CN101825860A - Imaging box chip applicable to multiple types of imaging devices, and implementation method and installation method thereof - Google Patents
Imaging box chip applicable to multiple types of imaging devices, and implementation method and installation method thereof Download PDFInfo
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- G03G21/16—Mechanical means for facilitating the maintenance of the apparatus, e.g. modular arrangements
- G03G21/18—Mechanical means for facilitating the maintenance of the apparatus, e.g. modular arrangements using a processing cartridge, whereby the process cartridge comprises at least two image processing means in a single unit
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Abstract
The invention discloses an imaging box chip applicable to multiple types of imaging devices, and an implementation method and an installation method thereof. Change information of multiple sets of imaging information applicable to different types of imaging devices or/and multiple sets of imaging information applicable to the same type of imaging devices is/are stored in the imaging box chip. When in use, while communicating with the unchanged information in the matched imaging information, the imaging device also directly communicates with the change information in one or multiple sets of the matched imaging information sequentially. Thus, the imaging box chip provided by the invention is applicable to multiple types of the imaging devices and/or can provide services for the matched imaging box for many times, thereby reducing the storage and input cost of manufacturers and being beneficial to environmental protection. In addition, in the invention, a chip adapter is arranged on the imaging box, so that different sets of imaging information corresponding to the imaging box chip can be transferred to the matched type of imaging device.
Description
Technical field
The present invention relates to the imaging device field, particularly a kind of imaging box chip of suitable polymorphic type imaging device, implementation method and installation method.
Background technology
Along with the development of imaging technique, the imaging device that is similar to laser print apparatus and inkjet-printing device and so on has obtained using widely.In imaging process, imaging device needs image-forming information.The image-forming information of imaging device in being recorded in imaging device, also be recorded on the imaging box chip, as shown in Figure 1, Fig. 1 is the imaging device of prior art and the communication interaction synoptic diagram between the imaging box chip.Wherein, imaging box chip is fixed on the imaging box and (generally sticks on the imaging box), this imaging box can be the ink cartridge of filling ink or fill the toner cartridge of carbon dust, and the effect of imaging box chip is to be controlled to picture box and imaging device coupling, and in follow-up imaging process the providing of image-forming information.Imaging box chip and imaging device carry out information interaction by the communication interface in the imaging box chip (not drawing among the figure).In imaging box chip, write down imaging box initial informations such as relevant imaging box model, color, recording material capacity, date of manufacture and manufacturer code, and the image-forming informations such as data of the sign recording material capacity that in follow-up print procedure, obtains.
At present, one is stained with an imaging box chip with the adaptive imaging box of imaging device, has stored the image-forming information adaptive with this imaging device.But along with the continuous development of imaging device, the number of types of imaging device is also more and more, and the imaging box chip type that thereupon will be fitted to imaging device respectively is also more and more.Therefore, the fabricator of imaging box chip just needs to make and a large amount of dissimilar imaging box chips of deposit, is fitted on the imaging device of different model so that can adhere on the corresponding imaging box, can increase tank farm stock and input cost like this.
Imaging box chip all is " disposable " in use, after promptly the data of the consumption of the data of the sign recording material capacity of storing in the image-forming information according to imaging box chip and the detected recording materials of imaging device determine that recording materials that print cartridge is supplied have exhausted, imaging device just can not re-use the mutual image-forming information of this imaging box chip, must change imaging box with new imaging box chip, even the recording materials of original imaging box can be filled once more and also can't have been used this original imaging box chip (data of the sign recording material capacity of storing in this original imaging box chip have shown the recording material capacity deficiency, can't revise, can't carry out imaging after imaging device reads).Like this, the user just can not carry out the filling of recording materials to used imaging box, just must abandon after the recording materials of imaging box exhaust, and has increased the user and has used the cost of imaging box and polluted environment, is unfavorable for environmental protection.
In addition, in the imaging box chip of imaging box, except the data of sign recording material capacity of storage can change information in as imaging process, also have other can change information, such as the imaging number of times etc.Imaging device also can read and store these and can change information in imaging process from imaging box chip, if when the change information of storing in the imaging device checking imaging box chip is incorrect, will stop imaging.Therefore, because these can change the existence of information, imaging box chip is exactly " disposable " in use.
