CN105378643A

CN105378643A - Virtual printer interface node

Info

Publication number: CN105378643A
Application number: CN201480003342.7A
Authority: CN
Inventors: 鲁塞尔·内维尔; A·默西; 高桥义明
Original assignee: Xerox International Partners
Current assignee: Fujifilm Business Innovation Corp
Priority date: 2013-03-11
Filing date: 2014-03-11
Publication date: 2016-03-02
Anticipated expiration: 2034-03-11
Also published as: CN105378643B; AU2014249198A1; WO2014164602A1; JP6014908B2; SG11201504464PA; AU2014249198B2; JP2016500456A; JP2017004535A

Abstract

A virtual printer interface node enables a non-cloud-ready printer to communicate with a cloud- based service, residing on an internet. The virtual printer interface node includes a housing; a communication interface to provide communication directly to the network router; and a microcontroller operatively connected to the communication interface. The microcontroller converts commands, received through the communication interface, from the cloud-based service, residing on the internet, to native protocols of the non-cloud-ready networked printer and communicates the converted native protocols to the non-cloud-ready networked printer.

Description

Virtual printer interface node

Technical field

Virtual printer interface node interception cloud base service (cloud-basedservice) is with the communication between the ready printer of traditional non-cloud and provide and suitably change that Yun Ji is served and can effectively communicate between the ready printer of traditional non-cloud.

A kind of for by network router be positioned at the cloud base on internet service with the ready networked printer of non-cloud (non-cloud-readynetworkedprinter) between provide the inline virtual printer interface node of communication to comprise: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by the first communication interface.Changed local protocol is sent to the ready networked printer of non-cloud by second communication interface by microcontroller.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; And inline virtual printer interface node.Inline virtual printer interface node comprises: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by the first communication interface.Changed local protocol is sent to the ready networked printer of non-cloud by second communication interface by microcontroller.

A kind of for by network router in the cloud base service on internet and provide the network virtual printer interface node of communication to comprise between the ready networked printer of non-cloud: housing; Communication interface, it directly provides communication to network router; And microcontroller, it is operationally connected to communication interface.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; And network virtual printer interface node.Network virtual printer interface node comprises: housing; Communication interface, it directly provides communication to network router; And microcontroller, it is operationally connected to communication interface.Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by communication interface.Changed local protocol is sent to the ready networked printer of non-cloud by communication interface by microcontroller.

A kind of for by network router in the cloud base service on internet and provide the inline virtual printer interface node of communication to comprise between the ready networked printer of non-cloud: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between described first communication interface and described second communication interface.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; And inline virtual printer interface node.Inline virtual printer interface node comprises: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.

A kind of for by network router in the cloud base service on internet and provide the inline virtual printer interface node of communication to comprise between the ready networked printer of non-cloud: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; And inline virtual printer interface node.

A kind of inline virtual printer interface node comprises: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; And network virtual printer interface node.

A kind of inline virtual printer interface node comprises: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.The identification information that the ready networked printer of microcontroller poll non-cloud associates to obtain networked printer ready with non-cloud.Microcontroller creates identifying code based on the identification information associated by the identification information obtained from the ready networked printer of non-cloud and the ready networked printer of non-cloud that associates with inline virtual printer interface node.The identifying code that microcontroller creates to the service registry of cloud base.

A kind of for by network router in the cloud base service on internet and provide the network virtual printer interface node of communication to comprise between the ready networked printer of non-cloud: housing; Communication interface, it directly provides communication to network router; And microcontroller, it is operationally connected to communication interface.The identification information that the ready networked printer of microcontroller poll non-cloud associates to obtain networked printer ready with non-cloud.Microcontroller creates identifying code based on the identification information associated by the identification information obtained from the ready networked printer of non-cloud and the ready networked printer of non-cloud that associates with inline virtual printer interface node.The identifying code that microcontroller creates to the service registry of cloud base.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; And network virtual printer interface node.Network virtual printer interface node comprises: housing; Communication interface, it directly provides communication to network router; And microcontroller, it is operationally connected to communication interface.The identification information that the ready networked printer of microcontroller poll non-cloud associates to obtain networked printer ready with non-cloud.Microcontroller creates identifying code based on the identification information associated by the identification information obtained from the ready networked printer of non-cloud and the ready networked printer of non-cloud that associates with inline virtual printer interface node.The identifying code that microcontroller creates to the service registry of cloud base.

A kind of for by network router in the cloud base service on internet and provide the inline virtual printer interface node of communication to comprise between the ready networked printer of non-cloud: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by the first communication interface.Changed local protocol is sent to the ready networked printer of non-cloud by second communication interface by microcontroller.The order that microcontroller will be associated from the machine application programming interface language that the order associated with the first application programming interface language of the cloud base service reception be positioned at internet is converted to networked printer ready with non-cloud by the first communication interface, described first application programming interface language is different from the machine application programming interface language of the ready networked printer of non-cloud.Microcontroller transmits the order associated with the machine application programming interface language of the ready networked printer of non-cloud changed by second communication interface.The identification information that the ready networked printer of microcontroller poll non-cloud associates to obtain networked printer ready with non-cloud.Microcontroller creates identifying code based on the identification information associated by the identification information obtained from the ready networked printer of non-cloud and the ready networked printer of non-cloud that associates with inline virtual printer interface node.The identifying code that microcontroller creates to the service registry of cloud base.First communication interface can be receive the port being connected to the first cable of network router, and second communication interface can be receive the port being connected to the second cable of the ready networked printer of non-cloud.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; And inline virtual printer interface node.Inline virtual printer interface node comprises: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by the first communication interface.Changed local protocol is sent to the ready networked printer of non-cloud by second communication interface by microcontroller.The order that microcontroller will be associated from the machine application programming interface language that the order associated with the first application programming interface language of the cloud base service reception be positioned at internet is converted to networked printer ready with non-cloud by the first communication interface, described first application programming interface language is different from the machine application programming interface language of the ready networked printer of non-cloud.Microcontroller transmits the order associated with the machine application programming interface language of the ready networked printer of non-cloud changed by second communication interface.The identification information that the ready networked printer of microcontroller poll non-cloud associates to obtain networked printer ready with non-cloud.Microcontroller creates identifying code based on the identification information associated by the identification information obtained from the ready networked printer of non-cloud and the ready networked printer of non-cloud that associates with inline virtual printer interface node.The identifying code that microcontroller creates to the service registry of cloud base.

A kind of for by network router in the cloud base service on internet and provide the network virtual printer interface node of communication to comprise between the ready networked printer of non-cloud: housing; Communication interface, it directly provides communication to network router; And microcontroller, it is operationally connected to communication interface.Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by communication interface.Changed local protocol is sent to the ready networked printer of non-cloud by communication interface by microcontroller.The identification information that the ready networked printer of microcontroller poll non-cloud associates to obtain networked printer ready with non-cloud.Microcontroller creates identifying code based on the identification information associated by the identification information obtained from the ready networked printer of non-cloud and the ready networked printer of non-cloud that associates with inline virtual printer interface node.The identifying code that microcontroller creates to the service registry of cloud base.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; And network virtual printer interface node.Network virtual printer interface node comprises: housing; Communication interface, it directly provides communication to network router; And microcontroller, it is operationally connected to communication interface.Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by communication interface.Changed local protocol is sent to the ready networked printer of non-cloud by communication interface by microcontroller.The identification information that the ready networked printer of microcontroller poll non-cloud associates to obtain networked printer ready with non-cloud.Microcontroller creates identifying code based on the identification information associated by the identification information obtained from the ready networked printer of non-cloud and the ready networked printer of non-cloud that associates with inline virtual printer interface node.The identifying code that microcontroller creates to the service registry of cloud base.

Background technology

Cloud computing is used as the computational resource (hardware and software) of serving and providing via network (being generally internet).Traditionally, cloud computing is gathered in application based on web/ cloud and the mobile device being connected web.But along with these become increasing based on the application of web/ cloud and the ability of mobile device, user expects to obtain the identical ability of the ability that receives from the personal computer of user with user from these application and mobile device based on web/ cloud.This type of ability a kind of prints.

