WO2008074202A1

WO2008074202A1 - A marking tool

Info

Publication number: WO2008074202A1
Application number: PCT/CN2007/001656
Authority: WO
Inventors: Liang Wang
Original assignee: Liang Wang
Priority date: 2006-12-20
Filing date: 2007-05-22
Publication date: 2008-06-26

Abstract

A marking tool includes a writing tip(1), an ink-absorbing member(3), a separating member(4 or 4'), an opening device(5), a housing(2) and a connecting sleeve(23), wherein the ink-absorbing member(3) absorbs ink liquid for marking, the separating member(4 or 4') is provided between the ink-absorbing member(3) and the writing tip(1) so as to make the writing tip(1) and the ink-absorbing member(3) not communicating with each other, the opening device(5) can open the separating member(4 or 4') and the marking ink contained in the ink-absorbing member(3) so that the marking ink absorbed in the ink-absorbing member(3) can be supplied to the writing tip(1). With the marking tool, the writing tip may not contain ink liquid after leaving factory, thereby efficiently preventing or avoiding the writing tip from being incapable of writing due to volatilization or air-drying of the ink contained in the writing tip and ink leakage of the writing tip while increasing the ink storing amount of the marking tool.

Description

FIELD OF THE INVENTION The present invention relates to marking tools such as a color pen, a felt tip pen, a fiber tip pen, a marker pen, a paint pen, a highlighter pen, a marker, a whiteboard pen, a brush, a fiber core pen, a silk core pen Recording tools such as felt core pens, nail markers for manicures, and marker pens. BACKGROUND OF THE INVENTION Marking tools on the market, although the form is complex and varied, and the variety is complete, but there are several defects in the following aspects: 1. The marking tool has too little ink, and the frequency of replacing the new pen is very high. 2. Due to the structure of the marking tool itself, if the amount of marking ink exceeds the capacity it bears, the pen is very easy to leak ink, so its leak resistance is very poor, so the ink is marked in the existing marking tool. The capacity is a low-volume structure. 3. When the temperature and / or atmospheric pressure changes, the air that is inflated or pressurized exerts pressure on the marking ink, causing the marking tool to leak ink. 4. Marking ink is generally based on quick-drying ink such as alcohol ink. It has good volatilization ability, quick drying when writing, and is not easy to fade. It can be used for writing on any solid, with high writing fastness, but when the marking tool is stored When the time is a little longer, even if a pen cap is placed on the tip of the pen, the marking ink is easily evaporated or air-dried, and it is impossible to write. 5. If the casing is not well sealed or inadvertently impacted or crushed, it will easily cause leakage of ink in the casing. 6. If you accidentally touch the nib, it is easily contaminated and difficult to clean. If the storage time is a little longer, the nib containing the marking ink can be easily evaporated or air-dried or blocked by air drying, causing the marking tool to be installed. The ink is marked, but the nib cannot be written. 7, especially the popular one-time use of marking tools, often due to the rapid use of marking ink and the entire marking tool is still new when it has to be abandoned, so the utilization of the entire marking tool is very low, Causes a great waste of resources.

There are also many inventors who have researched and improved existing marking tools for the above problems. For example, a marking tool as described in the W093/05966 patent application, and a marking tool described in the Chinese Patent Publication No. CN1086173A. The two patent specifications disclose a problem in which two large and small ink reservoirs are used to solve the problem of too little inventory ink. The disclosed technical solutions mainly divide the ink storage chamber into a large ink storage chamber and a small ink storage chamber, and realize the large ink storage chamber by opening or closing the diaphragm member through the continuous expansion and contraction of the nib. The marking ink is continuously supplied to the smaller ink storage chamber. Thus, although the ink storage amount of the marking tool can be increased, the marking ink needs to be continuously replenished from the large ink storage chamber to the smaller ink storage chamber during writing, and thereafter, the marking ink is still It can continue to flow or penetrate into the tip of the pen, resulting in dripping ink during normal writing. This is mainly because the marking ink supplied to the smaller ink storage chamber by the large ink storage chamber is opened and closed by the continuous longitudinal movement of a movable member, which causes the internal movement of the ink storage chamber to automatically generate pressure, resulting in pressure. The marking ink is continuously pressed out to cause dripping ink.