As can be seen from the above analysis, because imaging box chip is only stored one type image-forming information, so this imaging box chip can only stick on one type the imaging box, for this imaging box provides " disposable " service, tank farm stock and input cost that this has not only increased compatible imaging box manufacturer also are unfavorable for environmental protection.
Summary of the invention
In view of this, the invention provides a kind of imaging box chip of suitable polymorphic type imaging device, this imaging box chip can be applicable to the polytype imaging device and/or repeatedly service can be provided for the imaging box of coupling.
The present invention also provides a kind of implementation method and installation method of imaging box chip of suitable polymorphic type imaging device, can make this imaging box chip be applicable to the polytype imaging device and/or can provide repeatedly for the imaging box of coupling and serve.
For achieving the above object, the technical scheme of the embodiment of the invention specifically is achieved in that
A kind of imaging box chip of suitable polymorphic type imaging device, this imaging box chip is installed on the imaging box, comprising: a plurality of storage unit, control module and a plurality of communication interface, wherein,
A plurality of storage unit, be used for storing respectively many compositions of being applicable to dissimilar imaging devices as the change information of information or/and the many compositions of imaging device that are applicable to same type as the change information in the information;
A plurality of communication interfaces are used for correspondingly one by one with a plurality of storage unit, when control module detects definite communication interface and imaging device when mutual, give imaging device with the change information transmission in the corresponding image-forming information of corresponding stored unit storage;
Control module between storage unit and communication interface, is used to detect and determines and the mutual communication interface of imaging device.
Described control module is also stored and is applicable to dissimilar imaging devices or/and the information that do not change in the image-forming information of same type image forming apparatus,
When communication interface was transferred to imaging device with the corresponding image-forming information of corresponding stored unit storage, this communication interface was also given imaging device with the information transmission that do not change in the image-forming information of storing in the control module.
Described a plurality of storage unit, also storage is applicable to dissimilar imaging devices or/and the information that do not change in the image-forming information of same type image forming apparatus respectively,
In communication interface the change information transmission in the corresponding image-forming information of corresponding stored unit storage is given in the process of imaging device, the information that do not change in this image-forming information also is transferred to imaging device.
A kind of imaging box chip that is applicable to the polymorphic type imaging device, this imaging box chip is installed on the imaging box, comprising: a plurality of chip nuclears and corresponding a plurality of communication interfaces, wherein,
A plurality of chips nuclear, be used for storing respectively be applicable to dissimilar imaging devices many compositions as information or/and the many compositions that are applicable to same type image forming apparatus as information;
A plurality of communication interfaces are used for correspondingly one by one with a plurality of chips nuclear, and when a selected communication interface and imaging device were mutual, the image-forming information that the chip nuclear of the communication interface that correspondence is selected is stored was transferred to imaging device.
Described chip nuclear also is used to detect to be determined and the mutual communication interface of imaging device.
A kind of implementation method of imaging box chip of suitable polymorphic type imaging device, many compositions that dissimilar imaging devices are set on imaging box chip as the change information in the information or/and many compositions of same type image forming apparatus as the change information in the information, this method also comprises:
Imaging device is when using this imaging box chip and one group of this imaging device coupling or carry out alternately as the change information in the information with many compositions of coupling successively.
One group of described and this imaging device coupling or successively with many compositions of coupling as the change information in the information carry out mutual before, this method also comprises:
After determining the type of imaging device, according to the communication interface in the definite imaging box chip that will use of the type of this imaging device;
At described and this imaging device coupling one group or carry out when mutual as the change information in the information with many compositions of coupling successively, by this communication interface with the change information in the image-forming information of corresponding group, and this compositions that is provided with is as not changing information transmission to imaging device in the information.
This composition of described setting as the information that do not change in the information to forming as the change information setting in the information;
Perhaps as dissimilar imaging devices or/and the not change information in the image-forming information of same type image forming apparatus concentrate to be provided with.
A kind of installation method of imaging box chip of suitable polymorphic type imaging device, this method comprises:
Installation portion at the imaging box is installed adaptor chip, and the imaging box chip of described suitable polymorphic type imaging device is installed on the adaptor chip.
