CN1906038A

CN1906038A - Inkjet printer system with removable cartridge

Info

Publication number: CN1906038A
Application number: CNA2004800407775A
Authority: CN
Inventors: 卡·西尔弗布鲁克; 盖瑞·雷蒙德·杰克逊
Original assignee: Silverbrook Research Pty Ltd
Current assignee: Memjet Technology Ltd
Priority date: 2004-01-21
Filing date: 2004-01-21
Publication date: 2007-01-31
Anticipated expiration: 2024-01-21
Also published as: AU2004314461A1; AU2009202998B2; AU2009202990A1; CN100564039C; EP1706267A1; AU2009202985A1; AU2008221546A1; JP2007534518A; AU2009202986B2; AU2009202990B2; AU2009202994A1; AU2009202995B2; AU2008221546B2; CA2550777C; ATE465875T1; AU2009202996A1; WO2005070675A1; AU2009202983B2; AU2009202991A1; AU2009202998A1

Abstract

A printer cartridge for an inkjet printer including a printing fluid storage means (28, 30, 32, 34) and a pagewidth printhead (52) in communication with said printing fluid storage means. The inkjet printer including a cradle unit having a body complementary to the removable printer cartridge; a data connection point fast with the body for receiving data signals defining images for printing from an external data source; and a processing means coupled to the data connection point and arranged to operate the pagewidth printhead in response to the data signals to print said images.

Description

Removable cartridge with ink-jet printing system

Technology

The present invention relates to a printing system, and more specifically relates to a detachable ink-jet printing system Print cartridge.

The following applications have been reviewed by the applicant in this application also proposed:

PCT/AU＿/＿＿(WAL)，PCT/AU＿/＿＿(MPA)，PCT/AU＿/＿＿(SMA.)

These co-pending application for disclosure of which is incorporated herein by reference. The application has been Marked its application docket number, once assigned, the docket number will replace the number in the appropriate application.

BACKGROUND

Traditionally, the majority of commercially available inkjet printer when printing in the print The width of the media back and forth through the print head. The print head is supplied with ink for printing and And usually have a limited lifetime, after which the print head needs to be replaced. As the print head back and forth Dimensions and construction, removal and replacement of this component is relatively easy, and the printing apparatus is designed to This component is easily accessible. Despite that the use of such a conventional reciprocating print head printing system can Sufficient quality to the print job, the print head must be sustained by the stationary printing medium, Such systems typically slow - particularly when used to complete the photo-quality print job. ...

More recently, been able to provide extends over the entire width of the printing medium the printing head, so that when Move the print media through the print head remains stationary. This is usually referred to as page width printhead print head, And because the print head is not back and forth across the print media, and the use of traditional reciprocating printhead compared to Lee The print head can be obtained with a much higher printing speed. However, since the print head has a print The length of the media, it must support the structure of the printing apparatus, and requires a plurality of electrical connectors with Transmit power and data to drive the print head, and thus, the print head is removed and replaced as Traditional reciprocating printhead so easy. ...

SUMMARY OF THE INVENTION

According to a first aspect of the present invention, there is provided a print cartridge for an ink jet printer, comprising:

Print fluid storage device; and

And said printing means in fluid communication with the fluid storage page width printhead.

Page wide print head can be configured to generate at least 8 inches wide print blotting, and can include to 20,000 less fluid storage means and printing the printing fluid in fluid communication with the nozzle.

Printing fluid storage device may hold a body portion, the body portion comprises supplementary from an external source Printing fluid device, and may include one or more print cartridges for storing a storage pool. The Said storage pool can be independent enough to store a set of color ink color printing, as well as assisting fixed by the Page wide print head of an ink transport fixative and, in some applications require not visible to allow Spectral range infrared ink for printing.

Print cartridge may include a first electrical connector, said first electrical connector configured to the page width printhead The electrical connection and page width printhead adjacent first end, the first ink jet printer for use with With a respective connector. Second electrical connector can also be set with the page width printhead electrical connections and And contiguous page wide printhead second end, a second ink jet printer for use with the mating connector Tie. In this arrangement, when the print cartridge is accommodated in the ink jet printer, the power and data can be through Over the first and second electrical connectors and the corresponding ink-jet printer with an electrical connection between the OFF Department from ink jet printers to the page width printhead transmission. ...

Accordingly, in the present invention, in a further embodiment, there is provided a page width help maintain The type of ink jet printhead printer, the method comprising the steps of:

Each split in at least a first and a second part of the ink jet print head, the first part More often than the second part requires replacement;

Wherein the first portion includes a page width printhead.

The first part may further include a printing fluid storage means for storing the page size to be Print head transport fluid, and a fluid storage means of the print cartridge in the form was printed, the Print cartridge can be removably received in the second portion.

The second portion may be a printer stand, the apparatus having a cavity adapted to receive the print cartridge. Printer stand also includes an electronic control device, accept the print cartridge in the printer bracket set After preparation for the adoption of internal power and data connectors control the operation of the print cartridge, the power and data Connector disposed on the print cartridge. Printer stand apparatus may further include print media handling system System, the print cartridge is used to supply print media for the print head to the print media in the previous table Print.

In a second aspect, the present invention provides an ink jet print cartridge, comprising: a body portion, the body portion Including:

A printing fluid storage means, and

That includes at least 20,000 printing fluid storage means and the printing fluid input in fluid communication Sending the print head nozzles.

In the present invention, an alternative embodiment of this aspect, the print head may comprise at least 30,000 and Printing fluid storage means in fluid communication with the fluid delivery nozzle printing. In another embodiment, The print head may include a page width printhead.

Printing a printing fluid cartridge storage device may include one or more storage pools, for standalone storage Storage of one or more printing for printing fluid. This printing fluid may be sufficient for a Color printing, color ink, and also including means for conveying fluid from said nozzle after transport To help secure an ink fixative and an infrared ink.

According to a third aspect of the present invention, there is provided an ink jet printer, comprising:

Bracket;

The bracket can be releasably by a combination of ink jet print cartridge, the ink jet print cartridge comprising:

For respectively storing ink and the ink fixing agent, at least first and second storage means;

With the first and second storage means in fluid communication with a page width print head; and

Controlling the ink is applied by the printing head and the ink fixing agent is transported by said print head after Conducive to the print medium ink fixing device.

The inkjet print cartridge may include other storage device to store a set of independent enough to fight for color Printed color ink.

According to the present invention, another embodiment of this aspect, there is provided a set by an ink-jet Releasably binding printer ink jet print cartridge, said print cartridge comprising:

Are accommodated ink and the ink fixing agent is at least a first and second memory means; and

With the first and second storage means in fluid communication with page width printhead.

According to the present invention, another embodiment of this aspect, there is provided a method for operating including the above The type of the print cartridge ink jet printer, the method comprising:

Control page width print head to the ink in one kind of print media use; and

By controlling the page width print head to the ink fixing agent is applied on the media in order to facilitate the ink is fixed to the media On.

According to a fourth aspect of the present invention, there is provided a print cartridge for an ink jet printer, including Including:

One or more of the ink used for printing; and

And said fluid communication with one or more ink print head; wherein said one or more of the ink At least one is an infrared ink.

The print cartridge may further include a setting to store the ink for printing the body portion, and The print head may be attached to a page width of the body portion to facilitate fluid communication with the printhead. Said storage The body portion of one or more fluids may also include a set of color ink to enable a color Print.

According to a fifth aspect of the present invention, there is provided a print cartridge for an ink jet printer, including Including:

For storing one or more print a printing fluid a fluid storage means;

With the storage device in fluid communication with the fluid print page width printhead; and

Storage means to the printing fluid refill port in fluid communication.

The print cartridge of the present invention may further include a body portion, wherein the printing fluid storage compartment Device, and attached on a page width printhead and re-filling port. Furthermore, the printing fluid Storage means may further include one or more of said printing fluid is independent of each of the printing Fluid storage pool, wherein said one or more printing fluid can include a set of color printing beneficial Color ink. In addition, the re-filling port can include one or more corresponding to said independent play Printing fluid storage pool and the fluid communication with each inlet.

According to a sixth aspect of the present invention, there is provided a method for removable print cartridge ink jet printer, Including:

Print fluid storage device;

Fluid storage means with the print head in fluid communication; and

Arranged to guide the air through the print head assembly, the assembly comprising a filter.

The assembly may further include an entry for the print cartridge away from one of the source - for example, As provided in the ink jet printer's source - to accept the air. Print cartridge print head may include a Page width print head, and the filter may have a collection of receiving from an external source present in the air The ability of the particulate matter. In this regard, since the print cartridge from the ink jet printer can remove a Once replace the print cartridge, used to filter the air filter will also be replaced. . The purpose of this component is to prevent Paper or particulate matter accumulation or vibration on the surface of the print head, which would cause damage to the print Head, the print head and affect the print quality of the work done. ...

Generates an air stream;

Means attached to the print cartridge from the air flow filter filtering particulate matter, in order to Produce filtered air; and

The filtered air is directed through the print head.

According to a seventh aspect of the present invention, there is provided a print cartridge for an ink jet printer, including Including:

Print fluid storage device;

Fluid storage means with the print head in fluid communication;

Air inlet; and

One or more settings to guide air from the air inlet pipe through the print head.

Print cartridge print head may be of page width print head and the print cartridge from the ink jet printer Replace the print cartridge in order to facilitate removal.

Air inlet may be provided in the inkjet printer with the complementary structure, whereby air is available from Setting the print cartridge away from the air supply source is supplied to the print cartridge.

According to an eighth aspect of the present invention, there is provided a print cartridge for an ink jet printer, including Including:

Print fluid storage device;

Fluid storage means with the print head in fluid communication;

The printhead arranged to absorb the printing ink around the fluid aspirator.

In a preferred embodiment, the fluid storage means and the printing of the print cartridge print head can be set Set to the fastening body portion of the print cartridge and print absorb fluids that can be coupled to the body portion.

Printing may also include a fluid pipettor engaging with the engaging means a component for selection Selectively enables the printing fluid to the print head with suckers, and the printing device may include a fluid drawing A absorbent material, the absorbent material is provided so that when the print head is printed on the print medium Absorbed when ejected from the print head printing fluids.

Fluid is able to absorb printing rotatably coupled to the body of the print cartridge and also slidably Coupled to the body portion. Including page width printhead printhead case can be drawn along the page width Print head extends along the entire length of the printhead perform drawing functions.

According to the present invention, another embodiment of this aspect, there is provided a method for an ink jet printer Print cartridge, including:

Including at least one print body fluid storage pool;

Attached to the body portion and the at least one printing fluid communication with fluid storage pool print Head;

Is rotatably coupled to the body portion of the printing fluid aspirator; and

Absorb the fluid in the print on a component for engaging with the engaging means, for selecting Sex leads to fluid suckers print with the print head.

According to a ninth aspect of the present invention, there is provided a print cartridge for an ink jet printer, including Including:

Print fluid storage device;

Fluid storage means with the print head in fluid communication; and

Configured to selectively execute a plurality of different functions on the printhead printhead auxiliary group Pieces.

In a preferred embodiment, the components perform the various functions described may include at least one A: lessons around the ink print head, cover relative to the print head and the print head as a pressure plate.

Auxiliary print head assembly may include a print head adjacent to the print cartridge coupled rotatable element Pieces. The rotatable member may include a plurality of faces, each configured to perform one of the above-indicated Different functions.

Print cartridge also includes an engagement means, the engagement means secured to the rotatable member for through Through inkjet printer mechanism engagement, for selectively operating the print head with the surface. This ground The printer control means may be combined to ensure the assembly is in a particular state of the printer required expectations Orientation. In this regard, the print cartridge may include a biasing means, the biasing means is arranged to abut Print head normally biased to one side of the rotating element, so that the components are always executed in a The position of the desired function.

In a preferred embodiment, the print cartridge including page wide printhead, wherein said assembly extension Stretched length of the print head.

According to a tenth aspect of the present invention, there is provided a print cartridge for an ink jet printer, including Including:

Print fluid storage device;

Fluid storage means with the print head in fluid communication; and

Electrically connected to said print head a first electrical connector, said first electrical connector adjacent pages wide play Setting a first end of the print head, for use with an inkjet printer with a first corresponding connector.

The print cartridge may further include a page width printhead adjacent second end electrically connected to a second Connector, for use with an inkjet printer with a second corresponding connector. The electrical connector provides An apparatus in which data and power may be supplied to the print cartridge in order to control the print head on the printing medium Print. The first and second connectors with the ink jet printer with a corresponding connector such that, upon Inkjet print cartridge engagement occurs with power and data transmission. In this regard the print stream Memory device, page wide print head and the first and second electrical connectors can be attached to each print cartridge The body.

Adapted to receive the ink jet printer and comprises a fluid storage means to the printing strip body Ministry;

Attached to the body portion and the fluid storage means with the print page width printing fluid communication Head; and

And electrically connected to said print head first and second electrical connectors, said first and second connection Is attached to the elongated body portion and adjacent opposite ends of the page width printhead settings for use with inkjet The first printer and the corresponding second electrical connector fitting.

According to an eleventh aspect of the present invention, there is provided a print cartridge for an ink jet printer, Including:

Print fluid storage device;

Fluid storage means with the print head in fluid communication; and

Communicating with the ink storage pool refill port, the port is set to receive a refill to supplement Ink refill ink storage pool; and

IC component, the IC component configured to store at least one refill ink on And store the ink in the ink storage pool performance information.

In a preferred embodiment, refill ink on the ink stored in the ink storage pool performance The information may include any of the following information: a storage pool on the ink remaining amount of ink, the ink refilling Source of refilling the ink rheology and color of the ink refilling. Preferably, the integrated circuit Road assembly includes a mounting on the ink jet printer power connector for refilling ink containing the Refillable cartridge IC connection.

In a preferred form, the print cartridge is a page width printhead printhead.

In the present invention, another embodiment of this aspect, there is provided a method for maintaining an ink jet printing Machine authenticity of the ink supply, wherein the ink jet printer includes a removable print cartridge is Type, the print cartridge includes a page width printhead of the ink storage means communicating, the method comprising Steps:

A refill ink cartridge, the ink refill cartridge includes a memory on the ink refilling Information on the performance integrated circuit package;

Refill the ink cartridge will connect to the print cartridge; and

Perform a test to compare the performance of refilling the ink stored in the ink within the ink storage means Performance.

Preferably, the comparison of the performance and the refilling ink stored in the ink of the ink storage device performance A determining step includes the performance of the ink has the same steps, so that the ink from the ink storage means Supply means refilling.

According to a twelfth aspect of the present invention, there is provided a print cartridge for an ink jet printer, Including:

Multiple storage pools, each storage pool to store specializing in a predetermined printing fluid;

Communicating with said print head storage pool; and

Set with the corresponding refill cartridge refill port connector, said refill port Including corresponding to each storage pool and an inlet in fluid communication.

In a preferred embodiment, the print cartridge may be a page width printhead print head, and print Fluid may include a set of color inks for color printing, the ink in the ink fixing agent, and any one of the infrared Kind or kinds.

According to the present invention, an alternative embodiment of this aspect, there is provided an ink jet printer and then Filling system, comprising:

A refill port print cartridge, including a plurality of inlets, these entries corresponding to the plurality of storage Each storage pool and is in fluid communication therewith, each of the storage pools are designed to store a variety of print A predetermined fluid; and

At least one cartridge refilling the refill cartridge containing said fluid in one of a variety of printing and And includes a setting to fit the refill port of the connector, the connector having an outlet Port, the outlet arranged to interface with a particular one of the refill inlet of the inlet and the plurality of storage Communicating a particular one of the pool and the storage pool designed to store received in the play of the filling inside the India fluids.

Inkjet printers print cartridge refill system may include a print head, the print head and the Said printing fluid storage tank connected, and the print head can be a page width printhead.

According to a thirteenth aspect of the present invention, there is provided a print cartridge for an ink jet printer, Including:

Print fluid storage device; and

And said printing means in fluid communication with the fluid storage page width print head, the print head comprising Extends the length of the printhead two print chips.

Both print chips are preferably arranged to abut with the print head extends long Degrees.