There are also inventors who have improved on the drawbacks of the above structure. A marking tool is disclosed, for example, in the patent application No. WO 096/14,998, the disclosure of which is incorporated herein by reference. The main improvement is: The small ink storage chamber adopts an annular elastic deformable member, and the purpose is to pass the supply path from the nib during the forward movement of the nib After the annular elastic deformable member cavity is compressed, the leaked marking ink is sucked back when expanded. However, it has been found that during the forward movement of the marking pen, the liquid that flows or penetrates into the pen tip is too much to be sucked back in time, or sometimes the air is sucked back and the marking ink is rarely sucked back. Therefore, there is still a phenomenon of dripping ink.

The marking tool invented by me, the authorization number is CN2737562Y or CN2820553Y, the main technical feature of which is to provide at least one accumulator inside or outside the liquid containing core with a gap and having adsorption capacity, in the accumulator There is a liquid supply outlet for supplying a marking liquid to a liquid-containing core having a gap and having an adsorption capacity, and the ink-containing core is connected to the nib. Although the amount of ink stored can be increased, there is still a phenomenon of leakage of ink. The technical solutions can be mainly divided into the following three structures:

The first structure is that the additional ink storage chamber adopts a combined structure, for example, the additional ink storage chamber is combined with the switch and the sealing member to form a structure capable of accommodating the marking ink and having the liquid supply outlet, and the nib is directly connected with the liquid containing core. When the marking ink in the additional ink storage chamber is required to be supplied to the liquid containing core, the pen tip is vertically turned downward, and then the switch is pressed to open the liquid supply outlet, so that the marking ink is supplied to the liquid containing core, since at least part of the switch is Passing through and exposing the additional ink storage chamber for easy pulling, the marking ink can be easily led to the pull of the switch to contaminate the hand or clothing. In addition, the pen tip can be pressed vertically until the pen tip is vertically lowered. The marking ink in the additional ink storage chamber is supplied to the liquid containing core. If the marking tool is pressed laterally or sideways or the pen tip is turned upward (inverted), the marking ink in the additional ink storage chamber is easily removed from the passage or The outlet of the additional ink storage chamber or the pull-out of the switch flows outward, resulting in greater leakage. In addition, when the marking tool is stored for a longer period of time, it has additional ink storage at the liquid supply outlet. The marking ink in the cavity is prone to natural evaporation or air drying reduction, shortening the writing time, and even impossible to write; before the factory use, the tip of the structure contains marking ink, which is prone to volatilization or air drying or air drying. The clogging phenomenon occurs; when subjected to temperature and/or atmospheric pressure, the expanded air can easily squeeze the marking ink from the liquid supply outlet of the additional ink storage chamber to cause liquid leakage; when the first ink storage chamber is in the first ink storage chamber When the marked ink is used up, it is impossible to replace the new ink storage chamber, causing the entire pen to be scrapped and wasting resources.

The second structure is that the additional ink storage chamber having the liquid supply outlet adopts a hose structure, and a plug or openable opening is provided at the bottom of the hose, and is too tight if the plug is connected with the liquid supply outlet at the bottom. Or the openable closed mouth is closed or tightly closed, that is, it is difficult to push the blockage or the closed mouth can be opened by pressing the hose with force. If the force is too strong, the hose burst is easy to occur. In short, closed Or too tightly closed, it is difficult to open the liquid supply outlet, causing the marking ink in the additional ink storage chamber not to be supplied to the liquid containing core; if the blocking material is connected to the bottom, it is loose or the bottom is openable. When there is a gap, the marking ink is easily volatilized naturally from the gap in the joint (the liquid supply outlet), shortening the writing time, or even writing; when the temperature and / or atmospheric pressure changes, the expanded air Pushing the marking ink to make the marking ink leak easily from the liquid supply outlet; when the marking tool is stored for a long time or too long, the marking ink is prone to volatilization or Dry reduction phenomenon; use at the factory, in the structure marking pen containing an ink, it is prone to volatilize by air drying or dried or reduce clogging occurs. When the child or inadvertently presses the additional ink storage chamber, the marking ink can be easily squeezed out to cause liquid leakage; when the marking ink in the first ink storage chamber is used up, the new ink tank cannot be replaced. , resulting in a whole scrap of waste, wasting resources.

