CN109448831B - Sperm bank information management system - Google Patents
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- CN109448831B CN109448831B CN201811231846.0A CN201811231846A CN109448831B CN 109448831 B CN109448831 B CN 109448831B CN 201811231846 A CN201811231846 A CN 201811231846A CN 109448831 B CN109448831 B CN 109448831B
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- 210000000582 semen Anatomy 0.000 claims description 433
- 238000012216 screening Methods 0.000 claims description 113
- 230000004044 response Effects 0.000 claims description 17
- 238000001514 detection method Methods 0.000 claims description 9
- 238000004891 communication Methods 0.000 claims description 4
- 230000037308 hair color Effects 0.000 claims description 4
- 238000007726 management method Methods 0.000 description 23
- 238000004321 preservation Methods 0.000 description 8
- 230000009027 insemination Effects 0.000 description 7
- 238000000034 method Methods 0.000 description 7
- 230000008021 deposition Effects 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 239000002699 waste material Substances 0.000 description 3
- 230000003247 decreasing effect Effects 0.000 description 2
- 238000011161 development Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000000605 extraction Methods 0.000 description 2
- 230000035558 fertility Effects 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 230000001850 reproductive effect Effects 0.000 description 2
- 238000003745 diagnosis Methods 0.000 description 1
- 230000036541 health Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
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- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
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Abstract
本发明提供一种精子库信息管理系统，通过公众客户端、采精点客户端、精子库客户端、医院客户端和协同医疗信息平台，使得捐精者、医院医生、采精点工作人员或精子库工作人员能够通过协同医疗信息平台对精子库信息进行查询、更新以及自动报废，实现了对精子库中信息的有效管理，节约了社会人力成本，提高了医院开展人工辅助生育业务效率。
The present invention provides a sperm bank information management system, which enables sperm donors, hospital doctors, sperm collection site staff or The sperm bank staff can query, update and automatically scrap the sperm bank information through the collaborative medical information platform, which realizes the effective management of the information in the sperm bank, saves social labor costs, and improves the efficiency of the hospital's artificial assisted reproduction business.
Description
Technical Field
The invention relates to the technical field of medical information, in particular to a sperm bank information management system.
Background
With the continuous development of information technology, the informatization degree in the field of medical treatment and health is gradually improved, so that the efficiency of various services in a hospital is greatly improved, the supply of sperms is taken as a necessary condition for a sperm collector to breed, and the sperm supply plays a crucial role in the process of developing artificial assisted reproduction in the hospital, and is particularly important for further improving the efficiency of various artificial assisted reproduction services in the hospital. The premise for realizing the efficient supply of the sperms is to effectively manage the information related to the sperms, the quantity information of the sperms and the like in the sperm bank.
In the prior art, the management of information in the sperm bank is only limited to the independent management in each sperm bank, and various information of the sperm bank can be obtained only by directly contacting sperm bank management personnel in various ways, and a uniform sperm bank information management system does not exist. Therefore, semen donators often queue up to wait for donation, and semen satisfying corresponding conditions in the semen pool is full of the pool, but the semen donators do not acquire the information and still waste time to queue up; meanwhile, the sperms meeting the corresponding conditions in the sperm bank are empty, but the information is not published to the public and the sperms are not collected to suitable sperm donors to donate. The phenomenon is particularly obvious in the peak period of fertility, the sperm bank information cannot be effectively managed, the queuing waiting time of sperm donators and the social labor cost are wasted, a hospital cannot obtain real-time sperm supply, and the artificial assisted fertility efficiency is reduced.
Disclosure of Invention
In order to solve the above problems, the present invention provides a system that overcomes, or at least partially solves, the above problems.