Print cartridge preferably comprises a long strip of the body, the body portion adapted to receive the printer stand And preferably has the inner opposite ends of the print head and the print chip are electrically connected with two electric connection Makers.

According to a fourteenth aspect of the present invention, there is provided a print cartridge for an ink jet printer, Including:

Print fluid storage device;

With said printing fluid storage means in fluid communication with the page width printhead; and

Extending the length of the print head cover, is set to an inkjet printer when the print cartridge is inserted into the holder Protect the print head to avoid contact paper.

Preferably, the print cartridge includes a body portion strip to accommodate the printing fluid storage means, Wherein the housing adapted to be detachably accommodated in the ink jet printer. The shroud is set for further A cover plate to seal the print cartridge in the use of the air tube.

According to the present invention, another embodiment of this aspect, there is provided an ink jet print cartridge, comprising:

Stent adapted to accommodate the printer an elongated body portion;

Accommodated in long strips within the body fluid storage pool at least one print;

Attached to the elongated body portion and the at least one printing fluid communication with fluid storage pool Page width printhead; and

Extending over the length of the print head cover, the cover is set when a print cartridge into the ink-jet printer Protect the print head bracket to avoid contact with the paper, and also set to seal inkjet printer cartridge The air tube.

According to a fifteenth aspect of the present invention, there is provided a print cartridge for an ink jet printer, Including:

A long strip body portion, the body portion to accommodate a printing fluid storage means and adapted to accept In an inkjet printer stent;

A attached to the page width print head with said printing fluid in fluid storage means Through the page width printhead; and

A validation set page width printhead evenly compressed air distribution components.

Preferably, the air distribution assembly includes means for receiving from an external compressed air source Entrance and an elongated body portion formed on the inside, and along with the inlet of the page width print Head of the channel set. The air distribution assembly further includes a filter for the channel length Degree sealed and disposed along the length of the air directed to the print head. The filter settings It is only set to the air pressure within the channel reaches a threshold level to allow air to pass through. This can be Through the filter includes a plurality of the size is set to determine a threshold level of the hole to achieve.

According to a sixteenth aspect of the present invention, there is provided a print cartridge for an ink jet printer, Including:

One or more printing fluid storage pools;

Determining one or more print printing fluid delivery passage of fluid conveying elements; and

By means of said one or more printing fluid delivery channels and the one or more print stream Body in fluid communication with the storage pool page width printhead.

Preferably, said one or more print of fluid contained in a storage pool elongated body portion And the page width print head is preferably attached to the elongated body portion.

Print fluid transport element is preferably arranged to extend over the length of the print head and page width printhead Preferably by printing fluid transport element is attached to the elongated body portion. Print fluid transport element is preferably Identified a number of printing fluid delivery channel in the printing fluid is transported from the storage pool to the print head.

According to a seventeenth aspect of the present invention, there is provided a print cartridge for an ink jet printer, Including:

A removable ink jet print cartridge complementary portion, the ink jet print cartridge having a page width hit Print head and ink supply means on the type;

A body portion with said fastening data connection for receiving data from an external data source channel Number, the data signal determines the image for printing; and

Coupled to a data connection point and is set to operate in response to said data signal page width print head Printing of the image processing apparatus.

Preferably, the ink jet printer frame body portion defining a recess, the shape of the recessed portion Shape adapted to receive a page width ink jet print cartridge detachably mountable, so that the print cartridge from the holder body portion of the support. The stent body may also include a power connection for operation of electric power from an external power receiver.

According to an eighteenth aspect of the present invention, there is provided a print cartridge for an ink jet printer, Including:

A plurality of removable ink jet print cartridge in the body portion of each complementary, each ink-jet printer Print cartridge is a page wide print head and the ink supply device type, and each of the inkjet print cartridge has Different performance characteristics; and

A controller, the controller is set so that when said plurality of print cartridge coupled to each of Determining when said bracket performance characteristics of the print cartridge, and is provided to determine the performance characteristics in response to Levy to operate each of the print cartridge.

Preferably, the controller is configured to operate more than one removable ink jet print cartridge in each, The performance characteristics of these print cartridge difference is one or more of the following: the best print speed; ink Capacity.

Preferably, said body portion includes a recessed portion for receiving a plurality of removable inkjet Either box.

According to a nineteenth aspect of the present invention, there is provided an ink jet printer easy to upgrade a Method, the ink jet printer that includes the type of the page width printhead, the method comprising the steps of:

Providing a complementary frame and the initial print cartridge ink jet printer, wherein said holder is set To operate multiple performance characteristics with different print cartridge;

Having improved performance characteristics using the plurality of the other print cartridge replacement Initial Print Cartridge.

Preferably, the print cartridge of different performance characteristics include one or more of: printing speed; Ink volume; number and type of ink.

Supported by the holder of the various print cartridge print speeds of at 15ppm to 60ppm Changes between.

Supported by the holder of the various print cartridge ink capacity ink in 150ml to 300ml Ink Varies between

Supported by the holder of the ink cartridge loading various printing the number and types can include any of the following One or more of: black, cyan, magenta, yellow, infrared and the ink fixing agent.

According to a twentieth aspect of the present invention, there is provided a print cartridge for an ink jet printer, Including:

A plurality of ink jet print cartridge; and

A plurality of ink jet printer stand, each comprising a body portion, the body portion defining a concave Portion and arranged to receive and operate the plurality of ink jet print cartridge supported by a set of ink-jet Each print cartridge;

Those which do not belong to a set of said plurality of ink jet print cartridge to be supported - with respect to the A plurality of inkjet printers particular a stent - inkjet print cartridge shaped to prevent its Acceptance in the particular inkjet printer stand recessed portion.

Preferably, the ink jet print cartridge including page wide print head and includes a page width printhead In fluid communication with the inner wall of the ink storage device. The internal ink storage means may include a plurality of separate ink storage Storage pool for isolated storage for printing ink.

Preferably, there is no stand to support the specific inkjet printer inkjet print cartridge is formed with a Protrusion or a recess, when trying to said print cartridge into said holder, the protrusion Or a recess with a recess or a protrusion with.

To help identify those who are visually stand to support a specific printer inkjet print cartridge, can be In the inkjet print cartridges and inkjet printers bracket set indicating devices. The indicating device can be submitted Colored markers and other forms.

Twenty-first aspect of the present invention, there is provided an ink jet printer stand, including:

A removable ink jet print cartridge complementary portion, the ink jet print cartridge having a page width hit Print head and ink supply means on the type; and

A setting of the print cartridge as a test of the IC package authentication devices

Removable ink jet print cartridge verification apparatus preferably comprises a quality assurance chip that Stores information about the operating performance of the print cartridge information.

Printer stand body portion preferably defines a removable ink jet print cartridge to accept the recess, And the circuit assembly may include a body portion mounted on the connector when the removable ink-jet printer Print cartridge is inserted into the recess when the connector is installed print cartridge is sufficient to connect the core quality assurance Film. Circuit assembly may include a control circuit of the ink jet printer stand part of the control Circuit can be set to indicate a failure to verify the print cartridge authentication devices.

According to a twenty-second aspect of the present invention, there is provided an ink jet printer stand, including:

A body portion, the body portion defining a recessed portion, the recessed portion is sized to be placed A removable print cartridge, the print cartridge is a page width printhead type; and

Said body portion is located in the terminal, when said print cartridge is inserted into said concave portion when the terminal with Come in contact in said ink jet print cartridge detachably mountable on the print corresponding terminal, thereby facilitating in the Said bracket and said electrical connection on the print cartridge.

Preferably, the printer terminal is located on the bracket body of the concave portion of one or more Walls. Said concave portion may be a long strip of the recess, and the terminal is preferably located at the At least one end wall of the wall. In other embodiments, the terminal is in said elongated wall The opposite end walls.

Each end of said printer frame may include data and power supply terminals so that the printer Bracket and passing data between inkjet print cartridge and electricity.

According to the present invention, another embodiment of this aspect, there is provided an ink jet printer stand, including Including:

A body portion, the body portion defining a recessed strip portion, the recessed portion is sized to Into a tie with a removable print cartridge, the print cartridge is a page width printhead type; and

Recessed portion of said opposite end wall of the power and data terminals, when said print cassette insertion Into said recess for contacting the terminal portion is removably located in said printing with the ink jet print cartridge The terminal should be, whereby said bracket and said facilitate the electrical connection on the print cartridge.

A body portion, the body portion defining a recessed portion, the recessed portion is sized to be placed A removable print cartridge;

A recess disposed in said holding portion of the print cartridge holding means; and

One or more elastic elements, when used to hold the elastic element is provided with the print cartridge Said holding means and the fastening portion with the body.

In a preferred embodiment, said one or more elastic member is disposed in the printer Process as well as in the print cartridge remain in the printer after stent abuts against said retaining means partial Set the print cartridge. In another embodiment, the one or more resilient elements can be set to In the course of using the printer bracket body portion abuts against the bias of the print cartridge.

Said removable ink jet print cartridge preferably includes a page width printhead, wherein the print head Priority Select contained in the removable inkjet print cartridge in fluid communication with the fluid storage pool.

Holding means may comprise a latch, and said one or more resilient elements may comprise a One or more springs. Preferably, the recess within the printer stand comprises a frame, said one One or more elastic elements positioned on the bracket.

In the present invention, another embodiment of this aspect, there is provided an ink jet printer stand, Including:

A body portion, the body portion defining a recessed portion, the recessed portion and which has a frame Sized to placing a removable ink jet print cartridge, the ink jet print cartridge having a page width printing The type of head;

A setting of the print cartridge to be held in the latch concave portion; and

Positioned in the frame of one or more springs, the spring is disposed to abut in use Biasing the latch of the print cartridge.

In the present invention, another embodiment of this aspect, there is provided a method for an ink-jet Printer stand stable inside the bracket in the ink jet printer, the method comprising the steps of:

Said print cartridge positioned in a portion of the bracket body defining a recessed portion;

Through the print cartridge latch will remain in said recessed portion; and

Through one or more elastic elements to hold the print cartridge and the latch and body tight with.

In one form, the holding of the print cartridge may include the step of fastening the latch abuts against the bias Said ink jet print cartridge. Optionally, the fastening holding the print cartridge may comprise abut the Biasing said body portion of said ink jet print cartridge.

According to a twenty-fourth aspect of the present invention, there is provided an ink jet printer stand, the ink jet Printer stand with an ink-jet cartridge complementary, the inkjet print cartridge is included page width printhead Type, said frame comprising:

A plurality of auxiliary body of the print cartridge;

A single motor; and

Said single motor coupled to each of the plurality of drive mechanism components.

Preferably, said mechanism comprises a plurality of air supply for the print cartridge into the The air compressor and means for the printing medium transferred to the print head for printing the print media pass Transmission components.

Preferably, the drive assembly includes a motor shaft of the compressor and direct drive coupling between the Devices. The direct-drive coupling means may comprise a worm, the worm shaft extending from the motor and And print media transport assembly to drive gears of the printing medium transport component.

In the present invention, another embodiment of this aspect, there is provided an ink jet print cartridge complementary Inkjet printer stand, wherein the ink jet print cartridge that includes the type of the page width printhead, the Bracket includes:

An air compressor for generating a page width printhead directed through the air;

Conveying the print medium is set to the print head over the print media transport assembly;

A single motor; and

Drive assembly, which is configured of a single motor coupled to said air compressor and print media Quality Transmission Components;

Wherein said drive assembly comprises a single motor to the air from said compressor driven directly And a movable coupling means from said shaft to said print medium transport device coupled to the gear assembly Position.

According to a twenty-fifth aspect of the present invention, there is provided an ink jet print cartridge and inkjet complementary Printer stand, wherein the ink jet print cartridge is included page width printhead and printhead auxiliary components of the class Type, the auxiliary member is disposed relative to the printhead to selectively perform several different functions, the Said bracket includes:

A drive assembly, which is configured to selectively engage and drive the print head auxiliary components.

The drive assembly preferably includes a drive shaft, and the assembly is disposed such that when the drive shaft Respectively, in first and second directions rotates the auxiliary element engaging said print head and the print head from Auxiliary element separation. Furthermore, the transmission assembly preferably comprises a turning gear assembly for Auxiliary components used for the print head to selectively engage a drive shaft, said turning gear assembly preferably Including a first gear fixed to the drive shaft, radially displaced from said first gear to second gear And maintaining said second gear and the first gear in engagement structure positioning member.

According to a twenty-sixth aspect of the present invention, there is provided an ink jet printer stand, including:

A body portion, the body portion and a removable ink jet print cartridge complementary, the ink jet print cartridge is Has a page width printhead and air inlet type; and

A duct having an air outlet of the air compressor, the air outlet pipe is provided so that when the spray Ink printer cartridge holder and the print mated with said air inlet coupling.

Preferably, the printer frame body portion defining a recess, the size of the recessed portion Arranged to receive and locate said removable ink jet print cartridge and the air outlet tube terminates at the Said recessed portion. Preferably the air outlet of said identified across the recessed portion of the inner frame Part of the body portion, and having a terminal portion, the terminal portion is provided to assist in a sealing member A removable ink jet print cartridge through an air inlet.

A body portion, the body portion defining a recessed portion, the recessed portion is sized to be placed A removable ink-jet printer, the ink jet print cartridge is a page width printhead and the air inlet Type; and

A duct having an air outlet of the air compressor, the air outlet tube is provided to the traversed Said determination of the recessed portion of the inner frame part of the body portion of said tube is provided so that when the ink-jet Printer stand into said concave portion is coupled with said air unit and configured to assist a dense Air inlet through said sealing member.

According to the twenty-seventh aspect of the present invention, there is provided a printing fluid dispenser, comprising:

Ink with ink storage pools exports;

Said ink storage pool is used to apply pressure to force ink through said outlet means; and For forced through the outlet of the pressure of the ink to a predetermined level of the device.

Preferably, the ink storage pool includes a deformable membrane, and forced through said means for defining Ink through said outlet means comprises a pressure limiting pressure is applied directly to said ink storage pool Devices.

For applying pressure to the ink storage pool The apparatus may include a handle, and for limiting Shi Ink applied to the pressure in the storage tank means may include a resilient member, the resilient member having a selected To limit the pressure to a predetermined level of deformation. The elastic member is preferably positioned in the ink storage Pool and means for applying pressure to the ink storage pool between the devices, and preferably comprises a spring. Storage Pool Both the spring can be located within a portion of the handle.

Use, the dispenser is preferably coupled to the external storage pool and the ink forced out through the distributor Port and transport to an external storage pool. External storage pool is preferably set in a detachable ink-jet printing Box and the predetermined pressure level and to said external storage pool associated with the pressure burst.

In the present invention, another embodiment of this aspect, there is provided a printing fluid dispenser, Including:

A print having a fluid outlet deformable container;

A handle, which is configured to apply pressure to the container to force ink through said outlet; And

An elastic member, which is disposed through the handle to limit the pressure applied to the deformable container Force, when in use to prevent the dispenser coupled to said external storage pool rupture.

Preferably, the container comprises a deformable membrane, which is used to store the print fluid, and And said resilient member preferably comprises a spring, which comprises a membrane disposed against said Platform.

Twenty-eighth aspect of the present invention, there is provided a fluid dispenser comprising a plurality of print Printing fluid distribution system, each print fluid dispenser comprising:

A variety of printing fluid;

Disposed at a predetermined position of the dispenser to be placed in a refillable ink jet Printer parts components; and

An outlet, the outlet of the dispenser according to the type of fluid within the print relative to the Said member is positioned at a plurality of predetermined positions on the.

Preferably, the inkjet printer component is an inkjet print cartridge detachably, and said to Removing the ink jet print cartridge preferably includes page width printhead.

Arranged to be placed at a predetermined position of the distributor member preferably includes a connector, The connector member is set to the ink jet printer with a further filling port and said outlet Preferably located at a plurality of predetermined positions determined by the area of the connector.

In a preferred embodiment, the printing fluid in the number of species, including a range of color ink, with the In order to facilitate color printing.