The third structure is to provide a sealing gasket between the additional ink storage chamber and the first ink storage chamber, so that the eccentric liquid supply outlet in the additional ink storage chamber and the eccentric liquid inlet in the first ink storage chamber are misaligned and disposed. The sealing gasket achieves the purpose of sealing the marking ink. The sealing gasket is rotated by the plane position between them, and must be pressed into contact with each other to achieve an effective sealing. The nib is directly in communication with the liquid-containing core. When the marking ink is used up or will be used less, it is necessary to rotate the additional ink storage chamber to make the eccentric liquid supply outlet and eccentric The child can easily press or pull out the ink reservoir when playing, avoiding the phenomenon of ink leakage and effectively extending the writing time.

Another object of the present invention is to prevent side leakage or leakage when the marking ink in the ink reservoir is supplied to the ink containing device at any angle of the marking tool.

Another object of the present invention is to provide a fully enclosed ink reservoir that can be moved or rotated relative to or radially relative to the housing or the opening device for ease of operation, simplicity, leak proof performance, and safe use.

Another object of the present invention is to provide a marking tool which is simple in structure, reasonable in cost, low in processing, convenient in processing, good in leakage resistance, resource-saving, and suitable for mass production.

In order to achieve the above object, the present invention provides a marking tool comprising a pen tip, a casing and a connecting sleeve, characterized by: further comprising an ink containing device, a separating device and an opening device, wherein the ink containing device is for adsorbing the marking ink a separating device disposed between the ink containing device and the pen tip to make the pen tip and the ink containing device are not in communication with each other, the opening device for opening the marking device and the marking ink adsorbed in the ink containing device a liquid for supplying the marking ink adsorbed in the ink containing device to the pen tip.

The opening device is disposed between the partitioning device and the nib.

The separating device is connected to the housing and/or the connecting sleeve.

The partitioning means is sealingly coupled to the housing and/or the connecting sleeve such that the housing and the separating means are combined to form a fully sealed structure surrounding the periphery of the ink containing means.

The opening device is connected to the nib or made in one piece or in a separate structure.

The opening means and the nib are connected or integrally formed, and the nib and the opening means are moved or rotated relative to each other or along the connecting sleeve and/or the housing.

The opening device and the nib are connected or integrally formed, the nib of the connecting sleeve is fixed, and the nib, the opening device and the connecting sleeve are moved or rotated relative to or along the housing.

The opening device includes an opening member.

The damper member is an embossing core having an adsorption capacity with a gap or a slit.

The opening device includes an opening member and at least one ventilation passage, the opening member being an ink guiding core having a gap or a gap and having an adsorption capability, wherein the at least one ventilation passage is disposed on the ink guiding core or Side.

The nib includes an ink-inducing core having a gap or slit and having an adsorption capability, and the nib is connected to the opening member or formed into a unitary structure.

The separator is a thin film that is easily pierced.

When the opening device or the opening member moves or rotates relative to or along the connecting sleeve and/or the housing, the opening member opens the marking device and the marking ink adsorbed in the ink containing device and toward the nib Provide marking ink.

When the opening device or the opening member moves or rotates relative to or along the connecting sleeve and/or the housing, the opening member opens the marking device and the marking ink adsorbed in the ink containing device to The nib provides marking ink and feeds at least one ventilation passage into the partition to allow air to enter, allowing the marking ink in the ink containing device to be smoothly supplied to the nib.

The opening device is at least partially disposed between the connecting sleeve and the partitioning device.

The partitioning device is coupled to the housing, and the nib and the connecting sleeve are moved or rotated relative to or radially relative to the housing to cause the opening device to move relative to or radially along the partitioning device or housing.

The splicing device includes an opening member and a bowing device.

The opening device also includes a ventilation passage.

When the opening device opens the separating device, the ink receiving device or the ink receiving device and the ventilation passage are sent into the separating device to adsorb the ink receiving device and the ink containing device Marking ink The phase is turned on to provide the marking ink to the pen tip, or the ink guiding device is connected to the marking ink liquid adsorbed in the ink containing device, and the ventilation channel causes the air exchange to be intruded, so that the ink receiving device is further Smoothly provided to the tip of the pen.

At least one groove or protrusion or thread is provided at the junction of the connecting sleeve and the housing.

The housing is provided with at least one protrusion or groove or a structure in which the thread is connected or stuck with at least one groove or protrusion or thread provided on the sleeve.

