A kind of environment-friendly type ink-feeding deviceTechnical field
The present invention relates to a kind of print cartridge more particularly to a kind of environment-friendly type ink-feeding devices.
Background technique
Print cartridge is specifically used to provide ink to printer and use, and for the multiple utilization of environmental protection and resource, people are oftenThe ink that has used can be subjected to Reperfu- sion and material and cost are saved with this, ink be ready for use need replacing whenTime might have prompting, but can not make corresponding measure and be coped with, and technology considers not comprehensive at present, have following disadvantageEnd:
Existing print cartridge might have warning reminding when ink is ready for use and needs replacing ink, prompt people intoThe replacement of row ink, but in the printing that will be carried out, the stopping of printing can be not enough caused due to the amount of ink, is madeThe material of printing causes to waste, and the material printed is imperfect, and the waste of material is not only caused also to waste the time.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of environment-friendly type ink-feeding device, it is existing to solvePrint cartridge might have warning reminding when ink is ready for use and needs replacing ink, prompt people to carry out ink moreIt changes, but in the printing that will be carried out, the stopping of printing can be not enough caused due to the amount of ink, makes the material printedIt causes to waste, the material printed is imperfect, the problem of not only causing the waste of material also to waste the time.
To achieve the goals above, the present invention is to realize by the following technical solutions: a kind of environment-friendly type ink-feeding device,Its structure includes that color number illustrates note, decompression control unit, ink tube, installation clamp, ink storage box, and the installation clamp pass through screwIt is fixed on the top of ink storage box right end, the decompression control unit passes through the left side for being fastened on ink storage box, the ink tubeIf there are two and it is threaded in the lower section that decompression controls block surfaces, the color number illustrates that note is installed in the top of ink tubeAnd unit glue connection is controlled with decompression.
To optimize above-mentioned technical proposal, the measure further taken are as follows:
According to a kind of embodiment, the ink storage box is made of leak-proof washer, cleaning annulus, built-in chamber, the leakproofGasket sets there are two and is welded the top for being fixed on built-in chamber left and right ends, and the cleaning annulus is rectangular configuration and embedsIn built-in chamber, the built-in chamber is movably connected in the right side of decompression control unit.
According to a kind of embodiment, the cleaning annulus is made of interior angle impact block, dispersion apertures, rectangle band, instituteThe appearance face nailing for stating rectangle band is connected to the inside of built-in chamber, and the dispersion apertures are equipped with more than two and equidistant uniformBe embedded in the inside of rectangle band, the interior angle impact block set there are four and four junctions of the clip on the inside of rectangle bandIn.
According to a kind of embodiment, the built-in chamber is by limitation ring, lift pressing plate, constraint spring, limited block, convex slope, percussionStake, alarm column composition, the limitation ring, constraint spring, limited block, tap there are two stake is all provided with, the lift pressing plate shaft company lift pressing plateIt connects in the bottom of limitation ring, the right end nail of the constraint spring is connected to the inside of lift pressing plate, and the convex slope electric welding is fixed on built-inThe bottom in intracavitary portion, the limited block set there are two and follow closely the left and right ends being connected to above convex slope, the percussion stake slidingIt is connected to the top of convex slope and is flexibly connected with limited block, the alarm column is inserted embedded in the top in convex slope middle section.
According to a kind of embodiment, the decompression control unit is by slow mechanism, stopper, deformation tube, swivel nut groupAt the swivel nut is threaded in the inside of ink tube, and the deformation tube is inserted embedded in the middle section of swivel nut, and the slow mechanism is equipped withTwo and the upper and lower ends of deformation tube are movably connected in, the stopper sets there are two and is distributed in the right side of slow mechanismAnd it is flexibly connected with deformation tube.
According to a kind of embodiment, the slow mechanism be equipped with two, the slow mechanism of upper end by vibration tympanic canal, involveSpring, squeezing rod composition, the vibration tympanic canal electric welding are fixed on the top inside swivel nut, and the spring that involves sets there are four and follows closely connectionIn the lower section of vibration tympanic canal, the squeezing rod, which sets there are four and corresponds, is suspended on the bottom for involving spring.