According to a first aspect of the embodiments of the present invention, there is provided a sperm library information management system, including:
the public client is used for sending a first sperm bank information query request message to the collaborative medical information platform, wherein the sperm bank information query request message comprises corresponding sperm screening condition information; the cooperative medical information platform is also used for sending a semen collection point position query request message to the cooperative medical information platform, wherein the semen collection point position query request message comprises the position information of semen donators; wherein the semen screening condition information included in the first semen pool information query request message does not include semen donor identity information;
the semen collection point client is used for sending a first semen library information updating request message to the cooperative medical information platform, wherein the first semen library information updating request message comprises corresponding semen screening condition information and semen quantity information; wherein the semen screening condition information included in the first semen pool information updating request message does not include semen donor identity information;
the sperm library client is used for sending a second sperm library information updating request message to the cooperative medical information platform, wherein the second sperm library information updating request message comprises corresponding sperm screening condition information and sperm quantity information; the device comprises a cooperative medical information platform, a discard request message and a discard response message, wherein the discard request message is used for receiving a discard request message sent by the cooperative medical information platform, and after corresponding semen is discarded, the discard response message is returned to the cooperative medical information platform; wherein the semen screening condition information included in the second semen pool information updating request message does not include semen donor identity information;
the hospital client is used for sending a second sperm bank information query request message to the cooperative medical information platform, wherein the sperm bank information query request message comprises corresponding sperm screening condition information; wherein the semen screening condition information included in the second semen pool information query request message does not include semen donor identity information;
the cooperative medical information platform is used for receiving the first sperm bank information query request message sent by the public client and the second sperm bank information query request message sent by the hospital client, querying corresponding semen quantity information in a sperm bank information database according to corresponding semen screening condition information, returning the semen quantity information, receiving the first sperm bank information update request message sent by the semen collection point client and the second sperm bank information update request message sent by the sperm bank client, and updating the sperm bank quantity information in the sperm bank information database according to corresponding semen screening condition information and semen quantity information; judging whether the current storage time length of the sperms is longer than the preset scrapping time length or not according to a preset first polling time interval, if so, setting the state of the labels corresponding to the sperms to be invalid, sending scrapping request information to the sperm bank client, wherein the scrapping request information comprises the label information of the sperms, and deleting the information corresponding to the sperms in the sperm bank information database according to scrapping response information returned by the sperm bank client; the cooperative medical information platform is further used for receiving semen collection point position query request information sent by the public client, querying a semen collection point closest to the position of the semen donor by utilizing a semen collection geographical position distribution map stored in the cooperative medical information platform according to the position information of the semen donor, and returning the queried semen collection point information; the cooperative medical information platform is further used for receiving semen collection request messages sent by the hospital client, wherein the semen collection request messages comprise at least one item of semen screening condition information and semen quantity information; sending a semen dispatching message to the semen library client according to the at least one item of semen screening condition information and the semen quantity information, and returning a dispatching response message to the hospital client;
the semen screening condition information can include at least one of the following seed information: age of the sperm donor, weight of the sperm donor, height of the sperm donor, ethnic group of the sperm donor, highest scholastic calendar of the sperm donor, IQ value of the sperm donor, skin color of the sperm donor and hair color of the sperm donor; the semen screening condition information cannot include semen donor identity information, which further can include: at least one of a donor name, a phone number, an identification number, and a home address.
Further, the semen collection point client is further configured to send a third semen pool information query request message to the collaborative medical information platform before sending the first semen pool information update request message to the collaborative medical information platform, where the semen pool information query request message includes corresponding semen screening condition information and semen quantity information;
correspondingly, the cooperative medical information platform is further used for receiving a third sperm bank information query request message sent by the semen collection point client and confirming whether corresponding semen is full of the bank or not based on the third sperm bank information query request message; and if the semen corresponding to the third sperm bank information query request message is full of the bank, feeding back a full bank response message to the semen collection point client, and storing the communication mode, the place of daily living and the semen screening condition information of the semen donator corresponding to the third sperm bank information query request message sent by the semen collection point client.
And further, the cooperative medical information platform is also used for judging whether the sperms meeting the corresponding semen screening condition information meet the preset quantity according to a preset second polling time interval, and if not, sending a semen donation invitation to corresponding pre-stored semen donors meeting the corresponding semen screening condition information.
Further, the cooperative medical information platform is further configured to receive a semen extracting request message sent by the hospital client, where the semen extracting request message includes corresponding semen screening condition information and semen quantity information; and when the semen quantity corresponding to the semen screening condition information is not included in the semen fetching request message in the semen library, sending a semen donation invitation to a pre-stored semen donor meeting the corresponding semen screening condition information.
Further, when a plurality of pre-saved sperm donors meet corresponding sperm screening condition information, the distance between the daily place of each sperm donor and each semen collection point is calculated first, and a sperm donation invitation is sent to the sperm donor with the shortest distance preferentially.
Further, when a plurality of pre-stored semen donors meet corresponding semen screening condition information, the distance between the current geographic position of each semen donor and each semen collection point is calculated first, and the semen donation invitation is preferentially sent to the semen donor with the shortest distance.
Furthermore, the preserved sperm donors meeting the corresponding sperm screening condition information need to be subjected to sperm quality detection again before semen collection when the distance between the sperm donors and the current time reaches the preset duration at the time point of the previous sperm quality detection.
Further, when the difference value between the current geographical position and the shortest distance between the two corresponding semen donors meeting the corresponding semen screening condition information and the respective semen collection points is smaller than a preset threshold value, or the ratio of the shortest distance interpolation meets a preset ratio range, the semen donation invitation is preferentially sent to the semen donors without the need of performing the semen quality detection again.