The partitioning device surrounds the periphery of the ink containing device.

The partitioning device is surrounded by a fully enclosed structure at the periphery of the ink containing device.

The partitioning means is at least partially disposed within the housing, at least partially exposing the housing or being exposed to the housing.

The partitioning device moves or rotates relative to or along the housing or the opening device.

The opening device includes an opening member.

The opening member is an ink guiding core having an adsorption capacity with a gap or a slit.

The opening device includes an opening member and at least one ventilation passage, the opening member is an ink guiding core having a gap or a gap and having an adsorption capability, and the at least one ventilation passage is disposed on the side or side of the ink guiding core side.

The partitioning means is at least partially thin and easily pierceable.

The opening member opens and rotates relative to or along the opening device and/or the housing, the opening member opens the marking device and the marking ink adsorbed in the ink containing device and provides marking ink to the pen tip liquid.

The opening member opens the separation device and the marking ink adsorbed in the ink containing device to provide a mark to the pen tip when the partitioning device is moved or rotated radially or opposite to the opening device and/or the housing. The ink, and at least one ventilation passage is fed into the partitioning device to allow air to enter, so that the marking ink in the ink containing device is smoothly supplied to the pen tip.

The opening device includes an opening member and an ink guiding device.

The opening device also includes a ventilation passage.

The opening device opens the partitioning device to open the ink collecting device or the ink receiving device and the ventilation passage when the partitioning device is moved or rotated relative to or along the opening device and/or the housing. Feeding into the partitioning device, the ink priming device is connected to the marking ink liquid adsorbed in the ink containing device to provide marking ink to the pen tip, or the ink priming device and the ink containing device The medium-adsorbed marking ink is turned on, and the ventilation passage allows air to be exchanged, so that the ink guiding device is more smoothly supplied to the pen tip.

Also included is at least one ink containing device, at least one partitioning device, and at least one opening device, the partitioning device surrounding a periphery of the ink containing device, the partitioning device being at least partially disposed within the housing, at least partially exposed The housing is either exposed to the housing.

The marking tool is provided with two ink containing devices, two separating devices and two opening devices, the separating device is surrounded by the periphery of the ink containing device, and the separating device is at least partially disposed in the casing. At least a portion of the housing is exposed or exposed to the housing.

The marking tool is provided with three ink containing devices, three separating devices and three flushing devices, the separating device is surrounded by the periphery of the ink containing device, and the separating device is at least partially disposed in the casing At least partially exposing the housing or being exposed on the housing.

The marking tool is provided with four ink containing devices, four separating devices and four opening devices, the separating device is surrounded by the periphery of the ink containing device, and the separating device is at least partially disposed in the casing. At least a portion of the housing is exposed or exposed to the housing. _ setting five ink containing devices, five separating devices and five opening devices in the marking tool, the separating device surrounding the periphery of the ink containing device, the separating device being at least partially disposed in the casing At least partially exposing the housing or being exposed on the housing.

A second opening device and an ink reservoir with marking ink for opening the marking ink in the ink reservoir to the ink containing device are also included.

The ink reservoir is a fully enclosed structure.

The venting device or the second opening device includes at least one opening member.

The opening device or the second opening device further includes an ink device.

The opening device or the second opening device further includes at least one ventilation device.

The opening device or the second opening device further includes at least one ventilation passage.

The opening device or the second opening device comprises two opening members, an ink introducing device and a ventilation passage, the ink guiding device is matched with one of the opening members, and the ventilation passage is matched with the other opening member .

The damper member includes an ink wicking or squeezing member.

The squeezing core is made of a material having a gap or a slit and having an adsorption ability.

The squeezing core is made of a fibrous material or the like or a felt or a wire.

The squeezing device includes an ink wicking or squeezing member or an ink guiding passage or an ink passage.

The wicking core is made of a fibrous material or the like or a felt or a silk or sponge.

The ink containing device is made of a material having a gap or a slit and having an adsorption ability.

The ink containing device is made of a fibrous material or the like or a felt material or a silk or sponge.

The second opening device is disposed at a top of the housing, the second opening device is in communication with the ink containing device, and the ink reservoir is disposed above the ink containing device or separately stored outside the marking tool .

The bottom of the ink tank is provided with a recess, and the recess is connected to the second opening device.

