CN2776690Y - Marking pen - Google Patents

Abstract

The utility model relates to a marking pen which comprises a tubular shell, wherein a first fluid maintaining nib extends out of one end of the shell, and the nib is supplemented with fluid such as indicating ink; the fluid is filled in a first chamber in the shell. Second fluid maintains the nib, and the nib extends out of the same end of the shell and is supplemented with fluid such as ink erasing fluid; the fluid is filled in a second chamber in the shell. The protruding nibs are mutually separated.

Description

Marker pen

Technical field

The utility model relates to marker pen.

Background technology

General marker pen comprises a tube-like envelope, this shell has the felted nib of a fiber, this nib is connected on the inner pressurd vessel by a pen core that absorbs liquid, and this container is used to hold a kind of indicator such as a kind of water-based ink that contains coloured dyestuff.When usage flag, fiber nib makes ink arrive nib from container through pen core by capillarity and replenishes ink.Pen like this is that called optical imaging and such pen is used to make marks on text, and is producing color effect on the paper or on the similar material.Marker pen in the past can only be used for producing a monochromatic line.In order to produce the line of several adjacent different colours, just need to use the marker pen more than two or two.

When being applied on the writing surface, when containing on a kind of water-based ink of dyestuff, the fluid that color is changed, the fluid that perhaps is used for wiping dye colour in the water-based ink also is a called optical imaging.

According to definition, dyestuff is the aromatic organic compounds that contains the metastasic electron system, and it can absorb the electromagenetic wave radiation of different wave length.The generation of dye colour is to show by the color base that is present in each dyestuff.Color base is a kind of atomic structure, and this structure can change the energy of dyestuff metastasic electron cloud, causes the radiation in the visible-range in this compound absorption spectrum, thereby produces color.

Acid-base indicator is those dyestuffs as weak acid and alkali, and the combination of soda acid presents different colors.Transformation between the soda acid obtains by the pH value that changes indicator.

When a kind of acid indicator is applied to as a kind of dyestuff, such as on a piece of paper, and chemical substance a kind of acidity or alkalescence is also then used subsequently, in order to change the pH value of dyestuff, the transformation of dyestuff between acidity and alkalescence caused the variation or the interruption of each color base.This interruption causes the wavelength of the initial radiation/light line that absorbs of dyestuff to become the another one value, and this value is in (color is wiped free of) outside the visible-range or the visible range in another color (color is changed).

One is used for wiping or removing and transparently or translucent emphasizes that the applicator of ink is open in United States Patent (USP) 5427278.This applicator comprises a container, a kind of liquid bleach or oxidant that is used to emphasize ink in this container that be stored in, and the device that is contained in container one end, such as a felt nib, spin, pressure nozzle or hand pump, thus being used for a skim ink eraser is coated to emphasize effectively to finish on the ink and wipes or remove, and can not influence bottom ink or the printed material of being emphasized basically.Such applicator is used for wiping ink or the dyestuff of being write by an other marker pen.

United States Patent (USP) 4557618 discloses another kind of applicator.One end of this applicator has a tip of stylus, this nib connects a container that fills ink by a pen core, has a black device that goes that is connected to felted, fiber or porous member form on the nib at the other end of this applicator, disclosed this applicator is when needs make when spending black function in the document, opposite when the arrangement mode of applicator should be with its normal writing function.

United States Patent (USP) 4227930 discloses a kind of ball pen with black device.Go black device to be positioned at an end of pen, ball is positioned at an other end of pen.If when writing, produce a mistake, the pen reversing and spend black device come in and ink.

Summary of the invention

Have two or more marker nib, and these felt material nibs are known to everybody from the marker pen that the same end of marker pen shell stretches out.

A purpose of the present utility model is for a kind of marker pen is provided, this marker pen can produce a monochromatic band in a stroke, the one or more of lines that have other a kind of color or multiple color between the border of this band, the generation of these one or more of lines are to obtain by a kind of colour switching technology or hybrid technology.Another purpose of the present utility model provides a kind of marker pen, and this marker pen can produce a coloured band in a stroke, have one or more of lines clearly between the border of this band.Because band and line (many lines) are to produce in a stroke, and because band and line (many lines) wet on writing writing surface the time, so in the colorific mixing of edge of band and line (many lines).

Another purpose of the present utility model provides a kind of marker pen, and this marker pen can produce a coloured band in a stroke, have other color or colourless line between the border of this band, and no matter the moving direction of marker pen on writing surface.Reaching of this purpose is because have a nib to mediate with respect to other nib usually.

