TWM644359U - Intraoral x-ray film sterilization and management system - Google Patents

Abstract

This creation discloses an intraoral X-ray film erasure and control system, which includes a counting module for recording the number of intraoral X-ray film erasure and control systems that are put into the intraoral X-ray film erasure and control system. Set quantity, an unused film set quantity, or a value-added quantity; a communication module, communicates with a server, to transmit the number of the intraoral X-ray film including the number learned from the counting module, the used piece The number of sets, the number of unused film sets, or a message of the value-added quantity is sent to the server; a coupling mechanism enables the intraoral X-ray film removal and control system to be detachably packaged with an intraoral X-ray film System coupling; a cleaning module for cleaning or disinfecting the packaged surface of an intraoral x-ray film from the intraoral x-ray film packaging system; an identification mechanism, the intraoral x-ray film cleaning and control system A relevant information in the identification mechanism is sent to the server through the communication module, and the server uses the identification mechanism to determine whether the intraoral X-ray film erasure and control system is authorized; a detection A mechanism for detecting the sealing status of the film sleeve and rejecting defective products; and a storage unit for storing the cleaned or sterilized intraoral X-ray film package from the cleaning module.

Description

Intraoral X-ray removal and control system

This creation is related to a medical material removal and control system, especially an intraoral X-ray film removal and control system that can be combined with a dental X-ray negative film packaging system.

X-ray is one of the commonly used diagnosis and treatment methods in dentistry. In clinical practice, before intraoral X-ray photography is performed in dentistry, most of the X-ray films are packaged into protective film sleeves by hand, so even dentists try to maintain aseptic as much as possible before and during the operation or treatment process. Disinfection is carried out in principle, and it is often impossible to make the X-ray film reach a completely sterile clean level; therefore, during the diagnosis and treatment, the aseptic environment of the diagnosis and treatment is often destroyed by taking intraoral X-rays, exposing patients to the risk of infection. Due to the ravages of the new coronavirus COVID-19 in recent years, how to avoid and prevent the virus from adhering to the surface of the intraoral X-ray film when wrapping the film with bare hands has become an important issue for various medical institutions. The author of this case has proposed a new type of intraoral X-ray film packaging system to solve the above problems; Intraoral X-ray film removal and control system combined with the X-ray film packaging system.

This creation discloses an intraoral X-ray film erasure and control system, which includes: a counting module, a communication module, an erasure module, a coupling mechanism, an identification mechanism, a detection mechanism, and a storage department. The counting module can detect or record the number of intraoral X-ray films put into the intraoral X-ray film erasure and control system, the number of used film sets, the number of unused film sets, or the value-added quantity of film sets.. . and other parameters. This creation communicates with a server through a communication module to transmit any of the above-mentioned information to the server, so that the number and status of intraoral X-ray films and intraoral X-ray film sets used can be effectively controlled. In some embodiments, the server can store and record the number of intraoral X-ray films, the number of used film sets, the number of unused film sets, or the added value of the intraoral X-ray film clearance and control system. In one embodiment, the invention can automatically contact the manufacturer and order a new intraoral x-ray or intraoral set when the intraoral x-ray or intraoral set is below a preset value (or exhausted). Inner X-ray set. In yet another embodiment, the system can know whether the user supplements unauthorized intraoral X-ray film or intraoral X-ray film set through the identification mechanism. In some other embodiments, the server can use the identification mechanism to determine whether the intraoral X-ray removal and control system is authorized.