The recess is sealingly connected to the second opening device.

The top of the housing is provided with a second housing for mounting the ink reservoir, and the second housing is connected to the housing or is formed in one piece.

The ink reservoir is radially movable or rotatable relative to or along the second damper or second housing. The second opening device includes an opening member.

The opening device also includes an ink guiding device.

The opening device also includes at least one ventilation passage.

A protective cover is disposed outside the ink reservoir, and the protective cover is connected to the second housing.

A sealing ring is disposed between the protective cover and the second housing.

At least one groove or protrusion or thread is provided in the recess on the ink reservoir or in the bottom of the ink reservoir. Providing at least one protrusion or groove or thread on the second housing or the second opening device to provide the at least one groove or protrusion or thread in the recess on the ink reservoir or the bottom of the ink reservoir Connected or stuck.

The second opening device is disposed on the ink tank, and a second ink receiving device is disposed at a top of the casing, and the second ink receiving device is in communication with the ink containing device.

At least a portion of the recess on the bottom of the ink reservoir or at the bottom of the reservoir is a thinner, easily pierced face.

At least a portion of the recess on the bottom of the ink reservoir or at the bottom of the ink reservoir is an openable bead or block or sheet shape.

The ink reservoir is at least partially a hose that can be deformed by extrusion. The ink reservoir can be moved or rotated relative to or along the second opening device or housing.

The second opening device includes an opening member.

The second opening device further includes an ink guiding device.

The second opening device further includes at least one ventilation passage.

The second opening device further includes an ink guiding device.

At least a portion of the bottom of the partition or the recess at the bottom of the divider is a thinner, easily pierced surface.

At least a portion of the bottom of the partition or the bottom of the partition is in the form of an openable bead or block or sheet.

A protective cover is disposed outside the partitioning device or the ink reservoir, and the protective cover is coupled to the housing. A sealing ring is disposed between the protective cover and the housing.

At least one groove or protrusion or thread is provided in the recess of the ink reservoir or the ink reservoir.

The partitioning device or the second opening device is provided with at least one protrusion or groove or thread connected or stuck with at least one groove or protrusion or thread provided on the ink reservoir or in the recess of the ink reservoir

The partitioning device is provided with a recess, and the recess is connected to the opening device.

At least a portion of the recess provided in the partitioning means or partitioning means is a thin and easily pierced surface.

At least a portion of the recesses provided in the partitioning means or partitioning means are dome-shaped or block-shaped or sheet-shaped.

The nib includes an ink-inducing core, or the nib includes an ink-inducing core and a ball.

The immersion device is disposed inside or outside the opening member.

The ink reservoir has at least a portion having an outer diameter of between 4 mm and 35 mm, or a cross section of the ink reservoir having a maximum lateral length having a size of between 4 mm and 35 mm.

The partitioning device is coupled to the housing to form a box-like structure, and the ink containing device is disposed within a box-like structure formed by the partitioning device being coupled to the housing.

The partitioning device is a separator or a separator or a separator film.

An ink containing device is disposed in the ink tank.

The opening member is connected to a recess provided on the partitioning device or a recess provided on the bottom of the partitioning device.

The opening member is connected to a recess provided at the bottom of the ink reservoir or the opening member is sealingly connected to a recess provided at the bottom of the ink reservoir.

The opening member is an ink receiving device or an ink guiding core.

The dividing means can be moved or rotated relative to or along the opening.

The ink reservoir can be moved or rotated relative to or along the opening.

At least part of the face of the separating device and/or the ink reservoir is made of a film or a plastic film.

The opening head is a pointed or pierceable or slanted tip that can pierce the divider and/or the ink reservoir. The partitioning device is of a box type, and the ink containing device is disposed in the box type partitioning device.