Described adaptor chip sticks on the installation portion of imaging box or in the mode that fastens and is installed on the installation portion of imaging box;
The imaging box chip of described suitable polymorphic type imaging device is installed on the adaptor chip by the mode of fastening or the mode of chute;
This imaging box chip adopts and positively installs, reverse side is installed or revolve on a face and turn 90 degrees or Rotate 180 degree or rotate 270 degree and be installed on the adaptor chip, make that the communication interface and the imaging device that pass through coupling are mutual, the corresponding image-forming information that is matched to the picture type of device is provided.
As seen from the above technical solution, many compositions of being applicable to dissimilar imaging devices are stored in the imaging box chip during as the change information of same in the information as the change information in the information or/and with many compositions of same type image forming apparatus, when using this imaging box chip, imaging device with the image-forming information that is mated in the process that does not change information interaction in, also directly and one group of its coupling or carry out information interaction with many compositions as the change information in the information successively.Like this, imaging box chip provided by the invention just goes for the polytype imaging device and/or repeatedly service can be provided for the imaging box of coupling, has reduced the tank farm stock and the input cost of manufacturer, also is beneficial to environmental protection.
In addition, in order to make imaging box chip provided by the invention can be installed on the imaging box of institute's match-type imaging device, the present invention also is provided with adaptor chip on this imaging box, make that having these imaging box chips of forming as the change information in the information can be installed in by different mounting meanss on the adaptor chip more, make by corresponding communication interface and imaging device alternately, form to reach with one and do not change information transmission to the imaging device of institute's match-type as the change information in the information.
Description of drawings
Fig. 1 is the imaging device of prior art and the communication interaction synoptic diagram between the imaging box chip;
Fig. 2 is the image-forming information exchange method process flow diagram between the imaging device of imaging box chip provided by the invention and coupling;
Fig. 3 is structure one synoptic diagram of imaging box chip provided by the invention;
Fig. 4 is structure two synoptic diagram of imaging box chip provided by the invention;
Fig. 5 a～Fig. 5 b is the scheme of installation of adaptor chip provided by the invention;
Fig. 6 is installed in the scheme of installation of adaptor chip for imaging box chip provided by the invention;
Fig. 7 is the synoptic diagram from adaptor chip dismounting imaging box chip provided by the invention;
Fig. 8 is installed in the scheme of installation of adaptor chip for imaging box chip reverse side provided by the invention;
Fig. 9 is installed in the scheme of installation of adaptor chip for imaging box chip provided by the invention;
Figure 10 is adaptor chip structure two synoptic diagram provided by the invention;
Figure 11 is installed in installation two synoptic diagram of adaptor chip for imaging box chip provided by the invention.
Embodiment
For making purpose of the present invention, technical scheme and advantage clearer, below with reference to the accompanying drawing embodiment that develops simultaneously, the present invention is described in further detail.
From prior art as can be seen, cause the tank farm stock and the input cost that have increased manufacturer, the reason that also is unfavorable for environmental protection is that a storage box chip can only be stored one of a type image forming apparatus of coupling and form as information, so can only be applicable to the imaging device of a type.The type imaging device is rewritten to can't pass through the checking of imaging device the time at imaging device when this compositions changes information as the meeting in the information when using this to form as information, and this imaging box chip also just can't use.Like this, just need manufacturer that the imaging device of each type is disposed one type imaging box chip, and for the each type imaging box chip, the quantity of configuration is all bigger, in case be consumed, has increased tank farm stock and input cost virtually.In addition, because the use of this imaging box chip to single type imaging device and single imaging box (the single imaging box here is meant that recording materials can't repeat to fill or change information can't reuse), reuse after having caused the imaging box can't be repeated to fill recording materials, so be unfavorable for environmental protection.
At above-mentioned analysis, the invention provides a kind of imaging box chip, many compositions of being applicable to dissimilar imaging devices are stored in the imaging box chip during as the change information of same in the information as the change information in the information or/and with many compositions of same type image forming apparatus, when using this imaging box chip, imaging device with the image-forming information that is mated in the process that does not change information interaction in, also directly and one group of its coupling or carry out information interaction with many compositions as the change information in the information successively.Like this, imaging box chip provided by the invention just goes for the polytype imaging device and/or repeatedly service can be provided for the imaging box of coupling, has reduced the tank farm stock and the input cost of manufacturer, also is beneficial to environmental protection.