The invention provides an sperm bank information management system, which enables sperm donors, hospital doctors, sperm collection point workers or sperm bank workers to inquire, update and automatically scrap sperm bank information through a cooperative medical information platform through a public client, a sperm collection point client, a sperm bank client, a hospital client and a cooperative medical information platform, realizes effective management of the information in the sperm bank, saves social labor cost and improves the efficiency of the hospital for developing artificial assisted reproductive business.
Drawings
Fig. 1 is a schematic diagram of an overall structure of a sperm library information management system according to an embodiment of the present invention.
Detailed Description
The following detailed description of embodiments of the present invention is provided in connection with the accompanying drawings and examples. The following examples are intended to illustrate the invention but are not intended to limit the scope of the invention.
As shown in fig. 1, a schematic diagram of an overall structure of a sperm library information management system according to an embodiment of the present invention is shown, and the diagram includes:
the public client A1 is used for sending a first sperm bank information query request message to the collaborative medical information platform A5, wherein the sperm bank information query request message comprises corresponding sperm screening condition information; the system is also used for sending a semen collection point position query request message to the collaborative medical information platform A5, wherein the semen collection point position query request message comprises the position information of semen donators; wherein the semen screening condition information included in the first semen pool information query request message does not include semen donor identity information;
the semen collection point client A2 is used for sending a first semen bank information updating request message to the collaborative medical information platform A5, wherein the first semen bank information updating request message comprises corresponding semen screening condition information and semen quantity information; wherein the semen screening condition information included in the first semen pool information updating request message does not include semen donor identity information;
the sperm library client A3 is configured to send a second sperm library information update request message to the collaborative medical information platform A5, where the second sperm library information update request message includes corresponding semen screening condition information and semen quantity information; the cooperative medical information platform A5 is used for receiving a discard request message sent by the cooperative medical information platform A5, and returning a discard response message to the cooperative medical information platform A5 after corresponding semen is discarded; wherein the semen screening condition information included in the second semen pool information updating request message does not include semen donor identity information;
the hospital client A4 is used for sending a second sperm bank information query request message to the collaborative medical information platform A5, wherein the sperm bank information query request message comprises corresponding sperm screening condition information; wherein the semen screening condition information included in the second semen pool information query request message does not include semen donor identity information;
the collaborative medical information platform a5 is configured to receive the first sperm bank information query request message sent by the public client a1 and the second sperm bank information query request message sent by the hospital client a4, query corresponding semen quantity information in a sperm bank information database according to corresponding semen screening condition information, and return the semen quantity information, and receive the first sperm bank information update request message sent by the semen collection point client a2 and the second sperm bank information update request message sent by the semen bank client A3, and update the sperm bank quantity information in the sperm bank information database according to corresponding semen screening condition information and semen quantity information; judging whether the current storage time length of the sperms is longer than the preset scrapping time length or not according to a preset first polling time interval, if so, setting the state of a label corresponding to the sperms to be invalid, sending a scrapping request message to the sperm bank client A3, wherein the scrapping request message comprises the label information of the sperms, and deleting the information corresponding to the sperms in the sperm bank information database according to a scrapping response message returned by the sperm bank client A3; the cooperative medical information platform a5 is further configured to receive semen collection point location query request messages sent by the public client a1, query semen collection points closest to the location of a semen donor according to the location information of the semen donor by using a semen collection geographical location distribution map stored in the cooperative medical information platform a5, and return the queried semen collection point information; the cooperative medical information platform A5 is further configured to receive a semen extraction request message sent by the hospital client A4, where the semen extraction request message includes at least one item of semen screening condition information and semen quantity information; sending a semen dispatching message to the semen bank client A3 according to the at least one item of semen screening condition information and the semen quantity information, and returning a dispatching response message to the hospital client A4;
the semen screening condition information can include at least one of the following seed information: age of the sperm donor, weight of the sperm donor, height of the sperm donor, ethnic group of the sperm donor, highest scholastic calendar of the sperm donor, IQ value of the sperm donor, skin color of the sperm donor and hair color of the sperm donor; the semen screening condition information cannot include semen donor identity information, which further can include: at least one of a donor name, a phone number, an identification number, and a home address.