The printing framework of conventional personal computer operating system and agreement (print driver) complexity are that the manufacturer of printing equipment is privately owned time many.

By contrast, based on the system of cloud based on the realization of coherence and scale economics, therefore depend on and merge architecture and share service.Therefore, the complicacy of traditional prints framework and agreement and privately owned character are given and are realized bringing negative effect based on the feasibility of the printing equipment of cloud.

A solution is the ready printer of exploitation cloud.These printers have built-in system (the machine support) for being connected to cloud print service.The ready printer of cloud connects or print driver without any need for the personal computer of type.Printer only can be directly connected to network, then to the registration of cloud print service, can provide print job to make this printer.

But, this solution not easily with the existing legacy network printer back compatible depending on traditional prints framework and agreement in a large number.Network ready printer comprises the printer allowing printer to be directly connected to network of network interface (wired or wireless).

As shown in Figure 1, make legacy network printer the classic method of " cloud is ready " operating software " connector (connector) " on the personal computer 20 that associates with legacy network printer 10 can be included in, wherein, software " connector " by network 30 to the cloud base service registry network printer be positioned on internet 40.

When submitting print job from the cloud base service be positioned on internet 40 to registered printer 10, in fact print job is routed to associated personal computer 20 by network 30.

Communication channel 60 between network 30 and associated personal computer 20 can be wired or wireless.

The software " connector " that personal computer 20 runs utilizes the machine printer software of PC operating system, by network 30, printer 10 is submitted in print job.

Communication channel 50 between network 30 and printer 10 can be wired or wireless.

Any status information that the software " connector " that personal computer 20 runs also just is associated with printer by network 30 communicates with the print service based on cloud be positioned on internet 40.

Although the method provides to printer 10 " connection " of serving with the cloud base be positioned on internet 40, this solution requirement personal computer 20 keeps switching on power, executive software " connector " and be connected to network 30.

In other words, the classic method making the ready network printer of non-cloud can become the ready printer of cloud is not independently solution, but needs the personal computer that combines with the ready network printer of traditional non-cloud.

Therefore, expect for the ready printer of non-cloud provides a kind of printer that makes can the ready device of cloud.

In addition, expect for the ready printer of non-cloud provide a kind of make printer can cloud ready and do not need the device that personal computer runs.

In addition, expect for the ready printer of non-cloud provides a kind of plug and play (plug-n-play) interior coupling device making printer can become the ready printer of cloud.

In addition, expect that providing a kind of makes the ready printer of non-cloud can become the ready printer of cloud and the plug and play network device not needing personal computer to run.

Accompanying drawing explanation

Accompanying drawing, only for the object illustrating various embodiment, should not be interpreted as restriction, in accompanying drawing:

Fig. 1 is exemplified with making legacy network printer can the block diagram of legacy system of " cloud is ready ";

Fig. 2 makes legacy network printer can the block diagram of system of " cloud is ready " exemplified with coupling device in using;

Fig. 3 makes legacy network printer can the block diagram of system of " cloud is ready " exemplified with using network equipment;

Fig. 4 is exemplified with the block diagram of inline virtual printer interface node;

Fig. 5 is exemplified with the block diagram of network virtual printer interface node;

Fig. 6 is exemplified with the process flow diagram of generation of identifying code that virtual printer interface node is shown;

Fig. 7 exemplified with illustrate virtual printer interface node and cloud base serve between the process flow diagram of verification process; And

Fig. 8 is exemplified with the process flow diagram illustrated the mark of the suitable transformation applications used by virtual printer interface node.

Embodiment

In order to complete understanding, with reference to accompanying drawing.In the accompanying drawings, use similar label to refer to identical or equivalent element all the time.It is also to be noted that accompanying drawing possibility not drawn on scale, specific region may disproportionately be drawn to make can suitably illustrate characteristic sum concept wittingly.

Cloud environment is used as the computational resource (hardware and software) of serving and providing via network (being generally internet).Such as, in cloud environment, user " can lease " application software and/or database, wherein, and the architecture of the management operating application of " cloud " provider and stored data base and platform.

And for example, while on the server being stored in remote location place in the data of software and user, terminal user visits the application based on cloud by web browser or light-duty desk-top computer or Mobile solution.

As mentioned above, user may expect to make the ready printer of traditional non-cloud can be used for the service of cloud base completely.In order to make the ready printer of traditional non-cloud can be used for the service of cloud base completely, problem is the protocol-compliant that the local protocol of the ready printer of traditional non-cloud and framework are not easily served with cloud base.

As shown in Figure 2, provide inline virtual printer interface node 25 with allow the ready printer 10 of traditional non-cloud and on internet 40 based on cloud print service between communication.Inline virtual printer interface node 25 is connected between network (router) 30 and the ready printer 10 of traditional non-cloud.

Communication channel 62 (connection) between inline virtual printer interface node 25 with network (router) 30 can be wired or wireless.

It is also to be noted that, if the communication channel 62 (connection) between inline virtual printer interface node 25 with network (router) 30 is " wired ", then inline virtual printer interface node 25 can comprise for receiving the cable socket (RJ45) being derived from the cable of network (router) 30.

On the other hand, it should be noted that, if the communication channel 62 (connection) between inline virtual printer interface node 25 with network (router) 30 is " wired ", then inline virtual printer interface node 25 can comprise the cable plug of the port for directly inserting network (router) 30.

In addition, the communication channel 55 (connection) between inline virtual printer interface node 25 with the ready printer of traditional non-cloud 10 can be wired or wireless.

It is also to be noted that, if the communication channel 55 (connection) between inline virtual printer interface node 25 with the ready printer 10 of traditional non-cloud is " wired ", then inline virtual printer interface node 25 can comprise the cable socket (RJ45) for receiving the cable being derived from the ready printer 10 of traditional non-cloud.

On the other hand, it should be noted that, if the communication channel 55 (connection) between inline virtual printer interface node 25 with the ready printer 10 of traditional non-cloud is " wired ", then inline virtual printer interface node 25 can comprise the cable plug of the port (network interface) for directly inserting the ready printer 10 of traditional non-cloud.

The local protocol of ready for traditional non-cloud printer 10 is converted to the uniform protocol that can be used by the cloud base service be positioned on internet 40 by inline virtual printer interface node 25.In addition, the protocol conversion used by the cloud base service be positioned on internet 40 is the local protocol of the ready printer 10 of traditional non-cloud by inline virtual printer interface node 25.

Due to the physical unit that inline virtual printer interface node 25 is inline between the ready printer of traditional non-cloud 10 and network (router) 30, make the ready printer 10 of traditional non-cloud can " cloud is ready " so system does not need personal computer to run.

In another embodiment, as shown in Figure 3, provide network virtual printer interface node 35 with allow the ready printer 10 of traditional non-cloud and on internet 40 based on cloud print service between communication.Network virtual printer interface node 35 is connected to network (router) 30 and is communicated with the ready printer 10 of traditional non-cloud by network (router) 30.

Communication channel 62 (connection) between network virtual printer interface node 35 with network (router) 30 can be wired or wireless.

It is also to be noted that, if the communication channel 62 (connection) between network virtual printer interface node 35 with network (router) 30 is " wired ", then network virtual printer interface node 35 can comprise for receiving the cable socket (RJ45) being derived from the cable of network (router) 30.

On the other hand, it should be noted that, if the communication channel 62 (connection) between network virtual printer interface node 35 with network (router) 30 is " wired ", then network virtual printer interface node 35 can comprise the cable plug of the port for directly inserting network (router) 30.

In addition, the communication channel 57 (connection) between network (router) 30 with the ready printer of traditional non-cloud 10 can be wired or wireless.

The local protocol of ready for traditional non-cloud printer 10 is converted to the uniform protocol that can be used by the cloud base service be positioned on internet 40 by network virtual printer interface node 35.In addition, the protocol conversion used by the cloud base service be positioned on internet 40 is the local protocol of the ready printer 10 of traditional non-cloud by network virtual printer interface node 35.

