CN105431295B

CN105431295B - Reservoir for a printing device and method for emptying a replaceable reservoir of a printing device

Info

Publication number: CN105431295B
Application number: CN201380022495.1A
Authority: CN
Inventors: 马蒂亚斯·艾勒斯; 弗兰克·奥特; 克里斯蒂安·施密特
Original assignee: KBA Metronic GmbH
Current assignee: KBA Metronic GmbH
Priority date: 2012-09-20
Filing date: 2013-09-20
Publication date: 2017-05-10
Anticipated expiration: 2033-09-20
Also published as: ES2577129T3; CN105431295A; WO2014044807A3; PL2814675T3; EP2814675A2; WO2014044807A2; DE102012216882A1; DE102012216882B4; EP2814675B1

Abstract

The invention relates to a reservoir (01) for a printing device (21), comprising a data module (07) which has a transmitter and/or receiver unit for contactless communication with a printing device (21), the reservoir (01) being transferable from a first to a second operating state by applying negative pressure to an interior (06) of the reservoir (01), and the outer body (02) of the reservoir (01) having a shape in the second operating state that is different from the first operating state and/or the outer body (02) consisting at least to some extent of a mixture of an HDPE (High Density Polyethylene) and an LDPE (Low Density Polyethylene). The invention also relates to a method for emptying the reservoir (01), which is initially in the first operating state. According to the invention, a normal direction (A) of the data module (07) has a first orientation and the reservoir is transferred to the second operating state by applying negative pressure to the interior of the reservoir, in which second operating state the normal direction (A) of the data module (07) has a second orientation that differs from the normal direction (A) in the first operating state by not more than 60 degrees.

Description

The storage container of printing equipment and for the removable storage of printing equipment hold The method that device is emptied

Technical field

The present invention relates to a kind of storage container of printing equipment, and be related to a kind of for the removable of printing equipment The method that storage container is emptied.

Background technology

The storage container (particularly related in printing machine, such as in ink-jet printing apparatus) in for printing equipment is known , during the storage container also has domestic environments and office realm for commercial Application.Such storage container is preferably used to The storage container (particularly ink storage container and/or solvent storage containers) of the hydraulic fluid of printing equipment.Here, generally should With the storage container of the outer body with a dimensionally stable, the outer body is inside it with the storage that at least one shape is variable Body (form in bag member mostly), the storage body is tightened up during corresponding hydraulic fluid (such as taking ink) is taken. Additionally, outer body generally has other elements (such as electronic circuit and storage device), can hand over printing equipment by it Change for example with regard to the current compactedness of storage container and/or the content such as type of contents and/or manufacturer's information and/or build date Information.Depending on operating time, for example above- mentioned information instantaneity can be stored in memory.Thus, once example When dropping under certain numerical value such as the liquid measure in storage container, then for example can give a warning, so as to user can in time by Storage container changes into new.

Additionally, in the outer body being previously mentioned printing equipment normally, particularly in office realm and/or in industry neck (such as electronic installation and/or fluid are filled to have additional device in tag system (Kennzeichnungssystem) in domain Put), the ink filter and/or nozzle as e.g. carrying affiliated actuation means, so as to outer body is additional with described Device combines down the printing module for showing as functioning, and it for example can carry out work by outside electric control signal Make.

Therefore, such printing module has apparent complexity of having to, and thus, manufacturing cost also works Cost is all of a relatively high, this is because in general, after emptying storage container and particularly emptying storage body, it is necessary to change Descend and dispose a whole set of printing module.

For example only there is the outer body of a dimensionally stable according to the storage container of relatively simple embodiment, it is carried The variable storage body (such as bag member) of place's shape internally, and be additional to this place also there is electronics dress for exchanging information Put.Thus, the complexity of whole storage container it is less and and then manufacturing cost and job costs all realize smaller.So Storage container be typically also after emptying changing as overall.

In contrast to this, only there is a container according to the storage container of more simple embodiment, or its enforcement Body for dimensionally stable and the additional device for ventilation is needed in emptying, or being embodied as non-shape stable shape Body, such as bag member, its holding for itself and need the containment device of corresponding complicated structure.

Communication between the electronic installation being previously mentioned and the machine controller of printing equipment typically comes real by electrical contacts It is existing, the power supply to the electronic installation in storage container is realized by the electrical contacts and is realized in storage container and printing Data transmission between the control system of machine.For this purpose, for example there is the containment device for storage container a line to contact pin, its Connect with the corresponding contact surface in storage container when being fitted into storage container and being fixed in containment device, by This, realizes the foundation of electrical contacts.Here, under particularly may producing in the commercial Application of printing equipment or label equipment State a difficult problem：The contact site of two sides at least temporarily in the form of unprotected, accordingly, there are oxidation on metal surface and/ Or the risk that contact surface is stain by the ink of oil, dust, moisture or spilling, this may cause communication failure and and then make whole Printing equipment is in error condition.Just as it is used in commercial Application, a part is great to particularly ink and solvent Rodent or for different materials have high attachment degree, this causes cleaning to expend after contact site is by the contamination of such ink Improve.

Additionally, it is possible to there is a difficult problem for following form：Storage container mechanically must be very smart relative to containment device Really it is aligned, thus, it is desirable to the accurate containment device implemented, and must realize consolidating storage container with enough thrusts It is fixed.Contact surface is stackedly compressed each other by the thrust.This process particularly produces obstruction because of abrasion.

By a kind of storage container for printing equipment known in the A1 of US 2008/0186367, wherein, storage container tool There is an at least one opening, and have along the at least one planar portion opposite with the opening in the outside of storage container The face normal that one direction is pointed to, and storage container, with least one data module, the data module has at least one For transmission and/or receiving unit that at least one communication module with printing equipment carries out non-contact type communication, and by number According to being stored in data module, the data can read by least one communication module of printing equipment.

By the A1 of US 2008/0186367 it is also known that following printing equipment, wherein, printing equipment has at least two For accommodating the containment device of a storage container respectively, and printing equipment has at least one communication module, and described At least one communication module has at least one to send and/or receiving unit, and the transmission and/or receiving unit are suitable in institute State and carry out touchless data transfer between transmission and/or receiving unit and each at least one data module of storage container, And the printing equipment has at least one pipe-line system (or line system).

By a kind of storage container for printing equipment known in the A1 of EP 1 060 895, wherein, storage container has extremely A few data module, the data module has at least one to send and/or receiving unit, for printing equipment extremely A few communication module carries out touchless communication.

By 234 130 2007/006109 A1, the DE 10 2,006 022 of A, WO of A, US5 of JP 2,001 106 217 477 A1, US 2001/0013884 the other storages known in A1 and US2003/0189623 A1 of A1, WO 99/04979 hold Device.

The ink-jet printer of continuous work has following operation principle, wherein, the ink that be used to print holds from storage For example obtain by low pressure in device and sent in the printing chamber being preferably in print head with high pressure preferably by pump, print chamber There is at least one nozzle towards on the side of the object for needing printing.Ink is first as continuous ink stream from least one spray In mouth out, black Traffic Decomposition is into single ink droplet.In this regard, for example installing at least one modulation element on printing chamber, it is in spray Pressure oscillation is produced in the ink stream for going out, so as to black stream from nozzle after spraying, is just divided in the distance for limiting after a short period of time It is cleaved into single uniform ink droplet.The pressure that the size of ink droplet is for example produced with added modulating frequency, nozzle diameter and by pump Power is related, and can be adjusted in the border specified by the combination for being previously mentioned parameter with correspondence system.It is being slightly sooner in time than ink droplet At the moment departed from from the ink stream for spraying, ink droplet is provided with respectively individualized electric charge, wherein, the intensity of electric charge preferably with needs Desired inking position on the object of printing is related.

In order to ensure charging electric charge, ink has conductive capability.During charging electric charge, ink droplet is also from from inkjet printing Depart from the ink stream of the ejection of machine, so as to the free carrier in ink is made due to inductive effect according to the pole of external load voltage Property and intensity and towards loading electrode ground motion or away from loading electrode move, wherein, inking chamber so also ink storage Device is for example maintained at electrically grounded current potential.Here, there is no mechanical contact with ink stream in loading electrode.When ink droplet is at this moment from ink stream Middle disengaging, and ink stream is in the electric field region of loading electrode, then retained by sensing the electric charge moved in drop In drop body and the drop body show as outwardly depart from after by electricity loading.The process of separation of charge directly works as drop Occur at the anterior edge of ink stream, and the charge unbalance for so producing keeps obtaining in the drop for departing from, and liquid Drop in this example be loaded negative electrical charge leave loading electrode electric field region.One is remained with detached ink droplets The fixed quantity of electric charge, the value of this quantity of electric charge corresponds to added on-load voltage preferably in the case where the conductive capability of ink is constant Size.Thus, when on-load voltage changes, the quantity of electric charge on each drop can also change.

By the ink droplet of electricity loading on its first flight path of orthoscopic, next into the electrostatic of plate condenser , and electrostatic more or less from the flight path upper deflecting of its orthoscopic and is being left according to its individualized electric charge Flight path after relative to its original continues to fly with the certain angle related to its electric charge.By this principle, can To choose different inking positions on the surface for needing to be write with corresponding ink droplet, wherein, said process is in the embodiment In only carry out towards a yawing moment.In order that corresponding drop conceal on pattern or when being printed from being write, then ink Drop obtains certain fixed charge or holding is not loaded electric charge, so as to ink droplet from the electrostatic field of plate condenser out Encounter afterwards in collecting pipe, ink droplet is pumped back in print cartridge from collecting pipe via pumping system.Thus, the ink for being not used for printing exists Circulate in loop, this realizes the sign of the ink-jet printer to continuous work.

There is needs the or desired characteristics for determining, example electric conductivity as mentioned or most for this ink applied Possible short drying time.Particularly short drying time needs to be used as carrier fluid using volatile solvent in the ink.For This for example using MEK, ethanol, acetone or broadly be organic solvent as solvent.Here, being occurred based on the principle Be：Even in the working condition for not performing printing, ink droplet is from the nozzle being previously mentioned out and in ink jet printing head In pass by certain flight section after just again by reception pipe return introduce into ink circuit.Fly along the flight section at it Period, ink droplet experience surrounding air, wherein, ink droplet is due to being previously mentioned and lost with the volatility of solvent in the ink One part solvent.Thus, in the longer operating time of ink-jet printer, the solvent ratio of the ink being present in ink circuit Example is reduced, and this causes ink viscosity to improve and and then may result in wrong function or printer failure.In order to avoid this A bit, ink is continuously either at regular intervals or as needed by a certain proportion of solvent from the storage set by this Container is fed.This process for example with time-controlled type by certain quantity of solvent be conveyed to inking system or by viscosity measurement according to Need to feed certain quantity of solvent.For this purpose, be provided with inking system different pump and/or valve and/or filter and/or Measurement apparatus, it must mutually occur as needed different contacts.Accordingly, it would be desirable between described device extensive deployment tube Line, to guarantee to function.

Generally corresponding device (such as pump and/or valve and/or filter and/or measurement apparatus) is fixed at least one base On plate or buck plate.Line layout between related device is generally performed by corresponding hose connector, and this is during fabrication not Obtain not time-consuming.Additionally, the line layout error-prone between related device, this may produce substantial amounts of follow-up work. Additionally, in order to maintenance purpose is generally it is desirable that at least certain hose connector is constructed in a detachable fashion, this is based on will The connecting element for using causes cost increase.Additionally, provided room is provided, can not in the housing of ink-jet printer Can be：All devices arrange that this may produce complicated assembly work in the case where situation is safeguarded in which all most preferably can be touched And and then generate ink-jet printer significantly greater length of fault time.