Specifically, the medical collaboration service is an emerging service in the medical industry and the information industry, and the main purpose of the medical collaboration service is to break through the mode of the traditional medical industry, apply the information technology to the medical industry, so that hospitals in different regions and different levels can realize information intercommunication, information sharing and the like, promote the rapid development of the medical industry, improve the working efficiency of medical diagnosis, and provide convenience for sperm extractors and doctors. The embodiment of the invention provides a sperm information management system on the basis of medical collaborative business, which comprises specific management systems for inquiring, updating and automatically discarding sperm library information and the like.
The present embodiment mainly describes an inquiry system of sperm bank information, and specifically, the cooperative medical information platform receives a query request message of sperm bank information, where the query request message of sperm bank information includes corresponding sperm screening condition information, and the sperm screening condition information may include at least one of the following pieces of information: age of the sperm donor, weight of the sperm donor, height of the sperm donor, ethnic group of the sperm donor, highest scholastic calendar of the sperm donor, IQ value of the sperm donor, skin color of the sperm donor and hair color of the sperm donor. The sperm bank information query request message can be sent to the collaborative medical information platform by a sperm donor through a public client, and can also be sent to the collaborative medical information platform by a doctor through a hospital client. In the prior art, because there is no sperm bank information management system and no sperm bank information management system to manage the quantity information and the like of each corresponding semen screening condition information in the sperm bank, the semen donor usually goes directly to the semen collection point to donate semen, and cannot know whether the corresponding semen screening condition information in the sperm bank is full during the semen donation, and if the bank is full, the semen donor and the sperm bank are wasted. After adopting the sperm bank information inquiry system that this embodiment provided, before the sperm donation was carried out to semen collection point in the past, alright in order to inquire through public client to the current quantity information of sperm bank, after the sperm donation logined in coordination medical information platform through public client promptly, can input corresponding semen screening condition information and inquire through clicking the sperm bank information query module on the coordination medical information platform, input corresponding. And the cooperative medical information platform receives the sperm bank information query request message sent by the public client, analyzes the sperm bank information query request message and acquires the corresponding sperm screening condition information carried in the sperm bank information query request message.
Similarly, when a doctor in a hospital carries out information artificial assisted reproduction on a semen fetcher, the semen fetcher needs to be used for insemination, and the semen screening condition information corresponding to the insemination needs to be consistent with the semen fetcher. In the prior art, when the doctor needs to do so, the doctor can only directly contact with the sperm bank workstation, and the sperm bank staff can obtain the quantity information corresponding to the sperm screening condition information of the sperm extractor in the current sperm bank after inquiring the relevant records, so that the waste of resources and manpower is brought. After the sperm bank information query system provided by the embodiment is adopted, a doctor can log in the cooperative medical information platform through a hospital client in advance, and inputs corresponding semen screening condition information for querying by clicking the sperm bank information query module on the cooperative medical information platform. And the cooperative medical information platform receives the sperm bank information query request message sent by the hospital client, analyzes the sperm bank information query request message and acquires the corresponding sperm screening condition information carried in the sperm bank information query request message.
After receiving the sperm bank information query request message sent by the public client or the hospital client, the cooperative medical information platform queries corresponding sperm bank quantity information in the sperm bank information database according to the corresponding sperm screening condition information carried in the sperm bank information query request message, and returns the sperm bank quantity information. The semen library information database is a database which is arranged in the cooperative medical information platform and is used for storing relevant information of semen corresponding to the semen screening condition information, such as corresponding semen screening condition information, quantity information, acquisition time, mapping relation between semen and the like. The cooperative medical information platform can inquire the sperm bank quantity information corresponding to the corresponding semen screening condition information through the sperm bank information database, and return the inquired sperm bank quantity information to a public client or a hospital client.
After the public client receives the returned quantity information of the sperm bank, the sperm donor can know the state of the corresponding sperm screening condition information in the sperm bank, and if the query result shows that the quantity information of the sperm bank corresponding to the corresponding sperm screening condition information is a full bank, the sperm donor does not need to go to a sperm collection point to donate the sperm. If the query result shows that the sperm pool quantity information corresponding to the corresponding sperm screening condition information is a non-full pool, the sperm donor can immediately go to the semen collection point to donate the semen, and other sperm donors who can collect some corresponding sperm screening condition information can also collect the donation together, thereby providing convenient conditions for the sperm donor, saving the waiting time of the sperm donor, the traffic cost and the like. Further, the system for querying the information of the sperm library provided by the embodiment may further include the following steps: firstly, receiving a semen collection point position query request message, wherein the semen collection point position query request message carries position information of semen donators. When a sperm donor needs to donate sperm, a sperm collection point position query request message is sent to the cooperative medical information platform through the public client, and the cooperative medical information platform analyzes the received sperm collection point position query request message to acquire the position information of the sperm donor carried in the received sperm collection point position query request message. Secondly, the cooperative medical information platform queries semen collection points closest to the position of the semen donor by using a semen collection geographical position distribution map stored in the cooperative medical information platform according to the position information of the semen donor, and returns the queried semen collection point position information to the public client. The sperm donor can donate sperm to the sperm collection point nearest to the current position of the sperm donor according to the position information of the sperm collection point, and great convenience is provided for the sperm donor.