In the present invention, another embodiment of this aspect, there is provided a fluid comprising a plurality of print Dispenser printing fluid distribution system, each print fluid dispenser comprising:

Color ink;

To be set with a refillable ink jet print cartridge refill port with connections Device, the refill port includes a plurality of discrete set of entrance; and

Outlet that is set to a color according to the color ink inlet of the discrete set of A tie.

According to a twenty-ninth aspect of the present invention, there is provided a printing fluid dispenser, comprising:

Includes first and second portions of the housing, each of the first and second portions movable between;

Printing fluid storage pool the storage pool in response to said first and second portions of the relative movement, And the storage pool has an outlet that is set to the printing fluid to the outside of the housing A position; wherein

When in use, so that each of said first and second portions closer to cause printing fluid from exports Out.

Preferably, the storage pool includes a housing located within said deformable container, and In that said first and second portions to each other closer when the compression of the deformable container.

Said first and second housing portion is preferably arranged to slide over one another, and a The elastic element is preferably disposed in said vessel and said deformable housing a first and second portions Between one or two. The elastic element preferably having the option to be used when the deformable container Pressure is limited to a predetermined level features.

The elastic member may include a spring, and said first and second housing portion may include a Base and the piston, wherein said spring in said container and the piston between the deformable.

Said deformable container preferably comprises a deformable membrane.

A housing including a base and a piston;

In the housing for storing a printing fluid, a deformable container;

Coupled to said deformable container outlet, the outlet is provided to the printing fluid to A position outside the housing; and

In said deformable spring between the container and the piston, when used with a selection of the spring Deformable in the pressure within the container is limited to a predetermined level characteristic; wherein

In use, the drive piston toward the base of the container causes the deformable between the springs and the base Compression and printing fluid flow through the outlet.

According to the thirtieth aspect of the present invention, there is provided a printing fluid dispenser, comprising:

Said first and second portion includes a mating structure of the mating structure configured to prevent said portion Of the relative movement between, the operating force until a predetermined level is applied through said portion.

In a preferred embodiment, the printing fluid storage pool includes variable described in the housing Device, and said first and second portions move closer to each other causes compression of the container, whereby from Transporting said printing of said fluid dispenser.

Said first and second portion preferably comprises a base portion and a piston, and the mating structure May include one or more formed on the base and the wall of the piston relative to the complementary protrusions.

According to the present invention, another embodiment of this aspect, there is provided a printing fluid dispenser, Including:

Including printing full of fluid supplement a deformable container;

The housing includes a base, the base slidably engaging a piston and arranged in said variable Vessel; and

Coupled to a deformable container outlet, the outlet is provided to the printing fluid to the housing A location outside; wherein

According to a thirty-first aspect of the present invention, there is provided a printing fluid dispenser, comprising:

A storage pool for printing fluid, the storage pool in response to said first and second portions relative Movement, and the storage pool has an outlet that is set to the printing fluid to the A position outside the housing; wherein

Said first and second portion includes a mating structure of the mating structure disposed on said distribution After the operation is to prevent the engagement between said portions.

Storage for storing a pool of printing fluid preferably comprises a deformable container, to describe the variable Is located within said housing so that said first and second portions move closer to each other causes the container Compressed.

Said first and second portion preferably comprises a base portion and a piston, and the locking mechanism is preferably Include one or more of said base portion and formed in the wall of the piston relative to the complementary projections and recesses Mouth.

A deformable fluid for printing a container;

Piston in sliding engagement with the deformable container placed between the base housing; and

The base and the piston by means of one or more complementary projections and recesses connected to each other Together, the protrusion and the recess formed in the base portion and the opposite wall of the piston and arranged After operation of said dispenser to prevent the piston is separated from the base.

Thirty-second aspect of the present invention, there is provided a printing ink refilling a removable Box, comprising the steps of:

The removable print cartridge fits into a complementary inkjet printer bracket;

Jiangzai filling boxes with the removable inkjet print cartridge;

Verify the authenticity of the print cartridge removable;

Verify the authenticity of the refill cartridge; and

Then based on the authentication steps bracket.

Preferably, the removable ink jet print cartridge with an ink jet printer to the complementary step of stent In the ink jet print cartridge, including the verification device and the bracket is electrically connected between the controller.

Jiangzai filled to a removable cartridge with the ink jet print cartridge preferably includes the step of refilling cartridge Verification device and the bracket is electrically connected between the controller.

Subsequent steps based authentication step preferably includes a bracket for the user instructions for refilling Removable cartridge or inkjet print cartridge authentication failed.

In the present invention, another embodiment of this aspect, there is provided an ink jet printer, the ink jet The printer includes a controller, the controller configured to authenticate the removable ink-jet printer And a print cartridge removably coupled to the ink jet print cartridge refill cartridge verification device.

The printer controller is preferably located within the stent and is coupled to the bracket to the mounting body portion electrically Connector, the installation is able to establish an electrical connection with the verification device location. Preferably each authentication device Including integrated circuits.

It should be understood that the present invention provides such a printer system, the printer system Print cartridge print head and was related to the form of printing fluid storage device, the printing fluid storage device Readily accessible from the printer system support equipment removal and replacement. The removable and replaceable print Box includes the print head, the print head can provide the quality and speed of play above the existing printer system Print job, and then allows the print cartridge runs out of fluid refilling with print. The present invention also provides A fluid for the print cartridge refill system assign to the print cartridge and method to provide so Of printers system: This system is able to provide high-quality printing at high speed work, and in the need to When the system is to facilitate easy removal and replacement of the print head. ...

Figure 1 is a perspective view showing a preferred embodiment of the present invention means the front side of the print cartridge, Top side and the right side and a printer stand.

Figure 2 is a block diagram of the print cartridge.

Figure 3 is a perspective view showing a stent inserted into the printer until the print cartridge on the front side, the top side And right.

Figure 4 is a perspective view showing the rear side of the print cartridge, bottom and left side.

Figure 5 is a perspective view showing a state in a partial removal of the front side of the print cartridge, a bottom side And right.

Figure 6 is a perspective view showing a disassembled state in the front side of the print cartridge, a bottom side and the right Side.

Figure 7 is a print cartridge bottom side of the base shape of a plan view of a plurality of printing fluid tubes revealed.

Figure 8 is a right side view of the print cartridge.

Figure 9 is a sectional view of the print cartridge.

Figure 10 is the first operating state, the head chip along the sectional view of the nozzle.

Figure 11 is in the second operating state, the nozzle head chip along the cross-sectional and Fig.

Figure 12 is after the ink droplet ejection head along sectional view of a nozzle chip.

Figure 13 is after the ink droplet ejection nozzle portion of the head chip sectional perspective view.

Figure 14 is a print head chip perspective sectional view of a nozzle.

Figure 15 is a nozzle head chip section.

Figure 16 is a three-dimensional nozzle head chip, and the partially cut-away perspective view of

Print head chip 17 is a plan view of the nozzle.

Print head chip 18 is a partially cutaway plan view of the nozzle of FIG.

Print head chip 19 is a perspective cross-sectional view of a part.

Figure 20 is a block diagram of the printer stand.

Figure 21 is a perspective view of the printer stand, front, left side, the side view.

Figure 22 is a front view of the printer stand.

Figure 23 is a plan view of the printer stand.

Figure 24 is a bottom view of the printer stand.

Figure 25 is a right side view of the printer stand.

Figure 26 is an exploded state of the printer stand in the right, front and top side perspective view of

Figure 27 is a printer stand right side view partly in section.

Figure 28 is inserted into the print cartridge holder of the three-dimensional printer, rear, top and left side as Figure.

RFI shield 29 is removed three-dimensional printer stand, rear, top and left side as Figure.

Figure 30 is a left side of the printer stand a partial perspective detail.

Figure 31 is a part of the right side of the printer stand a perspective detail.

Figure 32 is a single-chip SoPEC perspective view of the control panel.

Figure 33 is a two-SoPEC chip perspective view of the control panel.

Figure 34 is a block diagram of a SoPEC chip.

Figure 35 is in the empty state of the ink cartridge refilling a perspective diagram.

Figure 36 is in the full state of the ink cartridge refilling a perspective diagram.

Figure 37 is a disassembled state in the ink cartridge refilling a perspective view of

Figure 38 is in the empty state of the ink cartridge sectional view of the refill.

Figure 39 is in the ink full state of the sectional view of the refill cartridge.

Figure 40 depicts the order of receipt of an alignment of the print cartridge refill cartridge full of ink.

Figure 41 plots the print cartridge to receive a distribution of the ink in the ink prior to refilling cartridge.

Figure 42 plots the print cartridge to receive a distribution of the ink in the ink refilling after the cartridge.

Specific embodiments

Figure 1 depicts a an ink jet printer 2, which comprises a holder 4, the holder 4 a Replaceable print cartridge 6 received in a recessed portion, the recessed portion is formed in accordance with the present invention. A preferred embodiment of the stent body. Print cartridge 6 via a latch 7 was installed to keep the form The bracket is set within the recess, the latch 7 by a hinge attached to the bracket 4. In the print cartridge 6 can be seen on the upper surface of the ink refilling a port 8, when used in the ink refill port 8- Satisfied ink refill cartridge.

Print Cartridge

Referring now to Figure 2, Figure 2 depicts a removable block diagram of an ink jet print cartridge 6. Print cartridge 6 Including ink refill port 8 and for storing ink and page width to the MEMS printhead core Conveying an ink sheet 52 conveying assembly 10. Print head chip 52 through the power and data interface 58 from Bracket 4 receiving power and data. The holder 4 mechanically driven rotor element 60 has three surfaces, These three surfaces were used: the inkjet head chip 52 after drawing ink around; when the print head Be covered when not in use;, and used as a printing roller. Therefore, the rotor element 60 is Ancillary components for the print head as it help maintain proper function of the print head. Print cartridge 6 also Including one presented in the form of quality assurance verification device chip 57, which includes quality assurance chip 57 Many manufacturers password, in use, the holder 4 of the passwords of the electronic control panel 82 Circuit reads. Manufacturers password used to authenticate the authenticity of the print cartridge 6. ...

Referring to Figure 3 to Figure 9, and first to Figure 6, the structure, the print cartridge 6 has a cartridge Body, the cartridge body includes a base portion forming member 20, the base member 20 is covered with a molded polyethylene Film 26, the membrane 26 comprises, in the form of

bags

28,30,32,34 ink storage pool, respectively, for four Of different fluids in each print. Fluid will usually print cyan, magenta, yellow cartridge black Color ink. In addition, the storage pool can also be provided on the base member 20 molded to the needs of different applications Receiving and storing the ink fixing agent and / or an infrared ink. In this regard, there can be up to six disposed Base molding member 20 within the storage pool. When printing fluid filled membrane 26 when its expansion, while the opposite , When the ink is consumed during printing of the film to shrink. ...

Cover member 36 includes a concave molding portion 38, the concave portion 38 to accommodate a plurality of paths Ink inlet molding pieces 24. A plurality of apertures 42A-42E formed through the recessed portion 38 and is disposed to Corresponding ink inlet passage forming member 24 communicates. The ink of the ink inlet of the channel element through a series of Film 26 is formed on the conveying path of the ink from an external ink refill cartridge mounted to each conveyor Ink storage pool. Ink transport path of the ink inlet member 24 with each opening 42A-42E dedicated ink Storage pool 28-34 connections. Ink is usually delivered under pressure, thereby resulting in their entry into the storage film 26 Pool and make the film 26 storage pool expansion. Ink inlet seal member 40 is positioned outside of the recessed portion 38 of On prior to use in order to seal the orifice 42A-42E. ...

Referring back to Figure 6, the ink delivery member 48 is preferably made of molded, such as LCP (liquid crystal polymer), etc. Plastic through the injection molding process, and is formed along its length is set including a plurality of elongated tubes, The elongated tube 26 disposed within the film from a pool assigned to the print head chip 52 is printed fluids. Each An elongated tube specifically for transporting a particular fluid - such as a specific color ink or fixed Agent - and allow fluid distribution along the length of the printhead. To assist the printing fluid controlled Transportation, the cartridge base molding pieces 20 boxes of ink delivery moldings 48 placed between an ink seal Article 45. The seal is formed by the ink orifice, these openings allow fluid between the two elements Transmission, however, the seal for sealing the base portion is formed in the ink channel inside the molded parts to prevent Fluid leakage. ...

Adjacent elongate ink distribution pipe molded base member 20 of the ink cartridge is formed of an air With passage 50, the air distribution passage 50 for dispensing nozzle from the print head 52 above the air The pressurized air inlet 76. Air distribution channel along the length of the print head 52 extends, and Communicates with the air inlet 76. A perforated air filter 51 along the air distribution passage 50 And extending the length may be used to remove the air and in the removal of contamination if the print head 52 of dust and particles. A hole in the air filter 51 having a selected porosity and thus only the Desired threshold air under pressure can be passed, thus ensuring a constant pressure of air along the The length of the printhead uniformly transported. When used, the first passage 50 is filled with pressurized air, until the air Air pressure in the channel, the pressure threshold is reached. Once the threshold pressure, the air can be moved over The length of the filter holes uniformly through the air filter 51. Filtered air and the print head Guidance on the subject. ...

Power and data signals by means of bus 56 to the print head 52, and the bus 56 and is coupled To external data and

power connectors

58A and 58B. Showed a quality assurance (QA) chip 57 in the form of Verify that the device mounted to the connector 58A. Once the print cartridge 6 inserted into the holder 4, data and

power connector

58A and 58B, and the QA chip 57 and the holder 4 on the corresponding connector (Figure 9, part 84A, 84B) with, in the holder and thereby facilitate the ink between the power and data transmission. QA Chip 57 using the control panel 82 by the portion of the test, the panel 82 is configured to serves as a A suitable verification circuit.

power connectors

power connector

58A and 58B, and the QA chip 57 and the holder 4 on the corresponding connector (Figure 9, part 84A, 84B) with, in the holder and thereby facilitate the ink between the power and data transmission. QA Chip 57 using the control panel 82 by the portion of the test, the panel 82 is configured to serves as a A suitable verification circuit....

The rotor element 60 by an axial pin extending opposite ends 64A and 64B, 64A and around the pin 64B are fixed to the

gear

62A and 62B.

Axial pin

64A and 64B is accommodated in the free end of the slide Within

blocks

66A and 66B.

Slider

66A and 66B includes a

flange

68A and 68B, 68A and flange 68B and 22B in the

end plates

22A and 70B within the groove 70A. End plate forming the base of the cartridge Either end of the member 20.

Sliders

66A and 66B by a spring toward the

grooves

72A and

72B

70A and 70B of the print head end Biased by

springs

72A and 72B inserted within the

sliders

66A and 66B and through a blind hole Its seat on the

slots

70A and 70B on the protrusion is maintained at either end, which is seen in Figure 8 Most clearly. Therefore, the rotor element 60 is biased in normal circumstances, so that it is on the list is taken Near the position of the print head 52.

When transporting, and insert the print cartridge 6 bracket 4, the rotor element 60 is set as follows: The covering surface covers the print head 52 to prevent the ambient air so that the print head nozzles dry.

Printhead

Will now be explained for the page width print head 52 is preferably designed. The following types of print heads can be made Resulting in greater than necessary, the width of 8 inches, and will usually include at least 20,000 spray Mouth, and in some variant, more than 30,000. Reference will now be described FIG preferably 10 to 19 A print head nozzle apparatus comprising a nozzle and corresponding actuator. Figure 19 shows a group The silicon substrate 8015 is formed on the nozzle assembly 801. Nozzle means is the same, but in the preferred Embodiment, the apparatus 801 with different nozzles of different color inks and fixing agents. Note that Nozzle means lines cross each other, as compared with the single nozzle, which allows the ink in the printing process between points Every closer. Multi-line also allow for redundancy (if needed), thereby allowing each nozzle predetermined failure rate. ...

For clarity and convenience of description, with reference to Figures 10 to 18 illustrates a single nozzle apparatus 801 Construction and operation.

Ink jet print head chip 81 includes a silicon wafer substrate 801. 0.35Micron 1P4M Silicon 12-volt CMOS microprocessor electronic device is set in wafer substrate 801.