By a kind of printing equipment known in the A1 of EP 1 205 309, it has pipeline, wherein, printing equipment has matrix, Described matrix has the first major opposing side and the second major opposing side, and described matrix has two pass-out portions, the two pass-out portions Passage is connected with two major opposing sides of matrix, and ink storage container on the second major opposing side of at least one matrix by base Body is connected and/or can connect with two pass-out portions of at least one passage.

By 200,5/0,083,382 6 079 823 A, the US5 903 293 of A1, US of A1, US of US 2005/015809 Known other printing equipments of A, EP 1 234 672 2002/0047882 A1 and A1 of WO 83 00932 of A1, US.

By a kind of storage container of printing equipment known in the A1 of US 2008/186187, the storage container has data Module, the data module has at least one to send and/or receiving unit, for carrying out nothing with the communication module of printing equipment The communication of contact, wherein, storage container is in individual layer wall type ground construction.

It is described by a kind of storage container of printing equipment known in the A2 of EP 0 822 085 and the A1 of US 2003/038867 Storage container has inner and outer wall, wherein, inwall is tensed and outer wall when the low pressure for emptying storage container is loaded Keep stable.

By a kind of storage container of the individual layer wall type of printing equipment known in the A of JP 2,001 106217, the storage container The second working condition can be transformed to from the first working condition by loading low pressure to the inner space of storage container, wherein, In the second working condition, the outer body of storage container has different from the shape in the first working condition.Storage container can be with It is made up of polyethylene.

By a kind of storage container of the individual layer wall type of printing equipment known in the A1 of WO 99/04979, the storage container exists It is vented by inserting into the inner the inlet pipe in portion space during emptying.The container is for example made up of HDPE (high density polyethylene (HDPE)).

Pressure oscillation can be produced based on used pump in the pipe-line system of printing equipment, this pressure oscillation may The injection performance of such as hydraulic fluid is adversely affected, for example, has influence on the ink projected from ink jet printing head.This is based on Following content, i.e.,：Pressure condition as constant as possible should be produced in ink jet printing head, to guarantee uniform work.But Pressure oscillation typically can be extended to the terminal of pipe-line system by corresponding pump, for example, be extended at least one print head.

The content of the invention

It is an object of the present invention to propose a kind of printing equipment storage container and it is a kind of for printing equipment can The method that the storage container of replacing is emptied.

In the preferred printing equipment with least one pipe-line system, wherein, printing equipment has at least one base Body, described matrix has the first major opposing side and the second major opposing side, and at least one matrix has two pass-out portions, described Pass-out portion is respectively connected at least one passage with the second major opposing side of at least one matrix, and the storage of at least one ink is held Device and/or at least one solvent storage containers and/or at least one solvent storage containers and/or at least one ink jet printing head And/or at least one the connection element for storage container being on the second major opposing side of at least one matrix it is respectively direct At least one of and/or at least two pass-out portions by least one connecting line for being connected on centre and at least one passage It is connected or can connects, and at least one matrix has at least two passages on its first major opposing side, by its difference Determine that at least one of at least one pipe-line system passes through at least one matrix of side and at least one lid of opposite side The pipeline of part and/or at least one potted component limited boundary, and at least another structural detail of at least one pipe-line system Arrangement and/or can be arranged on the second major opposing side of at least one matrix, and at least another structural detail equally with The mode being connected with least two pass-out portions arranges and/or can arrange that the two pass-out portions correspond to respectively at least two and lead to The different pass-out portion in road, this preferred printing equipment has following especially advantage：The printing equipment can be with low cost And be easy to safeguard manufacture and work, such as this is because pipe-line system is completely or at least partially replaced in the case of other Common line layout.

Another advantage is preferably：At least one matrix is not only limited and constructs pipe-line system in the lump, but also is carried For connection system, the connection system also serves as the receiving plate and/or assembly or dress for fluid means and/or other devices Matching board.Another advantage is that matrix can serve as the assembly of at least one sheet material housing, and the assembly preferably can be turned over Open, and and then for example open wide described matrix with can touching from three faces.

Another advantage is preferably the presence of advance limiting, determining, structure in the base based at least one passage The pipe-line system of upper optimization, it is less susceptible to break down as little hose system.What the pipeline of elasticity was not required, it may Become fragile and/or become blow-by.Preferably at least one cover piece reversibly, is i.e. connected separably with least one matrix Connect.Therefore ensure that：Pipe-line system is for example in order to maintenance purpose can be reached.

When as preferably, at least one passage is covered by least one potted component, then thereby determining that out need not be with The pipeline that at least one cover piece comes in contact.This provides the advantage that, for manufacture cover piece material selection range more It is big and need not match with the characteristic of hydraulic fluid.

In following printing equipment, at least one matrix has the recessed gap of at least one compensation on its first major opposing side, At least one of at least one pipe-line system at least one matrix and opposite side for passing through side is determined by compensating recessed gap At least one cover piece and/or at least one potted component limited boundary compensation cavity volume, and compensate cavity volume by least one Individual pass-out portion is connected with the second major opposing side of at least one matrix, and by the volume of at least one compensation cavity volume limited boundary Can be changed by the compression at least one buffer body and decompression, another advantage of this printing equipment is：Pipeline system The pressure pulse produced by least one pump in hydraulic fluid inside system can be buffered and/or reduce and/or or even obtain To avoiding.This is especially responsible in the output end of pipe-line system (such as print head, particularly ink jet printing head) produce it is constant Pressure condition.It is possible thereby to improve the quality of printing finished product.

In following structural scheme, wherein, at least one cover piece and/or at least one potted component go out in limited boundary Construct at least partly flexiblely in the region of compensation cavity volume, and/or at least one cover piece and/or at least one potted component It is disposed with least one buffer body, and/or at least one buffer body on the side of back compensation cavity volume to be capable of reversible deformation Mode is constructed, and/or at least one buffer body is arranged between at least one potted component and at least one cover piece, this construction Scheme provides the advantage that the structure of i.e. pipe-line system is extremely simple and then with low cost but still effective.

In following structural scheme, wherein, compensation cavity volume is configured to compensate for pipeline, and with least two pass-out portion phases Connection and/or compensation cavity volume are connected by least two pass-out portions with the second major opposing side of matrix, and the two pass-out portions have Different size of cross-sectional area.The structural scheme provides the advantage that, in pipe-line system in one direction by through-flow Buffer in region, so as to the hydraulic fluid being located therein constantly exchange and/or can be realized by throttle effect it is right The improvement of the effect of buffer body and/or the flowing in the layering of compensation cavity volume rear.

By the present invention be preferably able to realize advantage be preferably：Preferred storage container can it is very simple and also into This manufactures and operates cheaply, and is less susceptible to error.Particularly preferably by transmission that is being arranged and/or being applied and/ Or reception device advantage is obtained that, the contactless of signal and/or data can be carried out between printing equipment and storage container Formula is exchanged.It is preferred that the non-contact type that signal and/or data equally can be carried out between storage container and external communication device is handed over Change.This exchange of signal and/or data is preferably encrypted and therefore suffers from protecting with insensitive to external disturbance and operation. The advantage of preferred storage container is that storage container is realized with the contact surface having than storage container for electrical contact In the case of lower accuracy fabrication scheme and/or load position.The advantage of preferred storage container is that storage container exists Can again be loaded after emptying and/or be applied again, especially because at least one data module of storage container can be again Write data.

In the preferred storage container with least one opening of printing equipment, wherein, on the outside of storage container At least one planar portion opposite with opening there is the face normal for pointing to first direction, and storage container is by storage The inner space loading low pressure of container and the second working condition can be transformed to from the first working condition, and storage container is outer Portion's body has different from the shape in the first working condition in the second working condition, and in a second operative state storage is held Outside of the direction of the face normal at least one planar portion on the outside of device relative to storage container in the first operative state On at least one planar portion face normal 60 ° of deviation of directivity highest, this preferred storage container particularly has as follows Advantage：In the planar portion, data module and/or mark can be disposed with, the data module and/or be marked at two works Make to be read under any one in state and/or can be written into and/or read.

In the preferred storage container with least one opening and at least one outer body of printing equipment, wherein, storage Deposit at least outer body of container at least in part by one side HDPE (high density polyethylene (HDPE), i.e., with 0.94 gram/it is vertical Square centimetre of (g/cm³) and 0.97 gram/cc of (g/cm³) between preferred density polyethylene) with the LDPE of another aspect (low density polyethylene (LDPE), i.e., with 0.915 gram/cc of (g/cm³) and 0.935 gram/cc of (g/cm³) between The polyethylene of preferred density) mixture constitute, the storage container particularly has the advantage that the storage container can Process change reversibly and/or substantially in its vpg connection to specify, thus, particularly can on its side at least The orientation in one planar portion produces impact.

In printing equipment, with least one data module, (it has at least one transmission and/or receiving unit, is used for Carry out non-contact type communication with least one communication module of printing equipment) preferred storage container in, wherein, storage container lead to Cross be that storage container inner space loading low pressure and the second working condition can be transformed to from the first working condition, and In a second operative state the outer body of storage container has the shape different from the first working condition, and the storage container is special It is to have the advantage that, storage container can be manufactured inexpensively, simply be operated, and remains suitable for and printing dress Putting carries out data exchange.

By the method for optimizing for being emptied to the removable storage container of printing equipment, it is ensured that all the time： Enable data module to be communicated with printing equipment, in the method for optimizing, at least one count in a second operative state There is second orientation, method of the second orientation relative to an at least data module under the first working condition according to the normal direction of module 60 ° of line deviation of directivity highest.

In with least two preferred printing equipments for the containment device for accommodating a storage container respectively, its In, printing equipment has at least one communication module, and at least one communication module has at least one to send and/or receive Unit, the transmission and/or receiving unit are suitable in transmission and/or receiving unit at least one number corresponding to storage container Each carried out in touchless data transfer, and at least two containment devices according to module has at least one connection unit Part, and at least two connection elements are connected with each other and with least one by least one pipe-line system for being used for hydraulic fluid Individual ink jet printing head keeps connection, preferred printing equipment especially to have the advantage that：Being harmonized by corresponding data is prevented：That This inappropriate hydraulic fluid (such as the different same solvents incompatible therewith of ink and/or ink) is in common pipe-line system Middle phase is blended and thus for example makes ink and/or solvent unavailable.This is particularly suitable for running the preferred of printing equipment Method, wherein, at least two storage containers (it has respectively at least one data module) are installed at least two corresponding appearances In nano parts, and by least one communication module by respectively from least one data module of at least two storage containers Data read, and by machine controller by the data at least reading from least two data modules examining Look into：In printing equipment to being included at least two storage containers in hydraulic fluid it is shared using whether being allowed to.

Therefore, it is also preferred that the following storage container of printing equipment, it has at least one data module, and data are deposited It is stored in data module, the data can read by least one communication module of printing equipment, wherein, it is stored at least Packet in one data module ought be applied and be included in storage container containing the information with regard to following Adjusted Option, the adjustment Hydraulic fluid in the case of at printing equipment perform.This provides the advantage that first printing equipment is not always by correctly Adjust with depending on operator.It reduce error probability and thus reduce the cost caused by fault time.For example when The composition of ink is supplied when being changed into lower a kind of from one kind, and operator need not be apprised of re-start necessity to printing equipment completely Adjustment, and adjust independently performed by printing equipment in the case where not malfunctioning accordingly.

During this is for example shown for running the method for optimizing of printing equipment, wherein, at least one with least one number It is installed in the containment device of printing equipment according to the storage container of module, and by least one communication module of printing equipment From at least one data module of at least one storage container read data, and machine controller is by least being read Data are checked the Adjusted Option of printing equipment and/or depend on read data to change the adjustment side of printing equipment Case.

Preferably, at least one data module is included and how long had been loaded in printing equipment with regard to storage container.So For example can assess afterwards：Which kind of degree the cover piece of opening has been damaged to, and whether storage container can also be loaded in addition same One or other printing equipment in, and there is no the risk of loss of seal.