On specific implementation, at the many compositions that are applicable to dissimilar imaging devices of imaging box chip storage as the change information in the information or/and with many compositions of same type image forming apparatus as the change information in the information, be respectively arranged with different communication interfaces, this difference is formed as the change information in the information mutual with the imaging device that is complementary by different communication interfaces respectively.In this process, the different information of forming as information that do not change also can be set to many groups respectively or concentrate one group of setting, when mutual, are being transferred to imaging device as the change information in the information by corresponding communication interface with different compositions with imaging device together.Therefore, the present invention is provided with adaptor chip on this imaging box, be used to install imaging box chip, make that having these imaging box chips of forming as the change information in the information can be installed in by different mounting meanss on the adaptor chip more, mutual by corresponding communication interface and imaging device, form as the change information in the information and do not change information transmission to the imaging device of institute's match-type one.
When imaging box chip-stored by dissimilar imaging devices form as the change information in the information more the time, imaging box chip will form that this composition is as information (comprise change information and do not change information) alternately as the change information corresponding communication interface in the information and this imaging device by one of coupling imaging device, and imaging operation is discerned and finished to the feasible imaging box that this imaging box chip is installed by adaptor chip by this imaging device; When imaging box chip-stored by same type image forming apparatus form as the change information in the information more the time, imaging box chip will be by the coupling imaging device many compositions as the multi-unit message interface of information respectively with the mutual respective sets image-forming information of this imaging device (comprise change information and do not change information), make the imaging box that this imaging box chip is installed by adaptor chip to be reused by imaging device, the recording material capacity that perhaps makes this imaging box have can be higher.
In the present invention, not change information in the image-forming information is meant for dissimilar imaging devices or/and the information that same type image forming apparatus can not be changed in imaging process, such as the imaging box initial informations such as imaging box model, color, date of manufacture and manufacturer code for same type image forming apparatus.Here, the information that do not change in the image-forming information can not change information for many covers, and in use, imaging device obtains the information of not change accordingly and gets final product.
Change information in the image-forming information is meant for the set different information of dissimilar imaging devices and reaches the information that can change in imaging process, such as imaging device model, the data that characterize recording material capacity or printing times etc.; Set for same type image forming apparatus, as will to change in this imaging device imaging process value is such as data that characterize recording material capacity or printing times etc.
Fig. 2 is the image-forming information exchange method process flow diagram between the imaging device of imaging box chip provided by the invention and coupling, in this imaging box chip, be provided be applicable to dissimilar imaging devices many compositions as the change information in the information or/and the many compositions that are applicable to same type image forming apparatus as the change information in the information, also be provided with at this imaging box chip and be applicable to dissimilar imaging devices or/and the information that do not change in the image-forming information of same type image forming apparatus, its concrete steps are:
Step 203, one of coupling the type imaging device in this imaging box chip formed offer this imaging device by this communication interface as the change information in the information;
In this step, the process of realization can be finished by the adaptor chip of installing on the imaging box;
In this step, this composition also offers this imaging device by this communication interface as the information that do not change in the information;
In this step, for same type image forming apparatus or dissimilar imaging device, when the imaging device reads the change information of this composition as information, such as the data of characterization data material capacity or printing times etc., when not meeting set condition, just think not re-use this composition, be defaulted as and re-used imaging box with this imaging box chip as information;
In this step,, in the time will replacing this imaging device, determine that also this imaging device does not re-use this composition as information for dissimilar imaging devices;
In this step, going back to execution in step 201 is exactly to finish by the adaptor chip of installing on the imaging box again in fact, makes that another is formed as the change information in the information and does not change information to offer this imaging device by this change information corresponding communication interface.
In the present invention, for many compositions that will be applicable to dissimilar imaging devices as the change information in the information or/and with the many compositions in the same type image forming apparatus as the change information in the information, and will be applicable to dissimilar imaging devices or/and the information that do not change in the image-forming information of same type image forming apparatus respectively or concentrate and to be arranged in the imaging box chip, can adopt the imaging box chip of two kinds of structures, below describe in detail.