According to a kind of embodiment, there are two the stopper is set, the stopper of upper end is small by pressurization head, pistonPush rod, boosting bar, cut-off knife composition, the pressurization head are welded on the upper right corner inside swivel nut, and the small push rod machinery of piston connectsIt connecing in the lower section of pressurization head, the boosting bar is fixed on the lower section of the small push rod of piston vertically and uses and is slidably connected, and described sectionOnly knife is installed in the lower section of boosting bar.
According to a kind of embodiment, the deformation tube is made of flexi-ring circle, interior shell hole, plasticity tube body, the plastic tubeBody inserts the center inside the swivel nut, and the flexi-ring circle is threaded in the right side of plasticity tube body, there are two the interior shell hole is setIt is uniformly embedded in the outer surface of plasticity tube body above and equidistantly.
Beneficial effect
A kind of environment-friendly type ink-feeding device of the present invention, rationally, functional has the advantages that for design
The present invention passes through the cleaning annulus being equipped with, and loses or need replacing other without color using complete needs in print cartridgeInk when, residual ink those of in print cartridge can be carried out by interior angle impact block in rectangle band, dispersion apertures clearWash, make the ink cartridge for needing exhaust gas not and will cause the secondary pollution of organic toner and change the outfit ink when will not colour mixture, moreEnvironmental protection.
The present invention passes through the slow mechanism being equipped with, stopper, can pass through piston when ink is ready for useThe pressurization of small push rod, boosting bar allows cut-off knife to limit flexi-ring circle, and the pipeline of ink feed is made to narrow, while passing through vibration tympanic canal pairSqueezing rod moves back and forth, and allows squeezing rod to squeeze the flow velocity that plasticity tube body slows down ink, keeps whole ink flow rate slack-off, allowInk slowly uses, using can add new print cartridge in time.
Detailed description of the invention
In order to illustrate the technical solution of the embodiments of the present invention more clearly, the attached drawing in describing below to embodiment is made in detailIt carefully introduces, allows other features, purposes and advantages of the invention will become more apparent with this:
Fig. 1 is a kind of structural schematic diagram of environment-friendly type ink-feeding device of the present invention.
Structural schematic diagram when Fig. 2 is a kind of environment-friendly type ink-feeding device ink storage box internal stationary of the invention.
Fig. 3 is a kind of structural schematic diagram of environment-friendly type ink-feeding device ink storage box detailed operation of the present invention.
The structural schematic diagram that Fig. 4 is acted when i.e. will be inkless for chamber built in a kind of environment-friendly type ink-feeding device of the present invention.
Fig. 5 is a kind of structural schematic diagram that environment-friendly type ink-feeding device decompression control unit is static of the present invention.
Fig. 6 is a kind of structural schematic diagram of environment-friendly type ink-feeding device decompression control unit movement of the present invention.
Fig. 7 is a kind of detailed structural schematic diagram of environment-friendly type ink-feeding device deformation tube of the present invention.
Description of symbols: color number illustrates note 1, decompression control unit 2, ink tube 3, installation clamp 4, ink storage box 5, leakproofGasket 51, cleaning annulus 52, built-in chamber 53, interior angle impact block 521, dispersion apertures 522, rectangle band 523, limitation ring 531, liftPressing plate 532, limited block 534, convex slope 535, taps stake 536, alarm column 537, slow mechanism 21, stopper at constraint spring 53322, deformation tube 23, swivel nut 24, vibration tympanic canal 211, involve the small push rod 222 of spring 212, squeezing rod 213, pressurization head 221, piston, boostingBar 223, cut-off knife 224, flexi-ring circle 231, interior shell hole 232, plasticity tube body 233.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference toSpecific embodiment, the present invention is further explained.