On the one hand, the utility model provides a kind of marker pen, this marker pen comprises a tube-like envelope, first fluid keeps nib to stretch out from an end of this shell, second fluid keeps nib to stretch out from the identical end of this shell, and also have one and make this mutual separated devices in two nibs surface, the position of first nib and be dimensioned to and can be used for producing a band, the position of another nib and be dimensioned to and can be used for producing one or more of lines between the border of above-mentioned band.

According to another aspect of the present utility model, the utility model provides a kind of marker pen, this marker pen comprises a tube-like envelope, stretch out first fluid maintenance nib from an end of this tube-like envelope, the interior fluid of one first chamber that this nib is positioned in the shell replenishes, and comprises that also one second fluid keeps nib, and the same end of this nib from this shell stretches out, and the fluid that is positioned in one second chamber in the shell replenishes, and the nib that stretches out is separated mutually.

Beneficial effect of the present invention can be referring to the associated description in the goal of the invention.

Beneficial effect of the present invention also is to produce with one-pen the line of several adjacent different colours.

First nib is preferably made by a kind of porous material.Second nib equally also is to be made by a kind of porous material.Selectable, second nib can comprise a tubule of being made by impermeable material, has a capillary channel on this tubule or be used for holding a kind of porous fluid to keep material.Fluid keeps material can comprise a large amount of fibrous materials, sponge, perhaps a kind of fine and close relatively porous material.

Have an opening on first nib, second nib stretches out from this opening to small part.In this structure, first nib in plane can be perpendicular to the longitudinal axis of nib annular or ring-type.The side of first nib parallels with its longitudinal axis usually; Selectable, the diameter of that end that the diameter of nib end can be surrounded by shell less than nib.Therefore first nib is generally conical butt, and has a central through hole that passes the nib two ends.The end of first nib can be flat usually, just, does not have the tip.Yet the nib of other shape also can adopt.Therefore the outer contour shape of the first nib cross section can be ellipse, square, rectangle or other any suitable shape.

First nib can comprise an arrangement that is generally annular, and this arrangement is made up of a plurality of separating components made from absorbable material, and second nib to small part is stretched out from the hole that this circular arrangement limits.In this was arranged, each separating component of first nib was connected and is used for receiving from the next fluid of shell first chamber.

The outer surface of the first nib end preferably adopts on-deformable relatively material to make and can comprise material POREX.This material is that a kind of porous fluid keeps material, and when this material is applied on the writing surface such as paper with a kind of form of marker, in the time of on card or the materials similar, this material still keeps its shape.Selectable, the end of first nib can be made such as a kind of polystyrene of porous by the foamed material of an a kind of felted terxture or a porous.

First nib is connected and receives from the next fluid of first chamber by a pen core.First chamber generally comprises an absorber (transorb).This absorber comprises that mainly a certain amount of fluid that is arranged in an impermeable sheath keeps material.It can be a kind of fibrous material that fluid keeps material.Generally at its both ends open, wherein an end is used for accepting a pen core to sheath, and by pen core, the fluid in the absorber utilizes capillarity to arrive a nib of marker pen.

The cross sectional shape of first chamber can be tubulose, the adjacent setting with the inwall of shell of the outer wall of this chamber or contact.

Fluid in first chamber can comprise a kind of indicator such as a kind of water-based ink, and this ink contains a kind of coloured dyestuff, dispersed color or other colouring agent.Other fluid such as water, also can selectively be arranged in first chamber.

The end of second nib can be usually point and the cross sectional shape of nib can be for circle.Yet other cross sectional shape also can adopt, and this shape comprises ellipse, square and rectangle.

Second nib is connected and receives from the next fluid of second chamber by a pen core.Second chamber also can comprise an absorber and hold a certain amount of fibrous or other can absorption fluids material.The cross sectional shape of second chamber can be tubulose, and the adjacent setting of inner periphery of the outer wall of this chamber and annular first chamber or contact.Selectable, second chamber is positioned at shell and is arranged side by side with first chamber.

Fluid in second chamber can comprise a kind of indicator, such as a kind of water-based ink, this ink contains a kind of coloured dyestuff, dispersed color or other colouring agent, perhaps this indicator comprises a kind of solution that removes ink material, this removes the coloured dyestuff in ink material and the ink or distributes dispersed color or other colouring agent generation chemical reaction in use, and the color elimination or the color of the colouring agent that is distributed by first nib are changed.