The imaging box chip of first kind of structure
As shown in Figure 3, Fig. 3 is structure one synoptic diagram of imaging box chip provided by the invention, and this imaging box chip is installed on the imaging box, comprising: a plurality of storage unit, control module and with a plurality of one to one communication interfaces of a plurality of storage unit, wherein,
A plurality of storage unit, be used for storing respectively many compositions of being applicable to dissimilar imaging devices as the change information of information or/and the many compositions of imaging device that are applicable to same type as the change information in the information;
A plurality of communication interfaces are used for correspondingly one by one with a plurality of storage unit, when control module detects definite communication interface and imaging device when mutual, give imaging device with the change information transmission in the corresponding image-forming information of corresponding stored unit storage;
Control module between storage unit and communication interface, is used to detect and determines and the mutual communication interface of imaging device.
In this embodiment, control module can also be stored and be applicable to dissimilar imaging devices or/and the information that do not change in the image-forming information of same type image forming apparatus (can comprise that many covers do not change information), when communication interface was transferred to imaging device with the corresponding image-forming information of corresponding stored unit storage, this communication interface was also given imaging device with the information transmission that do not change of the correspondence in the image-forming information of storing in the control module.
In this embodiment, described a plurality of storage unit, can also store respectively and be applicable to dissimilar imaging devices or/and the information that do not change in the image-forming information of same type image forming apparatus, in communication interface the change information transmission in the corresponding image-forming information of corresponding stored unit storage is given in the process of imaging device, the information that do not change in this image-forming information also is transferred to imaging device.
For example, if control module detects communication interface and imaging device is mutual, then the information that do not change in the image-forming information that the information that do not change or the control module of change information in the image-forming information in the storage unit 1 of correspondence and the image-forming information in the storage unit 1 are stored is transferred to imaging device by communication interface.
When different cell stores by dissimilar imaging devices form as the change information in the information more the time, control module detect with the mutual communication interface of imaging device after, will make change information in the image-forming information in the corresponding storage unit, and the not change information in the image-forming information of the information that do not change of the image-forming information in the corresponding storage unit or control module storage is mutual by this communication interface and this imaging device, makes the imaging box that this imaging box chip is installed by adaptor chip be discerned and finish imaging operation by this imaging device.
When different cell stores by same type image forming apparatus form as the change information in the information more the time, control module detect successively with the mutual communication interface of imaging device after, will make change information in the image-forming information in the corresponding storage unit successively, and the not change information in the image-forming information of the information that do not change of the image-forming information in the corresponding storage unit or control module storage is by detected communication interface, mutual with this imaging device respectively, make the imaging box that this imaging box chip is installed by adaptor chip to be reused by imaging device, the recording material capacity that perhaps makes this imaging box have can be higher.
The imaging box chip of second kind of structure
As shown in Figure 4, Fig. 4 is structure two synoptic diagram of imaging box chip provided by the invention, and this imaging box chip is installed on the imaging box, comprises a plurality of chip nuclears and corresponding a plurality of communication interfaces, wherein,
A plurality of chips nuclear, be used for storing respectively be applicable to dissimilar imaging devices many compositions as information or/and the many compositions that are applicable to same type image forming apparatus as information;
A plurality of communication interfaces are used for correspondingly one by one with a plurality of chips nuclear, and when a selected communication interface and imaging device were mutual, the image-forming information that the chip nuclear of the communication interface that correspondence is selected is stored was transferred to imaging device.
In this scheme, selected communication interface can artificially be controlled, also can detect respectively and determine and the mutual communication interface of imaging device, that is to say, the control module among Fig. 3 and each storage unit are integrated into a chip nuclear respectively finish the present invention by a plurality of chip nuclears.
In this embodiment, each chip is endorsed and is thought the imaging box chip that does not comprise communication interface described in the prior art.
In this embodiment, one of each chip nuclear storage is formed as in the information, comprises change information and does not change information.