A silicon dioxide (or alternatively glass) layer 8017 is located above the wafer substrate 8015. CMOS silicon dioxide layer 8017 to determine the dielectric layer. CMOS top metal define a pair of Silicon dioxide layer 8017 disposed on the aluminum electrode is aligned on the contact layer 8030. A silicon wafer substrate 8015 And the silicon dioxide layer 8017 are etched to determine a substantially circular cross-section (in plan view) of the Ink inlet channel 8014. CMOS metal 1, CMOS metal 2/3, CMOS top of the aluminum metal Diffusion barrier 8028 around 8014 in the ink inlet channel positioned within the silicon dioxide layer 8017. Expand 8028 is used to suppress scattered obstructions hydroxyl ion diffusion through the drive circuit layer 8017.

Movement in the form of the silicon nitride layer passivation layer 8031 positioned in the aluminum and the silicon dioxide layer shrink layer 8030 8017 above. Positioned on top of the contact layer 8030 each part of the passivation layer 8031 having a 8032 defining an opening therein to close contact layer 8030.

A nozzle assembly 801 includes an annular nozzle wall 8033 of the nozzle chamber 8029 to determine its In 8034 in the top nozzle and the radially inner edge of the nozzle 804 - which is circular in plan view in - The upper end of the end. 8014 ink inlet passage in fluid communication with the nozzle chamber 8029. In the spray The lower end of nozzle wall, is provided with a moving edge 8010, which includes a moving seal lip 8040. An annular wall 8038 surrounds the movable nozzle, and includes a stationary seal lip 8039, When the nozzle shown in Figure 10 when at rest, the stationary seal lip 8039 moves adjacent the edge 8010. By the To limit the stationary seal lip 8039 and the moving seal lip 8040 of the ink surface tension between the formation The fluid seal 8011. This prevents the leakage of ink from the chamber, and the annular wall 8038 and the nozzle wall 8033 provides a low resistance coupling. ...

Nozzle wall 8033 forms a part of the lever means, the lever device is mounted to a The stent 8036, the holder 8036 has a generally U-shaped profile, attached to the silicon nitride layer having 8031 on the base of 8037.

Lever means further includes a lever arm 8018, the lever arm 8018 extends from the nozzle walls And a combination of a transverse reinforcing beam 8022. 8018 lever arm attached to a pair of passive beams 806, The passive beam 806 and the titanium nitride is formed on either side of the nozzle means, which in Figure 13 and 18 Best seen. The other end of the passive beam 806 is attached to the bracket 8036.

Lever arm 8018 is also attached to the actuator beam 807, which is formed of titanium nitride. Note that this And actuators attached to the beam generated at such a point: that point than with passive beam 806 is attached above a A small but critical distance.

Most clearly in Figures 13 and 16 shown, the actuator beam 807 in plan view is substantially U-shaped, The electrode 809 and the counter electrode 8041 of a current path between the identified. Each electrode 809 and Contact layer 8041 is electrically connected to the respective 8030 points. As it via the contact 809 is electrically coupled Sample, the actuator beam is also mechanically anchored to an anchor-shaped member 808. Anchor-shaped member 808 is configured to spray when Nozzle in operation to limit the actuation of the beam 807 to the left of Figure 18 to 20 of the motion.

The actuation of the beam 807 is electrically conductive titanium nitride, but has a sufficiently high resistance, when the electric Flow between the

electrodes

809 and 8041 when it subjected to self-heating through. No current flows through the passive beams 806, so it does not expand.

In use, the apparatus is in the pause state 8013 filled with ink, the surface tension in the film Formed under a half-moon ring 803. Since half-moon, the ink remain within the cavity 8029, and in the absence Other physical effects which generally will not leak.

Shown in Figure 11, the ink is ejected from the nozzle in order, the contact points between 809 and 8041 by Current, the current through the actuator beam 807. Because of its resistance, self-heating beam 807 causes the beam Expansion. Actuating the size and design of the beam 807 means that most of the expansion occurs at 18 to 20 Horizontal direction. Expansion anchor-shaped member 808 is restricted to the left, so that the lever arm adjacent Rev. 8018 Moving beam 807 is pushed to the right.

Passive beam 806 in the horizontal direction relative rigidity prevents it allows the lever arm 8018 is generated More horizontal movement. However, passive beams and actuator beam and the lever arm attachment points, respectively, the relative position of Shift produces a distorted campaign, the twisting motion causes the lever arm 8018 generally downward movement. The transport Activity is effectively a pivoting or hinged. However, the lack of true pivot point means that the Rotation around a passive bending beam 806 defining a pivot region.

The downward movement of the lever arm 8018 (and slight rotation) by the passive arm 806 to the nozzle 8033 wall distance amplification. Nozzle wall and downward movement of the top in the cavity causes increased pressure on the guide To protruding half-moon as shown in Figure 11. Note that the surface tension of the ink means the fluid seal 11 is The campaign stretch, but does not allow the ink leakage.

Shown in Figure 12, at the right time, the drive current is stopped and the actuator beam 807 rapid cooling Cooling and contraction. The contraction causes the lever arm returns to its rest position, the cavity 8029 which in turn results in the Pressure reduction. And projecting the inherent power of the ink surface tension interactions, and a nozzle Upward movement of chamber 8029 due to the negative pressure resulting tapered protruding half-moon shape and eventually fracture 802 into a droplet, the droplet 802 continued upward until it contacts adjacent print media.

Immediately after separation of the

ink droplets

802, 803 form a meniscus concave shape shown in Figure 12. Surface tension causes the pressure in the chamber 8029 to remain relatively low until ink through inlet 8014 Sucked up, which makes the nozzle means and the ink back to the rest position shown in Figure 10.

Most clearly shown in Figure 13, the nozzle device also incorporates a testing organization, the test agency After use in the manufacturing and installing the print head after cycle use. Test mechanism includes a pair Connected to the test circuit (not shown) contacts. A bridge from the lever arm 8019 is set at 8018 8043 extending the fingers. Since 8019 a passive bridge opposite side of the beam 806, the nozzle Cause actuation of the bridge moves upward, and the contact 8020 contacts. Test circuit used to determine the

cause Moving contacts

8019 and 8020 resulting from the formation of the circuit is closed. If the circuit is closed properly, the general Presumed nozzle operable.

Stand

Figure 20 is a functional block diagram of the printer stand 4. Printer stand in a control panel 82 weeks Built around the control panel 82 includes one or more small office home printing engine chip (SoPEC), will be described in detail later in its constructor. Control panel 10 coupled to a USB port 130, For connection to an external computing device, such as a personal computer or digital camera, which includes Digital files for printing. Control panel 10 also monitors:

Paper sensor 192, the detection of the presence or absence of the printing medium;

Print cartridge chip interface 84, which in use is coupled to the print cartridge QA chip 57;

Refilling ink cartridge QA chip contacts 132 which in use is coupled to a refill ink cartridge QA chip (as in Figure 37 shows part 176); and

Rotor element angle sensor 156 that detects the orientation of the rotor element 60.

When used, the control panel 130 and a handle from the USB port to receive from the number of the plurality of sensors Data, and in response to a motor 110 for driving the tri-color indicator LED 135 and a print head Chip 52 - through the interface 84. Described in more detail later, the motor 110 is mechanically coupled to drive Move multiple agencies, which provide for the print cartridge 6 ancillary services. Drive mechanism includes:

Motor drive assembly member 145, for operating the rotor element 60;

Print media transport assembly 93, the component when printing the print media through the print head chip 52; and

Air compressor 122, which provides compressed air to maintain the print head chip 52 does not exist In the debris.

As explained in more detail later, the motor 110 by a drive assembly coupled to said Each of a mechanism, the drive assembly includes a motor shaft from the propeller to the air compressor Coupled direct drive, and a print medium to the rotor element and a worm wheel and gear transmission assembly Drive device.

Will now be explained with reference to Fig 21 to 31 of the structure of the holder 4. In the exploded view of Figure 26 seen Most clearly, the holder 4 has a shape complementary to the print cartridge body portion 6 so that when fitted in the Together, they form an ink jet printer. Molded body from the base frame member 90 the cassette holder Molding member 80 is formed. Forming a base member for supporting base stand, and also positioning drive motor 110, the rotor element 94 and the driving roller 96 rolls. Forming the base member by means of a plurality of respective flanges 120 And the engagement groove 123 is fastened by the molded member 80 to the bracket. Bracket member 80 to define a molding length Strip the recess 89, the recessed portion 89 is sized to locate the print cartridge 6. A plurality of grooves 86 were In the form of recesses formed in the inner wall of the bracket, for receiving the print cartridge 6 showed ribs 78 (Figure 4) In the form of complementary protrusions. Therefore, the print cartridge 6 must be properly oriented to ensure that it is fully accepted Forming the stent member 80. In addition, the groove ensures that only the holder of electronic element support, Whereby the fins having a non-intrusive print cartridge can be inserted into the holder, thereby overcoming the drive bracket Electronic component attempts to drive performance characteristics have not supported the print cartridge problem. Controller 82 located Inserted into the holder 4 is set to determine the performance characteristics of the print cartridge and in response to determining the performance characteristics of operation Each print cartridge. Thus, this is possible: ink holder is provided with a relatively basic Performance characteristics of the starting print cartridge, and then need to upgrade performance improvement through the print cartridge Replace the print cartridge to start the upgrade. For example, compared with the initial print cartridge, print cartridge may have to upgrade Higher print speed or carry more ink. ...

Referring now to Figure 30, a motor of the driving roller 96 is set opposite to the one end of the turning gear (Flipper gear) assembly 140, turning gear assembly includes a hold internal gear intermeshed 142 and the external gear 143 of the housing 144. The internal gear 96 fixed to the drive roller and the drive roller 96 coaxially, and the housing 144 to rotate freely around the drive roller 96. When used, the housing with the drive roller 96 rotated and driven by external gear 143 until the housing abuts against a base of the bracket molding The stopper member 90 or the outer gear member 143 and the drive gear 146 engages the rotor element. Drive roller 96 direction of rotation is determined by the control panel 82 is applied to the motor driving current direction. External teeth Wheel driving gear 143 and the rotor element 146 comprises a drive roller engaging formation 96, the internal gear 142, External gear 143 and the rotor element drive gear 146 of the rotor element drive assembly 145. Thus, in This configuration, the power can be transmitted from the driving roller 96 driven roller 94 to the rotor element. ...

To ensure the rotor element 60 turned at right angles, the holder 4 comprises a rotor element pass Sensor device 156 (Figure 20) to detect the actual orientation of the rotor element. Sensor device 156 pack A probe comprising a light source and the presence or absence of reflected light detection equipment. Rotor element 60 has anti- Smooth, the reflective surface arranged to reflect light from the light source, so that detection by sensor 156 Measuring the orientation of the rotor element. Specifically, by monitoring the sensor device 156, the control panel 82 can Determining which of the rotor element 60 adjacent to one surface of the print head 52.

% E9% 99% A4% E4% BA% 86% E9% A9% B1% E5% 8A% A8% E9% A9% B1% E5% 8A% A8% E8% BE% 8A96% E4% B9% 8B% E5 % A4% 96% EF% BC% 8C% E9% A9% AC% E8% BE% BE110% E8% BF% 98% E9% A9% B1% E5% 8A% A8% E4% B8% 80% E4% B8 % AA% E7% A9% BA% E6% B0% 94% E5% 8E% 8B% E7% BC% A9% E6% 9C% BA122% EF% BC% 8C% E8% AF% A5% 0A% 20% 20 % 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% E7% A9% BA% E6% B0% 94% E5% 8E% 8B% E7% BC% A9% E6% 9C% BA122 % E5% 8C% 85% E6% 8B% AC% E4% B8% 80% E4% B8% AA% E9% A3% 8E% E6% 89% 87% E5% A3% B3112% E3% 80% 81% E7 % A9% BA% E6% B0% 94% E8% BF% 87% E6% BB% A4% E5% 99% A8116% E5% 92% 8C% E6% 8E% A8% E8% BF% 9B% E5% 99 % A8114% E3% 80% 82% E9% A3% 8E% 0A% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% E6% 89% 87% E5% A3 % B3112% E5% 8C% 85% E6% 8B% AC% E4% B8% 80% E4% B8% AA% E7% A9% BA% E6% B0% 94% E5% 87% BA% E5% 8F% A3124 % EF% BC% 8C% E8% AF% A5% E7% A9% BA% E6% B0% 94% E5% 87% BA% E5% 8F% A3% E9% 80% 82% E4% BA% 8E% E9 % 85% 8D% E5% 90% 88% E6% 89% 93% E5% 8D% B0% E7% 9B% 926% E7% 9A% 84% E7% A9% BA% E6% B0% 94% E8% BF % 9B% 0A% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 0A% 09% 09% 09% 09% 09% E5% 85% A5% E7% AB % AF% E5% 8F% A376 (% E5% 9B% BE6)% E3% 80% 82

A metal back 92 is fixed to the frame member 80 forming the rear, which can be a side view of Figure 25 And Figure 27 is best seen in the sectional view. Installed on the backplane 92 is loaded by a variety of electrical Sub-circuit control board 82. Control panel consists of a metal radio frequency interference (RFI) shield cover. Control Plate 82 by a flexible PCB connector 106 electrically coupled to the cradle connector 84A and 84B, And is electrically coupled to a USB port connector 130 was in the form of an external data and electrical connection Point. USB connector 130 such that the connection to an external personal computer or other computing device. Cradle connector 84A, 84B formed in the holder support member 80 formed at either end of the slot, and Set: Once the print cartridge is fully inserted into the holder 6 recessed portion 89 of the molded article, the cradle connector 84A and 84B with the print cartridge

electrical connector contacts

58A and 58B. ...

electrical connector contacts

58A and 58B. ...

Dashboard 82 also drives a optionally coupled to the light pipe 136 of the three-color LED indicator (Figure 20, part 135). Light guide 136 terminates in a molded member 80 formed within the bracket The indicator port 138, and thus from the three-color LED indicator light can be observed from outside the housing.

Dashboard

According to a preferred embodiment of the present invention, a functional configuration of the printing apparatus, which includes all the Necessary electronic equipment, power and paper processing necessary conditions and a cassette apparatus - which include highly Specialized ink print head and handle the necessary conditions of the system - the carriage assembly, thereby stent design Equipment capable of supporting a cartridge device, the cassette holder device without having to buy a new device to make different Ability to become possible.

In this regard, to provide a range of cartridge devices, each device having a plurality of different cartridge Characteristics. For example, in simple form, to provide a cartridge with three different types of equipment:

· The primary device-15ppm of the ink capacity of 150 ml of the print cartridge

-30ppm, Intermediate device having a capacity of 300 ml of the ink print cartridge

· Professional equipment-60ppm with +300 ml ink capacity print cartridge

Such systems may be supported on a support device, and the user according to their needs and cost considerations Buy a different box devices.

In the case of professional equipment may be required to provide specific support equipment, the stent device supports The cartridge device and more refined more advanced functionality. With different functional pods Supports such as color coded marker tag, which can readily identify the device with the bracket Compatibility.

In this regard, Figure 32 illustrates a method for operation with 15-30ppm main PCB holder device Device, and Fig 33 shows a holder for the device operation with 60ppm main PCB equipment. Can To see, the PCB is almost the same, the main difference is that there are two in 60ppm PCB A SoPEC chips. Therefore, even if the user has purchased the first box can not support more powerful devices Support equipment, the system architecture makes the device easy to upgrade bracket to support this system.

The printer also preferably includes one or more system-on-chip (SoC) part, and printing Engine pipeline control application specific logic circuits, they are configured to execute on printing on pipeline Some or all of the above functions.

Referring now to Figure 4, the angle of view from the highest level, SoPEC device consists of three distinct Subsystems: a central processing unit (CUP) subsystem 301, a dynamic random access memory Memory (DRAM) subsystem 302 and a Print Engine Pipeline (PEP) subsystem 303.