In this embodiment, network virtual printer interface node 35 passes through network (router) 30 from the cloud base service reception order be positioned at internet 40, and these orders are converted to the local protocol of the ready printer 10 of traditional non-cloud.Then, changed local protocol is sent to the ready printer 10 of traditional non-cloud by network (router) 30 by network virtual printer interface node 35.

In addition, network virtual printer interface node 35 receives information by network (router) 30 from the ready printer 10 of traditional non-cloud, and this information is converted to the form that can be easy to by the cloud base service processing be positioned on internet 40.Then, changed information is sent to by network (router) 30 the cloud base service be positioned on internet 40 by network virtual printer interface node 35.

Because network virtual printer interface node 35 is physical units that printer 10 ready with traditional non-cloud communicates with network (router) 30, make the ready printer 10 of traditional non-cloud can " cloud is ready " so system does not need personal computer to run.

Fig. 4 is exemplified with the block diagram of inline virtual printer interface node 250.Inline virtual printer interface node 250 comprises housing 251, two communication interfaces 253 and 259, microcontroller or processors 255 and storer 257.

Communication interface 253 and 259 makes can set up communication channel between inline virtual printer interface node 250 and the ready printer of traditional non-cloud or network (router).

Such as, communication interface 253 can make can set up communication channel between inline virtual printer interface node 250 and the ready printer of traditional non-cloud, and communication interface 253 can make can set up communication channel between inline virtual printer interface node 250 and network (router).

If the communication channel realized by communication interface 253 is wireless, then communication interface 253 will comprise the transmitter and receiver that can provide radio communication.

If the communication channel realized by communication interface 259 is wireless, then communication interface 259 will comprise the transmitter and receiver that can provide radio communication.

If the communication channel realized by communication interface 253 is wired, then communication interface 253 can comprise the cable socket (RJ45) for receiving cable.

Such as, if the communication channel realized by communication interface 253 is the wireline communication channels between the ready printer of traditional non-cloud and inline virtual printer interface node 250, then communication interface 253 will comprise the cable socket (RJ45) for receiving the cable being derived from the ready printer of traditional non-cloud.

If the communication channel realized by communication interface 259 is wired, then communication interface 259 can comprise the cable socket (RJ45) for receiving cable.

Such as, if the communication channel realized by communication interface 259 is the wireline communication channels between the ready printer of traditional non-cloud and inline virtual printer interface node 250, then communication interface 259 will comprise the cable socket (RJ45) for receiving the cable being derived from the ready printer of traditional non-cloud.

If the communication channel realized by communication interface 253 is wired, then communication interface 253 can comprise the cable plug of the port for directly inserting network interface.

Such as, if the communication channel realized by communication interface 253 is the wireline communication channels between the ready printer of traditional non-cloud and inline virtual printer interface node 250, then communication interface 253 will comprise one cable plug, and this one cable plug is by the cable socket (RJ45) that is directly inserted on the ready printer of traditional non-cloud.

If the communication channel realized by communication interface 259 is wired, then communication interface 259 can comprise the cable plug of the port for directly inserting network interface.

Such as, if the communication channel realized by communication interface 259 is the wireline communication channels between the ready printer of traditional non-cloud and inline virtual printer interface node 250, then communication interface 259 will comprise one cable plug, and this one cable plug is by the cable socket (RJ45) that is directly inserted on the ready printer of traditional non-cloud.

Microcontroller or processor 255 are combined the local protocol by being converted to the ready printer of traditional non-cloud from the order of the cloud base service reception be positioned at internet by one of communication interface (253 or 259) with storer 257.Then, microcontroller or processor 255 make changed local protocol be transferred into the ready printer of traditional non-cloud by another communication interface (253 or 259).

Microcontroller or processor 255 are combined with storer 257 and also convert the form that can be easy to by the cloud base service processing be positioned at internet by by one of communication interface (253 or 259) to from the information that the ready printer of traditional non-cloud receives.Then, microcontroller or processor 255 make changed information be transferred into the cloud base service be positioned on internet by another communication interface (253 or 259).

It should be noted that microcontroller or processor 255 and storer 257 can be realized by special IC (ASIC).

It is also to be noted that storer 257 can be pre-stored with information needed for the local protocol order from the cloud base service be positioned on internet being converted to the ready printer of certain conventional non-cloud and order.

In addition, it should be noted that inline virtual printer interface node 250 can comprise the fabricator of the ready printer of the connected traditional non-cloud of mark and the function of model.Based on the fabricator of the ready printer of traditional non-cloud and the mark of model that are connected to inline virtual printer interface node 250, inline virtual printer interface node 250 can from the information needed for the local protocol that the order from the cloud base service be positioned at internet to be converted to the identified ready printer of traditional non-cloud by the Internet download and order.

Fig. 5 is exemplified with the block diagram of network virtual printer interface node 350.

Network virtual printer interface node 350 comprises housing 351, communication interface 359, microcontroller or processor 355 and storer 357.

Communication interface 359 makes can set up communication channel between network virtual printer interface node 350 and the ready printer of traditional non-cloud or network (router).

Such as, communication interface 359 can make can set up communication channel between network virtual printer interface node 350 and the ready printer of traditional non-cloud, and communication interface 359 can make can set up communication channel between network virtual printer interface node 350 and network (router).

If the communication channel realized by communication interface 359 is wireless, then communication interface 359 will comprise the transmitter and receiver that can provide radio communication.

If the communication channel realized by communication interface 359 is wired, then communication interface 359 can comprise the cable socket (RJ45) for receiving cable.

Such as, if the communication channel realized by communication interface 359 is the wireline communication channels between the ready printer of traditional non-cloud and network virtual printer interface node 350, then communication interface 359 will comprise the cable socket (RJ45) for receiving the cable being derived from the ready printer of traditional non-cloud.

If the communication channel realized by communication interface 359 is wired, then communication interface 359 can comprise the cable plug of the port for directly inserting network interface.

Such as, if the communication channel realized by communication interface 359 is the wireline communication channels between the ready printer of traditional non-cloud and network virtual printer interface node 350, then communication interface 359 will comprise one cable plug, and this one cable plug is by the cable socket (RJ45) that is directly inserted on the ready printer of traditional non-cloud.

Microcontroller or processor 355 are combined the local protocol by being converted to the ready printer of traditional non-cloud from the order of the cloud base service reception be positioned at internet by communication interface 359 with storer 357.Then, microcontroller or processor 355 make changed local protocol be transferred into the ready printer of traditional non-cloud by communication interface 359.

Microcontroller or processor 355 are combined with storer 357 and also convert the form that can be easy to by the cloud base service processing be positioned at internet by by communication interface 359 to from the information that the ready printer of traditional non-cloud receives.Then, microcontroller or processor 355 make changed information be transferred into the cloud base service be positioned on internet by communication interface 359.

It should be noted that microcontroller or processor 355 and storer 357 can be realized by special IC (ASIC).

It is also to be noted that storer 357 can be pre-stored with information needed for the local protocol order from the cloud base service be positioned on internet being converted to the ready printer of certain conventional non-cloud and order.

In addition, it should be noted that network virtual printer interface node 350 can comprise the fabricator of the ready printer of the connected traditional non-cloud of mark and the function of model.Based on the fabricator of the ready printer of traditional non-cloud and the mark of model that are connected to network virtual printer interface node 350, network virtual printer interface node 350 can from the information needed for the local protocol that the order from the cloud base service be positioned at internet to be converted to the identified ready printer of traditional non-cloud by the Internet download and order.

It should be noted that because network virtual printer interface node 350 is not inline with the ready printer of traditional non-cloud, so network virtual printer interface node 350 can be positioned in (being connected to) LAN (Local Area Network) Anywhere.

It should be noted that virtual printer interface node can via the cable reception electric power being connected to communication interface.If communication interface is wireless, then virtual printer interface node will receive electric power from power supply.

It should be noted that, although describe virtual printer interface node with reference to the ready printer of traditional non-cloud, virtual printer interface node can be used for the ready multi-function printer of traditional non-cloud (that is, have at least scan, print and the device of copy function).