Description of drawings

To only be described the utility model below by means of example and with reference to accompanying drawing, wherein:

Fig. 1 is a section along the utility model marker length direction;

Fig. 2 and Fig. 3 have shown the zoomed-in view of marker nib shown in Fig. 1;

Fig. 4 is the cutaway view of another marker nib of the utility model;

Fig. 5 has shown the partial sectional view of another marker of the utility model;

Fig. 6 is a section along another marker length direction of the utility model;

Fig. 7 is a section along another marker length direction of the utility model;

Fig. 8 and 9 is local amplification views of marker feature as shown in Figure 7;

Figure 10 and 11 is respectively the cutaway view and the perspective view of the another kind of pattern of marker shown in Fig. 7;

Figure 12 and 13 is the sections along the length direction of the other marker of the utility model;

Figure 13 A is the end view along the arrow A of marker shown in Figure 13 direction;

Figure 13 B is a section of XIII-XIII line in Figure 13;

Figure 14 has shown the perspective view of another marker of the utility model;

Figure 14 A and 14B are the profile and the end view of another marker of the utility model;

Figure 15 and 16 has shown another marker of the utility model; And

Figure 17 and 18 has roughly shown the additional embodiments of the utility model marker.

The specific embodiment

In each embodiment, same Reference numeral is used for representing identical or similar parts (integers).

Marker pen shown in Fig. 1 comprises a long and hollow and is as general as tubular housing 1 that this shell is general to adopt a kind of plastic material to make.Yet other material also can adopt.One end of shell 1 is by 2 sealings of a stopper, and this stopper is dimensioned to and can closely cooperates in an openend of shell.Stopper 2 generally is to be made by a kind of plastic material, and has an annular shoulder 3 that nestles up the shell neighboring edge.Part is positioned at shell and is tubular casings 4 away from stopper 2.Tubular casing is with the openend frictional fit of shell 1 and have a upright annular shoulder 5 near the shell neighboring edge.Tubular casing 4 has one away from the part of shell 1 and is as general as Frusto-conical part 6 and one and has and be as general as prismatic end 7.Tubular casing can be made by a kind of plastic material equally.

The outer surface of tubular casing 4 has a upright ring 10, at this ventilation cap mouth can be installed above the upright ring.

What hold in the shell is an absorber 8, and this absorber comprises that a large amount of fluids that are sealed in the impermeable plastics sheath 11 keep fibrous material 9.The sheath material can comprise an acetate coating.Sheath 11 is in place, the end sealing of its contiguous stopper 2.Sheath has opening away from an end of stopper 2, and the end 12 and the pen core part 13 of annular nib 14 extend through and are inserted into from this opening in the fibrous material 9 that contains fluid in the absorber 8.Nib 14 and its pen core part 13 fit tightly the inside at tubular casing 4.Nib obtains with respect to vertically moving by the end of nib 14 is exerted pressure of tubular casing.

Nib 14 is made by a kind of porous material, such as felted terxture, and the foamed material of expansion, a kind of material of the POREX of posting trade mark or those can make fluid can flow to any material of nib end from absorber 8 through nib 14 by capillarity.POREX is a kind of by the production of Porex technology company or with the nominal mouldable porous material of producing of Porex technology company.This material mainly comprises the thermoplasticity polymerization particle of a large amount of sintering, the especially ultramicro powder of being made by quick water-cooled polymer particles.Particle has uniform particle diameter and shape usually, and every particle has about equally sizes along three orthogonal axles, and has smooth surface, and slot directly distributes, bigger intensity and some other improved feature.

The distance that the sheath 11 of absorber 8 is certain at interval with the inwall of shell, thus an air channel 16 between the inwall of sheath and shell, defined, and this air channel guarantees that the air pressure in the marker pen is an atmospheric pressure.Therefore, be connected with atmosphere in order to reach this passage of pressure balance.Any other makes pressure balanced method or device also can adopt.

Absorber 8 has an annular portion 17 away from an end of stopper 2, and generally the tubulose shell 18 of the hollow of being made by a kind of plastic material is arranged in this annular portion.One end of shell is by 19 sealings of a lid.The inwall of annular portion 17 is lined with a kind of impermeable plastic material, and the wall of tubulose shell 18 contacts with this impervious material.

What 18 li on tubulose shell held is second absorber 21, and this absorber comprises that a large amount of fluids that are sealed in 23 li of impermeable plastics sheaths keep fibrous materials 22.Sheath 23 has opening away from an end of lid 19, and an end 24 of inner pen tip 25 extends through and is inserted into from this opening in the fibrous material 22 of absorber 21.Second nib 25 comprises the central passage that pen core portion 26, the second nibs pass annular nib 14.