Preferably, at least one data module is disposed in storage container with storage container at least one opening phase On opposed side, the containment device of communicator and printing equipment so as to printing equipment can be with spatially separated ground cloth Put.This prevent the issuable risk when electronic device is arranged in the near sites that hydraulic fluid may flow out.

Preferably, at least one data module includes following information：How much liquid taken out from storage container.This is excellent Choosing is the information that uniquely can be write by domestic consumer, and every other information is only capable of being read by domestic consumer, but can be made Make business's write and read.Which ensure that the work of safety for user is comfortable, and the flexibility ratio grasped by manufacturer.

Description of the drawings

Embodiments of the invention are shown in the drawings and are described in detail below.

Wherein：

Fig. 1 illustrates the schematic diagram of the storage container in the first working condition with front view；

Fig. 2 illustrates the schematic diagram of the storage container in the first working condition with side-looking；

Fig. 3 illustrates the schematic diagram of the storage container in the first working condition to overlook；

Fig. 4 illustrates the schematic diagram of the storage container in the first working condition to look up；

Cutting line V-Vs of the Fig. 5 in Fig. 9 illustrates the schematic diagram of the storage container in the second working condition；

Cutting line VI-VIs of the Fig. 6 in Fig. 9 illustrates the schematic diagram of the storage container in the second working condition；

Fig. 7 illustrates the schematic diagram of the storage container in the second working condition to overlook；

Fig. 8 illustrates the schematic diagram of the storage container in the second working condition to look up；

Cutting line IX-IXs of the Fig. 9 in Fig. 5 illustrates the schematic sectional view of the storage container in the second working condition；

Figure 10 illustrates the schematic diagram of the embodiment of the storage container with shaping sector with side-looking；

Figure 11 illustrates the schematic diagram of the embodiment of the storage container with shaping sector with side-looking；

Figure 12 illustrates the schematic diagram of the embodiment of the storage container with shaping sector with side-looking；

Figure 13 illustrates the schematic diagram of printing equipment；

Figure 14 is looking up the schematic diagram of the cover piece of the matrix for illustrating printing equipment；

Figure 15 illustrates the schematic diagram of the cover piece of the matrix of printing equipment with side-looking；

Figure 16 illustrates the schematic diagram of the cover piece of the matrix of printing equipment with side-looking；

Figure 17 illustrates the schematic diagram of the matrix of printing equipment with perspective obliquely；

Figure 18 is overlooking the schematic diagram of the matrix for illustrating printing equipment；

Figure 19 illustrates the schematic sectional view of the matrix with least two passages, wherein, storage container is shown in broken lines simultaneously And at least another structural detail and connecting line of pipe-line system be partly shown.

Specific embodiment

Printing equipment 21 (particularly printing machine 21, preferably ink-jet printing apparatus 21, particularly ink-jet printer 21) is excellent Choosing has at least one pipe-line system 27.At least one pipe-line system 27 particularly relate at least one liquid pipeline system 27 and/ Or at least one be used for hydraulic fluid pipe-line system 27.At least one pipe-line system 27 is preferred for being conveyed to printing equipment 21 Hydraulic fluid.Such hydraulic fluid is, for example, at least one ink and/or at least one solvent.When referring to ink later When, then it particularly relates to printing-ink, and printing-ink is preferably suitable for use in used in ink-jet printing apparatus 21.As long as not producing If contradiction, for ink also typically will readily appreciate that to be printing-ink.At least one pipe-line system 27 preferably printing equipment The pipe-line system 27 of 21 at least one printing mechanism and/or it is at least one printing-ink pipe-line system 27 and/or is at least One ink pipe-line system 27 and/or be at least one solvent pipe system 27.

At least one ink preferably includes at least one solvent (e.g. water and/or organic solvent).At least one pipeline System 27 preferably has at least one pipeline 31.At least one pipeline 31 of pipe-line system 27 preferably with least one storage container 01 connects and/or can connect.At least one storage container 01 is particularly used at least one hydraulic fluid of printing equipment At least one storage container 01.At least one storage container 01 is preferably configured as ink storage container 01 and/or solvent storage is held Device 01.With regard to this, at least one storage container 01 is referred to below, wherein, at least one storage container 01 also can be always It is not understood as at least one ink storage container 01 and/or at least one solvent storage containers 01.Especially, at least one storage Container 01 is the storage container 01 of printing equipment 21, and itself preferably in the way of it can separate and/or can remove with And be connected and/or can be connected with printing equipment 21 preferably in the way of it can change.Printing equipment 21 preferably has at least One storing apparatus 22, its be used at least one can be detached and/or can remove and be preferably able to change storage Container 01.Printing equipment 21 preferably has at least one ink jet printing head 24, ink jet printing head 24 further preferably equally with extremely A few pipe-line system 27 is connected, and for example by least one, be connected on centre is preferably flexible connecting line 46.

First, storage container 01 is for example introduced.Storage container 01 preferably has at least one outer body 02.Outside at least one Portion's body 02 is preferably at least a portion of storage container 01, and storage container 01 is held in the state of the closure of storage container 01 with storage The environment of device 01 keeps contact.At least one outer body 02 can be made up of multiple components, it is preferred that be single-piece construct. Preferably at least one outer body 02 of storage container 01 and storage body 01 preferably has at least one and further preferably Proper what a opening 03.Storage container 01 is preferably able to load and/or empty via at least one opening 03.Preferably, often Individual opening 03 is closed preferably by closure member 04 and/or can closed respectively.At least one closure member 04 is for example configured to compress Closure member 04, but it is preferably configured as rotation closure member 04.The preferably region with least one flexibility of closure member 04, the region energy It is enough relatively simply to pierce through by sharp objects (such as being configured to the connection element 26 of needle-like piece 26).In this manner it is achieved that storage Deposit container 01 to be for example connectable on printing equipment 21.Flexible region is for example by rubber and/or elastomer and/or structure Make as potted component.Alternatively, storage container 01 does not have in advance opening 03, until at least one outer body 02 for example by Sharp object (such as needle-like piece 26) is pierced.

Storage container 01 has at least one and preferably proper what a inner space 06.Borrow at least one inner space 06 Help the limited boundary of 02 and at least one closure member of outer body 04 and separated with space outerpace.Outer body 02 is preferably in individual layer The form construction of wall.This means：Outer body 02 is come preferably both with its inner side limited boundary of internal volume 06 with its outside Form the outside of storage container 01.Particularly preferably do not arrange in the inside of the inside of outer body 02 and/or storage container 01 Bag member.It is preferably：Storage container 01 is constructed completely at least in part and further preferably in the form of solid wall.Storage is held Device 01 has the planar portion 08 in the outside of storage container 01, and planar portion 08 is preferably opposite with least one opening 03.It is excellent in addition Choosing, at least one planar portion 08 does not rely on the working condition ground of storage container 01 and particularly in storage container 01 It is all opposite with least one opening 03 in any working condition.When the working condition of storage container 01 is mentioned below, then It is understood to be a kind of shape of storage container 01, and it is by the inner space 06 of storage container 01 and/or pressure of its outside Situation draws.

Preferably the outer body 02 of storage container 01 and more preferably whole storage container 01 at least in part by At least one material for being capable of reversible deformation is formed.Preferably, at least one outer body 02 of storage container 01 is by least one Kind is capable of the material of reversible deformation and is formed.The preferably synthetic material of at least one material.Preferred material be, for example, by HDPE (high density polyethylene (HDPE)s, i.e., with 0.94 gram/cc of (g/cm³) and 0.97 gram/cc of (g/cm³) between Preferred density polyethylene), with LDPE (low density polyethylene (LDPE)s, i.e., with 0.915 gram/cc of (g/cm³) with 0.935 gram/cc of (g/cm³) between preferred density polyethylene) mixture.Preferably, HDPE and LDPE At mixed proportion on the one hand for 1: 4 with the other hand be between 4: 1.This means：In the mixture portion is excellent for HDPE Choosing is between 20% and 80%, and the share of LDPE is preferably between 80% and 20%.It may further be preferable that HDPE It is 1: 1 with the mixed proportion of LDPE., the share of HDPE and LDPE is preferably added to account for 100%.But material also can be alternatively Or additionally comprising PPE (polystyrene) and/or PTFE (polytetrafluoroethylene (PTFE)).

Storage container 01 preferably all has in any working condition on three direction in spaces being orientated orthogonally with respect to one another The size being not zero.Storage container 01 preferably has following height, and it is between 5cm and 50cm, is further preferably in Between 10cm and 30cm, and still more preferably it is between 15cm and 25cm.Storage container 01 preferably has following width, It is between 5cm and 30cm, is further preferably between 7cm and 20cm, and is still more preferably in 9cm and 15cm Between.Storage container 01 preferably has following depth, and it is between 5cm and 30cm, further preferably in 7cm and 20cm it Between, and be still more preferably between 9cm and 15cm.Highly, width and depth are preferably oriented orthogonally with respect to one another respectively.

It is arranged in the liquid (particularly hydraulic fluid, such as ink and/or solvent) inside storage container 01 preferably to pass through Low pressure is loaded at least one opening 03 and can take out from storage container 01.Because storage container 01 does not preferably have ventilation Opening, so storage container 01 is preferably tightened up when liquid is taken out based on low pressure.This process is preferably with least substantially Controlled and/or predetermined mode occurs, the mode by storage container 01 shape and materials regulations.

For example by loading low pressure to the inner space 06 of storage container 01, the cavity volume formed by inner space 06 can be made Reduce.The inner space 06 of storage container 01 under the first working condition of storage container 01, particularly with storage container 01 First shape has the first cavity volume volume in other words.As long as in the first working condition, storage container 01 is just for storage container 01 It is preferred that not deforming.It is preferred that when at least one opening 03 of storage container 01 is not closed out and/or when in storage container 01 When pressure compensation between portion space 06 and environment is feasible and/or realizes, then the first working condition is for example just achieved.

Storage container 01 preferably has at least one opening 03 and at least one of at least skimming in the first working condition Closure member 04 does not see that with following shape it substantially corresponds to cube or cylinder or bullet or spheroid.Storage container 01 It is preferred that in its at least one outside and preferably at least there is shaping sector 09, the shaping sector 09 in two opposite outsides Construct to form such as in fin 09 and/or thickened section 09 and/or thinning part 09.It may further be preferable that shaping sector 09 is every Into at least arranging on individual corresponding outside, default bending line 11 is extended between the two rows two rows.Thus, determine A kind of shape and/or a kind of order, wherein, storage container 01 to it when being emptied in a controlled manner from the first work shape State is tensioned to another (particularly second) working condition.I.e. storage container 01 is preferably especially to be good at as follows, and storage is held Device 01 has at least two shaping sector 09 at least one outside, and the two shaping sector 09 are arranged with being spatially separated On at least one outside and at least crossing at least one region for being configured to default bending line 11 from both sides to each other.Extremely A few default bending line 11 is preferably parallel at least in the first operative state and further preferably under any working condition In direction B and/or direction A (the normal side of in particular at least one data module 07 of the face normal at least one planar portion 08 To A) orientation ground extend.

The inner space 06 of storage container 01 has such as lower volume, its difference in other working conditions of storage container 01 In the first volume and especially less than the first volume.The inner space 06 of storage container 01 is particularly at least one second works Make that there is the second volume under state, it is less than the first volume.The 25% of second volume preferably up to the first volume.Second volume Further preferably it is up to the 10% of the first volume.Second volume is still more preferably up to the 5% of the first volume.Second body Product will also still further preferably be up to the 2% of the first volume.