Although it is also to be noted that describe virtual printer interface node with reference to the ready printer of traditional non-cloud, virtual printer interface node can be used for network autonomous scanners.In this case, the order from the cloud base service be positioned on internet is converted to the local protocol of scanner by virtual printer interface node.

Virtual printer interface node makes the ready printer of traditional non-cloud can use the service controlled based on cloud.These services send order according to this and to the ready printer of traditional non-cloud based on from traditional non-cloud ready printer acquisition number.

Such as, these services can comprise breakdown maintenance service contract, supply contract, remote monitoring service and other relevant print service.

Serve to allow these, the microcontroller of virtual printer interface node is provided in such as Simple Network Management Protocol (SNMP), HTML (Hypertext Markup Language) (HTTP), Secure Hypertext Transfer Protocol (HTTPs), exchange the mechanism carrying out between various LAN (Local Area Network) (LAN) the side agreement of web services (EWS) screen scraping and the wide area network (WAN) of such as ustomer premises access equipment wide area network management agreement (CWMP) (it is as the host-host protocol of the command set had as technical report 069 (TR069) specifications set (derivant)) or cloud side agreement changing.

The microcontroller of virtual printer interface node also may be provided in the mechanism carrying out between the machine application programming interface of the ready printer of traditional non-cloud and the application programming interface of cloud base service changing.In this case, the agency of virtual printer interface node by providing the common application DLL (dynamic link library) of the WAN-side of virtual printer interface node or cloud side or permission and the communication of various interface platform to serve as between application that the ready printer of traditional non-cloud and use distinct interface platform carry out communicating, wherein, storer will store the interface identifying that the application attempting the ready printer of the traditional non-cloud of access uses and provide necessary information and the instruction of the suitable conversion of the machine application programming interface to the ready printer of traditional non-cloud.

The microcontroller of virtual printer interface node also will provide the machine application programming interface of the ready printer of traditional non-cloud to attempt the conversion of the application programming interface of the application based on cloud of access to the ready printer of traditional non-cloud.

Such as, third party provider can provide the application that the interface platform via third party's interface platform communicates.Virtual printer interface node will serve as agency to allow third-party application to communicate with the disable third party interface platform device (the ready printer of traditional non-cloud) with different application DLL (dynamic link library).

The microcontroller of virtual printer interface node also may be provided in the mechanism carrying out between the agreement based on LAN (Local Area Network) of the ready printer of traditional non-cloud and the agreement based on wide area network of fire wall close friend changing, and can be connected to external service (Yun Ji service) to allow the ready printer of traditional non-cloud.

In above-mentioned various situation, virtual printer interface node will need suitable transformation applications (converse routine and/or conversion driver) to allow the communication between the two.

As shown in Figure 8, in step S810, virtual printer interface node determines the mark of the mark of the device by serving as converter (agency) and the cloud base service of use.

To serve as the determination of the mark of the printing equipment of converter (agency) for it, virtual printer interface node can the print driver of mark printing device, or virtual printer interface node can the application programming interface that uses of mark printing device.

If device is scanner, then virtual printer interface node can identify the driver of scanner, or virtual printer interface node can identify the application programming interface that scanner uses.

For the determination of the mark of the cloud base service used, virtual printer interface node can identify the application programming interface that the service of cloud base uses.

This identification process makes virtual printer interface node can identify conversion to (couplet).

In step S820, whether the suitable transformation applications that virtual printer interface node determines identified conversion right is stored on virtual printer interface node.

If the suitable transformation applications right for identified conversion is stored in virtual printer interface node, then in step S840, obtain stored suitable transformation applications from the storer virtual printer interface node.

If the suitable transformation applications right for identified conversion is not stored in virtual printer interface node, then in step S830, from the Internet download, that is, download suitable transformation applications from the website (server) associated with the manufacturer of virtual printer interface node.

In step S850, perform the suitable transformation applications obtained.

The microcontroller of virtual printer interface node can perform web server application with from being connected by LAN (Local Area Network) or providing management, mutual, report and control by cloud Connection Proxy to carry out the mutual user browser of remote-control device.In the case of the latter, as mentioned above, virtual printer interface node by provide the local protocol of the ready printer of traditional non-cloud and the machine application programming interface and cloud base serve between necessity change.

Virtual printer interface node also makes the ready multi-function printer of traditional non-cloud can use content service based on cloud.These services are moved based on the document between the ready multi-function printer of traditional non-cloud and cloud service, such as cloud service bridge.

Cloud service bridge leads to the universal gateway that the third party based on cloud serves.Virtual printer interface node realizes special cloud service bridge client computer, it facilitates the document exchange process between the ready multi-function printer of traditional non-cloud and cloud service bridge, and some or all of document can be passed to third party's service for additional treatments by cloud service bridge then.These content-based services can comprise: workflow automation, Content Transformation (such as, printing ready conversion), optical character identification etc.

Content-based service also can comprise the optimization of available content or other news channel based on internet, news feed, image or other content on customer service (such as, acting on behalf of) and broadcast TV.

The various examples of content-based cloud service are called the U.S. Patent application the 13/673rd of the common pending trial of " NETWORKEDPRINTINGSYSTEMS " in the name that on November 9th, 2012 submits to, described by having in No. 733.The U.S. Patent application the 13/673rd of common pending trial, the full content of No. 733 is incorporated herein by reference.

Virtual printer interface node also makes the ready printer of traditional non-cloud can operative installations internet services.These services make the ready printer of traditional non-cloud can be added the network of other device that can be exposed to various community by virtual printer interface node.These community can be parts for such as social networks, and just can use service from the ready printer of traditional non-cloud once be exposed to the ready printer of traditional non-cloud.

Such as, virtual printer interface node can make the ready printer of traditional non-cloud to be connected to social networks, makes when content is uploaded to community, easily or automatically can print this content by virtual printer interface node.

These community also can exist for following object: once the ready printer of traditional non-cloud is exposed to community, just make e-business model can to the service charge using traditional non-cloud ready printer.

As mentioned above, the ready printer of tradition non-cloud uses the application programming interface of different editions, this makes Third party system provider be difficult to sufficiently drop into the study of the programing system with limited applicability, thus limits the income that Third party system provider can obtain from the ready printer of traditional non-cloud.Virtual printer interface node realizes common application DLL (dynamic link library) protocol converter, makes third party only need to drop into single programming language and interface.

As mentioned above, because virtual printer interface node makes the ready printer of traditional non-cloud can use the service of cloud base, so virtual printer interface node can be used for the service of the ready printer of gating (gate) traditional non-cloud.

Such as, if the ready printer of traditional non-cloud is multi-function printer (has printing, duplicates and/or scan function), then virtual printer interface node can be used for based on ordering the service come with model in gating MFP.

Under this sight, virtual printer interface node is arranged by content intercept or to multi-function printer transmission to enable or disable the use that special characteristic stops multi-function printer.Initiatively order use if confirmed the validity, then virtual printer interface node will enable those features.

In order to security purpose, virtual printer interface node can use indentification protocol to prevent the misuse of remote service.

Fig. 6 is exemplified with verification process.As shown in Figure 6, in step S610, virtual printer interface node determines the mark of the device that it is connected to.

If virtual printer interface node is the inline virtual printer interface node of printing equipment, then virtual printer interface node is by this printing equipment of mark.

On the other hand, if virtual printer interface node is network virtual printer interface node, then virtual printer interface node is by the router of mark LAN (Local Area Network).

In step S620, virtual printer interface node also determines its mark.

In step S630, mark and its mark of the device that virtual printer interface node is connected to based on it create identifying code.This will make identifying code can with device/virtual printer interface node to linking or binding.

It is also to be noted that other mechanism of authorized user that can utilize password or identify virtual printer interface node is uniquely to generate identifying code.In this case, virtual printer interface node can be used for various device by authorized user.

In step S640, to the identifying code that the service registry of cloud base generates.