After the hospital client receives the returned quantity information of the sperm bank, the doctor can know the state of the corresponding sperm screening condition information in the sperm bank, if the inquiry result shows that the quantity information of the sperm bank corresponding to the corresponding sperm screening condition information is a blank bank, the doctor can contact the sperm bank to work in various ways, the sperm bank staff issue a notice of lack of sperm to the public through the cooperative medical platform, and the public corresponding to the sperm screening condition information can be informed of each semen collection point to donate semen according to the notice of lack of sperm. If the query result shows that the quantity of the semen libraries corresponding to the corresponding semen screening condition information is normal, the doctor can send an semen deposition application message to the cooperative medical information platform through the hospital client again, and then the embodiment can further comprise the following steps: firstly, the cooperative medical information platform receives an insemination request message sent by a doctor client, analyzes the insemination request message, and acquires the semen screening condition information and the insemination quantity information corresponding to insemination carried in the insemination request message. Secondly, the cooperative medical information platform inquires corresponding sperm bank quantity information in a sperm bank information database according to the sperm screening condition information and the sperm deposition quantity information corresponding to the sperm deposition. And thirdly, the cooperative medical information platform sends a semen delivery message to the semen library client according to the quantity information of the semen library. The cooperative medical information platform can send a semen dispatching message to the semen bank client according to the related information in the semen transportation request message, the semen dispatching message carries semen screening condition information corresponding to semen transportation, request hospital information and semen transportation quantity information, and after receiving the semen dispatching message through the semen bank client, the staff of the semen bank arranges the related staff to transport semen to the hospital according to the semen screening condition information corresponding to semen transportation, the request hospital information and the semen transportation quantity information, and the hospital can transport the semen to the semen taker in time after receiving the required semen. Meanwhile, the cooperative medical information platform returns a delivery response message to the hospital client, and informs the doctor that the delivery of the needed semen is arranged, so that the doctor can wait in the hospital.
It should be noted that, except that the sperm donor and the hospital doctor can inquire the sperm bank information through the cooperative medical information platform, the sperm collection point staff, the sperm bank staff and the like can also inquire the sperm bank information through the cooperative medical information platform.
The embodiment mainly describes an updating method of sperm bank information, and specifically, the cooperative medical information platform receives a sperm bank information updating request message, where the sperm bank information updating request message includes corresponding semen screening condition information and quantity information. The sperm bank information updating request message can be sent to the collaborative medical information platform by sperm bank workers through a sperm bank client, and can also be sent to the collaborative medical information platform by semen collection point workers through a semen collection point client. The corresponding semen screening condition information is corresponding semen screening condition information of semen to be increased or decreased in the semen bank, and the quantity information is the quantity of semen to be increased or decreased in the semen bank. By using the method for updating the sperm bank information provided by the embodiment, when the sperm bank staff finds that the amount information of the semen stored in the sperm bank is updated, for example, when a certain hospital needs to transfect semen, and a part of the semen is removed from the sperm bank, the semen in the sperm bank is reduced, and when the sperm bank staff sends the semen to the hospital, the sperm bank staff sends a request message for updating the sperm bank information to the cooperative medical information platform through the sperm bank client, so that the updating of the reduced semen in the sperm bank is completed. Or after the cooperative medical information platform sends a scrapping request message to the sperm bank client, sperm bank workers scrap corresponding semen according to a semen label carried in the scrapping request message, and simultaneously send a sperm bank information updating request message to the cooperative medical information platform through the sperm bank client, so that the semen reduction updating in the sperm bank is completed. Or after the semen collection point staff collects the semen donated by the semen donor, the semen collection point client sends an information updating request message of the semen bank to the cooperative medical information platform in time to complete the updating of the semen increase in the semen bank. And the cooperative medical information platform analyzes the received sperm bank information updating request message to acquire the corresponding sperm screening condition information and quantity information carried in the sperm bank information updating request message.
After receiving an sperm bank information updating request sent by a sperm bank client or a semen collection point client, the cooperative medical information platform updates the sperm bank quantity information of the sperm bank information database according to the corresponding semen screening condition information and quantity information carried in the sperm bank information database, namely, the quantity of the sperm banks corresponding to the corresponding semen screening condition information in the sperm bank information database is increased or reduced according to the corresponding semen screening condition information, so that the real-time updating of the sperm bank information is realized.