Reducing because of added low pressure based on added low pressure and/or based on the volume of the inner space 06 of storage container 01 And cause from the first working condition of storage container 01 be transitioned into other working condition (particularly second working conditions) when, especially It is individual layer wall-like structure due to storage container and forcibly so that storage container 01 deforms, particularly in storage container Deform in the part in 01 outside.Preferably, storage container 01 to the inner space 06 of storage container 01 by adding Carry low pressure and the second working condition can be transformed to from the first working condition.The particularly internal volume 06 of storage container 01 is limited The outer body 02 of deckle circle has different from the shape in the first working condition in the second working condition.

Preferably opposite with least one opening 03 planar portion 08 of on the outside of storage container 01 at least one is excellent Choosing has the face normal for pointing to first direction B.On the outside of the storage container 01 in the second working condition at least one On outsides of the first direction B of the face normal in individual planar portion 08 relative to the storage container 01 in the first working condition 60 ° of the first direction B deviations highest of the face normal at least one planar portion 08,45 ° of further preferred deviation highest, further It is preferred that 30 ° of deviation highest, and still further preferably 15 ° of deviation highest.

Storage container 01 preferably has at least one and further preferably a lucky data module 07, also further excellent Choosing has at least one following data module 07, and it has at least one transmission and/or receiving unit, for filling with printing Put contactless, the particularly wireless communication of 21 at least one communication module 28.For wireless, here is especially appreciated that To there is no physical contact.At least one data module 07 has normal direction A.Normal direction A is preferably at least one data The side of at least one receiver of module 07 and/or the strongest received power of at least one transmitter and/or most strong transmit power To.Normal direction A of at least one data module 07 is also referred to as the sending direction A of at least one data module 07.Alternatively Ground or additionally, normal direction A of at least one data module 07 is orthogonally stand at least one data module 07 as follows Direction A on face, the face has maximum surface area in all faces of data module 07.At least one data module 07 The orientation of normal direction A not necessarily but is preferably parallel to storage container in each working condition of storage container 01 The direction B ground orientation of the face normal at least one planar portion 08 on 01 outside.At least one data in second working condition Normal direction A of the orientation of normal direction A of module 07 preferably with respect at least one data module 07 in the first working condition 60 ° of orientating deviation highest, 45 ° of further preferred deviation highest, still more preferably 30 ° of deviation highest, and further It is preferred that 15 ° of deviation highest.Preferably, at least one data module 07 be arranged in storage container 01 with least one opening 03 On opposite side.

Preferably be stored with data at least one data module 07, and the data are preferably able to by printing equipment 21 extremely A few communication module 28 reads, and more preferably wirelessly reads.Preferably, data can preferably non-contact type ground, Particularly preferably wirelessly at least one data module 07 and corresponding device (such as at least one communication mould of printing equipment 21 Block 28) between exchange.At least one data module 07 is preferably configured as RFID- modules 07 (radio frequency identification module) and/or construction For optical data module 07.At least one data module 07 preferably have at least one data storage (particularly memory) and At least one transmitting element (particularly transmitter) and at least one receiving unit (particularly receiver).At least one data Module 07 preferably has at least one processor elements, for processing data.At least one transmitting element and at least one is received Unit is preferably configured as knockdown transmission and/or receiving unit especially for the situation of RFID- modules 07.At least one Transmitting element and/or at least one receiving unit and/or at least one transmitting element and/or receiving unit are preferably configured as at least One antenna, the further preferably form at least one conductor ring, and still more preferably have at least one many The form ground construction of the conductor coils of individual winding.

What data module 07 at least can be read.Deposit especially from least one of at least one data module 07 The data of reservoir are by non-contact type ground, be particularly transmitted wirelessly at least one reading device, such as printing equipment 21 extremely In a few communication module 28.Data module 07 is preferably capable of what is write.From at least one transmitting element (such as printing equipment 21 at least one communication module 28) data that send can non-contact type ground, be particularly transmitted wirelessly at least one number According in module 07 and particularly sending at least one memory of at least one data module, and/or will an at least number According to the data at least one memory of module 07 can (such as printing equipment 21 be at least by least one sending device One communication module 28) it is changed.At least one data module 07 preferably can repeat non-contact type and write with least one The memory that enter and can read.

Preferably, by least one receiver also can non-contact type ground, particularly wirelessly transmit energy to In at least one data module 07.Alternatively or additionally, at least one data module 07 preferably has at least one energy Source, the energy source is preferably able to recharge, in interchangeable form, it is also possible to be configured to the energy of not reproducible charging Source.At least one energy source is for example configured at a capacitor and/or at least one battery.

Preferably, at least one planar portion 08 on the outside of storage container 01 carries at least one data module 07, Further preferably at least one data module 07 is all carried under any working condition of storage container 01.Thus, as introduce Ground, in the case that preferably the volume in the inner space 06 of storage container 01 is reduced due to the low pressure relative to environmental pressure Under, with the actual volume of the inner space 06 of storage container 01 independently, normal direction A of at least one data module 07 The direction B of the face normal in the planar portion 08 of the data module 07 of carrying at least one on the outside of orientation and/or storage container 01 Always relative under the pressure for completing with environmental pressure to compensate in the inner space 06 of storage container 01 storage container 01 it is outer 60 ° of the direction B deviations highest of the face normal in the planar portion 08 of the data module 07 of carrying at least one on side, further preferably partially 45 ° of highest of difference, still more preferably 30 ° of deviation highest, and still further preferably 15 ° of deviation highest.

For at least one data module 07 alternatively or additionally, it is also possible to arrange at least one planar portion 08 There is the mark in bar code form.By assuring that alignment planar portion 08, mark can be read by lasting sufficient degree, for example by With machine reading.

Preferably, in a second operative state, the center of gravity and/or geometric center of at least one data module 07 relative to The center of gravity and/or geometric center preferred deviation at least 0.1cm of an at least data module 07 under first working condition, it is further excellent Select a deviation at least 0.5cm and more progressive preferred deviation at least 1cm.Here, for center of gravity, it can be understood as be at least one The physics center of gravity of data module 07.For geometric center can be understood as following point, this o'clock is at least one data module 07 Equivalent to physics center of gravity in the case of density constant.Preferably, under the second working condition an at least data module 07 weight The heart and/or geometric center are preferably inclined relative to the center of gravity and/or geometric center of a few data module 07 under the first working condition Difference highest 15cm, further preferred deviation highest 10cm, still more preferably deviation highest 5cm, and it is still further preferably inclined Difference highest 2cm.This is preferably ensured as follows, i.e.,：Carrying under second working condition on the outside of storage container 01 The position of the planar part 08 of at least one data module 07 is relative to holding on the outside of storage container 01 under the first working condition It is loaded onto preferred deviation highest 15cm in position of the planar part 08 of a few data module 07, further preferred deviation highest 10cm, Still more preferably deviation highest 5cm, and still further preferably deviation highest 2cm.

When storage container 01 is transitioned into another working condition (such as the second working condition) from the first working condition, at least The parallel-moving type that the planar part 08 of one at least one data module 07 of carrying preferably is carried out being defined is moved, and further preferably There is no obvious rotary motion, or still more preferably do not rotate motion completely.

Normal direction A of at least one data module 07 preferably under the first working condition and the second working condition, and Under the working condition that low pressure further preferably in each inner space 06 by storage container 01 of storage container 01 is produced, Pointed to away from the ground of at least one opening 03 with least one-component, and/or pointed to along following direction with least one-component, it is described Direction is contrary with the outflow direction C determined by least one opening 03.

At least one data module 07 is preferably fixed to the data module of carrying at least one on the outside of storage container 01 On 07 planar part 08, for example, fix in a detachable fashion, but further preferably fixed in inseparable mode.To above-mentioned Content can be understood as following situation, wherein, at least one data module 07 separably or is preferably inseparably borrowed Help bonding connection part to be bonded in storage container 01, and/or completely or partially integrated in separable or inseparable mode It is in being particularly fused to the material and/or complete in separable or inseparable mode in the material of storage container 01 Or be partially embedded in casting material and/or bonding material.Casting material and/or bonding material are preferably fixed with storage container 01 Ground (particularly inseparably) connection.Preferably, the dust-proof ground of at least one data module 07 and/or waterproof ground construction.Enter One step is preferably, and at least one data module 07 is wrapped up by the dust-proof ground of wrap member and/or waterproof, wherein, it is further excellent Choosing, wrap member being capable of solvent resistant.Particularly wrap member be preferably able to resistant to acetone (also referred to as Ketene dimethyl) and/or ethanol and/ Or MEK (also referred to as butanone or MEK) and/or toluene (also referred to as methylbenzene) and/or organic solvent.Preferably, at least one The wrap member of individual data module 07 being capable of inorganic acid resistance and/or organic acid and/or inorganic base and/or organic base.

Based at least part of structural scheme of the storage container 01 being made up of at least one material for being capable of reversible deformation, Storage container 01 preferably transforms to again the first working condition from the second working condition and/or another working condition.This aspect Realize as follows, i.e.,：Storage container 01 in the second working condition and/or another working condition is for example moving envelope First working condition is transformed to again by loading high pressure after closing member 04, or due to moving closure member 04 by pressure compensation Independently here transforms to the first working condition.Preferably, storage be drained and that the first working condition can be transformed to Deposit container 01 to be recharged at least one liquid (such as ink and/or solvent) and be used again.

Storage container 01 realizes the method for being emptied to the removable storage container 01 of printing equipment 21, its In, storage container 01 has at least one opening 03, and is first in the first working condition, in the first working condition, The outer body 02 of storage container 01 is opened with least one in first shape and the outside of storage container 01 with least one The direction B of the face normal in 03 opposite planar portion 08 of mouth preferably has first orientation, and by into storage container 01 Portion space 06 loads low pressure and makes storage container 01 transform to the second working condition, and in a second operative state, outer body 02 has Have different from the shape in the first working condition and in a second operative state, the side of the face normal at least one planar portion 08 Preferably there is second orientation, side of the second orientation relative to the face normal at least one planar portion 08 under the first working condition to B To 60 ° of the orientating deviation highest of B, still more preferably 45 ° of further preferred deviation highest, 30 ° of deviation highest, and enter one again Walk 15 ° of preferred deviation highest.Preferably, normal direction A of at least one data module 07 of storage container 01 is in the first work Make that there is first direction under state, and there is in a second operative state following orientation, the orientation is relative to first 60 ° of the normal direction A deviation highest of at least one data module 07 of storage container 01, further preferred deviation under working condition 45 ° of highest, still more preferably 30 ° of deviation highest, and still further preferably 15 ° of deviation highest.It may further be preferable that From the first working condition to the second working condition transition period at each moment, normal direction A of at least one data module 07 Relative to 60 ° of the normal direction A deviation highest of at least one data module 07 in the first operative state, further preferred deviation 45 ° of highest, still more preferably 30 ° of deviation highest, and still further preferably 15 ° of deviation highest.

Preferably, in storage container 01 from the first working condition to the second working condition transition period, storage container 01 The volume of inner space 06 be reduced to the second volume from the first volume, and/or at least one data module 07 and/or at least The center of gravity and/or geometric center preferred movement of one planar part 08 at least 0.1cm.Preferably, in storage container 01 from One working condition to the second working condition transition period, the volume occupied by storage container 01 reduce at least 25%, further It is preferred that reduce at least 50%, and still more preferably reduce at least 75%.

Preferably, at least in the first working condition of storage container 01, particularly load in internally space 06 low Before pressure, by least one signal non-contact type (particularly wirelessly) from least one data module 07 of storage container 01 Transmit at least one communication module 28 of printing equipment 21, and/or will at least in the second working condition of storage container 01 At least one signal non-contact type ground (particularly wirelessly) is transmitted to print from least one data module 07 of storage container 01 At least one and particularly preferably same communication module 28 of brush device 21.Preferably, the apparatus control of printing equipment 21 Device depends at least one signal to determine：Internally whether space 06 loads low pressure.