CPU subsystem 301 includes a control and configure all aspects of other subsystems of the CPU 30. Which provides for an external printer with the internal print engine connect and synchronize the general support. It also controlled to a QA chip (in this specification be described elsewhere) in low Communication. CPU subsystem 301 further includes various auxiliary CPU external devices, such as General Purpose Input Output device (GPIO, which includes motor control), an interrupt controller (ICU), LSS Master Timing And the general timer. In CUP subsystem serial communication block (SCB) provides to the host Full-speed USB 1.1 interface and to other SoPEC devices (not shown) connected to an internal SoPEC Mouth.

DRAM subsystem 302 accepts from CPU, PEP subsystem serial communication block (SCB) requests. DRAM subsystem 302, in particular DRAM interface device (DIU) Arbitration various requests and determine which request shall access DRAM. DIU based on configuration parameters Arbitration to allow sufficient access to DRAM for all of the access requester. DIU also implies The implementation of DRAM specifications, such as page size, the number of banks and refresh rates.

Print Engine Pipeline (PEP) subsystem 303 accepts compressed pages from DRAM and the needle For a given print line data points given second (bi-level dot), wherein the printing line to directly Up to two segments of two-piece (bi-linthic) printhead Printhead communication interfaces. Page Extensions pipeline The first phase is a continuous tone decoding unit (CDU), Lossless binary decoder (LBD) and tags Decoder (TE). CDU expansion in JPEG format continuous tone (typically CMYK) Layer, LBD expand the compressed binary layer (typically K), and the decoder decodes the page markup TE (Netpage tag) for the subsequent coloring (usually IR or K ink). The output from the first stage That is a set of buffers: continuous tone FIFO unit (CFU), point FIFO unit (SFU), And mark the FIFO unit (TFU). CFU and SFU buffers in DRAM implemented. ...

SoPEC device according to the first embodiment uses a number of synthesis print options. This stage production Birth up to 6 channels of binary data, although not all channels are present in the print head. For example, the print head can only CMY, where K is pushed into the CMY channels and IR ignored. Alternatively, if the IR not available (or for testing purposes), coded tags can K print.

In the third stage, the failure of a nozzle compensator (DNC) through a nozzle color redundancy and failure Data points in the surrounding of the error distribution to compensate for the failure in the print head nozzles.

The resulting 6-channel binary point data (typically CMYK, Infrared, fixing agent) is slowly Deposit and by dotted line write unit (DWU) writes a line stored in the DRAM buffer.

Finally, the point data from DRAM to reload, and pass through the point FIFO print head Interface. Point loading unit from the line FIFO (LLU) at the system clock frequency to receive data, and the print Head interface (PHI) and the data transfer from the FIFO to the system clock frequency 2/3 times the Clock frequency is sent to the print head.

In a preferred embodiment, DRAM capacity 2.5Mbyte, which is obtained about 2Mbyte Page memory for the compressed data. Compressed pages received in two or more zones (band) in which The plurality of areas stored in memory. As a district pages for printing consumed by the PEP subsystem, Can download a new area. The district can be used for the current page or the next page.

By using partitioning, compression can download the complete start before printing a page, But it must be taken to ensure that the data has been provided for the printing, otherwise there will be a shortage of intelligence cache Condition.

Embedded USB 1.1 device receives compressed page data and control instructions from the host PC Order and facilitate data transfer to the DRAM (or sent to the system in a multi-SoPEC another A SoPEC device, as described below).

Multiple SoPEC devices can be used in an alternative embodiment, according to the particular application and Achieve different functions. For example, in some cases, SoPEC device can be simply used in its machine Contained in DRAM, while another SoPEC device for implementing the above-mentioned various decompression and formatting functions Energy. This can reduce the possibility of shortage of the cache, this case occurs in the printer to receive the There is a page of data for the conduct of the page prior to printing and the rest is not timely received a number According to time. Add an additional memory buffer for its performance SoPEC device can be doubled The amount of cached data, even without using any other properties of another chip. ...

Normally, each printing SoPEC printing apparatus has a corresponding QA, which stores a hit Printing equipment characteristics - such as maximum print speed - related information. Print cartridge device also can pack Including the ink QA chip, which stores a print cartridge information - such as the amount of ink remaining. Print head is Having a QA chip, configured to function as a ROM (effectively as an EEPROM), Storing a printhead-specific information, such as image and the print head nozzles out characteristics. SoPEC CPU of the device optionally from QA chip - which effectively serves as a serial EEPROM- - Load and run the program coding. Finally, SoPEC device runs a logical QA CPU Chip (that is, a software QA chip). ...

Each SoPEC device has two LSS system bus, which can communicate with QA devices and For system identification and calculation of the amount of ink used. Each bus device can be used many QA, and this These QA position devices in the system is unrestricted with the exception that the printing apparatus and the ink QA QA devices should reside on different LSS bus.

In use, the logical QA and ink QA equipment communication to determine the remaining ink. From Mexico QA QA equipment, printing equipment and answering reference judgment. Printing equipment from the confirmation of the QA Body through logical QA equipment qualification, so as from the ink QA machine answer indirectly increase An additional level of authentication.

In the QA chip - NOT the printhead QA - through the data passed between the signing Identification. In a preferred embodiment, HMAC-SHA1 authentication is used for data, RSA authentication with The program code, although it may instead use other solutions.

Single SoPEC device can control two pairs of the print head, and up to six pieces color channel. The six color ink channels in the consumer SOHO, or office twin-sheet printing environments are desired The maximum value, and include:

· CMY (cyan, magenta, yellow) for conventional color printing;

· K (black), for black and white text, line drawings and grayscale printing;

· IR (infrared) for a Web-enabled applications;

· F (fixing agent), for preventing soiling blot, thereby ensuring high-speed printing.

Since two-piece printer is capable of printing so fast, you may need to make ink fixative page Surface contact to the already printed pages before they dry. Otherwise, the ink will flow between pages. In Relatively low-speed printing environment, may, without fixative.

In a preferred form, SoPEC device's color space known. Although its acceptability as CMYX or RGBX contone data - where X is an optional fourth channel, which may also Accept any print color space contone data. Additionally, SoPEC provided for outputting Into the channel to any output channel mapping mechanisms, including portfolio optimization for point and ink-based Any number of other channels to produce channels. However, the input is typically used for continuous color CMYK Tone input, K for two values of input, and an optional page markup point is usually applied to the infrared layer. Fixative channel is typically generated for fast printing applications. ...

In a preferred form, SoPEC device is unknown pages long. Consecutive pages are usually divided into zones, And with the consumption of each zone information downloaded to the page memory.

Subsystem	Equipment referred to	Device Name	Description
Subsystem	Equipment referred to	Device Name	Description	DRAM	DIU	DRAM interface device	For a variety of SoPEC devices, CPU and SCB block provides for DRAM read and write Entrance. DIU between devices in the conflict Arbitration and controls DRAM access.
DRAM	Embedded DRAM	20Mb embedded DRAM			DIU	DRAM interface device

Subsystem	Equipment referred to	Device Name	Description
Subsystem	Equipment referred to	Device Name	Description	CPU	CPU	Central processor	For system configuration and control of the CPU.
MMU	Memory management device	Restrict access to certain CPU-user mode Memory address area.			CPU	Central processor	For system configuration and control of the CPU.
MMU	Memory management device		RDU		Real-time debugging equipment	Observed in real time to assist in the majority SoPEC CPU addressable registers and some pseudo- Contents of the register.

TIM	Purpose Timer	Including monitors and general system timer.
TIM	Purpose Timer	Including monitors and general system timer.	LSS	Low Speed Serial Interface	QA chip interface for use with a low level of Controller.
GPIO	General Purpose IO	General Purpose IO controller with embedded motor Control equipment, LED pulse equipment and anti- Spike pulse circuits.	LSS	Low Speed Serial Interface	QA chip interface for use with a low level of Controller.
GPIO	General Purpose IO		ROM	Bootstrap read-only memory Implement	16Kb system bootstrap ROM Coded.
ICU	Interrupt Control Equipment	With configurable priorities and tasks General purpose interrupt controller.	ROM	Bootstrap read-only memory Implement	16Kb system bootstrap ROM Coded.
ICU	Interrupt Control Equipment		CPR	Clock, power and reset Block	And generating the system clock for controlling the through- With equipment and reset and power-down devices.
PSS	Saving storage	When the system is powered down memory retention.	CPR	Clock, power and reset Block
PSS	Saving storage	When the system is powered down memory retention.	USB	Universal serial bus devices Equipment	USB host for USB devices connected Standby controller.
ISI	Internal SoPEC Interface	In a multi-SoPEC system for data And communication with other SoPEC control ISI Controller.	USB	Universal serial bus devices Equipment	USB host for USB devices connected Standby controller.
ISI	Internal SoPEC Interface		SCB	Serial communication blocks	Including USB and ISI blocks.

Subsystem	Equipment referred to	Device Name	Description
Subsystem	Equipment referred to	Device Name	Description	Print cited Engine pipeline (PEP)	PCU	PEP controller	In a single 32 is provided with a read block Write PEP device registers the device outside Department of CPU and write DRAM.
CDU	Continuous tone decoder design Equipment	JEPG compressing continuous-tone layer expand and DRAM write to unpack and continuous color Tone.			PCU	PEP controller

CFU	Contone FIFO design Equipment	Provided between the CDU and HCU line buffer Overshoot.
CFU	Contone FIFO design Equipment	Provided between the CDU and HCU line buffer Overshoot.	LBD	Lossless binary decoder	Binary expansion of the compressed layer.
SFU	Point FIFO device	In the LBD and HCU line between providing relief Overshoot.	LBD	Lossless binary decoder	Binary expansion of the compressed layer.
SFU	Point FIFO device	In the LBD and HCU line between providing relief Overshoot.	TE	Mark decoder	Decodes the tag data marked point Line.
TFU	Mark FIFO device	Provided between the TE and the number of markers HCU Data storage.	TE	Mark decoder	Decodes the tag data marked point Line.
TFU	Mark FIFO device		HCU	Halftone synthesis apparatus	Imitation of the continuous tones and color processing Synthesis of two data points and position markers.
DNC	Failure nozzle compensator	By color redundancy and will lapse nozzles According to the error distribution points around which to conduct Compensation.	HCU	Halftone synthesis apparatus
DNC	Failure nozzle compensator		DWU	Dotted line write device	For a given print line will point data 6 Channel written line storage DRAM.
LLU	Line loading equipment	Line storage device to read from a page diagram expansion Like, properly formatted data for Two-piece print head.	DWU	Dotted line write device
LLU	Line loading equipment		PHI	Printhead Interface	Responsible for sending the print head to the two-piece point data And in the supply line between multiple SoPEC Synchronization. Also provides test access to the print head Mouth, such as temperature monitoring and failure nozzle Recognized.

Refill ink cartridge

As described above, the print head 6 comprises an ink cartridge storage film 26, the ink storage film 26 includes a connection Molded into the cover member 36 is formed on top of the ink within the refill ink tank port 8 28-34. In order to 28-34 refill ink tank, the ink was refilled ink cartridge in the form of dispenser, Fig 35-42 Shown. The structure of the refill cartridge 160 will be explained mainly refer to Figure 37, Figure 37 is a exploded view of cartridge Figure.

Cartridge 160 has an external molding member 162, the molded member 162 as an operation of the Hand or "piston", and includes an internal spring assembly 164. Spring assembly 164 includes a The platform 178, the spring element 180 extends from the platform 178 molding member 162 abuts against the inside cover. Spring member biasing platform 178, so that it abuts against a

deformable ink film

166, 166 through the ink film Often made of polyethylene and contains a printing fluid, such as a color ink, or fixing agent. Capacity ink film 166 Carolina molded polyethylene base 170, the base molded polyethylene molded parts 170 in the external Slide 162, which in Figure 38 as best seen in box 39. An ink outlet tube 182 from the film 166 Extend and tie in a molding member 170 formed in the bottom of the base of the elastic ring 172. In the Before refilling the ink cartridge with a sealing member 174 covers the ring 172. ...

Forming the base member 170 extends from the bottom of a flange 190, the flange 190 serves as a A positioning device, shaped to fit the inkjet printer parts - such as printing ink refill cartridge 6 Port 8 - refilling port. Outlet pipe 182 and the ring 172 relative to the location of the root flange 190 According to the ink cartridge refill of fluid to be accommodated on the type of print. Therefore, the print fluid system Printing with a plurality of fluid dispensers, each having accommodated in the dispenser according to the printing fluid The type of the flange 190 positioned with respect to the outlet. Thus, when the box with the filling to the end Jiangzai Port 8, exit 192 with suitable inlet 42A-42E, and thus refilling with dedicated storage A specific type of printing

fluid storage pool

28,30,32,34. ...

fluid storage pool

28,30,32,34. ...

Molded parts from the base portion 170 extending outer side wall portion 168 of a holding projection, the holding projection From the portion 168 is accommodated in a recess, the recess prior to insertion into a recessed portion 165 or insert After the concave portion 169, both formed in the top cover member 162 is formed around the inner wall, as shown in 37 and 38 Shown. Before insertion recessed portion 165 located on the top cover near the opening of the molded article, and after insertion recessed portion 169 is located above the wall more. When the ink cartridge 160 is fully charged, the holding protrusion unit 168 and insertion Front engaging recessed portion 165. As will be fully explained later, in order to overcome the bonding, care must be To an insertion force (it exceeds a predetermined threshold value) applied to the top cover molded parts. The insertion action The ink is discharged through the outlet 172, and the bias of the spring assembly 164, thereby forming the base 170 is forced into the top cover molding member 162 until the retention protrusions 168 are inserted into the recessed accepted Unit 169. ...

When used, the print cartridge 6 is shown in Figure 3 on the holder 4 properly aligned, then insert Forming an upper bracket member 80 the recess 89. Device into the cartridge holder 4, the number of the bracket Data and power contacts 84A and 84B with box 6 data and

power contacts

58A and 58B are electrically connected. While the air compressor 122 through the air nozzle 124 and the seal 44 into the cartridge 6 Air inlet 76.

power contacts

58A and 58B are electrically connected. While the air compressor 122 through the air nozzle 124 and the seal 44 into the cartridge 6 Air inlet 76....

Because of the print cartridge holder 4 and 6 of the positioning grooves 86 and ribs 78 in the wrong way in the circumferential Insert the print cartridge around any attempt were to fail. Similarly, a purpose than with the holder Together with the print cartridge will not have the positioning groove 86 corresponding to the ribs, so that no matter how the orientation of both Will not be accepted. In particular, the need for the control panel with two chip holder driving SoPEC The print cartridge will not have to be having a SoPEC chip panel bracket right rib accepted Structure.

When the device is first inserted into the print cartridge cradle device 4:00 and during transport, the rotor element 60 oriented so that: it covers the print head 52 engaging surface, thereby sealing the slit nozzles of the printhead. Category Similarly, when the printing device is no longer in use, cover the surface of the print head 52 is in contact with the bottom of its Seal. Sealing the ink printhead solvent - typically water - evaporation, resulting in printing Unit when not in use reduces the print drying of the ink on the nozzle.

A remote computing device, such as a digital camera or a personal computer connected to the USB interface 130 to provide power to the holder 4 and the print data signals. Response to provide electricity, control panel 82 Initial processing circuitry to perform a variety of routine procedures, including: authentication chip 57 is stored in the QA The manufacturer password; ink tank sensor 35 by means of checking the status of the ink tank 28-34; aid Biography Sensor 156 checks the state of the rotor element 60; paper sensor 192 by means of inspection of paper or other media Quality has been inserted into the holder; and three-color indicator LED 135 through conduit 136 to the external light Indicate device status.

During the print operation, a sheet of paper or other print media must be introduced bracket 4. Once the computing device receives from an external signal to start of printing, the control panel 82 by means of paper sensor 1192 checks for the presence of paper. If the lack of paper, then the three-color LED 135 is set to indicate the need Note and the controller is no longer trying to print. Alternatively, if the paper sensor 192 indicates the presence of Print media, the panel 82 by rotating the rotor element 60 to respond to reach a use A predetermined position for printing.