It should be noted that, the identifying code that can generate to the cloud base service registry associated with virtual printer interface node, if make the cloud base service associated with virtual printer interface node not receive correct identifying code, then virtual printer interface node is prevented from using.

If virtual printer interface node is prevented from using, then under normal operation, this mode of operation is used not stoping connected device.In other words, communicate by when not process or conversion through virtual printer interface node.

As shown in Figure 7, in step S710, when virtual printer interface node is called, in step S720, the cloud base services request identifying code associated with virtual printer interface node.In step S730, virtual printer interface node generates identifying code according to the mode similar to above with reference to the mode described in Fig. 6.

In step S740, identifying code is sent to the cloud base service associated with virtual printer interface node, in step S750, the identifying code received by cloud base service verification associated with virtual printer interface node.

If received identifying code is effective, then active coding can send to virtual printer interface node to be used to allow virtual printer interface node by the cloud base service associated with virtual printer interface node.Active coding can be time-based, because can limit the activation cycle of virtual printer interface node in active coding; That is, activation reaches 30 minutes.

If received identifying code is invalid, then deactivation code can send to virtual printer interface node to be used to stop virtual printer interface node by the cloud base service associated with virtual printer interface node.

In alternative means, if received identifying code is invalid, then the cloud base service associated with virtual printer interface node will not send active coding.In this case, virtual printer interface node will be designed to not be activated when not having correct active coding (working).

Such as, when virtual printer interface node is connected to the ready printer of traditional non-cloud, virtual printer interface node can poll tradition non-cloud ready printer to obtain the unique identification (such as, the media interviews of the ready printer of traditional non-cloud control (MAC) address) of the ready printer of traditional non-cloud.

The identification information (such as, media interviews control (MAC) address) of this identification information and virtual printer interface node can be combined to create unique verification code by virtual printer interface node.

Can to this exclusive identification code of cloud base service registry associated with virtual printer interface node, make whenever accessing the cloud base service needing the function of virtual printer interface node, the cloud base service associated with virtual printer interface node is just by requests verification code.

If virtual printer interface node be connected to the printer different with during the cloud base service registry identifying code that virtual printer interface node associates, and identifying code is based on this device/virtual printer interface node pair, then due to the combination that this yard will be the mark of new printer and the mark of virtual printer interface node, so the identifying code generated by virtual printer interface node will be different from registered code.In this case, Yun Ji service will stop the use of virtual printer interface node.

But as mentioned above, printer still can use in LAN environment.

More particularly, when each virtual printer interface node needs with cloud base communication for service, virtual printer interface node will create identifying code based on the ready printer of connected current traditional non-cloud.This binding of the mark of identifying code and virtual printer interface node and ready both the printers of traditional non-cloud prevents virtual printer interface node to be used improperly by another unauthorized printing machine.

On the other hand, if identifying code is user/virtual printer interface node pair, then whenever the cloud base services request identifying code associated with virtual printer interface node, virtual printer interface node will have to obtain user ID mechanism and generate identifying code from it.User ID mechanism can pass through user interface on connected device or other input mechanism obtains.

In a word, the service of virtual printer interface node interception cloud base provides suitable conversion to make Yun Ji serve and can effectively communicate between the ready printer of traditional non-cloud with the communication between the ready printer of traditional non-cloud.

A kind of for by network router in the cloud base service on internet and provide the inline virtual printer interface node of communication to comprise between the ready networked printer of non-cloud: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by the first communication interface.Microcontroller sends changed local protocol to non-cloud ready networked printer by second communication interface.

First communication interface can be receive the port being connected to the first cable of network router, and second communication interface can be receive the port being connected to the second cable of the ready networked printer of non-cloud.

First communication interface can be receive the port being connected to the first cable of network router, and second communication interface can be the plug in the network port for being inserted into the ready networked printer of non-cloud.

First communication interface can be create the transmitter/receiver with the radio communication channel of network router, and second communication interface can be receive the port being connected to the second cable of the ready networked printer of non-cloud.

First communication interface can be create the transmitter/receiver with the radio communication channel of network router, and second communication interface can be the plug in the network port for being inserted into the ready networked printer of non-cloud.

First communication interface can be the plug for being inserted in the network port of network router, and second communication interface can be receive the port being connected to the second cable of the ready networked printer of non-cloud.

First communication interface can be the plug for being inserted in the network port of network router, and second communication interface can be create the transmitter/receiver with the radio communication channel of the ready networked printer of non-cloud.

First communication interface can be create the transmitter/receiver with the radio communication channel of network router.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; With inline virtual printer interface node.Inline virtual printer interface node comprises: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by the first communication interface.Microcontroller sends changed local protocol to non-cloud ready networked printer by second communication interface.

The ready networked printer of non-cloud can have scanning, duplicate and printing function.

A kind of for by network router in the cloud base service on internet and provide the network virtual printer interface node of communication to comprise between the ready networked printer of non-cloud: housing; Communication interface, it directly provides communication to network router; And microcontroller, it is operationally connected to described communication interface.

Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by described communication interface.

Microcontroller sends changed local protocol to non-cloud ready networked printer by described communication interface.

Communication interface can be receive the port being connected to the first cable of network router.

Communication interface can be the plug for being inserted in the network port of network router.

Communication interface can be create the transmitter/receiver with the radio communication channel of network router.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; With network virtual printer interface node.Network virtual printer interface node comprises: housing; Communication interface, it directly provides communication to network router; And microcontroller, it is operationally connected to described communication interface.Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by described communication interface.Microcontroller sends changed local protocol to non-cloud ready networked printer by described communication interface.

Described communication interface can be receive the port being connected to the first cable of network router.

Described communication interface can be the plug for being inserted in the network port of network router.

Described communication interface can be create the transmitter/receiver with the radio communication channel of network router.

Microcontroller will be converted to the local protocol of the ready networked printer of non-cloud from the order of the cloud base service reception be positioned at internet by the first communication interface.

Microcontroller sends changed local protocol to non-cloud ready networked printer by second communication interface.

Microcontroller can perform web server application to provide management from by cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

Microcontroller can carry out to the restriction that the ready networked printer of non-cloud transmits the service that gating provides by the ready networked printer of non-cloud in response to from Yun Ji service.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; With inline virtual printer interface node.Inline virtual printer interface node comprises: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; With network virtual printer interface node.

Network virtual printer interface node comprises: housing; Communication interface, it directly provides communication to network router; And microcontroller, it is operationally connected to described communication interface.

The order that microcontroller will be associated from the machine application programming interface language that the order associated with the first application programming interface language of the cloud base service reception be positioned at internet is converted to networked printer ready with non-cloud by the first communication interface, described first application programming interface language is different from described the machine application programming interface language of the ready networked printer of non-cloud.

Microcontroller transmits the order associated with the machine application programming interface language of the ready networked printer of non-cloud changed by second communication interface.

A kind of for providing the system of communication to comprise in the cloud base service on internet and between the ready networked printer of non-cloud: the ready networked printer of non-cloud; Network router; With inline virtual printer interface node.

Inline virtual printer interface node comprises: housing; First communication interface, it directly provides communication to network router; Second communication interface, it directly provides communication to the ready networked printer of non-cloud; And microcontroller, it is operationally connected between the first communication interface and second communication interface.

The order that microcontroller will be associated from the machine application programming interface language that the order associated with the first application programming interface language of the cloud base service reception be positioned at internet is converted to networked printer ready with non-cloud by described communication interface, described first application programming interface language is different from described the machine application programming interface language of the ready networked printer of non-cloud.

Microcontroller transmits the order associated with the machine application programming interface language of the ready networked printer of non-cloud changed by described communication interface.

The protocol conversion based on LAN (Local Area Network) received from the ready printer of traditional non-cloud is the agreement based on wide area network of fire wall close friend by microcontroller, and the agreement based on wide area network of described fire wall close friend makes the ready printer of traditional non-cloud can be connected to Yun Ji service.

The identification information that the ready networked printer of microcontroller poll non-cloud associates to obtain networked printer ready with non-cloud.

Microcontroller creates identifying code based on the identification information associated by the identification information obtained from the ready networked printer of non-cloud and the ready networked printer of non-cloud that associates with inline virtual printer interface node.