Preferably, the packet being stored at least one data module 07 is included in storage container containing with regard to working as to apply During hydraulic fluid in 01 at the printing equipment 01 done by adjustment information.For example it is stored at least one data module 07 On packet containing the information with regard to following aspect, i.e., with regard to adjusting with the mutual proportionate relationship of solvent to ink and/or Person adjusts and/or at least one ink and/or at least to the temperature of at least one ink and/or at least one solvent A kind of viscosity of solvent adjust and/or at least one ink conductive capability the information that adjusted of preset value, and/ Or the information of the temperature including the liquid in regard to being included in storage container 01 and the relation of viscosity.Corresponding adjustment preferably with The form of the scope with boundary value is performing.

The data being stored at least one data module 07 preferably also include the information in terms of following, i.e.,：In storage Deposit whether comprising ink and/or solvent in container 01, and/or storage container 01 is fitted in which containment device 22, and/or be It is not no and must be mixed in ink from certain temperature with which kind of degree and/or solvent is mixed with different dosage, so as to Evaporation rate to improving is compensated.

This particularly realizes a kind of method for running printing equipment 01, wherein, at least one storage container 01 During (it has at least one data module 07) is loaded into the containment device 22 of printing equipment 21, and by printing equipment 21 Read from least one data module 07 of at least one storage container 01 on the preferred non-contact type ground of at least one communication module 28 Fetch data, and adjustment of the machine controller by the data for being read to printing equipment 21 is checked, and/or depend on institute Adjustment of the data of reading to printing equipment 21 is changed.Preferably, will be from from least one number by machine controller According to preset data obtain in the data of the inner reading of module 07, for adjusting printing equipment 21 and for adjusting printing equipment 21 Real data compare, and when real data and preset data occur deviation, by the corresponding adjustment to printing equipment 21 Scheme relatively makes a change with the data for being read.Preferably, to the corresponding adjustment of printing equipment 21 according to preset data Make a change, the preset data reads from least one data module 07 by least one communication module 28.As institute Ground is introduced, the data read from least one data module 07 preferably include the information in terms of following, i.e.,：With regard to ink Water is adjusted and/or the temperature institute at least one ink and/or at least one solvent with the mutual proportionate relationship of solvent Adjust and/or the viscosity of at least one ink and/or at least one solvent is adjusted and/or at least one ink Conductive capability the information that adjusted of preset value, and/or including the temperature of the liquid in regard to being included in storage container 01 The information of the relation of degree and viscosity.

Printing equipment 21 includes at least one printing mechanism 23 and preferably several printing mechanism 23.At least one printing Mechanism 23 has at least one ink jet printing head 24 in the printing equipment 21 for be configured to ink-jet printing apparatus 21.At least one spray Ink brush head 24 preferably connects and/or is connectable at least one pipe-line system 27 of printing equipment 21.Printing equipment 21 With at least one be used at least one storage container 01 containment device 22, and preferably have at least two be respectively used to Few one and the containment device 22 of preferably proper what a storage container 01.Preferably, storage container 01 is by least one Fixing device 29 can be fixed and/or be fixed at least one containment device 22.At least one fixing device 29 can be storage Deposit the building block of container 01, and the preferably building block of at least one containment device 22.Each containment device 22 is preferred to be had There is at least one connection element 26, by connection element 26 in the inner space 06 of corresponding storage container 01 and printing equipment 21 Pipe-line system 27 between can set up and/or set up the connection for Fluid Sealing.Connection element 26 can for example have spiral shell Line screws up the form of connector 26 and/or needle-like piece 26 and/or connector 26.Can pierce through by such needle-like piece 26 And/or the closure member 04 and/or outer body 02 of puncture storage container 01.Printing equipment 21 at least one pipe-line system 27 with In the case of setting up connection between the inner space 06 of storage container 01, can located continuously or discontinuously obtain from storage container 01 At least one hydraulic fluid, preferably ink and/or solvent are taken, and at least one pipeline of printing equipment 21 can be conveyed to System 27, convey particularly by low pressure is loaded to storage container 01 and particularly push ink and/or solvent until By at least one ink jet printing head 24.

At least one containment device 22 for printing equipment 21 and be preferably each containment device 22 be preferably equipped with to A few communication module 28 and further preferred one communication module 28 of arranging respectively.The preferred tool of at least one communication module 28 There are at least one transmission and/or receiving unit.At least one transmission of at least one communication module 28 and/or receiving unit At least one antenna is preferably configured as, further preferably the form at least one conductor ring, and is still more preferably in The form ground construction of at least one conductor coils with multiple windings.At least one communication module 28 is preferably at least temporarily Data cube computation is kept with the machine controller of printing equipment 21.Each containment device 22 at least one communication module 28 with Accommodate or need to be contained between at least one data module 07 of the storage container 01 of corresponding containment device 22, can be without connecing Touch ground is particularly wirelessly exchange data, specifically at least in one direction (uniaxially) and preferably along both direction (bidirectionally) exchange data.Preferably, the dust-proof ground of at least one communication module 28 and/or waterproof ground construction.Further preferably , at least one communication module 28 by wrap member it is dust-proof ground and/or waterproof wrap up, wherein, it is further preferred that, bag Wrapping up in part being capable of anti-solvent.Particularly wrap member is preferably able to resistant to acetone (also referred to as Ketene dimethyl) and/or ethanol and/or MEK (also referred to as For butanone or MEK) and/or toluene (also referred to as methylbenzene) and/or organic solvent.Preferably, at least one communication module 28 wrap member being capable of inorganic acid resistance and/or organic acid and/or inorganic base and/or organic base

Preferably, each containment device 22 and its at least one communication module 28 that arranged take as follows each other To ground arrangement：Be arranged for being connected on corresponding containment device 22 storage container 01 and/or by the institute of storage container 01 The area of space for occupying is arranged at least one communication module 28 of corresponding containment device 22 and the phase of corresponding containment device 22 Answer between connection element 26.This means：The connection element 26 of containment device 22 is with the communication module 28 of containment device 22 extremely Few one and to be preferably each orthoscopic connection intersecting with following area of space, the area of space be arranged for needing with The storage container 01 of the corresponding connection of containment device 22, and/or the storage that the area of space is connected with corresponding containment device 22 Deposit container 01 to occupy.At least one and more preferably each containment device 22 be preferably good at as described below：At least one Connection element 26 is arranged in the lower section of at least one communication module 28.Then, such as storage container 01 is arranged or can be by In being arranged in such containment device 22, containment device 22 has at one end opening 03, and has on opposite end Data module 07.The preferably form with bottle of such storage container 01, such as cylindrical or square bottle, wherein, the bottom of bottle Surface construction has a data module 07, and headfirst inserts in corresponding containment device 22 or be inserted.For example according to this Mode guarantees：In the case where storage container 01 is inserted, at least one data module 07 and the receiving ink of storage container 01 The communication module 28 of the containment device 22 of storage container 01 is arranged oppositely.

By preferred between at least one communication module 28 of at least one connection element 26 with corresponding containment device 22 Spacing that is matching with the size of storage container 01 and further preferably can matching is guaranteeing：Containment device 22 is at least Being smaller than from least one of containment device 22 between one communication module 28 and the data module 07 of storage container 01 is led to At least one data module 07 of letter module 28 and/or storage container 01 sends and/or the maximum available of signal that receive has Effect scope.Preferably, maximum available effective range is at least 10cm, further preferably at least 50cm, and more enters one Step is more preferably at least 100cm.From at least one communication module 28 and/or at least one number of storage container 01 of containment device 22 Carrier frequency send according to module 07 and/or can send and/or reception and/or the signal (particularly radio signal) that can be received Rate is preferably between 10MHZ (10 megahertzs) and 15MHZ (15 megahertzs), is further preferably in 13MHZ (13 megahertzs) and 14MHZ Between (14 megahertzs), and still more preferably it is in 13.56MHZ (13.56 megahertzs).

In one embodiment, at least one data module 07 of storage container 01 is led to at least one of containment device 22 Communication between letter module 28 is alternatively or additionally preferably by optical signalling (particularly optical signal) carrying out.For this purpose, At least one data module 07 and/or at least one communication module 28 are additionally or alternatively excellent relative at least one antenna Choosing has at least one illuminated component, for example, at least one light emitting diode (LED) and/or at least one lasing light emitter and/or extremely A few component that light is recorded (such as optical sensor).The light for being used preferably has at least one following wavelength, It is in ultraviolet range (1nm to 380nm) in electromagnetic spectrum and/or is in visible-range (380nm to 780nm) And/or be in infra-red range (780nm to 1mm).

At least one communication module 28 of containment device 22 and at least one data module of storage container 01 are not relied on The carrier frequency or wavelength ground of the signal exchanged between 07, the signal that exchanged and/or at least one data module 07 extremely The data stored in a few memory and/or the data stored at least one memory of at least one communication module 28 It is preferred that encrypted.It is preferred that there is at least one corresponding key and further preferably there are multiple keys, to being exchanged Signal and/or the data encryption that stored and/or decryption.One or more corresponding keys preferably give different authorities simultaneously And and then signal and/or data to different range intervene.Authority preferably for example with printing equipment 21 and/or ink used The supplier of the user and/or ink and/or solvent of water type and/or solvent for use type and/or printing equipment 21 And/or the manufacturer of printing equipment 21 is related.Data related to running parameter and/or the data related with the equipment for participating in It is preferred that being input into encryption device in the lump.

Preferably, the data that exchange between at least one data module 07 and at least one communication module 28 and/or Signal is at least one data module 07 and/or at least one communication module 28 and/or in the machine of printing equipment 21 Encrypted and/or decryption and/or process and/or storage in controller.Thus the data of such exchanged and/or storage wrap Include current state with regard to printing equipment 21 information and/or with regard to being arranged in storage container 01 in hydraulic fluid (particularly Ink and/or solvent) type information and/or with regard to the ink in the printing equipment 21 type information and/or pass In ink Expenditure Levels information and/or with regard to the ink inside of storage container 01 and/or solvent residue storage information and/or with regard to The information of the usage frequency of storage container 01 and/or with regard to being in storage container 01 in hydraulic fluid (particularly ink and/or Solvent) manufacturer information and/or the hydraulic fluid (particularly ink and/or solvent) that is in storage container 01 Build date and the information in/life-span.

Preferably, at least one data module 07 of storage container 01 also can with least another be different from container The communication module exchange data and signal of at least one communication module 28 of part 22, e.g. external communication module 28.Preferably It is in this manner before using storage container 01, important related data to be conveyed to into corresponding data module 07, The data for example with regard to storage container 01 inclusion type and quantity and true with regard to the inclusion by storage container 01 It is fixed for the requirement of printing equipment 21.Here, it is preferred that it is possible that：Storage container 01 at least one data module 07 with Data exchange between at least one external communication module 28 is realized through the distance more than 100m.In this manner it is achieved that for example The inclusion of the feed from multiple storage containers can disposably be detected in a straightforward manner and be checked, such as when this In the case of the packaged delivery of a little storage containers.Preferably, in order to outside at least one data module 07 and at least one The exchange of data and/or signal is carried out between communication module 28, application is different from being used in data module 07 and printing equipment 21 Containment device 22 communication module 28 between carry out the carrier frequency and/or wavelength and/or at least of data and/or signal exchange It is different keys.One or more corresponding keys are it is also preferred that give different authorities and and then to the signal of different range And/or data are intervened.Authority preferably for example again with printing equipment 21 and/or ink type used and/or used molten The user and/or ink of agent type and/or printing equipment 21 and/or the supplier of solvent and/or printing equipment 21 Manufacturer is related.Preferably, the data that at least one data module 07 is stored with regard to it can put by corresponding key In and/or be reinitialized to reset condition.