Referring to Fig. 1, the present invention provides a kind of environment-friendly type ink-feeding device: its structure includes that color number illustrates note 1, decompression controlUnit 2, ink tube 3, installation clamp 4, ink storage box 5, the installation clamp 4 are fixed by screws in the top of 5 right end of ink storage box,The decompression control unit 2 passes through the left side for being fastened on ink storage box 5, and the ink tube 3 sets there are two and is threadedly coupledDecompression control 2 surface of unit lower section, the color number illustrate note 1 be installed in the top of ink tube 3 and with decompression control machine2 glue connections of group.
Referring to Fig. 2, the ink storage box 5 is made of leak-proof washer 51, cleaning annulus 52, built-in chamber 53, the leakage proof gasketPiece 51 sets there are two and is welded the top for being fixed on built-in 53 left and right ends of chamber, the cleaning annulus 52 for rectangular configuration andIt is embedded in built-in chamber 53, the built-in chamber 53 is movably connected in the right side of decompression control unit 2, the leak-proof washer 51 of left and right endsThe connecting pin of two positions can be protected, prevent ink when carrying printer in print cartridge from spilling, cleared upAnnulus 52 can wrap entire ink, carry out secondary protection.
Referring to Fig. 3, the cleaning annulus 52 is made of interior angle impact block 521, dispersion apertures 522, rectangle band 523,The appearance face nailing of the rectangle band 523 is connected to the inside of built-in chamber 53, the dispersion apertures 522 be equipped with it is more than two andEquidistantly uniformly be embedded in the inside of rectangle band 523, the interior angle impact block 521 set there are four and clip in rectangle bandIn four junctions of 523 insides, interior angle impact block 521 is distributed in four corners, ink residue can be prevented in insideIt pollutes, dispersion apertures 522 cooperate the distribution of interior angle impact block 521 to be that there is no dead angles for entire rectangle band 523, can clear upIt is more clean.
Referring to Fig. 4, the built-in chamber 53 is by limitation ring 531, lift pressing plate 532, constraint spring 533, limited block 534, convex slope535, stake 536, the alarm composition of column 537 are tapped, the limitation ring 531, constraint spring 533, limited block 534, taps lift pressing plate 532There are two stake 536 is all provided with, in the bottom of limitation ring 531, the right end of the constraint spring 533 is followed closely to be connected lift 532 axis connection of pressing plateIt connects in the inside of lift pressing plate 532, the convex slope 535 is welded the bottom being fixed on inside built-in chamber 53, and the limited block 534 is equipped withTwo and the left and right ends for being connected to the top of convex slope 535 are followed closely, the percussion stake 536 is slidably connected to the top of convex slope 535 simultaneouslyAnd be flexibly connected with limited block 534, the alarm column 537 is inserted embedded in the top in 535 middle section of convex slope, in such a way that mechanical sense is answeredIncude the variation of liquid level, the phenomenon that more will not accurately generating wrong report, convex slope 535 can be past by ink in intermediate arch designBoth sides are even, and the monitoring surface of ink is made to become lower, in replacement inside retain it is few, more accurately.
Referring to Fig. 5, the decompression control unit 2 is by slow mechanism 21, stopper 22, deformation tube 23,24 groups of swivel nutAt the swivel nut 24 is threaded in the inside of ink tube 3, and the deformation tube 23 is inserted embedded in the middle section of swivel nut 24, described slowMechanism 21 sets there are two and is movably connected in the upper and lower ends of deformation tube 23, and the stopper 22 sets there are two and is distributed inThe right side of slow mechanism 21 and is flexibly connected with deformation tube 23, further respectively has two slowly in other two direction that can't seeMechanism 21 and stopper 22 form cross distribution, squeeze and slow speed effect is more preferable.
Referring to Fig. 6, there are two the slow mechanism 21 sets, the slow mechanism 21 of upper end by vibration tympanic canal 211, involve spring212, squeezing rod 213 forms, and the vibration tympanic canal 211 is welded the top being fixed on inside swivel nut 24, and the spring 212 that involves is equipped with fourA and nail is connected to the lower section of vibration tympanic canal 211, and the squeezing rod 213, which sets there are four and corresponds to be suspended on, involves spring212 bottom, the air-flow that vibration tympanic canal 211 can pop up high pressure will uniformly involve spring 212 and pop up, and make four to involve the stretching of spring 212Distance it is the same, squeezing effect is more average, squeezing rod 213 be arcuate structure, squeeze while will not hurt pipeline.