The identifying code that microcontroller creates to the service registry of cloud base.

The identification information associated with the ready networked printer of non-cloud can be media access control address.

The identification information associated with inline virtual printer interface node can be media access control address.

Microcontroller can in response to the checking request of serving from Yun Ji, the identification information that the ready networked printer of poll non-cloud associates to obtain networked printer ready with non-cloud.

The identification information that microcontroller can obtain from the ready networked printer of non-cloud based on being triggered by checking request and the identification information associated by the ready networked printer of non-cloud associated with inline virtual printer interface node create identifying code.

The order that microcontroller will be associated from the machine application programming interface language that the order associated with the first application programming interface language of the cloud base service reception be positioned at internet is converted to networked printer ready with non-cloud by the first communication interface, described first application programming interface language is different from the machine application programming interface language of the ready networked printer of non-cloud.

Microcontroller transmits the order associated with the machine application programming interface language of the ready networked printer of non-cloud changed by second communication interface.The identification information that the ready networked printer of microcontroller poll non-cloud associates to obtain networked printer ready with non-cloud.

Microcontroller sends changed local protocol to non-cloud ready networked printer by communication interface.

To understand, various above disclosed and further feature and function or its alternative arrangement preferably can be combined into many other different systems or application.In addition, those skilled in the art can carry out various current unforeseen or unexpected alternative arrangement, amendment, change or improvement subsequently, and it is also intended to be contained by following claims.

Claims

1. for by network router at the cloud base service on internet and the inline virtual printer interface node providing communication between the ready networked printer of non-cloud, this inline virtual printer interface node comprises:

Housing;

First communication interface, it directly provides communication to described network router;

Second communication interface, it directly provides communication to the ready networked printer of described non-cloud; And

Microcontroller, it is operationally connected between described first communication interface and described second communication interface;

Described microcontroller will be converted to the local protocol of the ready networked printer of described non-cloud from the order of the described cloud base service reception be positioned at internet by described first communication interface;

Described microcontroller sends changed local protocol to described non-cloud ready networked printer by described second communication interface.

2. inline virtual printer interface node according to claim 1, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

3. inline virtual printer interface node according to claim 1, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

4. inline virtual printer interface node according to claim 1, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

5. inline virtual printer interface node according to claim 1, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

6. inline virtual printer interface node according to claim 1, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

7. inline virtual printer interface node according to claim 1, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface creates the transmitter/receiver with the radio communication channel of the ready networked printer of described non-cloud.

8. inline virtual printer interface node according to claim 1, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router.

9. inline virtual printer interface node according to claim 1, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

10. inline virtual printer interface node according to claim 1, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

11. 1 kinds in the cloud base service on internet and the system providing communication between the ready networked printer of non-cloud, this system comprises:

The ready networked printer of non-cloud;

Network router; And

Inline virtual printer interface node;

Described inline virtual printer interface node comprises:

Housing,

Directly described network router is provided to the first communication interface of communication,

Directly the ready networked printer of described non-cloud is provided to the second communication interface of communication, and

Operationally be connected to the microcontroller between described first communication interface and described second communication interface;

12. systems according to claim 11, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

13. systems according to claim 11, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

14. systems according to claim 11, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

15. systems according to claim 11, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

16. systems according to claim 11, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

17. systems according to claim 11, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface creates the transmitter/receiver with the radio communication channel of the ready networked printer of described non-cloud.

18. systems according to claim 11, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router.

19. systems according to claim 11, wherein, the ready networked printer of described non-cloud has scanning, duplicates and printing function.

20. systems according to claim 11, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

21. systems according to claim 11, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

22. 1 kinds for by network router at the cloud base service on internet and the network virtual printer interface node providing communication between the ready networked printer of non-cloud, this network virtual printer interface node comprises:

Housing;

Communication interface, it directly provides communication to described network router; And

Microcontroller, it is operationally connected to described communication interface;

Described microcontroller will be converted to the local protocol of the ready networked printer of described non-cloud from the order of the described cloud base service reception be positioned at internet by described communication interface;

Described microcontroller sends changed local protocol to described non-cloud ready networked printer by described communication interface.

23. network virtual printer interface nodes according to claim 22, wherein, described communication interface receives the port being connected to the first cable of described network router.

24. network virtual printer interface nodes according to claim 22, wherein, described communication interface is the plug in the network port for being inserted into described network router.

25. network virtual printer interface nodes according to claim 22, wherein, described communication interface creates the transmitter/receiver with the radio communication channel of described network router.

26. network virtual printer interface nodes according to claim 22, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

27. network virtual printer interface nodes according to claim 22, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

28. 1 kinds in the cloud base service on internet and the system providing communication between the ready networked printer of non-cloud, this system comprises:

The ready networked printer of non-cloud;

Network router; And

Network virtual printer interface node;

Described network virtual printer interface node comprises:

Housing,

Directly described network router is provided to the communication interface of communication, and

Operationally be connected to the microcontroller of described communication interface;

29. systems according to claim 28, wherein, described communication interface receives the port being connected to the first cable of described network router.

30. systems according to claim 28, wherein, described first communication interface is the plug in the network port for being inserted into described network router.

31. systems according to claim 28, wherein, described communication interface creates the transmitter/receiver with the radio communication channel of described network router.

32. systems according to claim 28, wherein, the ready networked printer of described non-cloud has scanning, duplicates and printing function.

33. systems according to claim 28, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

34. systems according to claim 22, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

35. 1 kinds for by network router at the cloud base service on internet and the inline virtual printer interface node providing communication between the ready networked printer of non-cloud, this inline virtual printer interface node comprises:

Housing;

Described microcontroller is converted to from the order associated with the first application programming interface language of the described cloud base service reception be positioned at internet the order associated with the machine application programming interface language of the ready networked printer of described non-cloud by by described first communication interface, and described first application programming interface language is different from described the machine application programming interface language of the ready networked printer of described non-cloud;

Described microcontroller transmits the order associated with described the machine application programming interface language of the ready networked printer of described non-cloud changed by described second communication interface.

36. inline virtual printer interface nodes according to claim 35, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

37. inline virtual printer interface nodes according to claim 35, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

38. inline virtual printer interface nodes according to claim 35, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

39. inline virtual printer interface nodes according to claim 35, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

40. inline virtual printer interface nodes according to claim 35, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

41. inline virtual printer interface nodes according to claim 35, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface creates the transmitter/receiver with the radio communication channel of the ready networked printer of described non-cloud.

42. inline virtual printer interface nodes according to claim 35, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router.

43. inline virtual printer interface nodes according to claim 35, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

44. inline virtual printer interface nodes according to claim 35, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

45. 1 kinds in the cloud base service on internet and the system providing communication between the ready networked printer of non-cloud, this system comprises:

The ready networked printer of non-cloud;

Network router; And

Inline virtual printer interface node;

Described inline virtual printer interface node comprises:

Housing,

46. systems according to claim 45, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

47. systems according to claim 45, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

48. systems according to claim 45, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

49. systems according to claim 45, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

50. systems according to claim 45, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

51. systems according to claim 45, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface creates the transmitter/receiver with the radio communication channel of the ready networked printer of described non-cloud.

52. systems according to claim 45, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router.

53. systems according to claim 45, wherein, the ready networked printer of described non-cloud has scanning, duplicates and printing function.

54. systems according to claim 45, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

55. systems according to claim 45, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

56. 1 kinds for by network router at the cloud base service on internet and the network virtual printer interface node providing communication between the ready networked printer of non-cloud, this network virtual printer interface node comprises:

Housing;

Described microcontroller is converted to from the order associated with the first application programming interface language of the described cloud base service reception be positioned at internet the order associated with the machine application programming interface language of the ready networked printer of described non-cloud by by described communication interface, and described first application programming interface language is different from described the machine application programming interface language of the ready networked printer of described non-cloud;

Described microcontroller transmits the order associated with described the machine application programming interface language of the ready networked printer of described non-cloud changed by described communication interface.