Nib 25 has the gallery of a longitudinal extension, can arrive the end 27 of nib 25 by capillarity through the fluid in this passage absorber 21.Hole on terminal 27 can make fluid arrive through nib, such as, on a piece of paper.In one embodiment, nib 25 is by a kind of plastics of hollow, and pipe metal or pottery is made, and this pipe has an inner capillary channel or is filled with a kind of porous material such as a large amount of fibrous materials.Selectable, nib 25 can be by a kind of porous material such as POREX, and felted terxture or similar material are made.

Begin to see that the distance that the inwall of the outer wall of absorber 21 and shell 18 is certain at interval is an atmospheric pressure in order to the internal pressure that guarantees marker pen from Fig. 1.

The periphery relatively and their the pen core portion that it can also be seen that nib 14,25 from Fig. 1 separate mutually.This feature is well shown in Fig. 2 and Fig. 3.As can be seen, any one point on the nib 14,25 does not all contact mutually, has therefore avoided the liquid in these two nibs to pollute mutually.As shown in Fig. 2 and 3, the end of nib 25 towards its end direction be tapered be used for increasing two nibs in their ends at interval distance.Same, the edge 28 of annular nib 14 is circular, any cross pollution appears in the fluid that is used for avoiding in use distributing from two nibs.General, the end diameter of nib 25 is approximately 1mm, and the diameter of the inner passage of annular nib 14 is 2mm.Fig. 3 has shown the pen core 31 in hole 29, hollow tube 30 and the pipe on nib 25 ends.

As shown in Figure 3, when not using, the end of annular nib 14 extends beyond the end of inner pen tip 25.This makes the user only with less relatively pressure fluid be distributed from annular nib 14, and fluid can distribute from nib 14 and 25 simultaneously when pressure increases a little.Relatively moving of (and therefore between nib 14 and 25) discussed in front between nib 14 and the shell 1.

Fig. 4 has shown another optional embodiment, and the end of inner pen tip 25 has extended beyond the end of annular nib 14 in this embodiment.Therefore, in this embodiment, user can select only to write with inner pen tip or use a power that increases a little to write simultaneously with two nibs.In Fig. 4, the interval between the nib 14,25 is mainly guaranteed by an impermeable sheath 32.

The annular nib 14 of marker pen shown in Fig. 5 forms a depressed part 33 in the end away from it.The approach end of absorbed inside body extends in this concave shaped portion, so the transportable scope of annular nib 14 is limited.In this embodiment, inner pen tip 25 comprises that a large amount of fluids that are contained in the relative rigid plastics sheath 35 keep fibrous material 34.The end of nib 25 has an opening 36, in use, can arrive from nib through this opening fluid, such as, on a piece of paper.Plastics sheath 34 has one or more opening 37 away from the end of nib end, this opening be used for by capillarity make fluid internally absorber pass the end that corpus fibrosum 34 arrives nibs.

The end of nib 14 has the ladder 38 of an annular, and this ladder is provided with near a ledge in the nib 14 39.The engagement limits of annular ladder 38 and projection 39 inner pen tip 25 transportable scope in annular nib 14.

Marker pen shown in Fig. 6 is similar to the marker pen shown in Fig. 1.Yet in this embodiment, as a whole and absorber 8 and 21 extends generally jointly with cover for shell 1, and absorber 21 generally with the central passage coaxial arrangement of annular absorber 8.Two absorbers are only separated by their impermeable plastics sheaths in this embodiment.Absorber can vacuum forming.Same, annular nib 14 is as general as straight.

As shown in Figure 6, nib 14 extends in the opening of 8 one ends of absorber away from its terminal end.In another embodiment that can select, the nib end can comprise an annular extension or a series of outstanding finger piece, and they can extend in the corpus fibrosum of absorber 8 to some extent.

Turn to Fig. 7 now, the diameter of shell 1 at one end reduces in this embodiment, is used for limiting a sleeve 41, and this sleeve is used for accepting and holding a complementary sleeve 42, and this complementation sleeve is formed on the end of shell 18.The annular shoulder 40 that obtains owing to the diameter that changes shell defines an end stop portion of absorber 8.Therefore, in this embodiment, absorber 21 produces axis shift with respect to the absorber 8 of annular nib 14.The pen core end of annular nib is formed with the mastoid process 43 that extends back, and the liquid that is beneficial in the absorber 8 flows to the end of nib 14.The nib portion of marker pen can be covered by a dismountable ventilation cap.

