripe codes, so that attribute information of the corresponding garbage sub-bin uploaded to the cloud end is acquired at the first time, and management and supervision of all medical wastes on the cloud end server by a manager are facilitated;
in this embodiment, for any j types of medical waste that have been packaged, the weight of the j types of medical waste corresponding to the packaging is obtained, and the weight data is stored in the cloud corresponding to the stripe code on the packaging:
if the difference value between the j garbage weight corresponding to any transfer times obtained by the cloud and the j garbage weight to be transferred next corresponding to the transfer times is not more than delta m, carrying out next j garbage storage position transfer;
if the difference value between the j garbage weights corresponding to any transfer times obtained by the cloud and the j garbage weights to be transferred next corresponding to the transfer times exceeds delta m, recording current operation information, and triggering a fifth alarm;
in particular, the medical waste is used as any kind of mixture, including solid, liquid or gaseous mixtures, and the quality of the medical waste may be during storage or transportationChanges are made, such as j types of garbage stored in the kth medical waste treatment barrel of the i hospital are weighed for the first time (the kth medical waste treatment barrel x of the j types of i hospital ijk When the load reaches a first threshold value or the first time value is larger than T1), the corresponding mass is m 1 Weighing is performed a second time (i hospital j-class kth medical waste treatment tank x ijk The medical waste garbage in the first warehouse) is collected and processed in a centralized way, and the corresponding mass is m 2 If |m 1 -m 2 Carrying out centralized collection and treatment of the medical waste garbage in a first warehouse if the absolute value is less than or equal to delta m; otherwise, recording current operation information, triggering a fifth alarm, and synchronizing weighing abnormal information to a cloud server; the result processing of the weighing information is carried out based on the cloud server, comparison analysis is carried out on the acquired pictures which are weighed through the report form and the weighing site, analysis processing results are generated and stored in the cloud server, and related management personnel close the alarm based on the cloud server; preferably, the alarm instruction in the embodiment of the invention can be pushed by a cloud server manager through a cloud server, and can be pushed specifically in the form of information, telephone or mail; by analyzing the difference value between the quality corresponding to the transfer times of the medical waste and the quality of the medical waste corresponding to the next transfer to be carried out, the method is convenient for monitoring the execution effect in the process of transferring the medical waste, avoids the illegal transfer or resale of the medical waste by irrelevant persons, and ensures the effective transportation and treatment of the medical waste;
in the embodiment, any transport equipment information of j types of medical waste to be transferred is acquired; constructing a data communication connection established with a GIS system based on the transportation equipment; acquiring an area positioning function interface of a GIS system; acquiring the position information of transport equipment for transferring j types of medical wastes through an area positioning function interface, and displaying the position information through a GIS system;
if the GIS system detects that the duration of the non-moving transportation equipment for transferring the j-class medical waste is not more than T4, continuing to acquire the position of the current transportation equipment and count the time;
if the GIS system detects that the duration of the non-moving transportation equipment for transferring the j-class medical waste exceeds T4, recording current operation information and triggering a sixth alarm;
specifically, in the transferring process of the j-class garbage sub-can, acquiring corresponding position information of corresponding transportation equipment based on a GIS system, and transmitting the acquired transportation equipment position information to a cloud server through the GIS system; if the cloud server detects that the geographic position of the transportation equipment of the j types of garbage is not moved and the duration exceeds T4, recording current geographic position information, triggering a sixth alarm, and sending abnormal residence information of the transportation equipment to the cloud server; analyzing the abnormal residence information through the cloud server, acquiring logistics personnel information of the transportation equipment in the corresponding batch, notifying the logistics personnel information, generating an analysis processing result, storing the analysis processing result into the cloud server, and closing the alarm by related management personnel based on the cloud server; preferably, the alarm instruction in the embodiment of the invention can be pushed by transportation equipment personnel through the cloud server, and can be pushed specifically in the form of information, telephone or mail; t4 is preferably 1h; based on the set geographical position movement limiting time T4 of the transportation equipment, a manager can conveniently acquire the transportation route and the transportation condition of the actual j-class garbage sub-can through the cloud, and monitor the working state of the transportation personnel in real time, so that delayed delivery of the garbage sub-can caused by negligence of part of the transportation personnel is prevented, and a series of negative effects are caused;
in the embodiment, after receiving the first alarm, sending a collection instruction based on the alarm information, and acquiring the actual position of the medical waste treatment barrel by triggering the positioning display of the medical waste treatment barrel of the first alarm in the GIS system, so as to perform first centralized collection and treatment on the medical waste in the barrel in a first warehouse; carrying out alarm notification through the contact way bound by the corresponding manager of the first alarm association;