The identification mechanism can be anti-counterfeit chip, barcode, radio frequency chip, near field communication chip or password...etc. In some embodiments, the server may have a list of authorized intraoral radiograph clearance and control systems. If the intraoral X-ray film erasure and control system is determined to be unauthorized (the database does not have the identification code of the intraoral X-ray film erasure and control system, or the intraoral X-ray film erasure and control system If the management system does not have an identification code), the intraoral X-ray film removal and control system or the intraoral X-ray film packaging system will not be able to be driven. In order to control the movement of intraoral X-ray film removal and control system or intraoral X-ray film packaging system, in some embodiments, the present invention may further include an electric control center 710 for controlling the oral X-ray film packaging system. The mechanical mechanism of the internal X-ray film erasure and control system operates. If the server 800 determines whether the intraoral X-ray film erasure and control system is authorized, the electronic control center 710 prohibits the intraoral X-ray film The mechanical mechanism operation of the cleaning and control system.

In other embodiments, when unauthorized intraoral tablets or intraoral tablets are covered by When in use, the intraoral X-ray film removal and control system or the intraoral X-ray film packaging system can also be stopped.

In some embodiments, the server 800 controls the number of intraoral X-ray films, the number of used film sets, the number of unused film sets, or the added value according to a preset control method.

The intraoral X-ray film removal and control system can be detachably coupled with the intraoral X-ray film packaging system through a coupling mechanism. The coupling mechanism may include a mechanical mechanism and/or an electrical coupling mechanism to achieve the purpose of electrically combining the intraoral X-ray film removal and control system with the intraoral X-ray film packaging system.

In one embodiment, the intraoral X-ray film removal and control system further includes a display module for displaying the number of intraoral X-ray films, the number of used film sets, the number of unused film sets, or the value-added quantity information, so that users can easily obtain the relevant information. In addition, the detection mechanism in this creation can be used to detect the packaging status of the intraoral X-ray film. When the detection mechanism finds that the packaging of the intraoral X-ray film is not complete or the packaging of the intraoral X-ray film is defective, it can use the electronic control center Eliminate defective products.

In order to achieve the purpose of preventing the contamination of pathogens, this creation uses a cleaning module to clean or sterilize an intraoral X-ray film package.

5: Sleeve

6: Introduction to the entrance of the film

10: Intraoral X-ray box

100: counting module

110: Display module

200: Communication module

300: Clear module

400: coupling mechanism

500: Identification mechanism

600: Testing agency

700: storage department

710: Electric control center

800: server

900: database

Fig. 1 is a schematic diagram of the first embodiment of the invention.

Fig. 2 is a schematic diagram of the second embodiment of the present invention.

Fig. 3 is a schematic diagram of a third embodiment of the present invention.

The following descriptions are only exemplary descriptions of the creation, so that those with ordinary knowledge in the art can understand the implementation of the creation, and are not intended to limit the implementation scope of the creation.

Please refer to Fig. 1 ~ 3, it is the embodiment one to three of this creation. In the mouth of this creation The X-ray film removal and control system can be detachably combined with the intraoral X-ray film packaging system to provide intraoral X-ray film packaging system storage, for example, intraoral X-ray film, unused intraoral X-ray film The film cover 5, or the space for the intraoral X-ray film packaged by the intraoral X-ray film cover 5. The intraoral X-ray film removal and control system can effectively control the quantity and status of the intraoral X-ray film and the intraoral X-ray film set 5 used. In addition, the intraoral X-ray film cleaning and control system can also have a mechanism for cleaning and disinfecting the intraoral X-ray film packaged in the intraoral X-ray film set 5, so as to avoid the contamination of pathogens.