Shell 18 has a tapered neck 44, is used for making the inner passage of passing annular absorber 8 on the housing away from the end of sleeve 42.Being dimensioned to of sleeve 42 can be with sleeve 41 frictional fit as shown in Figure 8, being threaded onto on the sleeve 41 of common cooperation that perhaps can be by as shown in Figure 9.Selectable, sleeve 41,42 can be by being connected.In both cases, shell 1 and housing 18 relatively moving in the vertical is possible.Therefore, the variation of nib 25 terminal positions can be by obtaining with respect to sleeve 41 moving sleeves 42.

As shown in Figure 7, inner pen tip 25 makes in the certain distance in inwall interval near nib terminal position place and shell 18 by a center.Have on the center and can supply mobile hole of air or fin to reach pressure balance.

The advantage of embodiment shown in Fig. 7 to Fig. 9 is that the shell 18 with inner pen tip can take off from shell 1 at an easy rate, oppositely also is inserted in the sleeve 41 of shell 1 again.This reverse position is presented in Figure 10 and 11.Like this, nib can be distinguished use or a use separately.As can be seen, when not using pen, end cap 45,46 can be used for sealing the nib end from Figure 10 and 11.Another advantage is that various shells and absorber can use with the absorber in shell 1 and the shell.

In the embodiment shown in fig. 12, shell 1 is similar to the shell shown in Fig. 6.Yet in this embodiment, absorber 8,21 is positioned on the straight line rather than is coaxial.As can be seen from Figure 12, the pen core portion longitudinal extension of nib 25 passes the central passage of annular absorber 8 and extend in the corpus fibrosum of absorber 21.The pen core portion of nib 8 is absorbed the inside plastics sheath protection of body and prevents to keep corpus fibrosum to contact with the fluid of absorber 8.The plastic ring 47 that has " O " shape between the absorber opposite end defines a space between surface of this circle and absorber 9 opposite ends, and this space is used to realize the balance of pressure.

Except the length of two nib 14,25 pen core portions relatively shorter outside, Figure 13,13A is similar to foregoing marker pen with the marker pen shown in the 13B.Inner pen tip 25 comprises an insertable core body 47, and this core body has 48, one of a stack shell that are full of corpus fibrosum and extend into pen core portion 49 and a nib end in absorber 8 corpus fibrosums.The same with the front, the corpus fibrosum that the fluid in the absorber 8 passes in pen core portion 49 and the stack shell 48 by capillarity arrives the nib end.Figure 13 A shows the relative position of nib 14,25 in the end of marker pen.The nib end of marker pen is by 50 sealings of a detachable end.Figure 13 B has shown absorber 8,21, the relative size and the position of shell 1 and shell 18.

Marker pen shown in Figure 14 and foregoing embodiment are different, and its difference is that absorber 8,21 is arranged side by side, rather than coaxial or point-blank.In the embodiment shown in fig. 14, shell 1 has two complete separated compartments 51,52 with circular cross-section.Certainly, other cross sectional shape also can adopt.Each compartment is accepted a foregoing absorber.Yet in this embodiment, each absorber comprises the cylindric corpus fibrosum of a densification, rather than annular.Outer nib 8 generally in the form of a truncated cone and be that hollow structure is so that inner pen tip 25 inside extends.Outer nib 8 comprises a platform part 53, and this platform part is stretched out and contacted with the upper, open end of absorber 8 from the openend of shell 1.Therefore the fluid that is contained in absorber 8 corpus fibrosums can arrive nib and then arrive at the nib end through platform 53 by capillarity.General, annular nib 8 and platform are made by a kind of POREX material.And generally adopt molded forming.

Nib 25 extend into absorber 21 away from an end of its end and contains in the corpus fibrosum of fluid.Therefore, fluid can flow on the nib and arrives the nib end from corpus fibrosum by capillarity.Surface that nib comes out and platform 53 are preferably covered by a detachable end.The frusto-conical portion of platform 53 and nib 8 can for good and all or removably be covered by a lid 54.Has a pad 55 round shell 1 periphery adjacent with lid.

Among the embodiment similar to Figure 14 that does not show at, shell comprises an additional chamber similar to compartment 52, and it is positioned at the another side of compartment 51.Therefore shell comprises three compartments that are arranged side by side, and each compartment all comprises an absorber 8 that is connected on 52 1 sides of platform.A section along this shell is presented among Figure 14 A, and an end view is presented among Figure 14 B.

