CN200965685Y

CN200965685Y - A management system implanting with the biological material products

Info

Publication number: CN200965685Y
Application number: CNU2006200426518U
Authority: CN
Inventors: 翁思跃
Original assignee: SHANGHAI EBM MEDICAL INFORMATION SYSTEMS CO Ltd
Current assignee: SHANGHAI EBM MEDICAL INFORMATION SYSTEMS CO Ltd
Priority date: 2006-06-10
Filing date: 2006-06-10
Publication date: 2007-10-24
Anticipated expiration: 2016-06-10

Abstract

The utility model relates to an administrative system that is embedded in a biological material product, which comprises a medical image device, an image receiving module, an image display module, a bar code mark reading module, a bar code mark standardization module, an image and a bar code mark output module, an informationization system interface of hospital, a memory inquiry administration module, and an interface of image administrative system PACS. Compared with the prior art, the utility model is characterized in direct viewing and convenient administration, etc.

Description

A kind of management system of implantable bioartificial material product

Technical field

The utility model relates to the information handling system of medical image, relates in particular to a kind of management system of implantable bioartificial material product.

Background technology

Present domestic hospital exists a series of managing defect and deficiency in the related surgical process of using biological material products transplanted into physical body such as support, joint prosthesis, cardiac valves, concrete management way and deficiency are:

Employing is attached to storing method on the case history with the relevant information of biomaterial product.After finishing, operation only has X line photographic film image, but product information that can not the used implantable bioartificial material of actual displayed on this film, as the date of manufacture, manufacturer and batch number, the term of validity etc., can't be consistent with the content that patient medical record is put down in writing, assessment curative effect and risk are lacked fully perfect evidence; Also be unfavorable in addition preserving simultaneously, sort out, retrieving with case history; Serious disconnection of hospital information management under this management method and the network environment is unfavorable for retrieval, and inquiry also is unfavorable for the monitoring of medicine equipment adverse events;

There is bigger management blind area in existing management method, does not have management method substantially as the disposable high value consumptive material (as support) that requires in the surgical procedure;

Existing method and hospital's related medical workflow and logistics management disconnect, and have management (medical treatment and goods and materials) leak, for example, can walk around legal supply channel of hospital and rules and regulations easily and be engaged in queasy transaction.In case occur also can't following the tracks of evidence obtaining, thereby damage patients ' interest because of implantable bioartificial material product sole mass problem (being the medicine equipment adverse events);

Summary of the invention

The purpose of this utility model is exactly the management system that a kind of implantable bioartificial material product is provided for the defective that overcomes above-mentioned prior art existence.

The purpose of this utility model can be achieved through the following technical solutions: a kind of management system of implantable bioartificial material product, it is characterized in that the interface of this system by medical imaging device, image receiver module, image display module, bar code identification read module, bar code mark standardized module, image and bar code mark output module, hospital information system interface, storing queries administration module, image management system PACS manages the biomaterial of various implant into body.

Described medical imaging device comprises X line, B ultrasonic, CT, MRI and ECT.

This system manages the biomaterial of various implant into body through the following steps:

A. the digitized image that will write down the biomaterial of operation institute implant into body of the DICOM3.0 transmission standard interface by medical imaging device is transferred to the image receiver module; Simultaneously

B. the bar code identification read module obtains the bar code identification of the biomaterial of implant into body; And

C. by the image display module digitized image, bar code identification are presented at same window; At last

D. by image and bar code identification output module image result and bar code identification are exported simultaneously on unified report.

This system can be converted to the coding that meets the hospital management defined with bar code identification by the bar code mark standardized module, comprises the index coding.

This system can be transferred to bar code identification correlation subsystem such as hospital's logistic management system by the hospital information system interface.

This system can pass through the storing queries administration module, and according to the background data base scale, realizes the embedded material operation record of ten million order of magnitude, and the inquiry of various conditions can be provided.