In this regard, once the operation to detect the print mode is the starting phase or in maintaining Routine, the rotor element 60 rotates, so that it draws the surface of the print head 52 ink path Trail. Drawing surface can then be used as a type of container to receive ink from the printing nozzles, the Disposed on the surface of the drawing of the absorption properties of the material, the ink receiving member 60 is sucked into the rotor body Within the Ministry. Since the rotor element 60 is part of the print cartridge 6, replacing the print cartridge when replacement switch Sub-components, thereby ensuring that the surface does not absorb ink and become full of dirty.

USB interface 130 in the print command to detect and determine the existence of the print media, the console System board 82 driving motor 110, thereby driving the roller 96 starts to rotate, and with the pinch roller 98 with the Drag the print media through the print head 52. Meanwhile, the control panel 82 process data from an external computing device Print data for print head 52 generates a control signal. Interface control signals via the bracket 84A, 84B,

transmission interface

58A, 58B, and the print head chip 52 at either end of a flexible PCB contacts Shi To the print head. Print head chip 52 is a two-piece, i.e. the print head having two extended length Slender chip, the data provided at either end of the print head, in which along the length of each chip Transferred to each nozzle. Power by extending along the length of the chip is supplied to the print head core bus Each nozzle piece. In response to the received data and the power, when the print medium is dragged through the rotor The pressure element 60 is flat, the respective nozzles of the printhead to selectively discharge the ink onto a printing medium, This print transport to the USB interface 130 of the data signal encoded images. ...

transmission interface

Referring now to Figure 40, the ink refilling process from the first step of the refill sensor 35 starts, The refill sensor 35 indicates the control panel 82 within the

storage pool

28,30,32,34 printing fluid Inadequate. Response from the re-filling sensor 35 signals activation of the control panel 82 indicating LED 135. Alternatively, the printing ink is inadequate to detect electronic devices via the control panel to calculate. Because each nozzle of the ink volume is known, and the print head during the entire operation Is consistent with (close to 1 picoliter (picolitre)), delivered by the print head and ink for each color The ink consumption or the like can be calculated. In this regard, the panel 82 is able to monitor each print Fluid consumption, and once the level reaches a predetermined level, three-color indicator LED can be clearly indicate Users need to add printing fluids. ...

storage pool

For re-filling process, the print cartridge in the printer 6 to the appropriate location within the holder 4. Type of ink required for ink refill the ink cartridge 160 is then sent to port 8 on the refill position, Refilling the ink in the print cartridge port 8 on the upper surface 6. As mentioned above, the ink refill port 8 Includes a series of protected by a sealing film 40 entrance 42A-42E. Under the sealing membrane 40, placed Multiple print fluid pipe 42A-42E, provided these printing fluid tubes to the

ink storage pool

28,30, 32,34 The direct entrance. For each printing fluid - i.e. C, M, Y, K and, when needed IR ink and fixative - provides ink entrance. For each different position of the inlet fluid strategy 8 strategically placed horizontally along the entrance to refill an ink cartridge 160 182 auto export sales Qi and with a specific one for the box 160 and is to be added to accommodate the particular printing fluid Entrance 42A-42E connectivity. ...

Ink refill process a second step shown in FIG 41. In this figure, the refill cartridge 160 has been Docking apparatus within the print cartridge refill port 8. Once the refill cartridge refilling docking port 160 8, the ink refill automatic QA chip 176 on the device and the holder connector 132 QA alignment. Control Ask the system board 82 is stored in the QA chip 176 to verify the various coding refilling ink cartridge 160 Integrity and authenticity. If the control panel 82 to determine the presence QA chip 176 verified real ink, That is, from the appropriate manufacturer and is the desired color or type, then the set indicator LED135 display yellow, thereby indicating acceptance of the refill cartridge 160. Optionally, the control panel 82 may Determined that there is an error condition, and in response thereto is set to red LED 135 to indicate refilling Cartridge problem. For example, if QA chip 176 can not pass the verification step, you can determine the existence of Error status. In addition, often is the case, there is only one

storage pool

28,30,32,34 required To supplement. For example, cyan ink is assigned stored in a storage pool may need to fill. In this case, Whenever the QA chip 176 indicates the ink cartridge 160 contains non-refillable ink cyan, then the control board 82 The red indicator LED is set to mark an error state. ...

storage pool

Shown in Figure 41, when the ink cartridge refill 160 docking device 6 in the print cartridge refill port 8, the ink outlet pin 28 through the sealing film 40 has been re-filling ports 42A-42E in the mouth A, with the corresponding one of the ink inlet 24 connected. Ink inlet 24 is set to elastomer molded parts, Thus the ink seal 32 - refillable ink cartridge which is located off exit 28 above - Automatic traversal Happen. Thus, to ensure the re-filling in the storage box 160, the ink delivery tube 43A-43E and store Within the ink pool between 28-34 self-sealed fluid communication. Self-sealed fluid communication caused a Once the external compression molded parts 162, pressurized fluid flow into the ink in the

storage pool

28,30,32,34 A. ...

Shown in Figure 42, when the top cover 162 molded under pressure, thereby making the ink of the refill cartridge present 160 of the ink is discharged into the print cartridge in a storage pool 28-34 occurs when the ink is refilled The third stage of the program. External compression molded at 162 after it is apparent to the operator , The ink of the refill cartridge has been consumed, and can thus be removed from the print cartridge 6, because the re- Filling stages. Once the re-filling phase, and then filled sensor 35 generates a signal, 28-34 indicate the storage pool of the printing fluid levels greater than a predetermined level. Response from refilling Biography Sensor signal, the control panel 82 setting indicator LED 135 flashes green, which indicates the operator Refilling process has been successfully completed. ...

The refill ink from the ink cartridge 160 in the discharge force used according to the operator applied to the top cover molding parts 162 to determine the extent insertion force. Therefore, the top cover molding 162 is used as a refill cartridge Operating handle or pistons. Which may happen is that, if more steps are not careful or filling Who hurried operation, the ink will be inappropriate for high-voltage transmission to the print cartridge 6. This pressure can cause memory In the print cartridge ink within six bursting ink storage film 26, and the resultant print cartridge ink spilled on equipment, This will irreparably damage the print cartridge. Molded parts 164 through the internal spring mechanism to provide security against Only the membrane rupture are not careful, the safety mechanism to prevent the device from refilling ink discharged by Guo Big pressure. In this regard, the spring 164 is designed to limit the molding from the top cover member 14 molded into the Transmitted to the ink film 26 deformable maximum force. Any molding applied to the top cover member 14, the guide To Mexico, the highest level in more than allowed under the pressure of the discharge by the spring force absorbed and molded parts 164 And stored within the spring element 180. Spring forming member 164 is suitably designed to prevent inappropriate Instantaneous force applied to the refill film 26. That is, the deformation and / or elastic properties of this choice: it the film The pressure is limited to a predetermined level. ...

38 and 39, as shown most clearly shown, a retaining protrusion 168 formed in the base member 170 The side portion. When the ink cartridge 160 is in its state before insertion, the holding portion 168 is inserted into the front recess portion 165 tie. Before inserting the projection portion 168 and the engaging recessed portion of the re-filling process provides additional Security measures. This is because the joining force to prevent undesired molded parts from the top cover is applied to the inner Ministry of ink film 166, and thus in the process of transportation or transmission top cover to prevent inadvertently inserted. In Mexico And then filling the refill cartridge 160 and the docking port, the top cover 162 with sufficient force to insert, in grams Clothes holding protrusion unit 168 by inserting the front engaging concave portion 162. Insert the top cover molding 162 The platform assembly 164 causes the spring 178 abuts against the ink film 166, whereby the ink discharge through the outlet pipe 182 Out of and into the print cartridge ink storage pools film 166. In order to overcome to maintain the initial engagement protrusion 168, Must exert a large force of the initial. Spring element acts instantaneously to protect the ink film 166 in this Subjected to excessive pressure on the case. After the initial force is applied, begins normal insertion. Figure 38 Shows, once the re-filling step of holding the projection portion 168 with a concave portion 169 was inserted Form of locking means engaging concave portion toward the ink cartridge after insertion member 169 forming the inner wall of the external Top setting. Holding projection portion 168 and the upper concave portion 169 with the ink after the emptying Cartridge 169 is locked to an external molded base molding member 170. Be understood that this arrangement overcomes the This potential problem: the user attempts to add a poor ink refilling ink cartridge 162, and this ink will Cause damage to the print cartridge nozzles and ink refill cartridge. After insertion in its structure, has been consumed Refilling ink cartridge returns vendor. Supplier will provide a tool to open the refill cartridge, The top cover and returns to its upper position, in which the real refillable ink filling equipment used to re- The recycling and re-programmed QA chip 176 to verify the authenticity of the ink. ...

Although reference to an exemplary embodiment of the present invention is explained and described, various modifications to the Those of ordinary skill will be apparent, and is easy to obtain, and these changes no back From the scope and spirit of the invention. Accordingly, the appended claims are not to limit the scope of this In the description made, but these should be interpreted broadly claims.

Claims

A method for ink-jet printers print cartridge, including:

Print fluid storage device; and

Storage means with said printing fluid communication page width printhead.
(2) as claimed in claim 1, wherein the print cartridge, wherein said page wide print head is configured to generate to By 8-inch-wide print imprinting.
3 as claimed in claim 1, wherein the print cartridge, wherein said printing fluid contained in the storage means A body portion, the body portion includes a fluid from an external source of supplementary printing devices.
4 as claimed in claim 1, wherein the print cartridge, wherein said page width printhead comprises at least 20,000 A storage means with said printing fluid in fluid communication with a fluid delivery nozzle of the print.
5 as claimed in claim 4, wherein the print cartridge, wherein said page width printhead comprises at least 30,000 A storage means with said printing fluid in fluid communication with a fluid delivery nozzle of the print.
As claimed in any of claims 1 to 5 wherein a print cartridge, wherein said printing fluid is kept Storage means comprises one or more memory for printing ink storage pool.
As claimed in claim 6, wherein the print cartridge, wherein said one or more storage pools exist independently Sufficient to store a color ink for color printing.
As claimed in claim 7, wherein the print cartridge, wherein said one or more storage pools also independently Storing ink fixing agent to assist on delivery by the page width printhead ink is fixed.
(10) as claimed in claim 8, wherein the print cartridge, wherein said one or more storage pools exist independently IR ink reservoir for printing.
A process as claimed in claim 9, wherein the print cartridge, wherein a first electrical connector disposed to The page width printhead electrical connection, and the page width printhead adjacent the first end of settings, for use with The first inkjet printer with the mating connector.
As claimed in claim 10, wherein the print cartridge, wherein a second electrical connector disposed to The page width printhead electrical connection, and the page width printhead adjacent the second end setting for use with A second ink jet printer with the mating connector.
12 as claimed in claim 10 or 11, wherein the print cartridge, wherein when said print cassette is accommodated in The ink jet printer, the power and data throughput of the first and second electrical connectors and inkjet Printer electrical connector corresponding with the relationship between the ink jet printer from the print head to the page width Transmission.
13 as claimed in claim 12, wherein the print cartridge, wherein said print cartridge includes a set to the empty Air guide through the page width printhead assembly.
14 as claimed in claim 13, wherein the print cartridge, wherein said assembly includes a filter, Used in the air is directed through said page width printhead before filtering the air.
15 as claimed in claim 14, wherein the print cartridge, wherein said assembly comprises an outside from a Ministry sources acceptable air inlet.
16 as claimed in claim 15, wherein the print cartridge, wherein said external source of said ink-jet Inside the printer.
17 A beneficial for a page wide print head type inkjet printer for maintenance method The method comprising the steps of:

Said ink jet print head disposed to each other at least a first and a second split part, the first Portion than the second portion need to be replaced more frequently;

Wherein the first portion includes a page width printhead.
18 as claimed in claim 17, wherein said first portion further comprises a print Fluid storage means for storing said page width to be printed by the print head transport fluids.
19 as claimed in claim 18, wherein said first part is a detachably Received in the second portion of the print cartridge.
20 as claimed in claim 19, wherein said second portion having a suitable Acceptance of the print cartridge cavity printer stand.
21 as claimed in claim 20, wherein said printer comprises an electronic control holder Device to control the operation of the print cartridge.
22 as claimed in claim 21, wherein said printer apparatus includes a power supply holder And data connectors to set the print cartridge with the power and data connectors match, So that by the electronic control device to said control the operation of the print cartridge.
23 as claimed in claim 22, wherein said printer apparatus includes a print frame Media handling system for the supply of the print cartridge print head for printing the print media.
24 An ink jet print cartridge, comprising a body portion, the body portion comprises:

Printing fluid storage means, and

Includes at least 20,000 printing fluid to said storage means in fluid communication with the printing fluid input Sending the print head nozzles.
25 as claimed in claim 24, wherein the ink jet print cartridge, wherein said printing head comprises at least 30,000 printing fluid to said storage means in fluid communication printing fluid delivery nozzle.
26 as claimed in claim 25, wherein the ink jet print cartridge, wherein said printing head comprises a page wide play Print head.
27 as claimed in claim 26, wherein the ink jet print cartridge, wherein said printing fluid storage means Include one or more storage pools, for isolated storage of one or more printing for printing fluid.
28 as claimed in claim 27, wherein the ink jet print cartridge, wherein said one or more print stream Body is a sufficient color ink for color printing.
29 as claimed in claim 28, wherein the ink jet print cartridge, wherein said one or more print stream The body comprises an ink fixing agent, to assist by the fluid delivery nozzle of the ink after transfer to solid Fixed.
30 as claimed in claim 29, wherein the ink jet print cartridge, wherein said one or more print stream Body including infrared ink.
31 An ink jet printer comprising:

Bracket;

The releasably engage the holder of the ink jet print cartridge, the ink jet print cartridge comprising:

For respectively storing ink and the ink fixing agent, at least first and second storage means;

The first and second storage means in fluid communication with page width print head; and

The print head through the ink and the ink carried is controlled to a fixing agent is applied by the

After transport of the print head onto the print medium conducive to ink fixing device on.
32 as claimed in claim 31, wherein the ink-jet printer, wherein said ink jet print cartridge further comprises Storage means for storing a set of independent enough color ink for color printing.
33 A is set by an ink jet printer to releasably engage the ink jet print cartridge, the Said print cartridge comprising:

Are accommodated ink and the ink fixing agent is at least a first and second memory means; and

Said first and second storage means in fluid communication with page width printhead.
34 A method for operating including, for example print cartridge according to claim 33, wherein the type of ink jet printing Machine, the method comprising:

Control page width print head to the ink used to print on the one medium; and

By controlling the page width print head to the ink fixing agent is applied on the media in order to facilitate the ink is fixed to the media On.
35 for an ink jet printer print cartridge, comprising:

One or more of the ink used for printing; and

And said fluid communication with one or more ink print head;

Wherein the one or more of at least one of the ink is an infrared ink.
36 as claimed in claim 35, wherein the print cartridge, the print cartridge further comprises a set Storing one or more printing ink body portion, wherein said printing head is attached to the body portion.
37 as claimed in claim 35 or 36, wherein the print cartridge, wherein said printing head comprises a page width Printhead.
38 as claimed in claim 37 wherein the print cartridge, wherein said ink comprises one or more such Can perform a set of color ink color printing.
39 for an ink jet printer print cartridge, comprising:

For storing one or more print a printing fluid a fluid storage means;

With the storage device in fluid communication with the fluid print page width printhead; and

Storage means to the printing fluid refill port in fluid communication.
40 as claimed in claim 39, wherein the print cartridge further comprises a body portion, the print Fluid storage means disposed in the body portion, and the page width printhead and re-filling ports attached To the body.
41 as claimed in claim 39 or 40 wherein the print cartridge, wherein said printing fluid storage means Means including said one or more printed for each of the separate fluids printing fluid storage pool.
42 as claimed in claim 41, wherein the print cartridge, wherein said refill port includes a Or printing a plurality of said independent fluid corresponding to each storage pool and in fluid communication therewith Entrance.
43 detachable for an ink jet printer print cartridge, comprising:

Print fluid storage device;