The invention adopting the above technical solution effectively prevents and avoids the phenomenon that the marking tip of the marking tool is easy to be volatilized or air-dried or blocked due to air drying due to the inclusion of the marking ink before being used in the factory; and the opening device is provided. , effectively preventing and avoiding natural volatilization or air drying reduction or ink leakage phenomenon of the marking ink; providing a separating device, effectively preventing and avoiding natural volatilization or air drying reduction or leakage of ink of the marking ink; Even if the marking ink is stored for a long time, it is less likely to be volatilized or air-dried, which effectively prolongs the writing time and prevents liquid leakage. Increasing the amount of ink stored, prolonging the writing time, and effectively preventing and avoiding the ink leakage phenomenon of the marking tool; providing a fully enclosed ink reservoir with marking ink, which is not easy to volatilize even after storage for a long time. Or air drying to reduce the marking ink phenomenon, effectively extending the writing time and preventing leakage; providing a self-contained, self-contained, self-contained ink reservoir for use in the marking tool The ink device provides or supplements the marking ink, or the ink reservoir that has been used up in the marking tool having the ink containing device can be replaced multiple times, greatly extending the writing time of the marking tool while effectively Prevents and avoids the phenomenon of dripping ink; no matter whether the temperature and/or atmospheric pressure changes, there will be no dripping ink; effectively preventing the casing or leaking ink; making the ink tank The size is more suitable to match the marking tool, so that the ink storage amount of the ink in the ink reservoir is better adapted to the requirement of the ink containing device to adsorb the marking ink in the marking tool; effectively Prevents and avoids accidental pressing or unplugging of the ink reservoir when inadvertently or playing with children, avoiding the phenomenon of ink leakage, effectively extending the writing time; marking ink in the ink reservoir when the marking tool is at any angle The liquid is supplied to the ink containing device without side leakage or liquid leakage; providing a fully enclosed ink reservoir that can move or rotate relative to or radially along the housing, is easy and simple to operate, has good leakproof performance, and is safe to use. Providing a simple and reasonable structure, low cost, convenient processing, good leak resistance, resource saving, and marking tools suitable for mass production. DRAWINGS

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic view showing the structure of a first embodiment of the present invention.

Fig. 2 is a structural schematic view showing the movement of the pen tip and the opening device in Fig. 1.

Figure 3 is a schematic view showing the structure of the second embodiment.

Fig. 4 is a structural schematic view showing the movement of the pen tip and the opening device in Fig. 3.

FIG. 5 is a schematic structural view of the second opening device of FIG. 4 opening the ink tank.

Figure 6 is a schematic view showing the structure of a third embodiment of the present invention.

Fig. 7 is a structural schematic view showing the cross section of the E-E line in Fig. 6, focusing on the cross-sectional structure of the opening device.

Figure 8 is a schematic view showing the structure of the opening device of Figure 6 during operation.

Fig. 9 is a schematic view showing the structure of the fourth embodiment, showing a structure in which the fully enclosed partitioning means of the portion A incorporated in the casing and the ink containing means provided in the partitioning means are independently stored outside the casing.

Fig. 10 is a schematic structural view of a fifth embodiment.

Figure 11 is a schematic view showing the structure of the sixth embodiment, showing the fully enclosed partitioning device of the portion B installed in the casing, the ink containing device provided in the partitioning device, and the opening device connected to the recess in the bottom portion of the partitioning device. A schematic view of the structure stored independently of the housing.

Figure 12 is a schematic view showing the structure of the seventh embodiment.

Figure 13 is a schematic view showing the structure of the F-F line in Figure 12, focusing on the cross-sectional structure of the opening device.

Figure 14 is a schematic view showing the structure of the opening device of Figure 12 when it is in operation.

Figure 15 is a schematic view showing the structure of the second opening device of Figure 14 in operation.

Fig. 16 is a view showing the structure after the ink in the ink tank of Fig. 15 is used up, after the ink is rotated and taken out.

Figure 17 is a block diagram showing the structure of a fully enclosed ink reservoir with a labeled ink that can be incorporated into the opening device of Figure 16. Figure 18 is a schematic view showing the structure of the eighth embodiment, showing the partitioning device of the D portion incorporated in the housing, the ink containing device disposed in the partitioning device, the opening device disposed on the partitioning device, and the connecting device. The fully enclosed ink reservoir is independently stored in a structural schematic outside the housing.

Figure 19 is a schematic view showing the structure of a ninth embodiment.

Figure 20 is a schematic view showing the structure of the opening device of Figure 19.

Figure 21 is a schematic view showing the structure of a tenth embodiment.

Fig. 22 is a view showing the structure of the ink tank installed on the second opening device when the marking ink adsorbed by the ink containing device of Fig. 21 is used up.

Fig. 23 is a structural schematic view showing the second opening device of Fig. 22 opening the fully enclosed ink reservoir.