This system can pass through image management system PACS interface, makes the user consult the image data that also can inquire about when surgical procedure writes down among the PACS.

This system also can manage requiring disposable high value consumptive material in the surgical procedure.

Described high value consumptive material comprises conduit, seal wire, support.

Adopt the management system of a kind of implantable bioartificial material product of above technical scheme, compared with prior art, have the following advantages:

1. digitized advantage, at first, this system directly utilizes the digitizing output of medical imaging device, has changed original single film forms, digitized image result can provide more information, obtained image information (i.e. exploitation with analyze again) based on the hospital network environment for realizing abundant application, three-dimensional reconstruction for example, support extracts, form geometric measurement etc., reach information increment, the purpose of synergy provides the modern technologies condition;

2. in conjunction with the hospital operating room management process, can carry out workflow management in the institute to disposable high value consumptive material;

3. the management of embedded material and image result are preserved by unified very intuitively, unified browsing; Embedded materials different in the image can mark different product marks, complete monitoring intuitively;

4. can provide multiple interfaces, easily solve existing system and be unfavorable for launching lateral confinement between the Hospital Authority, the difficult problem of supervision;

5. can integrate with electronic health record;

Description of drawings

Fig. 1 is a structured flowchart of the present utility model;

Embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

As shown in Figure 1, present embodiment is based on DICOM 3.0 (Digital Imaging andCommunications in Medicine) standard and transmission of PACS (Picture Archiving andCommunication Systems) image and storage management system, integrated the theory of hospital's workflow management and quality control, mainly read in the biomaterial product identification code of implant into body, mate automatically with respective patient, image information and be stored into database by bar code identification technology; Irradiation image result and product identification code after the biomaterial implantation are shown simultaneously; With patient information, product identification code information and image information are integrated into picture and text report; Present embodiment can be used for the biomaterial of various implant into body is managed; Doctor and patient can see the state of biomaterial in human body intuitively, and information such as the source of biomaterial and kind are carried out in the section office of implant surgery and information that the doctor is responsible in operation also can be recorded in simultaneously.In addition, also, carry out workflow management and further statistical study use for hospital internal for hospital internal management coding leaves data-interface.

After operation finishes, use medical imaging device to obtain the medical image result, these images have clearly write down the biomaterial that operation is implanted, utilize the DICOM 3.0 transmission standard interfaces of medical imaging device, these images (digitized image) are transferred to image receiver module in the accompanying drawing, use bar code reading device (bar-code reader) to obtain embedded material in the surgical procedure simultaneously, the disposable high value consumptive material (conduit that uses in the art, seal wire, support in the implantable intravascular etc.) etc. bar code mark, this bar code mark can see through the hospital information system interface and be delivered to correlation subsystem such as hospital's logistic management system; The irradiation image result can show that the bar code mark standardized module can generate the unique coding that meets the hospital management defined, index coding etc. with bar code mark at the same window; Image and bar code output module can be exported image result and bar code mark on unified report simultaneously;

Storage, the searching and managing module can realize the embedded material operation record of ten million order of magnitude according to the background data base scale, and the inquiry of various conditions can be provided;

The interface of image management system PACS can be expanded, and also can inquire about the image data among the PACS when user writes down in consulting surgical procedure.

Claims

1. the management system of an implantable bioartificial material product, it is characterized in that, comprise the interface of medical imaging device, image receiver module, image display module, bar code identification read module, bar code identification standardized module, image and bar code identification output module, hospital information system interface, storing queries administration module, image management system PACS; Described medical imaging device is connected with the image receiver module by DICOM3.0 transmission standard interface; The interface mutual connection of described image receiver module, image display module, bar code identification read module, bar code identification standardized module, image and bar code identification output module, hospital information system interface, storing queries administration module, image management system PACS.

2. the management system of a kind of implantable bioartificial material product according to claim 1 is characterized in that, described medical imaging device comprises X line, B ultrasonic, CT, MRI and ECT.