after receiving the second alarm, transmitting a transfer instruction based on the alarm information, and transferring the corresponding garbage to the second library by triggering the actual position of the first library of the second alarm; carrying out alarm notification through the contact way bound by the corresponding manager of the second alarm association;
after receiving the third alarm, sending a processing instruction based on the alarm information, and recycling or destroying the corresponding garbage by triggering the actual position of the second library of the third alarm; carrying out alarm notification through the contact way bound by the corresponding manager of the third alarm association;
after receiving the fourth alarm, sending a reminding instruction based on the alarm information; carrying out alarm notification through the contact way bound by the corresponding manager of the fourth alarm association;
after receiving the fifth alarm, acquiring operation record information triggering the fifth alarm, acquiring history weighing record information of j types of medical waste corresponding to the pasting stripe codes based on the record information, and carrying out alarm notification by a contact mode bound by a corresponding manager associated with the fifth alarm;
after the sixth alarm is acquired, a query instruction is sent based on the alarm information, and the actual position of the transportation equipment is acquired by triggering the positioning display of the transportation equipment with the sixth alarm in the GIS system; carrying out alarm notification through the contact way bound by the corresponding manager of the sixth alarm association;
in this embodiment, if an alarm response operation instruction of a corresponding manager associated with an alarm is obtained in a T5 time after any alarm is received, alarm information is recorded and the alarm is closed;
if the alarm response operation instruction of the corresponding manager associated with the alarm is not acquired within the time T5 after any alarm is received, recording and sending triggering alarm information to a first responsible person;
specifically, the first responsible party in the embodiment of the invention is a manager and a responsible party in the medical waste treatment process, and if the received alarm is not processed within a specified time, the first responsible party directly processes the problem of the related alarm;
according to the invention, the supervision of medical waste is enhanced by setting a plurality of alarming modes, corresponding management staff is set up aiming at different alarming modes, and multi-level staff allocation is carried out, so that the work coordination and supervision among staff are facilitated, and the work quality of the staff is effectively ensured; meanwhile, the system is favorable for global control of all levels, and can search direct relation staff in the first time after a problem occurs, so that the system is favorable for the expansion of medical waste treatment work;
in the embodiment, the last ex-warehouse image of j types of garbage subjected to classification processing is obtained, the bar code of the packaging identifier of medical wastes of the image is obtained, and the bar code information is read and synchronized to the cloud;
specifically, after the garbage can is smoothly taken out of the classified storage warehouse, medical waste is classified and treated through processing or destroying, and the medical waste treatment barrel x is obtained based on monitoring equipment of a treatment site in the last process before processing or destroying ijk And uploading the generated bar code information and the corresponding picture information to a cloud server for storage.
Claims (9)
1. The Internet of things monitoring method for medical waste treatment is characterized by comprising the following steps of:
medical waste treatment barrel x for acquiring hospital i ijk ，i∈N * J is the medical waste category, j=1, 2,3,4, … N; k=1, 2,3,4, … N, k being the corresponding medical waste treatment barrels set by hospital i;
medical waste treatment barrel x for acquiring hospital i ijk Corresponding set throwing personnel and corresponding garbage type information;
medical waste treatment barrel x for acquiring hospital i ijk Load and current corresponding medical waste treatment tank x ijk From the first time value of the last treatment: if the first time value is not greater than T1, judging the kth medical waste treatment barrel x of the j classes of the i hospital ijk Load amount; when the medical waste treatment barrel x of class j kth of i hospital ijk Triggering a first alarm when the load reaches a first threshold value; if the first time value is greater than T1, triggering a first alarm;
acquiring a second time value of the j types of medical waste garbage corresponding to the first library from the last centralized treatment of the types of garbage corresponding to the j types of medical waste garbage, triggering a second alarm if the second time value is greater than T2, wherein the first library is a temporary storage library of the hospital i;
acquiring all kinds of medical waste garbage of all hospitals in a second warehouse, and classifying and storing the medical waste garbage of all hospitals according to the kinds of the medical waste garbage, wherein the second warehouse is a classified storage warehouse for classifying and storing the medical waste garbage of all hospitals;
obtaining the corresponding j types of medical waste storage quantity and the third time value of the corresponding types of medical waste from the last treatment in the second warehouse: if the third time value is not greater than T3, judging the storage amount of j types of garbage after classification treatment; triggering a third alarm when the storage amount of j types of garbage which is subjected to classification processing reaches a second threshold value; and if the third time value is greater than T3, triggering a third alarm.