The intraoral X-ray film erasure and control system of this creation mainly includes: counting module 100, communication module 200, erasure module 300, coupling mechanism 400, identification mechanism 500, a detection mechanism 600, and storage Section 700. In some embodiments, the counting module 100, the communication module 200, the clearing module 300, the coupling mechanism 400, the identification mechanism 500, a detection mechanism 600, and the storage unit 700 can be set as an intraoral X-ray film box 10. The counting module 100 can detect or record the number of intraoral X-ray films put into the intraoral X-ray film erasure and control system, the number of used film sets, the number of unused film sets, or the value-added quantity of film sets. .. and other parameters. This creation communicates with a server 800 through the communication module 200 to transmit any of the above-mentioned information (the number of intraoral X-ray films of the intraoral X-ray film removal and control system, the number of used film sets, The number of unused film sets, or the value-added quantity of film sets) is sent to the server 800, so that the quantity and status of intraoral X-ray film and intraoral X-ray film set 5 can be effectively controlled. In some embodiments, the server 800 can store and record the number of intraoral X-ray films, the number of used film sets, the number of unused film sets, or the added value of the intraoral X-ray film erasure and control system. In one embodiment, when the intraoral X-ray film or the intraoral X-ray film set 5 is lower than a preset value (or when exhausted), the invention can automatically contact the manufacturer and order a new intraoral X-ray film or Intraoral X-ray film set 5. In yet another embodiment, the system can use the identification mechanism 500 to know whether the user supplements unauthorized intraoral X-ray film or intraoral X-ray film set 5 . In some other embodiments, the server 800 can use the identification mechanism 500 to identify the Whether the X-ray film clearance and control system is authorized.

For example, the identification mechanism 500 can be an anti-counterfeit chip, a barcode, a radio frequency chip, a near field communication chip or a password...etc. The identification mechanism 500 can be set in the intraoral X-ray film removal and control system of this invention. In one embodiment, once the intraoral X-ray film erasure and control system is coupled with the intraoral X-ray film packaging system, the relevant information of the intraoral X-ray film erasure and control system (stored in the identification mechanism 500 middle) can be read and sent to the remote or regional server 800 (for example: installed in the intraoral X-ray film packaging system) through the communication module 200 to verify the cleaning and control of the intraoral X-ray film Whether the system is authorized. In some embodiments, the server 800 may have a list of authorized intraoral radiograph clearance and control systems; for example, the server 800 may include a database containing a plurality of intraoral radiographs The identification code of the clearance and control system. If the intraoral X-ray film erasure and control system is determined to be unauthorized (the database does not have the identification code of the intraoral X-ray film erasure and control system, or the intraoral X-ray film erasure and control system If the management system does not have an identification code), the intraoral X-ray film removal and control system or the intraoral X-ray film packaging system will not be able to be driven. In order to control the movement of intraoral X-ray film removal and control system or intraoral X-ray film packaging system, in some embodiments, the present invention may further include an electric control center 710 for controlling the oral X-ray film packaging system. The mechanical mechanism of the internal X-ray film erasure and control system operates. If the server 800 determines whether the intraoral X-ray film erasure and control system is authorized, the electronic control center 710 prohibits the intraoral X-ray film The mechanical mechanism operation of the cleaning and control system.

In some other embodiments, when an unauthorized intraoral film or intraoral film sleeve is used, the intraoral X-ray film removal and control system or the intraoral X-ray film packaging system can also stop working. For example, the server 800 or the counting module 100 determines the number of intraoral X-ray films transmitted by the server 800, the number of used film sets, the number of unused film sets, Or when the value-added amount does not match the information in the server 800 or information base, the electronic control center 710 prohibits the intraoral X-ray film The mechanical mechanism operation of the cleaning and control system.

In some embodiments, the server 800 controls the number of intraoral X-ray films, the number of used film sets, the number of unused film sets, or the added value according to a preset control method. For example, the control mode includes a monthly payment control mode, an annual payment control mode, and an unlimited usage control mode. The use of the user will be restricted by the preset control method to limit the consumption of the intraoral X-ray film set 5 . The electronic control center 710 controls the operation of the mechanical mechanism of the intraoral X-ray film removal and control system according to the control mode, so as to control the authority of the user to use the intraoral X-ray film set 5 . In some embodiments, when the user uses the machine monthly, quarterly, yearly, etc., he is not limited to using the intraoral X-ray film sets 5 provided by the machine. For example, when the user obtains unlimited anti-counterfeiting chips, barcodes, radio frequency chips, near-field communication chips or passwords, etc., the mechanical mechanism of the X-ray film erasure and control system in the mouth can be directly activated.