57. network virtual printer interface nodes according to claim 56, wherein, described communication interface receives the port being connected to the first cable of described network router.

58. network virtual printer interface nodes according to claim 56, wherein, described communication interface is the plug in the network port for being inserted into described network router.

59. network virtual printer interface nodes according to claim 56, wherein, described communication interface creates the transmitter/receiver with the radio communication channel of described network router.

60. network virtual printer interface nodes according to claim 56, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

61. network virtual printer interface nodes according to claim 56, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

62. 1 kinds in the cloud base service on internet and the system providing communication between the ready networked printer of non-cloud, this system comprises:

The ready networked printer of non-cloud;

Network router; And

Network virtual printer interface node;

Described network virtual printer interface node comprises:

Housing,

63. systems according to claim 62, wherein, described communication interface receives the port being connected to the first cable of described network router.

64. systems according to claim 62, wherein, described first communication interface is the plug in the network port for being inserted into described network router.

65. systems according to claim 62, wherein, described communication interface creates the transmitter/receiver with the radio communication channel of described network router.

66. systems according to claim 62, wherein, the ready networked printer of described non-cloud has scanning, duplicates and printing function.

67. systems according to claim 62, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

68. systems according to claim 62, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

69. 1 kinds for by network router at the cloud base service on internet and the inline virtual printer interface node providing communication between the ready networked printer of non-cloud, this inline virtual printer interface node comprises:

Housing;

The protocol conversion based on LAN (Local Area Network) received from the ready printer of traditional non-cloud is the agreement based on wide area network of fire wall close friend by described microcontroller, and the agreement based on wide area network of described fire wall close friend makes the ready printer of described traditional non-cloud can be connected to the service of described cloud base.

70. inline virtual printer interface nodes according to claim 69, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

71. inline virtual printer interface nodes according to claim 69, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

72. inline virtual printer interface nodes according to claim 69, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

73. inline virtual printer interface nodes according to claim 69, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

74. inline virtual printer interface nodes according to claim 69, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

75. inline virtual printer interface nodes according to claim 69, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface creates the transmitter/receiver with the radio communication channel of the ready networked printer of described non-cloud.

76. inline virtual printer interface nodes according to claim 69, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router.

77. inline virtual printer interface nodes according to claim 69, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

78. inline virtual printer interface nodes according to claim 69, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

79. 1 kinds in the cloud base service on internet and the system providing communication between the ready networked printer of non-cloud, this system comprises:

The ready networked printer of non-cloud;

Network router; And

Inline virtual printer interface node;

Described inline virtual printer interface node comprises:

Housing,

80. according to the system described in claim 79, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

81. according to the system described in claim 79, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

82. according to the system described in claim 79, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

83. according to the system described in claim 79, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

84. according to the system described in claim 79, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

85. according to the system described in claim 79, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface creates the transmitter/receiver with the radio communication channel of the ready networked printer of described non-cloud.

86. according to the system described in claim 79, and wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router.

87. according to the system described in claim 79, and wherein, the ready networked printer of described non-cloud has scanning, duplicates and printing function.

88. according to the system described in claim 79, and wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

89. according to the system described in claim 79, and wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

90. 1 kinds for by network router at the cloud base service on internet and the network virtual printer interface node providing communication between the ready networked printer of non-cloud, this network virtual printer interface node comprises:

Housing;

91. according to the network virtual printer interface node described in claim 90, and wherein, described communication interface receives the port being connected to the first cable of described network router.

92. according to the network virtual printer interface node described in claim 90, and wherein, described communication interface is the plug in the network port for being inserted into described network router.

93. according to the network virtual printer interface node described in claim 90, and wherein, described communication interface creates the transmitter/receiver with the radio communication channel of described network router.

94. according to the network virtual printer interface node described in claim 90, and wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

95. according to the network virtual printer interface node described in claim 90, and wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

96. 1 kinds in the cloud base service on internet and the system providing communication between the ready networked printer of non-cloud, this system comprises:

The ready networked printer of non-cloud;

Network router; And

Network virtual printer interface node;

Described network virtual printer interface node comprises:

Housing,

97. according to the system described in claim 96, and wherein, described communication interface receives the port being connected to the first cable of described network router.

98. according to the system described in claim 96, and wherein, described first communication interface is the plug in the network port for being inserted into described network router.

99. according to the system described in claim 96, and wherein, described communication interface creates the transmitter/receiver with the radio communication channel of described network router.

100. according to the system described in claim 96, and wherein, the ready networked printer of described non-cloud has scanning, duplicates and printing function.

101. according to the system described in claim 96, and wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

102. according to the system described in claim 96, and wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

103. one kinds for by network router at the cloud base service on internet and the inline virtual printer interface node providing communication between the ready networked printer of non-cloud, this inline virtual printer interface node comprises:

Housing;

The ready networked printer of non-cloud described in described microcontroller poll is to obtain the identification information associated with the ready networked printer of described non-cloud;

Described microcontroller creates identifying code based on the identification information associated by the described identification information obtained from the ready networked printer of described non-cloud and the ready networked printer of described non-cloud that associates with described inline virtual printer interface node;

The identifying code that described microcontroller creates to the service registry of described cloud base.

104. according to the inline virtual printer interface node described in claim 103, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

105. according to the inline virtual printer interface node described in claim 103, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

106. according to the inline virtual printer interface node described in claim 103, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

107. according to the inline virtual printer interface node described in claim 103, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

108. according to the inline virtual printer interface node described in claim 103, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

109. according to the inline virtual printer interface node described in claim 103, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface creates the transmitter/receiver with the radio communication channel of the ready networked printer of described non-cloud.

110. according to the inline virtual printer interface node described in claim 103, and wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router.

111. according to the inline virtual printer interface node described in claim 103, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

112. according to the inline virtual printer interface node described in claim 103, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

113. according to the inline virtual printer interface node described in claim 103, and wherein, the described identification information associated with the ready networked printer of described non-cloud is media access control address.

114. according to the inline virtual printer interface node described in claim 103, and wherein, the described identification information associated with described inline virtual printer interface node is media access control address.

115. according to the inline virtual printer interface node described in claim 103, wherein, described microcontroller is in response to the checking request from described cloud base service, and the ready networked printer of non-cloud described in poll is to obtain the identification information associated with the ready networked printer of described non-cloud;

The identification information that described microcontroller obtains from the ready networked printer of described non-cloud based on being triggered by described checking request and the identification information associated by the ready networked printer of described non-cloud associated with described inline virtual printer interface node create identifying code.

116. one kinds in the cloud base service on internet and the system providing communication between the ready networked printer of non-cloud, this system comprises:

The ready networked printer of non-cloud;

Network router; And

Inline virtual printer interface node;

Described inline virtual printer interface node comprises:

Housing,

117. according to the system described in claim 116, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

118. according to the system described in claim 116, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

119. according to the system described in claim 116, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

120. according to the system described in claim 116, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

121. according to the system described in claim 116, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

122. according to the system described in claim 116, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface creates the transmitter/receiver with the radio communication channel of the ready networked printer of described non-cloud.

123. according to the system described in claim 116, and wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router.

124. according to the system described in claim 116, and wherein, the ready networked printer of described non-cloud has scanning, duplicates and printing function.

125. according to the system described in claim 116, and wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

126. according to the system described in claim 116, and wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

127. according to the system described in claim 116, and wherein, the described identification information associated with the ready networked printer of described non-cloud is media access control address.

128. according to the system described in claim 116, and wherein, the described identification information associated with described inline virtual printer interface node is media access control address.

129. according to the system described in claim 116, and wherein, described microcontroller is in response to the checking request from described cloud base service, and the ready networked printer of non-cloud described in poll is to obtain the identification information associated with the ready networked printer of described non-cloud;

130. one kinds for by network router at the cloud base service on internet and the network virtual printer interface node providing communication between the ready networked printer of non-cloud, this network virtual printer interface node comprises:

Housing;

131. according to the network virtual printer interface node described in claim 130, and wherein, described communication interface receives the port being connected to the first cable of described network router.