After semen provided by a semen donor is collected by semen collection point workers, an semen base information updating request message is sent to the cooperative medical information platform through the semen collection point client, and the cooperative medical information platform updates the semen base information by storing the semen information in the semen base information data. Before semen information is stored, the cooperative medical information platform sets a label for semen, the set label information comprises corresponding semen screening condition information, quantity information and acquisition time of the semen, other label information can be added according to needs, and the label information is also stored in an semen library information database.
After the semen is stored in the semen bank, due to the storage life of the semen, the semen can be changed in quality and can not be used any more if the storage time is too long, so that the semen bank worker needs to regularly check the semen stored in the semen bank to check whether the storage time is overdue, and if the storage time is overdue, the semen is scrapped. The prior art generally adopts the manual method to check the preservation period of the semen, and because the storage amount of the semen in the semen library is large, the workload is necessarily large, and the problem can be solved by adopting the automatic discarding method of the semen library information. And the cooperative medical information platform checks the semen preservation time according to a preset polling time interval, namely, the label information stored in the semen library information database judges whether the current semen preservation time is greater than the preset scrapping time. The polling time interval is set by sperm bank workers through the sperm bank client by using the cooperative medical information platform, can be set according to the storage period of semen, the semen collection period and other specific conditions, and can be days, days or hours. The scrapping time is also set by the semen bank staff through the semen bank client by using the cooperative medical information platform, and is the storage period of the semen, for example, the semen can be changed in quality after being stored for one week, and the scrapping time is 7 days. The current preservation time is the difference between the current examination time and the semen collection time, namely the time that the semen is preserved in the semen bank from the storage to the present. And when the current preservation time of the semen is less than the preset scrapping time, ending the automatic scrapping process and waiting for the next polling check of the semen.
And when the cooperative medical information platform judges that the current preservation time of the semen is longer than the preset scrapping time, setting the state of the semen label as invalid. Namely, after the fact that the current preservation time of the semen exceeds the preservation period is detected, the state of the label of the semen is automatically set to be invalid, and manual check and manual setting of semen bank workers are not needed.
After the state of the semen label is set to be invalid by the cooperative medical information platform, a scrapping request message is sent to the semen library client, and the scrapping request message carries the semen label information. The collaborative medical information platform can inform the semen base staff of the scrapping information in various ways, for example, the form of sending a task request sheet to the semen base client side can be used, the task request sheet contains the current backlog of the semen base staff, and the scrapping of a certain semen belongs to one of the backlog. Or a form similar to a log message can be returned to the sperm bank client, and after the sperm bank staff acquire the log through the sperm bank client, the rejection information of the sperm at present can be obtained.
And after the semen library client receives the scrapping request message, the semen library staff scrap the corresponding semen, and returns a scrapping response message to the cooperative medical information platform through the semen library client, which indicates that the semen in the semen library is already processed. And the cooperative medical information platform deletes the information corresponding to the semen in the semen base information database according to the indication of the scrapping response message, and updates the semen base information database so that the quantity information of the corresponding semen screening condition information corresponding to the semen is changed when the next inquiry is carried out through the cooperative medical information platform.
On the basis of any of the above embodiments of the present invention, there is provided a sperm pool information management system, wherein the semen collection point client a2 is further configured to send a third sperm pool information query request message to the collaborative medical information platform a5 before sending a first sperm pool information update request message to the collaborative medical information platform a5, where the sperm pool information query request message includes corresponding semen screening condition information and semen quantity information;
correspondingly, the collaborative medical information platform a5 is further configured to receive a third sperm bank information query request message sent by the semen collection point client a2, and confirm whether the corresponding semen is in the bank or not based on the third sperm bank information query request message; and if the semen corresponding to the third sperm bank information query request message is full of the bank, feeding back a full bank response message to the semen collection point client A2, and storing the communication mode, the place of daily use and the semen screening condition information of the semen donor corresponding to the third sperm bank information query request message sent by the semen collection point client A2.
Specifically, before semen collection, perhaps semen donors do not inquire the semen condition in the semen pool in time through a public client, so in this embodiment, before sending the first semen pool information updating request message to the collaborative medical information platform, a third semen pool information inquiring request message is sent to the collaborative medical information platform first, so as to ensure that the semen meeting the corresponding semen screening condition information does not fill the pool. And if the pool is full, stopping semen collection of the current semen donor so as to avoid waste. But need to preserve the communication mode, the place of daily use and the semen screening condition information of the current semen donator.