In the embodiment shown in fig. 15, the end of inner pen tip 25 comprises a ball bearing 56, and this bearing is held in place by nib 25 tapered annular end walls.The surface that ball bearing does not come out contacts with the inside pen core 57 of nib, thereby guarantees that this surface is constantly replenished by the fluid in the pen core.In a conventional manner, when nib was write on a surface, ball bearing rotated and impels fluid to transfer on the writing surface.Ball bearing can be made by a kind of metal, such as stainless steel perhaps comprises a kind of ceramic material, and a kind of plastic material or a kind of porous material are such as POREX.

The end of the nib of marker pen shown in Figure 16 comprises a roller bearing 58, and this roller bearing is installed in rotation on that formed axle keeps in the opposed concave shaped portion on nib 25 inner surfaces.The roller bearing axle is shown in Reference numeral 59.The surface that roller bearing does not come out contacts with the inside pen core 57 of nib.Roller bearing has the upright rib of a pair of annular 61, and therefore when on a surface, such as mobile roller bearing just can mark two lines simultaneously on a piece of paper.Also can adopt one or more than two rib.

As shown in the figure, unexposed surface contacts with pen core on the rib 61 of roller bearing.In other optional embodiment, each rib contacts with a pen core and separates with other rib and the contacted position of pen core fully.Therefore, two ribs can be used different fluids respectively.

Figure 17 and 18 has roughly shown two different nib profiles.Two nibs are the square-section all generally in Figure 15, and two nibs all are elliptic cross-section generally in Figure 16.An advantage of these nibs is just can change the width of drawn outlet only by changing the angle between pen and the paper.

As previously mentioned, the fluid in the absorber 8 can comprise an indicator such as a kind of water-based ink, and this ink contains a kind of coloured dyestuff, dispersed color or other colouring agent, perhaps water.Fluid in the absorber 21 comprises an indicator such as a kind of water-based ink, the dyestuff that this ink contains in a kind of and the absorber 8 has dyes in different colors, a kind of dispersed color or other colouring agent, perhaps this indicator comprises a kind of solution that removes ink material, this solution can be with the coloured dyestuff in the ink or dispersed color or other colouring agent generation chemical reaction, can be used for erasure color or the color of the colouring agent that is distributed by first nib is changed.

Marker pen of the present utility model is used for producing the monochromatic band of a relative broad, the line that has one or more of other colors between this band boundaries, perhaps colourless line.The acquisition of this effect need not consider the pen at a writing surface such as the direction on a piece of paper.

Band produces by nib 14 annular or ring-type, and the line in the band is produced by nib 25.Roller bearing shown in Figure 16 can be used for producing two parallel generally lines.In order to obtain having the line with the band different colours, this line is near the boundary of band, fluid in the absorber 8 is transferred on the nib 14, be full of a kind of indication ink in the absorber 8, this ink contains the dyestuff of first kind of color, fluid in the absorber 21 is transferred on the nib 25, has been full of a kind of solution of ink eraser in the absorber 21, and this solution changes the pH value of dyestuff with the dyestuff generation chemical reaction in the indication ink and changes the color of indication ink dye thus.In use, marker pen nibs mobile on a writing surface causes black solution to be distributed by nib 25, this solution and the colored ink generation chemical reaction that has been distributed by annular nib 14, thus the line that a color is different from the band color obtained.In order to obtain the band that a centre has a colourless center line, should select for use those can make the wavelength value of indication ink change to the black solution that goes that exceeds visible range.

This effect can obtain by the water-based ink that mixes two kinds of different colours equally.Therefore, be full of the water-based ink of first kind of color (such as yellow) in the absorber 8, be full of the water-based ink of second kind of color (such as blueness) in the absorber 21.In use, marker pen nibs is mixed with the colored ink that distributes from nib 14 mutually at the mobile colored ink that causes distributing from nib 25 of a writing surface, thereby in this example, has produced a yellow band that has green center line.

In order to produce a kind of washing color effects, an absorber can be full of a kind of indication ink that contains coloured dyestuff, only contains water in another absorber.

Because edge online when fluid distributes from nib 14,25 is mixed, so soft relatively edge of band generation, thereby a visual effect produced with level and profile.This effect can be described as 3-D effect, and this effect has been given the visual effect of a kind of tubulose appearance of color band.This before this effect have only by very the specialty the training with art just may obtain.Marker pen of the prior art can not produce this effect.