2. The internet of things monitoring method for medical waste treatment according to claim 1, wherein any one of the medical waste treatment barrels is in data communication with a GIS system;
acquiring an area positioning function interface of the GIS system based on the established data communication connection;
based on the area positioning interface, the position information of the current medical waste treatment barrel is acquired, and the positioning display of the medical waste treatment barrel is carried out in the GIS system based on the position information.
3. The internet of things monitoring method for medical waste treatment according to claim 1, wherein any of the medical waste treatment tanks obtains a target person facial feature for accessing the medical waste treatment tank:
if the target personnel obtain the control operation of the target personnel through the face recognition of the medical waste treatment barrel, recording the target personnel and the information of the put medical waste;
if the target personnel do not pass the face recognition of the medical waste treatment barrel, prompting personnel permission verification to pass, recording current operation information, and triggering a fourth alarm.
4. The internet of things monitoring method for medical waste treatment according to claim 1, wherein after the medical waste treatment barrel triggers the first alarm, a packaging instruction is sent for j types of medical waste triggering the alarm, and a bar code identifier is generated on a packaged package.
5. The internet of things monitoring method for medical waste treatment according to claim 4, wherein for any j types of medical waste which is packaged, the weight of the j types of medical waste corresponding to the packaging is obtained, and the weight data is stored in the cloud corresponding to the barcode on the packaging:
if the difference value between the j garbage weight corresponding to any transfer times obtained by the cloud and the j garbage weight to be transferred next corresponding to the transfer times is not more than delta m, carrying out next j garbage storage position transfer;
if the difference value between the j garbage weights corresponding to any transfer times obtained by the cloud and the j garbage weights to be transferred next corresponding to the transfer times exceeds delta m, recording current operation information, and triggering a fifth alarm.
6. The internet of things monitoring method for medical waste treatment according to claim 1, wherein any transportation equipment information of j types of medical waste to be transferred is acquired; constructing a data communication connection established with a GIS system based on the transportation equipment; acquiring an area positioning function interface of a GIS system; acquiring the position information of transport equipment for transferring j types of medical wastes through an area positioning function interface, and displaying the position information through a GIS system;
if the GIS system detects that the duration of the non-moving transportation equipment for transferring the j-class medical waste is not more than T4, continuing to acquire the position of the current transportation equipment and count the time;
if the GIS system detects that the duration of the non-moving transportation equipment for transferring the j-class medical waste exceeds T4, the current operation information is recorded, and a sixth alarm is triggered.