Preferably, printing equipment 21 has at least one and more preferably proper what a matrix 32, and matrix 32 enters One step is preferably configured as at least one substrate 32.At least one substrate 32 is preferably used as assembly 32.Afterwards, at least one substrate 32 effect buck plates 32.When buck plate 32 is mentioned below, then while also meaning the matrix 32 of broad sense, as long as thus not producing Contradiction.The size being not zero is respectively provided with the direction in space that at least one matrix 32 is preferably orthogonal at three and puts. At least one substrate 32 has configuration that is substantially plate-like, being particularly preferably square.At least one matrix 32 preferably has At least two and preferably lucky two mutually opposing major opposing sides 33；44.Printing equipment 21 preferably has at least one matrix 32, matrix 32 further preferably has the first major opposing side 33 and the second preferably opposed with the first major opposing side major opposing side 44.Extremely The minimum dimension (for example, at least height of a substrate 32) of a few substrate 32 orthogonally stands at least one major opposing side 33；44 At least two major opposing sides 33 that are upper and preferably standing at least one matrix；On 44.Preferably, at least two major opposing side 33； 44 is the maximum side for its area of at least one substrate 32.

Preferably, at least one and more preferably proper what a the first major opposing side 33 of at least one matrix 32 has There is at least one passage 34 and preferably there are multiple passages 34.At least one passage 34 determined by least one matrix 32 Open wide towards the first major opposing side 33 of at least one matrix 32.In order to add a cover to the passage, at least one cover piece is preferably arranged with 36 and/or at least one potted component 39.At least one passage 34 be preferably arranged in at least one and/or can be arranged in Lack the cover piece 36 on a matrix 32 and/or be arranged in and/or can be arranged at least one matrix 32 with least one Potted component 39 forms together at least one of at least one pipe-line system 27 pipeline 31.At least one pipeline 31 preferably from Second major opposing side 44 of at least one matrix 32 towards at least one matrix 32 the first major opposing side 33 point to side upwardly through At least one potted component 39 and/or at least one cover piece 36 are closed.At least one passage 34 is preferably parallel at least one The individual ground of first major opposing side 33 extends in following length, and the length is more than the following depth of at least one passage 34, wherein, extremely A few passage 34 is orthogonal to the ground of the first major opposing side 33 and extends in the depth.Preferably, the length of at least one passage 34 The depth at least three times that degree is at least at least one at least one passage are so big, and more preferably its at least five times so Greatly, it is still more preferably so big at least ten times for it.The width of at least one passage 34 be preferably orthogonal to this at least one The depth of passage 34 and be orthogonal at least one passage 34 length extend.At least one passage 34 preferably at three each other just The size being not zero is respectively provided with the direction in space handed over and put.

Preferably, at least one passage 34 by least one matrix 32 in five orthogonal and/or parallel directions Upper limited boundary, especially along and direction against its length and along and also have along its depth against the direction of its width The direction of degree is defined border.At least one passage 34 is preferably limited on the direction against its depth by least one cover piece 36 Deckle circle and further preferably at least in part by the limited boundary of at least one potted component 39, further preferably only by least One limited boundary of potted component 39.Especially, at least one passage 34 is without potted component 39 and without cover piece 36 In the case of open wide towards the first major opposing side 33 of at least one matrix 32.At least one cover piece 36 be preferably configured as at least one and More preferably proper what a shared cover plate 36, preferably at least two by it at least one matrix 32 and further Preferably all limited boundaries of passage 34 and/or being capable of limited boundary.At least one potted component 39 is further preferably configured to At least one and more preferably just what a shared potted component 39, by it at least one matrix 32 preferably extremely Few two and more preferably all limited boundaries of passage 34 and/or being capable of limited boundary.It is close preferably by least one The preferred dust-proof and waterproof of at least one cover piece 36 is connected and/or can be connected by envelope element 39 with least one matrix 32. Preferably, at least one cover piece screws up connector and at least one by least one screw thread in a detachable fashion, for example Matrix 32 is connected and/or can connect.

Preferably, at least two passages 34 are disposed with the first major opposing side 33 of at least one matrix 32, by least Two passages 34 come determine respectively at least one one side of at least one pipe-line system 27 by least one matrix 32 with And on the other hand by least one cover piece 36 and/or the pipeline 31 of the limited boundary of at least one potted component 39.

Preferably, with addition close at least one pipeline 31 between at least one matrix 32 and at least one cover piece 36 At least one potted component 39 is arranged and/or can be disposed with to the mode of envelope.At least one potted component 39 for example arrange and/or Can be arranged at least one matrix 32 or at least one cover piece 36.At least one potted component 39 is preferably with respect to ring Border and/or at least one passage 34 is sealed relative to other passages 34.At least one potted component 39 preferably for The shared potted component 39 of passage used 34.At least one potted component 39 is preferably by flexible synthetic material and/or elastomer (such as rubber) is constituted.At least one potted component 39 preferably has the pad 39 for being provided with recessed gap.In addition, at least one sealing unit Part 39 does not have recessed gap, and/or at least one potted component separates pipe-line system with least one cover piece 36 completely.At least One potted component 39 is for example configured to coating 39 and (is for example, made up of synthetic material (particularly elastomer and/or rubber) Flexible coating 39).Such coating 39 is preferably coated with least one matrix 32 and/or at least one cover piece 36.

Preferably, at least one matrix 32 has at least one pass-out portion 37, and preferably has multiple pass-out portions 37 And further preferably each passage 34 has at least one pass-out portion 37, and still more preferably each passage 34 has extremely Few two pass-out portions 37.At least one pass-out portion 37 show as at least one passage 34 and at least one matrix 32 dorsad at least The preferred of second major opposing side 44 of one passage 34 can be by through-flow connecting portion.

Preferably, at least one of at least one pipe-line system 27 preferably by least one hydraulic fluid it is through-flow and/or Structural detail 38 that can be through-flow lower arrangement and/or can be arranged at least one base being connected with least one pass-out portion 37 On second major opposing side 44 of dorsad at least one passage 34 of body 32, further preferred situation is to belong to different logical from least two The pass-out portion 37 in road 34 is connected.It may further be preferable that at least one pipe-line system 27 is at least another by least one work Make that liquid is through-flow and/or structural detail 38 of can be through-flow arrange and/or can be arranged at least one matrix 32 dorsad extremely On second major opposing side 44 of a few passage 34, and at least another structural detail 38 of at least one pipe-line system 27 is simultaneously It is arranged in connection to and/or can arranges with least two pass-out portions 37, at least two pass-outs portion 37 is belonging respectively at least Different passage in two passages 34.At least one pass-out portion 37 preferably has connecting portion, at least one knot of pipe-line system 27 Constitutive element part 38 can be connected with the connecting portion, it is further preferred that directly, i.e. in the component that centre is connected on without other In the case of connect.Preferably, at least one matrix 32 has at least one and more preferably multiple fixed auxiliary members 41, at least one structural detail 38 of at least one pipe-line system 27 is fixed by the fixed auxiliary member 41 and/or can It is fixed at least one matrix 32.At least one fixation auxiliary member 41 be for example configured to bolt 41 and/or hole 41 and/or Screw thread 41 and/or fixture 41 and/or groove 41 and/or stopper 41.At least a portion of fixed auxiliary member 41 be preferably arranged for Other housing parts of fixing printing device 21.

At least one structural detail 38 is for example configured at a pump 38 of valve 38 and/or at least one and/or at least one Individual filter element 38 and/or measurement apparatus 38.Such as preferably at least one structural detail 38 for being configured to valve 38 is as follows It is arranged on second major opposing side 44 of dorsad at least one passage 34 of at least one matrix 32：First company of at least one valve 38 Socket part is connected with the first pass-out portion 37 of first passage 34.In this manner it is achieved that the first and second passages 34 are via at least one Individual valve 38 is connected with each other and/or can connect.Second pass-out portion 37 and the structural elements for being configured to pump 38 of such as second channel 34 Part 38 is connected, and the pump is preferably equally arranged in the second major opposing side of dorsad at least one passage 34 of at least one matrix 32 On.Then, at least one valve 38 is arranged in connection to by second channel 34 with least one pump 38.

Preferably, at least one ink storage container 01 and/or at least one solvent storage containers 01 and/or at least one Individual ink jet printing head 24 and/or at least one is used for the connection element 26 of storage container 01 to be led the second of at least one matrix 32 Respectively directly and/or via at least the two of at least one passage 34 of connecting line 46 and at least one for being connected on centre on side 44 At least one of individual pass-out portion 37 is connected and/or can connect.

At least one matrix 32 preferably has at least one containment device 22.At least one matrix 32 preferably has at least one Individual connection element 26.At least one matrix 32 preferably has at least one and preferably several shaping sector, to accommodate at least One is for example configured to pump 38 and/or valve 38 and/or filter element 38 and/or measurement apparatus 38 and/or pressure compensation element Structural detail 38.At least one matrix 32 preferably has at least one and preferably several shaping sector, to accommodate at least one Individual sensor and/or at least one electronic structure element 38 and/or at least one electronic structure component.Preferably, at least one Individual matrix 32 by least one for ink has tolerance and/or for the material that solvent has tolerance is constituted, it is e.g. as follows Material, its resistant to acetone (also referred to as Ketene dimethyl) and/or ethanol and/or MEK (also referred to as butanone or MEK) and/or toluene ( Referred to as methylbenzene) and/or organic solvent.Preferably, matrix 32 is at least made up of aluminium and/or steel and/or non-ferrous metal, and/ Or by metal alloy and/or the synthetic material and/or carbon fiber reinforced synthetic material of synthetic material and/or glass fiber reinforcement Constitute.At least one matrix 32 is preferably manufactured according to pressure casting method.Make the preferred single-piece of at least one matrix 32.

Preferably, at least one cover piece 36 is at least made up of aluminium and/or steel and/or non-ferrous metal, and/or is closed by metal The synthetic material and/or carbon fiber reinforced synthetic material of gold and/or synthetic material and/or glass fiber reinforcement is constituted.At least One cover piece 36 is preferably manufactured according to pressure casting method.Preferably, at least one cover piece 36 is in a detachable fashion with least one Individual matrix 32 connects and/or can connect, for example, screw up connector connection by least one screw thread.Alternatively, at least one Individual cover piece 36 is connected and/or can be connected in inseparable mode with least one matrix 32, such as by least one material Connecting portion in material lock-fit-type connecting portion, in particular at least one bonding connection portion and/or welding is attached.Preferably, At least one cover piece 36 has at least one and more preferably multiple legs 42, and leg 42 is configured to printing equipment 21 Leg 42.Preferably, at least one cover piece 36 has printing equipment 21 extremely on the dorsad side of at least one matrix 32 A few leg 42, and/or at least one matrix 32 is with printing equipment 21 at least one particularly on the second major opposing side 44 Individual leg 42.Preferably, at least one cover piece 36 is simultaneously the base plate 36 of printing equipment 21, particularly for printing equipment 21 The base plate 36 that printing equipment 21 is carried.

Preferably, at least one cover piece 36 has at least one and more preferably multiple fixed auxiliary members 41, For example at least one cover piece 36 is fixed and/or can be fixed at least one matrix 32 by fixed auxiliary member 41.At least One fixed auxiliary member 41 be for example configured to again bolt 41 and/or hole 41 and/or screw thread 41 and/or fixture 41 and/or groove 41 and/ Or stopper 41.The fixed auxiliary member 41 of at least a portion is preferably arranged other solid components for fixing printing device 21.

Preferably, the first major opposing side 33 of at least one matrix 32 be downwardly directed and at least one matrix 32 second Major opposing side 44 is upwardly directed to.Preferably, at least one cover piece 36 is arranged in the lower section of at least one matrix 32.At least one base The cover piece 36 of body 32 and/or at least one preferably has at least one vent openings 43, so as to the housing of printing equipment 21 is in order to cold But can be by air through-flow.