On the basis of any of the above embodiments of the present invention, there is provided an information management system for an sperm bank, where the collaborative medical information platform a5 is further configured to determine whether or not sperm satisfying the corresponding semen screening condition information satisfy a preset number according to a preset second polling time interval, and if not, send a semen donation invitation to a corresponding pre-stored sperm donor satisfying the corresponding semen screening condition information.
On the basis of any of the above embodiments of the present invention, there is provided an sperm bank information management system, wherein the collaborative medical information platform a5 is further configured to receive a semen collection request message sent by the hospital client a4, where the semen collection request message includes corresponding semen screening condition information and semen quantity information; and when the semen quantity corresponding to the semen screening condition information is not included in the semen fetching request message in the semen library, sending a semen donation invitation to a pre-stored semen donor meeting the corresponding semen screening condition information.
On the basis of any one of the above embodiments of the present invention, there is provided an sperm pool information management system, wherein when there are a plurality of pre-stored sperm donors meeting the corresponding sperm screening condition information, the distance between the current residence area and each semen collection point of each sperm donor is calculated first, and a sperm donation invitation is preferentially sent to the sperm donor with the shortest distance.
On the basis of any of the above embodiments of the present invention, there is provided an sperm pool information management system, wherein when there are a plurality of pre-stored sperm donors meeting the corresponding sperm screening condition information, the distance between the current geographic location of each sperm donor and each semen collection point is calculated first, and a sperm donation invitation is preferentially sent to the sperm donor with the shortest distance.
On the basis of any of the above embodiments of the present invention, there is provided an sperm pool information management system, wherein when a pre-stored sperm donor meeting the corresponding semen screening condition information reaches a preset time length from a previous time point of sperm quality detection, the sperm quality detection needs to be performed on the sperm donor again before semen collection.
On the basis of any of the above embodiments of the present invention, there is provided a sperm pool information management system, wherein when a difference between a current location or a place where a sperm donor is located and a shortest distance between the sperm collection points of two corresponding sperm donors meeting the corresponding sperm screening condition information is smaller than a preset threshold, or a ratio of a shortest distance interpolation meets a preset ratio range, a sperm donation invitation is preferentially sent to a sperm donor that does not need to perform sperm quality detection again.
According to the invention, through the public client, the semen collection point client, the semen collection client, the hospital client and the cooperative medical information platform, semen donators, hospital doctors, semen collection point workers or semen collection staff can inquire, update and automatically scrap the semen collection information through the cooperative medical information platform, so that the effective management of the information in the semen collection is realized, the social and human costs are saved, and the efficiency of the hospital for developing artificial assisted reproductive business is improved.
Finally, the methods and apparatus detailed in the present application are only preferred embodiments and are not intended to limit the scope of the embodiments of the present invention. Any modification, equivalent replacement, improvement and the like made within the spirit and principle of the embodiments of the present invention should be included in the protection scope of the embodiments of the present invention.
Claims (1)
1. A sperm library information management system, comprising:
the public client is used for sending a first sperm bank information query request message to the collaborative medical information platform, wherein the sperm bank information query request message comprises corresponding sperm screening condition information; the cooperative medical information platform is also used for sending a semen collection point position query request message to the cooperative medical information platform, wherein the semen collection point position query request message comprises the position information of semen donators; wherein the semen screening condition information included in the first semen pool information query request message does not include semen donor identity information;
the semen collection point client is used for sending a first semen library information updating request message to the cooperative medical information platform, wherein the first semen library information updating request message comprises corresponding semen screening condition information and semen quantity information; wherein the semen screening condition information included in the first semen pool information updating request message does not include semen donor identity information;
the sperm library client is used for sending a second sperm library information updating request message to the cooperative medical information platform, wherein the second sperm library information updating request message comprises corresponding sperm screening condition information and sperm quantity information; the device comprises a cooperative medical information platform, a discard request message and a discard response message, wherein the discard request message is used for receiving a discard request message sent by the cooperative medical information platform, and after corresponding semen is discarded, the discard response message is returned to the cooperative medical information platform; wherein the semen screening condition information included in the second semen pool information updating request message does not include semen donor identity information;
the hospital client is used for sending a second sperm bank information query request message to the cooperative medical information platform, wherein the sperm bank information query request message comprises corresponding sperm screening condition information; wherein the semen screening condition information included in the second semen pool information query request message does not include semen donor identity information;