7. The method for monitoring the Internet of things for medical waste treatment according to claim 1, wherein,
after receiving the first alarm, sending a collection instruction based on the alarm information, acquiring the actual position of the medical waste treatment barrel by triggering the positioning display of the medical waste treatment barrel of the first alarm in the GIS system, and carrying out first centralized collection treatment on the medical waste in the barrel in a first warehouse; carrying out alarm notification through the contact way bound by the corresponding manager of the first alarm association;
after receiving the second alarm, transmitting a transfer instruction based on the alarm information, and transferring the corresponding garbage to the second library by triggering the actual position of the first library of the second alarm; carrying out alarm notification through the contact way bound by the corresponding manager of the second alarm association;
after receiving the third alarm, sending a processing instruction based on the alarm information, and recycling or destroying the corresponding garbage by triggering the actual position of the second library of the third alarm; carrying out alarm notification through the contact way bound by the corresponding manager of the third alarm association;
after receiving the fourth alarm, sending a reminding instruction based on the alarm information; carrying out alarm notification through the contact way bound by the corresponding manager of the fourth alarm association;
after receiving the fifth alarm, acquiring operation record information triggering the fifth alarm, acquiring history weighing record information of j types of medical waste corresponding to the attached bar codes based on the record information, and carrying out alarm notification by a contact mode bound by a corresponding manager associated with the fifth alarm;
after the sixth alarm is acquired, a query instruction is sent based on the alarm information, and the actual position of the transportation equipment is acquired by triggering the positioning display of the transportation equipment with the sixth alarm in the GIS system; and carrying out alarm notification through the contact manner bound by the corresponding manager of the sixth alarm association.
8. The method for monitoring the Internet of things for medical waste treatment according to claim 7, wherein,
if the alarm response operation instruction of the corresponding manager associated with the alarm is obtained in the time T5 after any alarm is received, recording the alarm information and closing the alarm;
if the alarm response operation instruction of the corresponding manager associated with the alarm is not acquired within the time T5 after any alarm is received, recording and sending the triggering alarm information to the first responsible person.
9. The internet of things monitoring method for medical waste treatment of claim 4, further comprising:
and acquiring the last ex-warehouse image of the j types of garbage subjected to classification processing, acquiring the bar code of the package identifier of the medical waste of the image, and reading the bar code information to be synchronized to the cloud.
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| TWI770693B (en) * | 2020-11-26 | 2022-07-11 | 大云永續科技股份有限公司 | Method and system for tracking and processing waste full history |
| CN113159343B (en) * | 2021-04-28 | 2022-01-25 | 深圳市阳谷医疗系统有限公司 | Medical waste purification treatment system based on shared database |
| CN113191667B (en) * | 2021-05-18 | 2024-03-15 | 中冶长天国际工程有限责任公司 | Intelligent logistics system |
| CN117542172A (en) * | 2022-04-28 | 2024-02-09 | 安徽工业大学芜湖技术创新研究院 | Intelligent medical waste collection system based on voice interaction |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108871522A (en) * | 2018-06-19 | 2018-11-23 | 张淏瑞 | Medical waste monitoring Internet-based and early warning system |
| CN109592255A (en) * | 2018-12-18 | 2019-04-09 | 东莞市第三人民医院（东莞市石龙人民医院） | A kind of clinical waste handover process method applied to hospital |
| CN110087193A (en) * | 2019-03-05 | 2019-08-02 | 采之翼(北京)科技有限公司 | Information uploading method, device, electronic equipment and the readable storage medium storing program for executing of dustbin |
| CN110490344A (en) * | 2019-10-16 | 2019-11-22 | 江西铭林信息科技有限公司 | Biohazard Waste monitoring and managing method, apparatus and system |
| CN110633935A (en) * | 2019-07-29 | 2019-12-31 | 合肥工业大学 | Medical waste circulation system and method |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7639136B1 (en) * | 2005-05-13 | 2009-12-29 | WaveMark, Inc. | RFID medical supplies consumption monitoring system and method |
-
2020
- 2020-05-30 CN CN202010480285.9A patent/CN111709760B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108871522A (en) * | 2018-06-19 | 2018-11-23 | 张淏瑞 | Medical waste monitoring Internet-based and early warning system |
| CN109592255A (en) * | 2018-12-18 | 2019-04-09 | 东莞市第三人民医院（东莞市石龙人民医院） | A kind of clinical waste handover process method applied to hospital |
| CN110087193A (en) * | 2019-03-05 | 2019-08-02 | 采之翼(北京)科技有限公司 | Information uploading method, device, electronic equipment and the readable storage medium storing program for executing of dustbin |
| CN110633935A (en) * | 2019-07-29 | 2019-12-31 | 合肥工业大学 | Medical waste circulation system and method |
| CN110490344A (en) * | 2019-10-16 | 2019-11-22 | 江西铭林信息科技有限公司 | Biohazard Waste monitoring and managing method, apparatus and system |
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