In this invention, the intraoral X-ray film removal and control system can be detachably coupled with the intraoral X-ray film packaging system through the coupling mechanism 400 . The coupling mechanism 400 may include a mechanical mechanism (such as a tenon, a pin, etc.) and/or an electrical coupling mechanism to achieve the electrical connection between the intraoral X-ray film removal and control system and the intraoral X-ray film packaging system. purpose of sexual union. In addition, when the intraoral film cover is used up, the user can purchase an authorized new intraoral X-ray film removal and control system (including the intraoral film cover), or purchase an authorized intraoral film cover to replenish. In one embodiment, the intraoral X-ray film removal and control system further includes a display module 110 for displaying the number of intraoral X-ray films, the number of used film sets, the number of unused film sets, or the added value Quantitative information, so that users can easily obtain the relevant information. In addition, the detection mechanism 600 in this creation can be used to detect the packaging status of the intraoral X-ray film. When the detection mechanism finds that the packaging of the intraoral X-ray film is not complete or the packaging of the intraoral X-ray film is defective, it can be electronically controlled. The center 710 removes defective products. For example, the detection mechanism 600 can be an artificial intelligence recognition function The identification lens or the identification lens relying on human identification can be used to capture and store the image data related to the intraoral X-ray film package in a database 900 . The image data in the database 900 are editable files, and users can add, delete, or edit image data in the database 900 . In some embodiments, if defective packages are identified through the identification lens, the invention can exclude the defective products to the discharge storage box to collect the intraoral X-ray films with unqualified sealing. For example, the detection mechanism 600 can obtain the image information of the intraoral X-ray film set 5 passing through the packaging mechanism, and the user can view the image information to observe the sealing state of the intraoral X-ray film set 5 . Users can also download and edit the image information of the intraoral X-ray film set 5 from the intraoral X-ray film packaging system of this creation. In addition, in some embodiments, other automated optical mechanisms can be used to automatically detect and determine whether the opening of the intraoral X-ray film sleeve 5 is sealed, without inspection by personnel. In addition, the intraoral X-ray film sets 5 that fail to be packaged or are not completely sealed are guided to a discharge channel for discarding through the detection mechanism 600 .

In order to allow the intraoral X-ray film removal and control system of this creation to be applicable to intraoral X-ray films and intraoral X-ray film sets 5 of various sizes, this creation can be provided with at least one film entry port and at least one film entry port guideway 6. When there are multiple film inlets and guides, the sizes of the film inlets and guides are different, so as to package intraoral X-ray films and intraoral X-ray film sets 5 of different sizes. For example, the width design of the approach entrance is divided into two types, one of which is the width commonly used by X-ray films in entrance 0~3, and the width of the other approach is the width that can be placed in entrance 4. The film inlet can include a spring pressure type arrangement device or a funnel type inlet.

In order to achieve the purpose of preventing the contamination of pathogens, the invention uses the cleaning module 300 to clean or sterilize an intraoral X-ray film package. For example, the cleaning module 300 includes a motor for driving at least one of a cleaning roller, a sterilizing gas emitter, and an ultraviolet emitter. The sterilizing gas can be a gas with the effect of removing pathogens such as ozone. through The cleared intraoral X-ray film or the intraoral X-ray film set 5 is stored in the storage unit 700 for subsequent use.

The above is only a preferred embodiment of this creation, and it is not used to limit the scope of implementation of this creation; therefore, equal changes and modifications made without departing from the spirit and scope of this creation should be included in this creation within the scope of the patent.