The many compositions that store dissimilar imaging devices when different chips nuclear are during as information, different chips nuclears will should be formed as information alternately by corresponding communication interface and this imaging device, made the imaging box that this imaging box chip is installed by adaptor chip be discerned and finish imaging operation by this imaging device; The many compositions that store same type image forming apparatus when different chips nuclear are during as information, different chips nuclears will be successively by corresponding multi-unit message interface respectively with the mutual respective sets image-forming information of this imaging device, make the imaging box that this imaging box chip is installed by adaptor chip to be reused by imaging device, the recording material capacity that perhaps makes this imaging box have can be higher.
In order to make imaging box chip provided by the invention be used multiple times, make that different communication interfaces can be mutual with dissimilar imaging devices or same type image forming apparatus on this imaging box chip, just recursively be installed in dissimilar imaging boxes or in different imaging processes, be installed on the imaging box of same type, and unlike prior art, be adhered to once on the imaging box.The present invention also is provided with adaptor chip, and this adaptor chip is installed on the imaging box, and this adaptor chip can be fixed imaging box chip, and its installation position is the chip installation portion of imaging box.Fig. 5 a～Fig. 5 b is the scheme of installation of adaptor chip, in Fig. 5 a, as can be seen, adaptor chip is installed on the toner cartridge as the imaging box, the position of installing is the chip installation portion on the toner cartridge, is exactly the grid region of upper right quarter among Fig. 5 a, is illustrated as Fig. 5 b after the amplification.In Fig. 5 b, chip installation portion on the toner cartridge is amplified, this chip installation portion has three anchor points 1,2,3, accordingly, the anchor point 1 ', 2 ', 3 ' that three correspondences are arranged on adaptor chip, when mounted, three anchor points on the adaptor chip 1 ', 2 ', 3 ' are overlapped the location with three anchor points 1,2,3 of this chip installation portion, make the installation site non-migration adhere to.Certainly, when specific implementation, also can not adopt the mounting means of above-mentioned adhesion, but directly adaptor chip is fastened on the imaging box, but the installation site can not be offset.
Find out in the adaptor chip perspective view from Fig. 5 b, adaptor chip is a rectangle structure, a through-core hole is arranged in the centre, both sides at the length direction of rectangle structure, have two draw-in grooves (wherein Yi Bian two draw-in grooves overlap with the anchor point 1,2 of this chip installation portion) respectively, be used for fixing imaging box chip.On length direction two angles on one side of rectangle structure, a projection is arranged respectively, be used for positioning and imaging box chip when imaging box chip is installed.
Fig. 6 is installed in the scheme of installation of adaptor chip for imaging box chip, as shown in the figure.
Imaging box chip is a rectangle structure, central area wherein is components and parts, comprise storage unit and control module, or chip nuclear, the position after the installation and the through-core hole of adaptor chip match, and are used to expose storage unit and control module, or chip nuclear, can not damage when mounted, symmetrical central area has two square region in the longitudinal direction, is the communication interface of storage unit or chip nuclear.
This imaging box chip one side in the longitudinal direction has two grooves 1 on two angles ", 2 ", be used for adaptor chip on two projections 4 ', 5 ' corresponding, play the role of positioning during installation, center section on another side has a groove, is used to get out of the way the anchor point that adaptor chip is used to be installed in imaging box installation portion.
This imaging box chip the central area near one side with two grooves above, also have a contact, when making this imaging box chip, use, irrelevant with the solution of the present invention, repeat no more here.
When imaging box chip is installed, one side will not have being inserted on the adaptor chip of groove, and then press another side with groove, by four draw-in grooves engagings on the adaptor chip, like this, whole imaging box chip is finished installation.
As can be seen, the described mode of Fig. 6 is to adopt the mode that fastens that imaging box chip is installed on the adaptor chip.
When this imaging box chip of dismounting, as shown in Figure 7, the diagram arrow according to the centre just can take out imaging box chip from adaptor chip.
Lifting an object lesson illustrates:
The imaging box chip of protecting among a kind of the present invention, the model that can be common to Hewlett-Packard are that the model of 1320 laser printer and Hewlett-Packard is on 2300 the laser printer.