Fluid storage means with the print head in fluid communication; and

Arranged to guide the air through the print head assembly which comprises a filter.
44 as claimed in claim 43, wherein the removable print cartridge, wherein said package assembly may further Including an inlet, from a source located within the inkjet printer to accept air.
45 as claimed in claim 43, wherein the removable print cartridge, wherein said printing head comprises a page width Printhead.
46 A method for preventing the print cartridge printhead detachable degradation, the method comprising The following steps:

Generates an air stream;

Means attached to the print cartridge from the air flow filter filtering particulate matter, in order to Produce filtered air; and

The filtered air is guided through the print head.
47 as described in claim 46, wherein said step of generating an air flow from the far The apparatus of the print cartridge to bear.
48 as method of claim 46, wherein said print head comprises the page width printhead.
49 for an ink jet printer print cartridge, comprising:

Print fluid storage device;

Fluid storage means with the print head in fluid communication;

Air inlet; and

One or more settings to guide air from the air inlet pipe through the print head.
50 as claimed in claim 49 wherein the print cartridge, wherein said printing head comprises a page wide print head.
51 as claimed in claim 50, wherein the print cartridge, wherein said air inlet configured to jet Complementary structure compatible printer.
52 as claimed in claim 51 wherein the print cartridge, wherein said air from said ink jet printer Supplied to the complementary structure of said print cartridge, the complementary structure communicates with the air supply source.
53 for an ink jet printer print cartridge, comprising:

Print fluid storage device;

Fluid storage means with the print head in fluid communication; and

Arranged to absorb the fluid around the print head Print Print fluid drawn pieces.
54 as claimed in claim 53 wherein the print cartridge, wherein said printing fluid storage means and playing The print cartridge print head relative to the fastening portion and said printing device coupled to the fluid absorb the body portion.
55 as claimed in claim 54 wherein the print cartridge, wherein said printing fluid comprises suckers A component engagement means engaging said assembly for selectively enables the printing fluid aspirator With the printhead.
56 as claimed in claim 55 wherein the print cartridge, wherein said printing fluid comprises suction lessons Received material, the absorbent material is provided so that when no print on the print media from the print absorb A print head ejecting a fluid.
57 as claimed in claim 56, wherein the print cartridge, wherein said printing fluid is drawn can be rotated Coupled to said body portion.
58 as claimed in claim 57 wherein the print cartridge, which is also slidably coupled to said body portion.
59 as claimed in claim 53 wherein the print cartridge, wherein the print head comprises a page wide print head, and And said suckers along the page width printhead extension.
60 for an ink jet printer print cartridge, comprising:

Including at least one print body fluid storage pool;

Attached to the body portion and the at least one printing fluid communication with fluid storage pool print Head;

Is rotatably coupled to the body portion of the printing fluid aspirator; and

Located on said printing fluid absorb a component engageable with the engaging means, said group Member for selectively causing the fluid aspirator printing with the print head.
61 as claimed in claim 60 wherein the print cartridge, wherein the print head comprises a page wide print head, And the suckers along the page width printhead extension.
62 for an ink jet printer print cartridge, comprising:

Print fluid storage device;

Fluid storage means with the print head in fluid communication; and

Configured to selectively execute a plurality of print heads associated with the different functions of the print head auxiliary group Pieces.
63 as claimed in claim 62 wherein the print cartridge, wherein said different function includes the following functions At least one of: drawing ink around the print head, print head cover, and with respect to the printing head As a pressure plate.
64 claim 63 wherein the print cartridge, wherein said printing head ancillary components include phthalic Then the print head is coupled to a rotatable element print cartridge.
65 as claimed in claim 64 wherein the print cartridge, wherein said rotatable member includes a plurality of surfaces, Each face is configured to perform the different functions in a corresponding feature.
66 as claimed in claim 65 wherein the print cartridge, including engaging means which engage the fastening means To said rotatable member for engagement by the ink jet printer mechanism, and to selectively allow the operator For surface and print head tie.
67 as claimed in claim 66, wherein the print cartridge further includes a biasing means, the biasing means is provided Set to normally biasing said rotatable member so that abut against one side of the print head.
68 as claimed in claim 62 wherein the print cartridge, wherein said printing head comprises a page wide print head.
69 for an ink jet printer print cartridge, comprising:

Print fluid storage device;

With the storage device in fluid communication with the fluid print page width printhead; and

Electrically connected to said print head a first electrical connector, the electrical connector adjacent said first page Wide printhead first end, for use with an inkjet printer with a first mating connector.
70 as claimed in claim 69 wherein the print cartridge, further comprising a page width printhead adjacent said The second end of the second electrical connector, for use with an inkjet printer with a second mating connector Together.
71 as claimed in claim 69 wherein the print cartridge, wherein said printing fluid storage means, page Wide print head and the first and second electrical connector attached to the print cartridge body.
72 for an ink jet printer print cartridge, comprising:

Adapted to receive the ink jet printer and comprises a fluid storage means to the printing strip body Ministry;

Attached to the body portion and the fluid storage means with the print page width printing fluid communication Head; and

And electrically connected to said print head first and second electrical connectors, said first and second connection Is attached to the elongated body portion and abuts the page width printhead opposite end for The ink jet printer respective first and second mating electrical connector.
73 for an ink jet printer print cartridge, comprising:

Print fluid storage device;

Fluid storage means with the print head in fluid communication;

Communicating with the ink storage pool refill port, the port is set to receive a refill for Supplementary ink refill ink storage pool; and

IC component, the IC component configured to store at least one refill ink on Ink stored in said ink storage pool performance information.
74 as claimed in claim 73 wherein the print cartridge, which on the refill ink stored in the ink storage or The performance of the ink reservoir pool information includes one of the following:

Ink storage tanks remaining amount of ink;

Refillable ink sources;

Refilling the ink rheology; and

Color of the ink refilling.
75 as claimed in claim 73 wherein the print cartridge, wherein said integrated circuit assembly comprises a Mounted on the ink jet printer electrical connector for receiving the refill and refill the ink cartridge integrated Connected to the circuit.
76 as claimed in claim 73 wherein the print cartridge, wherein said printhead is a page width printhead.
77 An ink jet printer for maintaining the supply of authenticity, wherein the spray Ink printer that includes a removable print cartridge type, the print cartridge housing communicating with page width printhead The ink storage apparatus, the method comprising the steps of:

A refill ink cartridge, the ink refill cartridge includes a memory on the ink refilling Information on the performance integrated circuit package;

Refill the ink cartridge will connect to the print cartridge; and

Perform the test, the re-filling the ink stored in the ink storage performance of the ink means the performance of a Are compared.
78 for an ink jet printer print cartridge, comprising:

Multiple storage pools, each storage pool print stored exclusively in a predetermined fluid;

Communicating with said print head storage pool; and

And re-filled cartridge is set to a corresponding mating connector refilling port, the re-filling Each port includes a storage pool and the corresponding inlet in fluid communication with.
79 as claimed in claim 78 wherein the print cartridge, wherein said printhead is a page width printhead.
80 An ink-jet printer and then filling system, comprising:

A print cartridge refill port, the re-filling port comprises a plurality of inlets, these into Port corresponding to each of a plurality of storage pools and in fluid communication therewith, each spot of the storage pool Door storage of multiple print a predetermined fluid; and

At least one cartridge refilling the refill cartridge containing said fluid in one of a variety of printing and And includes a setting to fit the refill port of the connector, the connector having an outlet, Said outlet is provided to a particular one of the inlet of the refill port, the inlet and the plurality of storage pools Communicating a particular one of the storage pool designed to store received in the filling inside the print stream Body.
81 as claimed in claim 80 wherein the refill ink jet printer, wherein said print cartridge Including the printing fluid communication with the printhead storage pool.
82 as claimed in claim 81 wherein the refill ink jet printer, wherein said print head Is the page width printhead.
83 for an ink jet printer print cartridge, comprising:

Print fluid storage device; and

And said printing means in fluid communication with the fluid storage page width print head, the print head comprising Extending the length of the printhead two print chips.
84 as claim 83 wherein the print cartridge, wherein said two contact print chip set Close together to extend the length of the printhead.
85 as claimed in claim 84 wherein the print cartridge body having an elongated portion, the body portion Adapted to accommodate the printer bracket.
86 as claimed in claim 85 wherein the print cartridge, including the opposite ends of the printhead and And electrically connecting said two print chip electrical connector.
87 A print cartridge for an ink jet printer, comprising:

Print fluid storage device;

With said printing fluid storage means in fluid communication with the page width printhead; and

Extending the length of the print head cover, which is configured to an inkjet printer when the print cartridge is inserted into holder Protect the print head so avoid contact with the paper.
88 as claimed in claim 87 wherein the print cartridge, further comprising a print receiving fluid storage means Opposing elongated body portion, the body portion adapted to be detachably accommodated in the ink jet printer stent.
89 as claimed in claim 87 wherein the print cartridge, wherein said shroud further configured to function as A cover plate to seal the print cartridge of the air tube.
90 An ink jet print cartridge, comprising:

Stent adapted to accommodate the printer an elongated body portion;

Accommodated in the elongated body portion of the fluid within the at least one print storage pool;

Attached to the elongated body portion and the at least one printing fluid communication with fluid storage pool Page width printhead; and

Extending the length of the print head cover, the shroud is set when the print cartridge is inserted into the ink jet printer Protect the print head bracket so as to avoid contact with the paper, and also arranged to seal the ink jet print cartridge Air pipe.
91 An ink jet print cartridge, comprising:

A long strip body portion, the body portion to accommodate a printing fluid storage means and adapted to accept In an inkjet printer stent;

A attached to the page width print head with said printing fluid in fluid storage means Through the page width printhead; and

One set along the page width printhead evenly compressed air distribution group Pieces.
92 as claimed in claim 91 wherein the ink jet print cartridge, wherein said air distribution assembly comprising:

Air inlet;

Formed in the elongated body portion, and along with the inlet connecting set page width printhead Channel; and

Sealing the channel length of the filter, the filter is set so that when the air in said passage The gas pressure reaches a threshold level along the length of the air directed to the print head.
93 as claimed in claim 91 wherein the ink jet print cartridge, wherein said filter comprises a plurality of the Sized to determine the threshold level of the hole.
94 An ink jet print cartridge, comprising:

One or more printing fluid storage pools;

Determining one or more print printing fluid delivery passage of fluid conveying elements; and

By means of said one or more printing fluid delivery channels and the one or more print stream Body in fluid communication with the storage pool page width printhead.
95 as claimed in claim 94 wherein the ink jet print cartridge, comprising a housing said one or more A printing fluid storage pool elongated body.
96 as claimed in claim 95 wherein the ink jet print cartridge, wherein said page wide print head is attached to the Said elongated body.
97 as claimed in claim 96 wherein the ink jet print cartridge, wherein said printing fluid transport element Extending over the length of the printhead.
98 as claimed in claim 95 wherein the ink jet print cartridge, wherein said page width printhead pass the Said printing fluid transport element is attached to said elongated body portion.
99 as claimed in claim 97 wherein the ink jet print cartridge, wherein said printing fluid transport element Identified a number of printing fluid delivery channels.
100 An ink jet printer stand, including:

A removable ink jet print cartridge complementary portion, the ink jet print cartridge having a page width hit Print head and ink supply means on the type;

A body fastened together with the data connection for receiving from an external data source A data signal, wherein the data signal determines the image for printing; and

Coupled to said data connection point and is provided in response to operation of said data signal and said page Width of the print head to print the image processing apparatus.
101 as claimed in claim 100 wherein the printer stand, wherein said body portion defining a Recessed portion for receiving said removable ink jet print cartridge.
102 as claimed in claim 100 wherein the printer stand, further comprising a power connection point, Receive operation from an external power supply.
103 An ink jet printer stand, including:

And a plurality of removable ink jet print cartridge in the body portion of each complementary, each of the inkjet print cartridge Is a page wide print head and the ink supply of the type of device, and each having different ink jet print cartridge Performance characteristics; and

A controller configured to when said plurality of print cartridge coupled to each of said Determining when the stent performance characteristics of the print cartridge, and is provided in response to the determined performance characteristics To operate each of the print cartridge.
104 as claimed in claim 103 wherein the ink jet printer stand, wherein said controller is set A plurality of removable ink jet print cartridge operation in each of these performance characteristics print cartridge area Do not lie in one or more of the following: optimum print speed; ink capacity.
105 as claimed in claim 103 wherein the ink jet printer stand, wherein said body portion includes a A recessed portion for receiving a plurality of removable ink jet print cartridge of any one.
106 An ink jet printer easy to upgrade, wherein said ink-jet printer that includes Type of page width printhead, the method comprising the steps of:

Providing a complementary frame and the initial print cartridge ink jet printer, wherein said holder is set To operate multiple performance characteristics with different print cartridge;

Having improved performance characteristics using the plurality of print cartridge replacement initial print cartridge.
107 as described in claim 106, wherein said print cartridge performance characteristics different Symptoms include one or more of: printing speed; ink capacity; number and type of ink.
108 as described in claim 107, wherein the printing speed of the print cartridge 15 Changes between ppm to 60ppm.
109 as described in claim 107, wherein said print cartridge ink capacity 150ml Changes between the ink to the ink 300ml.
110 as described in claim 107, wherein said printing ink in the cartridge loading number And types can include any one or more of the following: black, cyan, magenta, yellow, and the ink IR Fixatives.
111 An ink jet printing system, comprising:

A plurality of ink jet print cartridge; and

A plurality of ink jet printer stand, each bracket includes a body portion, the body portion defining a The recess and arranged to receive and operate the plurality of ink jet print cartridge supported by a set of spray Printing ink in each cartridge;

Those which do not belong to a set of said plurality of ink jet print cartridge to be supported - with respect to the A plurality of inkjet printers particular a stent - inkjet print cartridge shaped to prevent its Acceptance in the particular inkjet printer stand recessed portion.
112 as claimed in claim 111 wherein the ink-jet printing system, wherein said ink jet print cartridge is Has a page width printhead type.
113 as claimed in claim 112 wherein the ink-jet printing system, wherein said ink jet print cartridge is With said page width printhead in fluid communication with the internal ink storage device type.
114 as claimed in claim 111 wherein the ink-jet printing system, which are not covered by a specific ink jet Printing ink jet print cartridge holder support is formed with a protrusion or a recess, when trying to Said print cartridge into said holder, the projection portion or a recess with a recess or a protrusion with.
115 as claimed in claim 111 wherein the ink-jet printing system in which said ink jet print cartridge Inkjet printer stand there and indicating device to indicate whether a particular inkjet print cartridge by the A specific printer stand support.
116 An ink jet printer stand, including:

A removable ink jet print cartridge complementary portion, the ink jet print cartridge having a page width hit Print head and ink supply means on the type; and

A setting of the print cartridge as a test of the IC package authentication devices
117 as claimed in claim 116 wherein the ink jet printer stand, wherein said verification device package Including a quality assurance chip.
118 as claimed in claim 117 wherein the ink jet printer stand, wherein said body portion identified by A removable ink jet print cartridge receiving the recessed portion.
119 as claimed in claim 118 wherein the ink jet printer stand, wherein said integrated circuit group Comprises in a position mounted on the connector body portion, when said removable ink jet printing When the cartridge is inserted into said concave portion, the position for connecting said quality assurance chip.
120 as claimed in claim 119 wherein the ink jet printer stand, wherein said integrated circuit group Inkjet printer stand comprises a control circuit part of said control circuit is provided to indicate a A failure to verify the print cartridge authentication devices.
121 An ink jet printer stand, including:

A body portion, the body portion defining a recessed portion, the recessed portion is sized to be placed A removable print cartridge, the print cartridge is a page width printhead type; and

Said body portion is located in the terminal, when said print cartridge is inserted into said concave portion when said terminal For contacting the printing of said ink jet print cartridge detachably mountable on the corresponding terminal, thereby facilitating the Said bracket and said electrical connection between the print cartridge.
122 as claimed in claim 121 wherein the ink jet printer stand, wherein the terminal is located in the Recessed portion of said one or more walls.
123 as claimed in claim 122 wherein the ink-jet printer, wherein said concave portion is a long strip , And said terminal portion of said at least one concave end wall.
124 as claimed in claim 122 wherein the ink-jet printer, wherein said terminal of said recess Into the opposite end wall portion.
125 as claimed in claim 121 wherein the ink-jet printer, wherein said terminal comprises data and Power supply terminals.
126 An ink jet printer stand, including:

A body portion, the body portion defining a recessed strip portion, the recessed portion is sized to Into a tie with a removable print cartridge, the print cartridge is a page width printhead type; and

Recessed portion of said opposite end wall of the power and data terminals, when said print cassette insertion Into said recess for contacting the terminal portion is removably located in said printing with the ink jet print cartridge The corresponding terminals, thereby facilitating the bracket and the electrical connection between the print cartridge.
127 An ink jet printer stand, including:

A body portion, the body portion defining a recessed portion, the recessed portion is sized to be placed A removable print cartridge;

A recess disposed in said holding portion of the print cartridge holding means; and

One or more elastic elements, the elastic member is disposed when in use to maintain the print cartridge and Said holding means and the fastening portion with the body.
128 as claimed in claim 127 wherein the ink jet printer stand, wherein said one or more The elastic element is arranged, in use, the bias of the print cartridge so that abut against said holding means.
129 as claimed in claim 127 wherein the ink jet printer stand, wherein said one or more The elastic element is arranged, in use, the print cartridge so that the bias of said body portion abuts.
130 as claimed in claim 128 wherein the ink jet printer stand, wherein said removable ink Print cartridge is a page width printhead type.
131 as claimed in claim 130 wherein the ink jet printer stand, wherein the retaining means comprises latch Lock.
132 as claimed in claim 127 wherein the ink jet printer stand, wherein said one or more The elastic element comprises one or more springs.
133 as claimed in claim 128 wherein the ink jet printer stand, wherein said concave portion includes A frame, said one or more elastic elements positioned on the frame.
134 An ink jet printer stand, including:

A body portion, the body portion define a recessed portion, the recessed portion and which has a frame Ft Placing a removable set inch ink jet print cartridge, the ink jet print cartridge is a page width printhead The type;

A setting of the print cartridge to be held in the latch concave portion; and

Positioned in the frame of one or more springs, the spring is disposed in use, the bias Said print cartridge so that the latch abuts.
135 A method for stabilizing an ink-jet print cartridge in the ink jet method within the printer stand, The method comprising the steps of:

Said print cartridge positioned in a portion of the bracket body defining a recessed portion;

Through the print cartridge latch will remain in said recessed portion; and

Through one or more elastic elements to hold the print cartridge and the body portion of the latch and tighten.
136 as described in the method according to claim 135, wherein the retaining step of fastening said print cartridge Including abut against the latch biasing said ink jet print cartridge.
137 as described in the method according to claim 135, wherein the retaining step of fastening said print cartridge Abut against said body portion includes biasing said ink jet print cartridge.
138 as described in claim 135, wherein said print cartridge maintained at Said recessed portion comprises the use of latches lock the print cartridge.
139 An ink-jet printer stand, the ink jet printer stand with an ink jet print cartridge mutual Up, the ink jet print cartridge that includes the type of the page width printhead, said bracket comprising:

A plurality of auxiliary body of the print cartridge;

A single motor; and

Said single motor coupled to each of the plurality of drive mechanism components.
140 as claimed in claim 139 wherein the ink jet printer stand, wherein said plurality of body kits Print media, including air compressors and transmission components.
141 as claimed in claim 140 wherein the ink jet printer stand, wherein said packet transmission assembly Including in said compressor and said motor drive shaft coupled directly between the devices.
142 as claimed in claim 140 wherein the ink jet printer stand, wherein said transmission component package Includes a worm gear, the worm shaft extending from said motor and the print media transport assembly of the tooth Wheel engages.
143 An ink jet print cartridge with an ink jet printer stand complementary, wherein the ink jet print cartridge That includes the type of page width print head, said holder comprising:

Air compressor, to be guided for generating a page width print head by air;

Conveying the print medium is set to the print head over the print media transport assembly;

A single motor; and

Drive assembly, which is configured of a single motor coupled to said air compressor and print media Quality Transmission Components;

Wherein said drive assembly comprises a single motor shaft from said air compressor to said Direct drive coupling means from said shaft, and a print media transport assembly to said gear Coupling devices.
144 An ink jet print cartridge with an ink jet printer stand complementary, wherein the ink jet print cartridge To include page width printhead and printhead auxiliary element type, the auxiliary element is provided with respect to the Printhead selectively perform multiple different functions, said bracket comprising:

A drive assembly, which is configured to selectively engage and drive the print head auxiliary components.
145 as claimed in claim 144 wherein the printer stand, wherein said drive assembly includes a A drive shaft, and the assembly is disposed such that when the drive shaft are rotated in a first direction and a second time Auxiliary element engaging said print head and the print head from a separate auxiliary element.
146 as claimed in claim 144 wherein the printer stand, wherein said drive assembly includes a A turning gear assembly for use with an auxiliary element for the printhead to selectively engage a drive shaft, The turning gear assembly comprising:

Fixed to said drive shaft first gear;

Radially displaced from said first gear to the second gear; and

Maintaining said second gear and the first gear in engagement structure positioning member.
147 An ink jet printer stand, including:

A body portion, the body portion and a removable ink jet print cartridge complementary, the ink jet print cartridge is Has a page width printhead and air inlet type; and

A duct having an air outlet of the air compressor, the air outlet pipe is provided so that when the spray Ink printer cartridge holder and the print mated with said air inlet coupling.
148 as claimed in claim 147 wherein the ink jet printer stand, wherein said body portion identified by A recessed portion, the recessed portion is sized for placement of said removable ink jet print cartridge.
149 as claimed in claim 148 wherein the ink jet printer stand, and said air outlet tube Terminating in said recessed portion.
150 as claimed in claim 149 wherein the ink jet printer stand, wherein said air outlet tube Determining the cross section of the recessed portion within the frame of the body part.
151 as claimed in claim 147 wherein the ink jet printer stand, wherein said air outlet tube Having a terminal portion, the terminal portion is configured to assist a sealing member through said air inlet.
152 An ink jet printer stand, including:

A body portion, the body portion defining a recessed portion, the recessed portion is sized to be placed A removable ink jet print cartridge, the ink jet print cartridge is a page wide print head and the air inlet Type; and

A duct having an air outlet of the air compressor, the air outlet tube is provided to the traversed Said determination of the recessed portion of the inner frame part of the body portion of said tube is provided so that when the ink-jet Printer stand into said concave portion is coupled with said air inlet, and configured to assist a Air inlet through said seal member.
153 A printing fluid dispenser, comprising:

Ink with ink storage pools exports;

Said ink storage pool is used to apply pressure to force ink through said outlet means; and

For forced through the outlet of the pressure of the ink to a predetermined level of the device.
154 as claimed in claim 153 wherein the printing fluid dispenser, wherein said means for limiting pressure Includes means for limiting the force applied to the ink storage tank pressure means.
155 as claimed in claim 154 wherein the printing fluid dispenser, wherein said ink storage pool package Comprising a deformable membrane.
156 as claimed in claim 154 wherein the printing fluid dispenser, wherein the means for applying pressure Apparatus includes a handle.
157 as claimed in claim 154 wherein the printing fluid dispenser, wherein the means for limiting is applied to the The pressure in the ink storage pool means comprises a resilient member, the resilient element has to be selected by the Said pressure is limited to a predetermined level of deformation.
158 as claimed in claim 157 wherein the printing fluid dispenser, wherein said elastic member bits In said ink storage tank and said means for applying pressure to the ink storage pool between the devices.
159 as claimed in claim 158 wherein the printing fluid dispenser, wherein said elastic component package Including springs.
160 as claimed in claim 159 wherein the printing fluid dispenser, wherein the storage pool, and a spring position Within a portion of said handle.
161 as claimed in claim 154 wherein the printing fluid dispenser, wherein, the distribution Is coupled to the external storage pool and forced through the outlet of the ink supplied to the external memory Pools.
162 as claimed in claim 161 wherein the printing fluid dispenser, wherein said external storage pool Set in a removable ink jet print cartridge and said predetermined pressure level and to the external A storage pool associated with the pressure burst.
163 A printing fluid dispenser, comprising:

A print having a fluid outlet deformable container;

A handle, which is configured to apply pressure to the container to force ink through said outlet; And

An elastic member, which is disposed through the handle to limit the pressure applied to the deformable container Force, when in use to prevent the dispenser coupled to said external storage pool rupture.
164 as claimed in claim 163 wherein the printing fluid dispenser, wherein said deformable container Including membrane.
165 as claimed in claim 163 wherein the printing fluid dispenser, wherein said elastic component package Including springs.
166 as claimed in claim 165 wherein the printing fluid dispenser, wherein said spring comprises a A membrane disposed against said platform.
167 A fluid dispenser comprising a plurality of printing a printing fluid distribution system, each print Fluid dispenser comprising:

A variety of printing fluid;

Disposed at a predetermined position of the dispenser to be placed in a refillable ink jet Printer parts components; and

An outlet, the outlet of the dispenser according to the type of printing fluid with respect to Said member is positioned at a plurality of predetermined positions on the.
168 as claimed in claim 167 wherein the printing fluid distribution system, wherein said ink jet printing Machine parts are removable ink jet print cartridge.
169 as claimed in claim 168 wherein the printing fluid distribution system, wherein said removable Page width inkjet print cartridge includes a printhead.
170 as claimed in claim 167 wherein the printing fluid distribution system, wherein said set Distributor placed at a predetermined position of said member comprises a connector, the connector is set to the Member of the inkjet printer with the refill port.
171 as claimed in claim 170 wherein the printing fluid distribution system, wherein said multi-outlet A predetermined position is determined by the area of the connector.
172 as claimed in claim 171 wherein the printing fluid distribution system including a plurality of printing fluid Dispenser, wherein the printing fluid species, including a group of ink, the ink color is set to ease into the Line color printing.
173 A fluid dispenser comprising a plurality of printing a printing fluid distribution system, each print Fluid dispenser comprising:

Color ink;

To be set with a refillable ink jet print cartridge refill port with connections Device, the refill port includes a plurality of discrete set of entrance; and

Outlet that is set according to the color of said color ink inlet of the discrete settings Of a tie.
174 A printing fluid dispenser, comprising:

Includes first and second portions of the housing, said first and second portions can be moved relative to each other Action;

Printing fluid storage pool the storage pool in response to said first and second portions of the relative movement, And the storage pool has an outlet that is set to the printing fluid to said housing A location outside; wherein

When in use, so that each of said first and second portions closer to cause printing fluid from exports Out.
175 as claimed in claim 174 wherein the printing fluid dispenser, wherein the storage pool includes Located within said housing a deformable container, and said first and second portions each shift Near causes compression of the deformable container.
176 as claimed in claim 174 wherein the printing fluid dispenser, wherein said first housing And a second portion arranged to slide on each other.
177 as claimed in claim 175 wherein the printing fluid dispenser further comprises an elastic member, The elastic member disposed in said vessel and said deformable housing a first and a second portion Or between the two.
178 as claimed in claim 177 wherein the printing fluid dispenser, wherein said elastic member having There are options to be deformable in use to limit the pressure inside the container at a predetermined level characteristics.
179 as claimed in claim 178 wherein the printing fluid dispenser, wherein said elastic component package Including springs.
180 as claimed in claim 179 wherein the printing fluid dispenser, wherein said first housing And a second portion comprising a base and a piston.
181 as claimed in claim 180 wherein the printing fluid dispenser, wherein said spring is located in the Said deformable between the container and the piston.
182 as claimed in claim 171 wherein the printing fluid dispenser, wherein said deformable container Including the deformable membrane.
183 A printing fluid dispenser, comprising:

A housing including a base and a piston;

Located within the housing for storing a printing fluid, a deformable container;

Coupled to said deformable container outlet, the outlet is provided to the printing fluid to A location outside the housing; and

In said deformable container and the spring between the piston, the spring having the option to use Deformable when the pressure inside the container is limited to a predetermined level characteristic; wherein

In use, the piston towards the base of the drive spring and the base portion causes the deformable container Compression and printing fluid flow through the outlet.
184 A printing fluid dispenser, comprising:

Includes first and second portions of the housing, said first and second portions can be moved relative to each other Action;

Printing fluid storage pool the storage pool in response to said first and second portions of the relative movement, And the storage pool has an outlet that is set to the printing fluid to the housing A location outside; wherein

Said first and second portion includes a mating structure of the mating structure configured to prevent said portion Of the relative movement between, the operating force until a predetermined level is applied through said portion.
185 as claimed in claim 184 wherein the printing fluid dispenser, wherein the storage pool includes In the housing a deformable container, and said first and second portions each have led to the Said container compression.
186 as claimed in claim 184 wherein the printing fluid dispenser, wherein said first and second Section includes a base and a piston.
187 as claimed in claim 186 wherein the printing fluid dispenser, wherein said engagement structure can be Includes one or more is formed on the base wall of the piston relative to the complementary protrusion.
188 A printing fluid dispenser, comprising:

Including printing full of fluid supplement a deformable container;

The housing includes a base, the base slidably engaging a piston and arranged in said variable Vessel; and

Coupled to a deformable container outlet, the outlet is provided to the printing fluid to the housing A location outside; wherein

Said first and second portion includes a mating structure of the mating structure configured to prevent said portion Of the relative movement between, until after said predetermined level is applied to part of the operating force.
189 A printing fluid dispenser, comprising:

Includes first and second portions of the housing, said first and second portions can be moved relative to each other Action;

A storage pool for printing fluid, the storage pool in response to said first and second portions relative Movement, and the storage pool has an outlet that is set to the printing fluid to Located in a position outside the housing; wherein

Said first and second portion includes a mating structure of the mating structure disposed on said distribution After the operation is to prevent the engagement between said portions.
190 as claimed in claim 189 wherein the printing fluid dispenser, wherein the storage pool includes A deformable container, the deformable container within said housing and said first and second portions Closer to each other, which causes compression of the container.
191 as claimed in claim 189 wherein the printing fluid dispenser, wherein said first and second Section includes a base and a piston.
192 as claimed in claim 191 wherein the printing fluid dispenser, wherein the locking structure includes a One or a plurality of said base portion and formed in the wall of the piston relative to the projection portion and a complementary recess.
193 A printing fluid dispenser, comprising:

A deformable fluid for printing a container;

Deformable container will be placed in sliding engagement between the piston housing base; and

Coupled to a deformable container outlet, the outlet is provided to the printing fluid to the housing A location outside; wherein

The base and the piston by means of one or more complementary projections and recesses connected to each other Together, the protrusion and the recess formed in the base portion and the opposite wall of the piston and arranged After the operation in the dispenser to prevent the piston is separated from the base.
194 a re-filling a removable ink jet print cartridge, the method comprising the steps of:

Said removable print cartridge fits into a complementary inkjet printer bracket;

Said refill cartridge removably fitted into said ink jet print cartridge;

Verify the authenticity of said removable print cartridge;

Verify the authenticity of the refill cartridge; and

Subsequently, based on the verification steps described in brackets.
195 as described in claim 194, wherein the ink jet print cartridge with said removable Bonded to the complementary bracket comprises an inkjet printer of the ink jet print cartridge in the device and the verification Said holder is electrically connected between the controller.
196 as described in the method according to claim 194, wherein the refill cartridge is fitted into the Removable ink jet print cartridge further comprises the step of filling said authentication device and said cartridge holder Electrical connection between the controller.
197 as described in claim 194, wherein said subsequent steps based on the authentication Said bracket comprises a pair of said user instructions or the removable refill ink cartridge Print cartridge authentication failed.
198 An ink jet printer, the ink jet printer includes a controller, the controller setting Authenticating the printer is set to a removable ink jet print cartridge and detachably coupled to the ink jet printing Cartridge refill cartridge verification device.
199 as claimed in claim 198 wherein the ink-jet printer, wherein said controller of said The stent and the printer with said verification device to establish an electrical connection coupled to the mounting position In the body portion of the bracket on the electrical connector.
200 as claimed in claim 198 wherein the ink-jet printer, wherein said verification device includes a current collector Into a circuit.