Preferably following printing equipment 21, wherein, printing equipment 21 has at least one pipe-line system 27, Yi Jiyin Brush device 21 has at least one matrix 32, and matrix 32 has the first major opposing side 33 and preferably opposite with the first major opposing side 33 Second major opposing side 44, and at least one matrix 32 is with least two pass-out portions 37, it is respectively by least one preferred arrangement Passage 34 on the first major opposing side 33 of at least one matrix 32 is preferably with can be by through-flow mode and at least one matrix 32 The second major opposing side 44 connect, and at least one ink storage container 01 and/or at least one solvent storage containers 01 and/or At least one ink jet printing head 24 and/or at least one is used for the connection element 26 of storage container 01 at least one matrix 32 Respectively directly and/or via at least one passage 34 of connecting line 46 and at least one for being connected on centre on second major opposing side 44 At least one of at least two pass-out portions 37 are connected and/or can connect, and preferably the of at least one matrix 32 At least two passages 34 are disposed with one major opposing side 33, by least two passages 34 at least one pipe-line system is determined respectively On the one hand at least one of 27 pass through at least one cover piece 36 and/or at least by least one matrix 32 and on the other hand The pipeline 31 of the limited boundary of individual potted component 39.Preferably, at least one of at least one pipe-line system 27 is preferably by least At least one matrix 32 is arranged and/or can be arranged in the structural detail 38 that a kind of hydraulic fluid is through-flow and/or can be through-flow Dorsad on the second major opposing side 44 of at least one passage 34, and at least one pipe-line system 27 is at least another by least one Hydraulic fluid is through-flow and/or can be through-flow structural detail 38 be arranged in connection to at least two pass-out portions 37 simultaneously and/or Can arrange, at least two pass-outs portion 37 is belonging respectively to passages different at least two passages 34.

In particular at least one structural detail 38 is connected and/or energy preferably on fluid technique with least two passages 34 Enough connection ground arrangement.This means：At least in the case where structural detail 38 is accordingly connected and/or worked, hydraulic fluid can To flow into other that passage 34 via structural detail 38 from one of passage 34.Preferably, at least two passages 34 that This is separated, for example, separated by the building block and/or at least one potted component 39 of matrix 34.

In order to avoid inside pipe-line system 31 need not the high pressure oscillation in ground (this pressure oscillation is probably by least one What individual pump 38 caused), at least one compensation cavity volume 49 is preferably arranged with, compensation cavity volume 49 is engaged with least one buffer body 48 And and then offset pressure fluctuates.

Preferably, the recessed gap 34 of at least one compensation is disposed with the first major opposing side 33 of at least one matrix 32；47, By the recessed gap of the compensation determine at least one of at least one pipe-line system 27 by least one matrix 32 of side with And at least one cover piece 36 and/or the compensation cavity volume 49 of the limited boundary of at least one potted component 39 of opposite side.At least one Compensation cavity volume 49 is preferably the part of at least one pipe-line system 27.Preferably, cavity volume 49 is compensated by least one pass-out Portion 37 is connected with the second major opposing side 44 of at least one matrix 32.Preferably, limited by least one compensation cavity volume 49 The volume on border can be changed by the compression at least one buffer body 48 and/or decompression, can particularly be expanded and/or be contracted It is little.Preferably, at least one cover piece 36 arrange and/or be fixed at least one matrix 32 and/or the buffer body 48 to Partially by being placed at least one cover piece 36 and/or being at least one potted component 39.Thus, for example, at least one Buffer body 48 is maintained on its position.

Following printing equipment 21 is particularly preferably obtained, wherein, printing equipment 21 has at least one pipe-line system 27, And printing equipment 21 has at least one matrix 32, matrix 32 has the first major opposing side 33 and the second major opposing side 44, Yi Jizhi A few matrix 32 has at least two pass-out portions 37, and at least two pass-out portions 37 are respectively by least one passage 34 and at least Second major opposing side 44 of individual matrix 32 is connected, and at least one ink storage container 01 and/or the storage of at least one solvent The ink jet printing head 24 and/or at least one of container 01 and/or at least one is used for the connection element 26 of storage container 01 at least Respectively directly and/or via at least one connecting line 46 for being connected on centre and at least on second major opposing side 44 of one matrix 32 At least one of at least two pass-out portions 37 of one passage 34 are connected and/or can connect, it is characterised in that at least The recessed gap 34 of at least one compensation is disposed with first major opposing side 33 of one matrix 32；47, determined by the recessed gap of the compensation At least one of at least one pipe-line system 27 is by least one matrix 32 of side and at least one cover piece of opposite side 36 and/or the compensation cavity volume 49 of the limited boundary of at least one potted component 39, and the compensation cavity volume is by least one pass-out Portion 37 is connected with the second major opposing side 44 of at least one matrix 32, and, by least one compensation limited boundary of cavity volume 49 Volume by the compression at least one buffer body 48 and/or decompression and can change.

Preferably, the one of at least one cover piece 36 and/or the back compensation cavity volume 49 of at least one potted component 39 At least one buffer body 48 is disposed with side.Correspondingly, at least one buffer body 48 is preferably placed at least one sealing Between the cover piece 36 of element 39 and at least one.Preferably, at least one cover piece 36 and/or at least one potted component 39 are right Construct at least partly flexiblely in the region of the compensation limited boundary of cavity volume 49.Thus it is preferred to by cover piece 36 and/or potted component 39 buffer bodies 48 separated with compensation cavity volume 49 play cushioning effect, without the work for undergoing to be arranged in compensation cavity volume 49 Liquid is exposed in other words wherein and is not formed flow resistance.It may further be preferable that the dimensionally stable of at least one cover piece 36 Ground construction and at least one flexible construction at least in part of potted component 39, thus it is preferred that at least one be arranged in Buffer body 48 between a few potted component 39 of cover piece 36 and at least one is pressed when at least one potted component 39 deforms To at least one cover piece 36, and compressed.

Preferably, at least one buffer body 48 be configured to can Passive deformation buffer body 48.Preferably, at least one Buffer body 48 can be constructed compressively and flexibly.Preferably, at least one buffer body 38 is in the way of energy reversible deformation Construct and/or be made up of porous and/or foaming material.For example, at least one buffer body 48 is manufactured by foamed polyamides.Example As polyamide foamed can be applied directly onto at least one potted component 39 and/or at least one cover piece 36.

For example compensate cavity volume 49 and be configured to compensate for chamber 49, and be connected with proper what a pass-out portion 37., but it is preferred that Compensation cavity volume 49 is configured to compensate for pipeline 49, and is connected with least two pass-out portions 37.It is preferably, at least one delays Rush the specifically-built pipeline 34 that container 49 is at least one pipe-line system 31.Then, hydraulic fluid flows through compensation cavity volume 49 simultaneously And there, the pressure oscillation of hydraulic fluid is buffered.Preferably, container 49 is compensated by two pass-out portions 37 and matrix 32 the second major opposing side 44 is connected, and the second major opposing side 44 has different size of cross-sectional area.Particularly preferably：Compensation is held Cross-sectional area of the cross-sectional area of the outlet in chamber 49 less than the entrance of compensation cavity volume 49.Thus, throttle effect and stagnant is produced Pressure is stayed, this is responsible for causing：The pressure oscillation of porch changes into the reversible deformation of at least one buffer body 48 and and then reaches Less than or only exit is reached with very low degree.It may further be preferable that the cross section of the cross-sectional area of entrance and/or outlet Area is controllable or adjustable.This point particularly generates the flowing in the layering of compensation cavity volume 49 rear.

Preferably, at least two pipelines 31 are limited by least same cover piece 36 and/or at least same potted component 39 Border.Further preferred also has, and at least one compensation cavity volume 49 is also by least same cover piece 36 and/or at least same sealing The limited boundary of element 39.

Preferably, at least one ink storage container 01 and at least one solvent storage containers 01 are by least one pipe Road system 27 is connected with each other and/or can connect.

(the solvent storage containers 01 and/or at least one of ink storage container 01 and/or at least one of at least one passage 34 Ink jet printing head 24 is connected thereto) be, for example, at least two passages 34, at least two pass-out portions 37 with it is described at least Two passages correspondence, it is at least another preferably through-flow by least one hydraulic fluid and/or can be through-flow structural detail 38 with same When the mode that is connected with least two pass-out portions arrange and/or can arrange.Alternatively, at least one passage 34 is pipeline system The additional channel 34 of system 27, wherein, the solvent storage containers 01 and/or at least one of ink storage container 01 and/or at least one Ink jet printing head 24 is connected with the passage 34.

Printing equipment 21 (particularly printing machine 21) preferably have at least one preferably at least partly by with ink and/or The pipe-line system 27 that solvent is loaded and/or can loaded.Printing equipment 21 is preferably good at as described below, and printing equipment 21 has At least one matrix 32, matrix 32 has the first major opposing side 33 and second major opposing side 44 opposite with the first major opposing side 33, and And at least one passage 34 is disposed with the first major opposing side 33 of at least one matrix 32, limit at least one by passage 34 At least one of individual pipe-line system 27 is limited by least one matrix 32 on the one hand and at least one cover piece 36 on the other hand The pipeline 31 of deckle circle, and at least one matrix 32 has at least two pass-out portions 37, and at least two pass-out portions 37 will at least One passage 34 is connected respectively with the second major opposing side 44 of at least one matrix 32.Printing equipment 21 is preferably shown in as described below It is long, especially at least in a working condition, at least one ink storage container 01 and/or at least one solvent storage containers 01 And/or at least one ink jet printing head 24 and/or at least one connection element 26 at least one matrix 32 the second major opposing side Respectively directly and/or by least one preferred flexible passage 34 of connecting line 46 and at least one for being connected on centre on 44 At least one of at least two pass-out portions 37 are connected and/or can connect.By will preferably be preferably flexible connection Pipeline 46 is connected between matrix 32 and ink jet printing head 24, and ink jet printing head can be arranged on different positions and being capable of spirit Work is used.

It is preferred that as introduce, additionally by least one of at least one pipe-line system 27 for example by least one work The second master of at least one matrix 32 is arranged and/or can be arranged in the structural detail 38 that fluid is through-flow and/or can be through-flow On face 44, and it is connected with least one passage 34 by least one of at least two pass-out portions 37 and/or can connects Connect.Preferably, at least one matrix 32 has at least one to fix auxiliary member 41, by fixed auxiliary member 41 by least one At least one structural detail 38 of pipe-line system 27 is fixed and/or can be fixed at least one matrix 32.Preferably, extremely The second major opposing side 44 is arranged and/or can be arranged in few one containment device 22 for being used for storage container 01, and with by At least one pass-out portion 37 is connected with least one passage 34 and/or the mode that can be connected is arranged and/or can be arranged in On second major opposing side 44.

Printing equipment 21 preferably has at least two to be used for containment device 22, for accommodating a storage container respectively 01, wherein, printing equipment 21 has at least one communication module 28 and further preferably has at least two communication modules 28, And each at least one communication module 28 and preferably at least two communication modules 28 sends with least one And/or receiving unit, the transmission and/or receiving unit are suitable for sending and/or receiving unit is each with storage container 01 Touchless data transfer is carried out between at least one data module 07.Preferably, at least two containment devices 22 Each there is at least one connection element 26 and at least two connection elements 26 are mutual by least one pipe-line system 27 Connect and keep with least one ink jet printing head 24 to be connected, be especially to maintain one kind and be suitable for transmitting at least one working solution The connection of body (particularly ink and solvent).Preferably, each at least two containment devices 22 has at least one Individual such communication module 28.

Preferably, can be by from the hydraulic fluid of at least two different storage containers 01 by least one pump 38 (such as ink and/or solvent) is fed at least via at least two connection elements 26 of at least two different containment devices 22 In one common container and/or at least one common pipeline 31.Such container is, for example, that hybrid chamber and/or pressure are mended Repay the inside storage container of container and/or printing equipment 21.