the cooperative medical information platform is used for receiving the first sperm bank information query request message sent by the public client and the second sperm bank information query request message sent by the hospital client, querying corresponding semen quantity information in a sperm bank information database according to corresponding semen screening condition information, returning the semen quantity information, receiving the first sperm bank information update request message sent by the semen collection point client and the second sperm bank information update request message sent by the sperm bank client, and updating the sperm bank quantity information in the sperm bank information database according to corresponding semen screening condition information and semen quantity information; judging whether the current storage time length of the sperms is longer than the preset scrapping time length or not according to a preset first polling time interval, if so, setting the state of the labels corresponding to the sperms to be invalid, sending scrapping request information to the sperm bank client, wherein the scrapping request information comprises the label information of the sperms, and deleting the information corresponding to the sperms in the sperm bank information database according to scrapping response information returned by the sperm bank client; the cooperative medical information platform is further used for receiving semen collection point position query request information sent by the public client, querying a semen collection point closest to the position of the semen donor by utilizing a semen collection geographical position distribution map stored in the cooperative medical information platform according to the position information of the semen donor, and returning the queried semen collection point information; the cooperative medical information platform is further used for receiving semen collection request messages sent by the hospital client, wherein the semen collection request messages comprise at least one item of semen screening condition information and semen quantity information; sending a semen dispatching message to the semen library client according to the at least one item of semen screening condition information and the semen quantity information, and returning a dispatching response message to the hospital client;
the semen screening condition information can include at least one of the following seed information: age of the sperm donor, weight of the sperm donor, height of the sperm donor, ethnic group of the sperm donor, highest scholastic calendar of the sperm donor, IQ value of the sperm donor, skin color of the sperm donor and hair color of the sperm donor; the semen screening condition information cannot include semen donor identity information, which further can include: the semen collection point client is further used for sending a third semen pool information query request message to the cooperative medical information platform before sending a first semen pool information update request message to the cooperative medical information platform, wherein the semen pool information query request message comprises corresponding semen screening condition information and semen quantity information;
correspondingly, the cooperative medical information platform is further used for receiving a third sperm bank information query request message sent by the semen collection point client and confirming whether corresponding semen is full of the bank or not based on the third sperm bank information query request message; if the semen corresponding to the third semen library information query request message is full, feeding back a full library response message to the semen collection point client, and storing the communication mode, the place of constant residence and the semen screening condition information of the semen donor corresponding to the third semen library information query request message sent by the semen collection point client, wherein the cooperative medical information platform is further used for judging whether the semen meeting the corresponding semen screening condition information meets the preset number according to a preset second polling time interval, and if the semen meeting the corresponding semen screening condition information does not meet the preset number, sending a semen donation invitation to the pre-stored corresponding semen donor meeting the corresponding semen screening condition information, wherein the cooperative medical information platform is further used for receiving the semen collection request message sent by the hospital client, and the semen collection request message comprises the corresponding semen screening condition information and the semen number information; when the semen collection request message does not include the semen quantity corresponding to the semen screening condition information, sending a semen donation invitation to a pre-stored semen donor meeting the corresponding semen screening condition information, when a plurality of pre-stored semen donors meeting the corresponding semen screening condition information exist, firstly calculating the distance between the current geographical position of each semen donor and each semen collection point, and preferentially sending the semen donation invitation to the semen donor with the shortest distance, when the pre-stored semen donation meeting the corresponding semen screening condition information exists, firstly calculating the distance between the current geographical position of each semen donor and each semen collection point, and preferentially sending the semen donation invitation to the semen donor with the shortest distance, when the pre-stored semen donor meeting the corresponding semen screening condition information reaches the preset duration from the previous time point of performing the semen quality detection, and when the distance from the current time reaches the preset duration, performing the semen quality detection again on the semen donor before the semen collection, and when the difference value between the shortest distance between the current geographical position and each semen collection point or the common place of two corresponding semen donors meeting the corresponding semen screening condition information and the shortest distance between the current geographical position and each semen collection point is smaller than a preset threshold value, or the ratio of the shortest distance interpolation meets a preset ratio range, preferably sending a semen donation invitation to the semen donors without performing the semen quality detection again.
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| CN112164449B (en) * | 2020-07-17 | 2024-11-22 | 重庆市人口和计划生育科学技术研究院 | Sperm bank management platform based on data sharing |
| CN112086176B (en) * | 2020-07-29 | 2024-07-16 | 重庆市人口和计划生育科学技术研究院 | Data acquisition analysis and feedback system for sperm library |
| CN112073458B (en) * | 2020-07-29 | 2023-04-07 | 重庆市人口和计划生育科学技术研究院 | Sperm bank remote guidance service system |
| CN112562832B (en) * | 2020-12-07 | 2023-07-28 | 四川大学华西第二医院 | Human sperm bank information management system and method |
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