In an embodiment who does not show, nib 14,25 can provide fluid from the outside, therefore can not need absorber 8,21.Therefore, fluid can be transferred on the annular nib 14 by the absorption pad that contains required fluid, and nib 25 can provide fluid in a similar manner or provide by a syringe or similar device.The device of other external complement nib fluid also can adopt.If be provided with the compartment that holds fluid in the shell of marker pen, compartment does not need directly to be connected on each pen by pen core so.Selectable, the fluid source of nib can include only the container that accommodates different fluid separately.Like this, fluid just can be easily pen core by absorption fluids be connected on the nib.Selectable, the conveying of fluid can by with hand to the realization of exerting pressure of deformable shell side wall, perhaps the mode by other realizes.

Should will be appreciated that some examples that only provide the utility model marker pen noted earlier can be made amendment to it easily under the condition that does not break away from the utility model essence protection domain.

Claims (54)

1. marker pen, comprise a tube-like envelope, a first fluid that stretches out from an end of this shell keeps nib, second fluid that stretches out from the same end of this shell keeps nib, it is characterized in that, comprise that also one is used for these mutual separated devices in two nibs surface, the position of first nib and be dimensioned to and be used for producing a band, the position of another nib and be dimensioned to the one or more of lines that can be used for producing between the border of above-mentioned band.

2. marker pen as claimed in claim 1 is characterized in that first nib is made by a kind of porous material.

3. marker pen as claimed in claim 1 or 2 is characterized in that second nib is made by a kind of porous material.

4. marker pen as claimed in claim 3 is characterized in that, second nib comprises a tubule of being made by a kind of impermeable material, and this pipe has a capillary channel or holds a kind of porous fluid maintenance material.

5. the marker pen described in claim 4 is characterized in that, fluid keeps material to comprise a large amount of fibrous materials, sponge, perhaps a kind of fine and close relatively porous material.

6. marker pen as claimed in claim 1 or 2 is characterized in that, has an opening on first nib, and second nib to small part is stretched out from this opening.

7. marker pen as claimed in claim 6 is characterized in that, first nib in plane be perpendicular to the longitudinal axis of nib annular or ring-type.

8. marker pen as claimed in claim 7 is characterized in that, the side of first nib is parallel with its longitudinal axis generally.

9. marker pen as claimed in claim 7 is characterized in that the diameter of nib end is less than the diameter of that end that is surrounded by shell.

10. marker pen as claimed in claim 9 is characterized in that first nib is as general as conical butt, and has a central through hole that passes the nib two ends.

11. marker pen as claimed in claim 1 or 2 is characterized in that, the end of first nib is as general as flat.

12. marker pen as claimed in claim 1 or 2 is characterized in that, the outline in the first nib cross section can be ellipse, square or rectangle.

13. marker pen as claimed in claim 1 or 2, it is characterized in that, first nib comprises an arrangement that is as general as annular, and this arrangement is made up of a plurality of separating components made from absorbable material, and second nib can stretch out from the hole that this circular arrangement limits at least in part.

14. marker pen as claimed in claim 1 or 2 is characterized in that, the end of first nib is on-deformable relatively.

15. marker pen as claimed in claim 14 is characterized in that, first nib is being made by material POREX of part at least.

16. marker pen as claimed in claim 14 is characterized in that, first nib foamed material by a kind of felted terxture or a kind of expansion of part is at least made.

17. marker pen as claimed in claim 1 or 2 is characterized in that, first nib is connected and receives from the next fluid of first chamber by a pen core.

18. marker pen as claimed in claim 1 or 2 is characterized in that, first chamber comprises an absorber.

19. marker pen as claimed in claim 1 or 2 is characterized in that, the fluid in first chamber comprises a kind of indicator, and this indicator comprises a kind of water-based ink, contains a kind of coloured dyestuff in this ink, dispersed color or other colouring agent.

20. marker pen as claimed in claim 1 or 2 is characterized in that, the fluid in first chamber comprises water.

21. marker pen as claimed in claim 1 or 2 is characterized in that, the end of second nib is sharp generally.

22. marker pen as claimed in claim 1 or 2 is characterized in that, the cross section of nib is circular.

23. marker pen as claimed in claim 1 or 2 is characterized in that, second nib is connected and is used for receiving from the next fluid of second chamber by a pen core.

24. marker pen as claimed in claim 1 or 2 is characterized in that, second chamber comprises an absorber.

25. marker pen as claimed in claim 1 or 2 is characterized in that, the cross section of second chamber is a tubulose, the adjacent setting of inner rim of the outer wall of this chamber and annular first chamber or contact.

26. marker pen as claimed in claim 1 or 2 is characterized in that, second chamber is positioned at shell, and is set up in parallel with first chamber.