When imaging box chip need to be used for model be 1320 laser printer, just the mode of imaging box chip such as Fig. 6 is installed on the adaptor chip on the corresponding imaging box.Like this, imaging box chip just carries out the mutual of image-forming information by communication interface 1 (two square region among Fig. 6) and this printer.In imaging process, it is to communicate by communication interface 1 and this printer that the control module of imaging box chip or chip nuclear detect, so just utilize the image-forming information of its storage unit 1 and this printer to carry out alternately.
When imaging box chip is 1320 a laser printer when using in model, just this imaging box chip can be removed according to mode shown in Figure 7, and then imaging box chip is installed on the adaptor chip conversely according to the mode of Fig. 8.Here, the back side of imaging box chip also is symmetrically distributed with two square region in the longitudinal direction, is communication interface 2.Like this, be on 2300 the laser printer time when the imaging box is installed to model, communicate by communication interface 2 and this laser printer exactly.In imaging process, it is to communicate by communication interface 2 and this printer that the control module of imaging box chip or chip nuclear detect, so just utilize the image-forming information of its storage unit 2 and this printer to carry out alternately.
When imaging box chip is 1320 a laser printer when using in model, just this imaging box chip can be removed according to mode shown in Figure 9, identical with mode shown in Figure 7, repeat no more here.
In the present invention, another kind of adaptor chip also is provided, structure as shown in figure 10, this adaptor chip is a rectangle structure, the groove that a band circular arc is arranged in the centre on one side of length direction on two angles of the another side of the length direction of rectangle structure, has the projection of vertical bending L type respectively, the below of this projection has groove, is used for fixing imaging box chip.There are two draw-in grooves on one side in the projection of the vertical bending L of having of this adaptor chip type, and the center section of another side has a draw-in groove, is used for using when being installed in the imaging box.
From the structure of Figure 10 as can be seen, imaging box chip adopts the mode of chute to be installed on the adaptor chip.
The structure of corresponding Figure 10, imaging box chip synoptic diagram when mounted as shown in figure 11, the imaging box chip correspondence the groove of adaptor chip projection in the longitudinal direction, insert adaptor chip, and the turning of the projection of this L type engages with groove on the imaging box chip, and fixing imaging box chip can move left and right.
In this embodiment, the thickness on one side of the projection with vertical bending L type of this adaptor chip can also be lower than another side slightly, forms an inclined-plane, makes imaging box chip be not easy to skid off.
In this embodiment, installation be the front of imaging box chip, certainly, the reverse side of imaging box chip can be installed according to the method described above also.Further, when imaging box chip is manufactured in the longitudinal direction symmetry, also imaging box chip can be transferred turnback to install; When imaging box chip be manufactured on the length direction and Width on all during symmetry, imaging box chip can also be transferred turn 90 degrees or 270 degree are installed.Installation process is with above-mentioned identical, here repeat no more, but note and to determine communication interface according to current imaging device type, the communication interface of coupling is installed to suitable position by the chip mounting adapter, makes that the image-forming information that is mated can be mutual by communication interface and the imaging device determined.
More than lift preferred embodiment; the purpose, technical solutions and advantages of the present invention are further described; institute is understood that; the above only is preferred embodiment of the present invention; not in order to restriction the present invention; within the spirit and principles in the present invention all, any modification of being done, be equal to and replace and improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. the imaging box chip of a suitable polymorphic type imaging device is characterized in that, this imaging box chip is installed on the imaging box, comprising: a plurality of storage unit, control module and a plurality of communication interface, wherein,
A plurality of storage unit, be used for storing respectively many compositions of being applicable to dissimilar imaging devices as the change information of information or/and the many compositions of imaging device that are applicable to same type as the change information in the information;
A plurality of communication interfaces are used for correspondingly one by one with a plurality of storage unit, when control module detects definite communication interface and imaging device when mutual, give imaging device with the change information transmission in the corresponding image-forming information of corresponding stored unit storage;
Control module between storage unit and communication interface, is used to detect and determines and the mutual communication interface of imaging device.
2. imaging box chip as claimed in claim 1 is characterized in that, described control module is also stored and is applicable to dissimilar imaging devices or/and the information that do not change in the image-forming information of same type image forming apparatus,
When communication interface was transferred to imaging device with the corresponding image-forming information of corresponding stored unit storage, this communication interface was also given imaging device with the information transmission that do not change in the image-forming information of storing in the control module.