Referring to Fig. 6, there are two the stopper 22 sets, the stopper 22 of upper end by pressurization head 221, piston is small pushes awayBar 222, boosting bar 223, cut-off knife 224 form, and the pressurization head 221 is welded on the upper right corner inside swivel nut 24, the pistonSmall push rod 222 is mechanically connected to the lower section of pressurization head 221, and the boosting bar 223 is fixed on the lower section of the small push rod 222 of piston verticallyAnd using being slidably connected, the cut-off knife 224 is installed in the lower section of boosting bar 223, and the pressed end of cut-off knife 224 is acutenessStructure, guarantee cut-off effect, enable contact that position cut by agile.
Referring to Fig. 7, the deformation tube 23 is made of flexi-ring circle 231, interior shell hole 232, plasticity tube body 233, the plasticityTube body 233 inserts the center inside swivel nut 24, and the flexi-ring circle 231 is threaded in the right side of plasticity tube body 233, described interiorShell hole 232 is equipped with outer surface that is more than two and being equidistantly uniformly embedded in plasticity tube body 233, and the material of flexi-ring circle 231 isHighly elastic material, can be by compression then rebound rapidly, the uniform design of interior shell hole 232 after being touched by sharp cut-off knife 224Agree with boosting bar 223, can make to squeeze more effortless when expanding.
People can illustrate that note 1 carries out excrement by watching color number, when in use carry out ink tube 3 and printer pairIt connects, allows ink storage box 5 that can carry out ink supply to printer, when the ink when bottom will be totally, the page of ink becomes lower, noLift pressing plate 532 is caused stress, makes to lift pressing plate 532 around the pop-up of limitation ring 531, will hit against stake 536 and hit, make to tap stake 536Collision alerts column 537, alarm column 537 issue cavity alarm, prompt people need in time addition ink, when constraint spring 533 byWhen pullling, can transmission telecommunications number give vibration tympanic canal 211 and pressurization head 221, at this time pressurization head 221 can by the small push rod 222 of piston,Boosting bar 223 is released, and is allowed cut-off knife 224 to cut the extruding of flexi-ring circle 231, is reduced the diameter of 233 ink entrance of plasticity tube body, make to flowThe ink entered tails off, and vibration tympanic canal 211 can will involve spring 212 and pop up, allow squeezing rod 213 to interior shell hole 232, plasticity tube body 233 intoRow pulls expansion, keeps the flowing of ink more slow, and reaction is carried out when having enough and changes print cartridge.
The present invention is combined with each other by above-mentioned component, needs to lose or need replacing other not having to using complete in print cartridgeIt, can be by interior angle impact block 521 in rectangle band 523, dispersion apertures 522 to residual those of in print cartridge when the ink of colorStay ink to be cleaned, make the ink cartridge for needing exhaust gas not and will cause the secondary pollution of organic toner and change the outfit ink when will notColour mixture, it is more environmentally friendly, it can be allowed when ink is ready for use by the pressurization of piston small push rod 222, boosting bar 223Cut-off knife 224 flexi-ring circle 231 is limited, so that the pipeline of ink feed is narrowed, at the same by vibration tympanic canal 211 to squeezing rod 213 intoRow moves back and forth, and allows squeezing rod 213 to squeeze plasticity tube body 233 and slows down the flow velocity of ink, keeps whole ink flow rate slack-off, allows inkWater slowly uses, using can add new print cartridge in time.
Specific embodiment described herein is only to give an example to the present invention.The technical field of the inventionTechnical staff can make various modifications or additions to the described embodiments or be substituted in a similar manner, butWithout departing from of the invention or beyond the scope of the appended claims.