27. marker pen as claimed in claim 1 or 2, it is characterized in that, fluid in second chamber comprises a kind of indicator, this indicator comprises a kind of water-based ink, contain a kind of coloured dyestuff in this ink, dispersed color or other colouring agent, a kind of solution that removes ink material, in use, this solution can be with the coloured dyestuff in the ink or dispersed color or other colouring agent generation chemical reaction, can be used for erasure color or the color of the colouring agent that is distributed by first nib is changed.

28. marker pen, comprise a tube-like envelope, stretch out a first fluid maintenance nib from an end of this tube-like envelope, this first fluid keeps nib to be replenished by the fluid in first chamber that is positioned at this shell, one second fluid keeps nib, this second fluid keeps nib to stretch out and replenished by the fluid in second chamber that is positioned at this shell from the aforementioned end of this shell, it is characterized in that the nib that stretches out is separated mutually.

29. marker pen as claimed in claim 28 is characterized in that, first nib is made by a kind of porous material.

30., it is characterized in that second nib is made by a kind of porous material as claim 28 or 29 described marker pens.

31. marker pen as claimed in claim 30 is characterized in that, second nib comprises a tubule of being made by a kind of impermeable material, and this pipe has a capillary channel or holds a kind of porous fluid maintenance material.

32. the marker pen described in claim 31 is characterized in that, fluid keeps material to comprise a large amount of fibrous materials, sponge, perhaps a kind of fine and close relatively porous material.

33., it is characterized in that have an opening on first nib, second nib to small part is stretched out as claim 28 or 29 described marker pens from this opening.

34. marker pen as claimed in claim 33 is characterized in that, first nib in plane be perpendicular to the longitudinal axis of nib annular or ring-type.

35. marker pen as claimed in claim 34 is characterized in that, the side of first nib is parallel with its longitudinal axis generally.

36. marker pen as claimed in claim 34 is characterized in that, the diameter of nib end is less than the diameter of that end that is surrounded by shell.

37. marker pen as claimed in claim 36 is characterized in that, first nib is as general as conical butt, and has a central through hole that passes the nib two ends.

38., it is characterized in that the end of first nib is as general as flat as claim 28 or 29 described marker pens.

39., it is characterized in that the outline in the first nib cross section can be ellipse, square or rectangle as claim 28 or 29 described marker pens.

40. as claim 28 or 29 described marker pens, it is characterized in that, first nib comprises an arrangement that is as general as annular, and this arrangement is made up of a plurality of separating components made from absorbable material, and second nib can stretch out from the hole that this circular arrangement limits at least in part.

41., it is characterized in that the end of first nib is on-deformable relatively as claim 28 or 29 described marker pens.

42. marker pen as claimed in claim 41 is characterized in that, first nib is being made by material POREX of part at least.

43. marker pen as claimed in claim 41 is characterized in that, first nib foamed material by a kind of felted terxture or a kind of expansion of part is at least made.

44., it is characterized in that first nib is connected and receives from the next fluid of first chamber by a pen core as claim 28 or 29 described marker pens.

45., it is characterized in that first chamber comprises an absorber as claim 28 or 29 described marker pens.

46. as claim 28 or 29 described marker pens, it is characterized in that the fluid in first chamber comprises a kind of indicator, this indicator comprises a kind of water-based ink, contains a kind of coloured dyestuff in this ink, dispersed color or other colouring agent.

47., it is characterized in that the fluid in first chamber comprises water as claim 28 or 29 described marker pens.

48., it is characterized in that the end of second nib is sharp generally as claim 28 or 29 described marker pens.

49., it is characterized in that the cross section of nib is circular as claim 28 or 29 described marker pens.

50., it is characterized in that second nib is connected and is used for receiving from the next fluid of second chamber by a pen core as claim 28 or 29 described marker pens.

51., it is characterized in that second chamber comprises an absorber as claim 28 or 29 described marker pens.

52., it is characterized in that the cross section of second chamber is a tubulose as claim 28 or 29 described marker pens, the adjacent setting of inner rim of the outer wall of this chamber and annular first chamber or contact.

53. as claim 28 or 29 described marker pens, it is characterized in that second chamber is positioned at shell, and be set up in parallel with first chamber.

54. as claim 28 or 29 described marker pens, it is characterized in that, fluid in second chamber comprises a kind of indicator, this indicator comprises a kind of water-based ink, contain a kind of coloured dyestuff in this ink, dispersed color or other colouring agent, a kind of solution that removes ink material, in use, this solution can be with the coloured dyestuff in the ink or dispersed color or other colouring agent generation chemical reaction, can be used for erasure color or the color of the colouring agent that is distributed by first nib is changed.

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