100: counting module

200: Communication module

300: Clear module

400: coupling mechanism

500: Identification mechanism

600: Testing agency

700: storage department

800: server

900: database

Claims (15)

An intraoral X-ray film erasure and control system, comprising: a counting module for recording the number of intraoral X-ray films put into the intraoral X-ray film erasure and control system, and the number of used film sets , an unused film set quantity, or a value-added quantity; a communication module, communicating with a server, to transmit the quantity of the intraoral X-ray film included from the counting module, the number of the used film set , an information about the number of unused film sets, or the value-added quantity is sent to the server; a coupling mechanism enables the intraoral X-ray film removal and control system to be detachably coupled with an intraoral X-ray film packaging system ; a cleaning module for cleaning or disinfecting the encapsulated surface of an intraoral x-ray film from the intraoral x-ray film packaging system; an identification mechanism for the cleaning and control system of the intraoral x-ray film in the Relevant information in the identification mechanism is sent to the server through the communication module, and the server uses the identification mechanism to determine whether the intraoral X-ray film erasure and control system is authorized; a detection mechanism, It is used for inspecting the packaging status of the intraoral X-ray film and rejecting defective products; and a storage part is used for storing the cleaned or sterilized intraoral X-ray film packaging from the cleaning module. The intraoral X-ray removal and control system as described in claim 1 further includes a display module for displaying the information. The intraoral X-ray film erasure and control system as described in Claim 1, wherein the identification mechanism can be selected from: anti-counterfeit chip, bar code, radio frequency chip, near field communication chip or password. The intraoral X-ray film removal and control system as described in claim 1, wherein the server It also includes a database, which contains a plurality of identification codes of the intraoral X-ray film removal and control system. The intraoral X-ray film erasure and control system as described in Claim 1, wherein the server can be remote or installed in the intraoral X-ray film packaging system. The intraoral X-ray film erasure and control system as described in claim 1 further includes an electric control center for controlling the operation of the mechanical mechanism of the intraoral X-ray film erasure and control system. If the server Determine whether the intraoral X-ray film erasure and control system is authorized, and the electronic control center prohibits the operation of the mechanical mechanism of the intraoral X-ray film erasure and control system. The intraoral X-ray film removal and control system as described in claim 1, wherein the server includes the number of the intraoral X-ray film removal and control system of the intraoral X-ray film, and the number of used film sets , the unused sleeve quantity, or the bonus quantity. The intraoral X-ray film erasure and control system as described in claim item 7 further includes an electric control center for controlling the operation of the mechanical mechanism of the intraoral X-ray film erasure and control system, the server or The counting module determines the number of intraoral X-ray films, the number of used film sets, the number of unused film sets, or the value-added quantity of the intraoral X-ray film clearing and control system included in the server When the information does not match, the electronic control center prohibits the operation of the mechanical mechanism of the intraoral X-ray film erasure and control system. The intraoral X-ray film removal and control system as described in Claim 8, wherein the server controls the number of intraoral X-ray films, the number of used film sets, and the number of unused film sets according to a control method , or the value-added amount, the control mode includes monthly payment control mode, annual payment control mode, and unlimited use control mode, the electronic control center controls the intraoral X-ray film erasure and control system according to the control mode operation of the mechanical mechanism. The intraoral X-ray film cleaning and control system as described in Claim 1, wherein the cleaning module includes a motor for driving a cleaning roller, a sterilizing gas emitter, and a purple At least one of the outside transmitters. The intraoral X-ray film removal and control system as described in claim 1 further includes at least one film entry port and at least one film entry port guide. And the size of the approach is different. The intraoral X-ray film removal and control system as described in Claim 11, wherein the film inlet can include a spring pressure arrangement device or a funnel-type inlet. The intraoral X-ray film erasure and control system as described in claim 1, wherein the detection mechanism can be at least one identification lens, used to capture and store the image data of the intraoral X-ray film package in a data In the library, the image data in the database is an editable file. The intraoral X-ray film removal and control system as described in claim 1 further includes a storage box for collecting unqualified intraoral X-ray films. The intraoral X-ray film erasure and control system as described in Claim 1, wherein when the number of unused film sets is lower than a preset value, the communication module communicates with the server for automatic ordering.

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