In following printing equipment 21, wherein, at least two storage containers 01 are (respectively with least one data module 07) in being loaded at least two corresponding containment devices 22 of printing equipment 21, the method for running printing equipment 21 is preferred It is good at as follows, i.e.,：By the preferred non-contact type of at least one communication module 28 respectively from least two storage containers Read data in 01 at least one data module 07, and by printing equipment 21 machine controller combine at least to The data read in few two data modules 07 are checking：The hydraulic fluid at least two storage containers 01 is included in printing Whether being used in conjunction with device 01 is allowed to.Preferably, by least one communication module 28 from least two data Read before data in module 07, at least two storage containers 01 are fitted in printing equipment 21.In this manner it is achieved that guaranteeing： Trial unnecessary, to read corresponding data from the storage container 01 only existed near printing equipment 21 is not carried out.Can replace Change ground or additionally also it is possible that：Data are read from least two data modules 07 by least one communication module 28 Process was carried out before at least two storage containers 01 are fitted in printing equipment 21.Then, corresponding signal can be sent to manipulation Person, thus for example in the case where storage container 01 is loaded with incompatible hydraulic fluid, corresponding storage container 01 is clear-cut It is not loaded at the very start in the containment device 22 of printing equipment 21.For example ink with therewith not mutual tolerance and/or can not wrap It is incompatible to be contained in solvent therein.

Preferably, data for each storage container 01 by least one communication module 28 from least one data mould Read in block 07.Preferably, as soon as possible respectively to the loading low pressure of at least two storage container 01 after inspection.Preferably, The data being stored at least one data module 07 change by least one communication module 28, particularly by non-contact type ground Change.Then, for example during printing work, counter can measure obtained hydraulic fluid quantity, and at least one Change corresponding information in individual data module 07, for example with regard to corresponding storage container 01 occupied state information.Furthermore it is possible to Store the information in terms of following：How long and/or storage container storage container 01 has been coupled on printing equipment 21 01 has been coupled on those printing equipments 21.

Preferably, at least one data module 07 and at least one of the storage container 01 being fitted in containment device 22 is logical The spacing of letter module 28 is highest 15cm, more preferably highest 10cm, and is still more preferably highest 8cm.

Preferably, between the communicator 28 of printing equipment 01 on the one hand and the storage container 01 of another aspect Data exchange is only respectively directed at any time a storage container 01 to be carried out.Thus it is possible to prevent from occurring in the communications mutually Interference.

Reference numerals list

01 storage container, ink storage container, solvent storage containers

02 outer body

03 opening (belonging to 01)

04 closure member, compression closure member, rotation closure member (belong to 01；03)

06 inner space (belongs to 01)

07 data module, RFID- modules, radio frequency identification module

08 planar portion (belonging to 01)

09 shaping sector, fin, thickened section, thinning part

11 default bending lines

21 printing equipments, printing machine, ink-jet printing apparatus, ink-jet printer

22 containment devices

23 printing mechanisms

24 ink jet printing heads

26 connection elements, screw thread screw up connector, needle-like piece, connector

27 pipe-line systems, liquid pipeline system, printing-ink pipe-line system, ink pipe-line system, solvent pipe system (belonging to 21)

28 communication modules (belong to 22)

29 fixing devices

31 pipelines

32 matrixes, substrate, buck plate, assembly (belonging to 21)

33 first major opposing sides (belonging to 32)

34 passages

36 cover pieces, cover plate, base plate

37 pass-out portions

38 structural details, valve, pump, filter element, measurement apparatus

39 potted components, pad, coating

41 fixation auxiliary members, bolt, hole, screw thread, fixture, groove, the leg of stopper 42 (belong to 21；36)

43 vent openings

44 second major opposing sides (belonging to 32)

46 connecting lines

The recessed gap of 47 compensation

48 buffer bodies

49 compensation cavity volumes, compensation conduit, compensated cavity

A directions, normal direction, sending direction (belonging to 07)

B first directions (belong to 08)

C flows out direction (belonging to 03)

Claims

1. a kind of storage container (01) of printing equipment (21), wherein, the storage container (01) is with least one data mould Block (07), the data module has at least one to send and/or receiving unit, at least one with printing equipment (21) Communication module (28) carries out non-contact type communication, and the storage container (01) is constructed in individual layer wall type, it is characterised in that The storage container (01) loads low pressure and can work from first by the inner space (06) to the storage container (01) To the second working condition, and in a second operative state, the outer body (02) of the storage container (01) has state transformation Different from the shape under the first working condition, and the center of gravity of at least one data module (07) in a second operative state And/or in center of gravity and/or geometry of the geometric center relative at least one data module (07) in the first operative state At least 0.1 centimetre of heart deviation.

2. storage container according to claim 1, at least outer body (02) of the storage container (01) is at least partly Ground is made up of HDPE (high density polyethylene (HDPE)) on the one hand with the mixture of LDPE (low density polyethylene (LDPE)) on the other hand, its In, HDPE (high density polyethylene (HDPE)) is with the poly- of the density between 0.94 gram/cc and 0.97 gram/cc Ethene, and LDPE (low density polyethylene (LDPE)) is with close between 0.915 gram/cc and 0.935 gram/cc The polyethylene of degree.

3. storage container according to claim 1 and 2, it is characterised in that at least one data module (07) has Normal direction (A), in a second operative state the orientation of the normal direction (A) is relative under the first working condition at least one 60 ° of the orientating deviation highest of the normal direction (A) of data module (07).

4. storage container according to claim 1 and 2, it is characterised in that the storage container (01) is with least one Opening (03), and at least one on the outside of the storage container (01) and described at least in a second operative state Individual opening (03) is opposite and face normal phase of planar portion (08) that carried at least one data module (07) For the side of the face normal at least one planar portion (08) under the first working condition on the outside of the storage container (01) To 60 ° of (B) deviation highest.

5. storage container according to claim 1 and 2, it is characterised in that the storage container (01) with just what a At least one planar portion (08) on opening (03), and/or the outside of the storage container (01) does not rely on working condition ground Arrange oppositely with the opening (03).

6. storage container according to claim 4, it is characterised in that at least one data module (07) is arranged in institute State on the side opposite with least one opening (03) of storage container (01).

7. storage container according to claim 1 and 2, it is characterised in that the storage container (01) it is at least described Outer body (02) is formed by the material for being capable of reversible deformation.

8. storage container according to claim 2, it is characterised in that HDPE portions in the mixture are in Between 20% and 80%, and the share of LDPE is between 80% and 20%.

9. storage container according to claim 1 and 2, it is characterised in that at least one data module (07) has At least one can repeat non-contact type write and the memory for reading.

10. storage container according to claim 1 and 2, it is characterised in that the storage container (01) is outside at least one There are at least two shaping sector (09), the shaping sector (09) is arranged at least one outside with being spatially separated on side On, and at least crossing at least one region for being configured to default bending line (11) from both sides to each other.

11. storage containers according to claim 9, it is characterised in that at least one data module (07) is with method Line direction (A), the orientation of the normal direction (A) is parallel at least one planar portion (08) under any working condition Face normal normal direction ground orientation.

12. storage containers according to claim 1 and 2, it is characterised in that at least one data module (07) Be stored with data, and the data can read by least one communication module (28) of printing equipment (21), and be stored in Packet at least one data module (07) is containing the information with regard to following Adjusted Option：The Adjusted Option ought be applied Perform at the printing equipment (21) place in the case of being included in the hydraulic fluid in the storage container (01).

13. storage containers according to claim 12, it is characterised in that be stored at least one data module (07) On packet containing the information in terms of following：To ink and the Adjusted Option of at least one mutual proportionate relationship of solvent And/or the Adjusted Option at least one ink and/or the temperature of at least one solvent and/or at least one ink and/or The Adjusted Option of the Adjusted Option of the viscosity of at least one solvent and/or the preset value to the conductive capability of at least one ink, And/or including the information of the relation between the temperature and viscosity of the liquid in regard to being included in storage container (01).

14. storage containers according to claim 3, it is characterised in that the normal direction (A) is at least one data mould The direction of the most strong transmit power of at least one transmitter of block (07) and/or be following direction (A)：The direction (A) is just Stand on handing at least one data module (07) as on following, the face is at least one data module (07) There is maximum surface area in all faces.

A kind of 15. methods for being emptied to the removable storage container (01) of printing equipment (21), wherein, the storage Deposit container (01) to be in first in the first working condition, in the first operative state, at least one of the storage container (01) The normal direction (A) of data module (07) has first orientation, and the outer body (02) of the storage container (01) with the One shape, and low pressure is loaded by the inner space (06) to the storage container (01), become the storage container (01) The second working condition is changed to, in a second operative state, the outer body (02) is with different from the shape under the first working condition Shape, and in a second operative state, the normal direction (A) of at least one data module (07) has second orientation, institute State normal direction (A) deviation highest of the second orientation relative at least one data module (07) under the first working condition 60 °, and when the storage container (01) transforms to the second working condition from the first working condition, at least one data The center of gravity and/or geometric center of module (07) has moved at least 0.1 centimetre.

16. methods according to claim 15, it is characterised in that the storage container (01) is with least one opening (03), and in the first operative state, at least one on the outside of the storage container (01) opens with described at least one The direction (B) of the face normal in mouthful (03) opposite planar portion (08) has a first orientation, and in a second operative state, institute The direction (B) for stating the face normal at least one planar portion (08) has second orientation, and the second orientation is relative to the first work 60 ° of the orientating deviation highest in the direction (B) of the face normal of at least one planar portion (08) under state.

17. methods according to claim 15 or 16, it is characterised in that become from the first working condition in storage container (01) When changing to the second working condition, the volume of the inner space (06) of the storage container (01) is reduced to from the first volume Two volumes, second volume is up to the 25% of first volume.

18. methods according to claim 15 or 16, it is characterised in that at least in the first work of the storage container (01) In making state, by least one signal non-contact type from least one data module (07) of the storage container (01) Transmit at least one communication module (28) of the printing equipment (21), and at least the second of the storage container (01) Under working condition, by least one signal non-contact type from least one data module of the storage container (01) (07) transmit at least one communication module (28) of the printing equipment (21).

19. methods according to claim 15 or 16, it is characterised in that at least one storage container (01) first by In being fitted into the containment device of printing equipment (21) (22), and by least one communication module of the printing equipment (21) (28) data, and apparatus control are read from least one data module (07) of at least one storage container (01) Device is checked the Adjusted Option of the printing equipment (21) and/or according to the institute by least one data for being read The data of reading are changed to the Adjusted Option of the printing equipment (21).

20. methods according to claim 18, it is characterised in that contactless by least one communication module (28) Data are read from least one data module (07) of at least one storage container (01) in formula ground.

21. methods according to claim 19, it is characterised in that will be from from described at least one number by machine controller According to preset data obtain in the data of the inner reading of module (07), for adjusting the printing equipment (21) and for adjusting institute The real data for stating printing equipment (21) compares, and when real data and preset data occur deviation, and is read Data relatively make a change to the corresponding Adjusted Option of the printing equipment (21).

22. methods according to claim 21, it is characterised in that according to the preset data to the printing equipment (21) Corresponding Adjusted Option be changed, the preset data is by least one communication module (28) from described at least one Read in individual data module (07).

23. methods according to claim 19, it is characterised in that read from least one data module (07) Packet is containing the information in terms of following：To ink with the Adjusted Option of at least one proportionate relationship of solvent and/or to extremely The Adjusted Option of the temperature of a kind of few ink and/or at least one solvent and/or at least one ink and/or at least one molten The Adjusted Option of the preset value of the conductive capability of the Adjusted Option of the viscosity of agent and/or at least one ink, and/or including with regard to The information of the relation between the temperature and viscosity of the liquid being included in storage container (01).