132. according to the network virtual printer interface node described in claim 130, and wherein, described communication interface is the plug in the network port for being inserted into described network router.

133. according to the network virtual printer interface node described in claim 130, and wherein, described communication interface creates the transmitter/receiver with the radio communication channel of described network router.

134. according to the network virtual printer interface node described in claim 130, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

135. according to the network virtual printer interface node described in claim 130, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

136. according to the network virtual printer interface node described in claim 130, and wherein, the described identification information associated with the ready networked printer of described non-cloud is media access control address.

137. according to the network virtual printer interface node described in claim 130, and wherein, the described identification information associated with described inline virtual printer interface node is media access control address.

138. according to the network virtual printer interface node described in claim 130, wherein, described microcontroller is in response to the checking request from described cloud base service, and the ready networked printer of non-cloud described in poll is to obtain the identification information associated with the ready networked printer of described non-cloud;

139. one kinds in the cloud base service on internet and the system providing communication between the ready networked printer of non-cloud, this system comprises:

The ready networked printer of non-cloud;

Network router; And

Network virtual printer interface node;

Described network virtual printer interface node comprises:

Housing,

140. according to the system described in claim 139, and wherein, described communication interface receives the port being connected to the first cable of described network router.

141. according to the system described in claim 139, and wherein, described first communication interface is the plug in the network port for being inserted into described network router.

142. according to the system described in claim 139, and wherein, described communication interface creates the transmitter/receiver with the radio communication channel of described network router.

143. according to the system described in claim 139, and wherein, the ready networked printer of described non-cloud has scanning, duplicates and printing function.

144. according to the system described in claim 139, and wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

145. according to the system described in claim 139, and wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

146. according to the system described in claim 139, and wherein, the described identification information associated with the ready networked printer of described non-cloud is media access control address.

147. according to the system described in claim 139, and wherein, the described identification information associated with described inline virtual printer interface node is media access control address.

148. according to the system described in claim 139, and wherein, described microcontroller is in response to the checking request from described cloud base service, and the ready networked printer of non-cloud described in poll is to obtain the identification information associated with the ready networked printer of described non-cloud;

149. one kinds for by network router at the cloud base service on internet and the inline virtual printer interface node providing communication between the ready networked printer of non-cloud, this inline virtual printer interface node comprises:

Housing;

Described microcontroller sends changed local protocol to described non-cloud ready networked printer by described second communication interface;

Described microcontroller transmits the order associated with described the machine application programming interface language of the ready networked printer of described non-cloud changed by described second communication interface;

150. according to the inline virtual printer interface node described in claim 149, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

151. according to the inline virtual printer interface node described in claim 149, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

152. according to the inline virtual printer interface node described in claim 149, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

153. according to the inline virtual printer interface node described in claim 149, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

154. according to the inline virtual printer interface node described in claim 149, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

155. according to the inline virtual printer interface node described in claim 149, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface creates the transmitter/receiver with the radio communication channel of the ready networked printer of described non-cloud.

156. according to the inline virtual printer interface node described in claim 149, and wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router.

157. according to the inline virtual printer interface node described in claim 149, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

158. according to the inline virtual printer interface node described in claim 149, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

159. according to the inline virtual printer interface node described in claim 149, and wherein, the described identification information associated with the ready networked printer of described non-cloud is media access control address.

160. according to the inline virtual printer interface node described in claim 149, and wherein, the described identification information associated with described inline virtual printer interface node is media access control address.

161. according to the inline virtual printer interface node described in claim 149, wherein, described microcontroller is in response to the checking request from described cloud base service, and the ready networked printer of non-cloud described in poll is to obtain the identification information associated with the ready networked printer of described non-cloud;

162. one kinds in the cloud base service on internet and the system providing communication between the ready networked printer of non-cloud, this system comprises:

The ready networked printer of non-cloud;

Network router; And

Inline virtual printer interface node;

Described inline virtual printer interface node comprises:

Housing,

163. according to the system described in claim 162, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

164. according to the system described in claim 162, wherein, described first communication interface receives the port being connected to the first cable of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

165. according to the system described in claim 162, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

166. according to the system described in claim 162, wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router, and described second communication interface is the plug in the network port for being inserted into the ready networked printer of described non-cloud.

167. according to the system described in claim 162, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface receives the port being connected to the second cable of the ready networked printer of described non-cloud.

168. according to the system described in claim 162, wherein, described first communication interface is the plug in the network port for being inserted into described network router, and described second communication interface creates the transmitter/receiver with the radio communication channel of the ready networked printer of described non-cloud.

169. according to the system described in claim 162, and wherein, described first communication interface creates the transmitter/receiver with the radio communication channel of described network router.

170. according to the system described in claim 162, and wherein, the ready networked printer of described non-cloud has scanning, duplicates and printing function.

171. according to the system described in claim 162, and wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

172. according to the system described in claim 162, and wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

173. according to the system described in claim 162, and wherein, the described identification information associated with the ready networked printer of described non-cloud is media access control address.

174. according to the system described in claim 162, and wherein, the described identification information associated with described inline virtual printer interface node is media access control address.

175. according to the system described in claim 162, and wherein, described microcontroller is in response to the checking request from described cloud base service, and the ready networked printer of non-cloud described in poll is to obtain the identification information associated with the ready networked printer of described non-cloud;

176. one kinds for by network router at the cloud base service on internet and the network virtual printer interface node providing communication between the ready networked printer of non-cloud, this network virtual printer interface node comprises:

Housing;

Described microcontroller sends changed local protocol to described non-cloud ready networked printer by described communication interface;

177. according to the network virtual printer interface node described in claim 176, and wherein, described communication interface receives the port being connected to the first cable of described network router.

178. according to the network virtual printer interface node described in claim 176, and wherein, described communication interface is the plug in the network port for being inserted into described network router.

179. according to the network virtual printer interface node described in claim 176, and wherein, described communication interface creates the transmitter/receiver with the radio communication channel of described network router.

180. according to the network virtual printer interface node described in claim 176, wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

181. according to the network virtual printer interface node described in claim 176, wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

182. according to the network virtual printer interface node described in claim 176, and wherein, the described identification information associated with the ready networked printer of described non-cloud is media access control address.

183. according to the network virtual printer interface node described in claim 176, and wherein, the described identification information associated with described inline virtual printer interface node is media access control address.

184. according to the network virtual printer interface node described in claim 176, wherein, described microcontroller is in response to the checking request from described cloud base service, and the ready networked printer of non-cloud described in poll is to obtain the identification information associated with the ready networked printer of described non-cloud;

185. one kinds in the cloud base service on internet and the system providing communication between the ready networked printer of non-cloud, this system comprises:

The ready networked printer of non-cloud;

Network router; And

Network virtual printer interface node;

Described network virtual printer interface node comprises:

Housing,

186. according to the system described in claim 185, and wherein, described communication interface receives the port being connected to the first cable of described network router.

187. according to the system described in claim 185, and wherein, described first communication interface is the plug in the network port for being inserted into described network router.

188. according to the system described in claim 185, and wherein, described communication interface creates the transmitter/receiver with the radio communication channel of described network router.

189. according to the system described in claim 185, and wherein, the ready networked printer of described non-cloud has scanning, duplicates and printing function.

190. according to the system described in claim 185, and wherein, described microcontroller performs web server application to provide management from by described cloud base service broker to carry out the mutual browser of remote-control device, alternately, report and control.

191. according to the system described in claim 185, and wherein, described microcontroller carrys out in response to the restriction transmitted from the service of described cloud base to the ready networked printer of described non-cloud the service that gating provides by the ready networked printer of described non-cloud.

192. according to the system described in claim 185, and wherein, the described identification information associated with the ready networked printer of described non-cloud is media access control address.

193. according to the system described in claim 185, and wherein, the described identification information associated with described inline virtual printer interface node is media access control address.

194. according to the system described in claim 185, and wherein, described microcontroller is in response to the checking request from described cloud base service, and the ready networked printer of non-cloud described in poll is to obtain the identification information associated with the ready networked printer of described non-cloud;