3. imaging box chip as claimed in claim 1 is characterized in that, described a plurality of storage unit, and also storage is applicable to dissimilar imaging devices or/and the information that do not change in the image-forming information of same type image forming apparatus respectively,
In communication interface the change information transmission in the corresponding image-forming information of corresponding stored unit storage is given in the process of imaging device, the information that do not change in this image-forming information also is transferred to imaging device.
4. an imaging box chip that is applicable to the polymorphic type imaging device is characterized in that, this imaging box chip is installed on the imaging box, comprising: a plurality of chip nuclears and corresponding a plurality of communication interfaces, wherein,
A plurality of chips nuclear, be used for storing respectively be applicable to dissimilar imaging devices many compositions as information or/and the many compositions that are applicable to same type image forming apparatus as information;
A plurality of communication interfaces are used for correspondingly one by one with a plurality of chips nuclear, and when a selected communication interface and imaging device were mutual, the image-forming information that the chip nuclear of the communication interface that correspondence is selected is stored was transferred to imaging device.
5. imaging box chip as claimed in claim 4 is characterized in that, described chip nuclear also is used to detect to be determined and the mutual communication interface of imaging device.
6. the implementation method of the imaging box chip of a suitable polymorphic type imaging device, it is characterized in that, many compositions that dissimilar imaging devices are set on imaging box chip as the change information in the information or/and many compositions of same type image forming apparatus as the change information in the information, this method also comprises:
Imaging device is when using this imaging box chip and one group of this imaging device coupling or carry out alternately as the change information in the information with many compositions of coupling successively.
7. method as claimed in claim 6 is characterized in that, one group of described and this imaging device coupling or successively with many compositions of coupling as the change information in the information carry out mutual before, this method also comprises:
After determining the type of imaging device, according to the communication interface in the definite imaging box chip that will use of the type of this imaging device;
At described and this imaging device coupling one group or carry out when mutual as the change information in the information with many compositions of coupling successively, by this communication interface with the change information in the image-forming information of corresponding group, and this compositions that is provided with is as not changing information transmission to imaging device in the information.
8. method as claimed in claim 7 is characterized in that, this composition of described setting as the information that do not change in the information to forming as the change information setting in the information;
Perhaps as dissimilar imaging devices or/and the not change information in the image-forming information of same type image forming apparatus concentrate to be provided with.
9. the installation method of the imaging box chip of a suitable polymorphic type imaging device is characterized in that, this method comprises:
Installation portion at the imaging box is installed adaptor chip, and the imaging box chip of described suitable polymorphic type imaging device is installed on the adaptor chip.
10. method as claimed in claim 9 is characterized in that, described adaptor chip sticks on the installation portion of imaging box or in the mode that fastens and is installed on the installation portion of imaging box;
The imaging box chip of described suitable polymorphic type imaging device is installed on the adaptor chip by the mode of fastening or the mode of chute;
This imaging box chip adopts and positively installs, reverse side is installed or revolve on a face and turn 90 degrees or Rotate 180 degree or rotate 270 degree and be installed on the adaptor chip, make that the communication interface and the imaging device that pass through coupling are mutual, the corresponding image-forming information that is matched to the picture type of device is provided.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010146801A CN101825860A (en) | 2010-03-13 | 2010-03-13 | Imaging box chip applicable to multiple types of imaging devices, and implementation method and installation method thereof |
| PCT/CN2011/071722 WO2011113328A1 (en) | 2010-03-13 | 2011-03-11 | Imaging cartridge chip for different types of imaging devices, realizing method, mounting method thereof and chip adapter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010146801A CN101825860A (en) | 2010-03-13 | 2010-03-13 | Imaging box chip applicable to multiple types of imaging devices, and implementation method and installation method thereof |
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| CN101825860A true CN101825860A (en) | 2010-09-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201010146801A Pending CN101825860A (en) | 2010-03-13 | 2010-03-13 | Imaging box chip applicable to multiple types of imaging devices, and implementation method and installation method thereof |
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| CN (1) | CN101825860A (en) |
| WO (1) | WO2011113328A1 (en) |
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