Figure 24 is a self-contained, fully enclosed ink reservoir with marking ink that can be replaced with an ink reservoir that has been completely sealed with the marking ink in Figure 23.

Figure 25 is a schematic view showing the structure of the eleventh embodiment.

Figure 26 shows the second opening device disposed on a fully enclosed ink reservoir with marking ink.

Figure 27 is a schematic view showing the structure of a twelfth embodiment.

Fig. 28 is a schematic sectional view showing the structure of the G-G line in Fig. 27, focusing on the cross-sectional structure of the splicing device.

Figure 29 is a schematic view showing the structure of the opening device of Figure 27 when it is in operation.

Figure 30 is a schematic view showing the structure of the second opening device of Figure 29 when the fully closed ink reservoir is closed.

Figure 31 is a schematic illustration of a structural diagram showing the connection of a fully enclosed partition to two open members.

Fig. 32 highlights another partial structural schematic view of the ink reservoir with the marked ink and the fully enclosed ink reservoir connected to the two opening members.

Figure 33 highlights an enlarged schematic view of a turn-on device.

Fig. 34 is a schematic cross-sectional view showing the K-K line of Fig. 33.

Fig. 35 highlights an enlarged schematic view of another opening device.

Figure 36 is a schematic cross-sectional view showing the L-L line of Figure 35.

Fig. 37 is a schematic view showing an enlarged structure of another opening device.

Figure 38 is a schematic cross-sectional view showing the M-M line of Figure 37.

Figure 39 highlights an enlarged schematic view of another opening device.

Figure 40 is a schematic plan view showing the structure of Figure 39.

Figure 41 is a schematic view showing the structure of a thirteenth embodiment.

Figure 42 is a structural view showing the movement of the pen tip, the opening device and the connecting sleeve of Figure 41.

Figure 43 is a schematic view showing the structure of a fourteenth embodiment.

Figure 44 is a schematic view showing the structure of the partitioning device of Figure 43 as it moves. In the picture

1 a tip 11 - ink core 2 - housing 21 - convex portion 22, 22, a groove 23 - connecting sleeve 230, 230, a recess 231 - convex portion 232 - exhaust passage 24 - second housing 240 , 240, a groove 25 - top 3 - ink containing device 31 a jacket 4, 4 \ 4" a partition device 41 a bottom portion 42 - a portion of the bottom portion 43 - a portion of the recess 44, 44' face 5 - opening device 50 - Two

51, 51\ 51 "-opening parts 52, 52, an ink-inducing device 521, 52" - ink-inducing core 522 - ink ejector 523 - ink channel 524 - ink channel 53, 53 \ 53" a ventilation channel 54 - thread 6 - ink reservoir 61 - marking ink 62 - bottom 621, 62 Γ - partial bottom 63 - recess 64-65—protrusion 7—second ink-inducing device 8—protective cover

A marking tool of the invention, see all the figures, comprising a nib 1, a housing 2 and a connecting sleeve 23, characterized in that it further comprises an ink containing device 3, a separating device 4 or 4', and a opening device 5, An ink containing device 3 having a gap and having an adsorption capacity for adsorbing and storing marking ink for supplying writing ink (marking ink) to the pen tip 1, the separating device 4 or 4 being disposed at the pen tip 1 and the ink containing device 3, the pen tip 1 and the ink containing device 3 are not in communication with each other in a non-operating state, and the opening device 5 is used for opening the separating device 4 or 4, and the ink containing device 3 The adsorbed marking ink is provided to the pen tip 1 by the marking ink adsorbed in the ink containing device 3, which effectively prevents and avoids the tendency of the pen tip to be volatilized or air-dried due to the inclusion of the marking ink before being used. Blocking due to air drying makes it impossible to write; even if the marking ink in the ink containing device is stored for a long time, it is less prone to volatilization or air drying, which prolongs the writing time; at the same time, it can effectively prevent and avoid the marking. The phenomenon of ink leakage occurs in the tool; whether it is in contact with temperature and/or atmospheric pressure, the phenomenon of dripping ink is not easy to occur; the structure is simple and reasonable, the operation is easy, simple, low cost, convenient to process, safe to use, and leak-proof. Good, save resources, suitable for mass production.

Referring to Fig. 1, it comprises a pen tip 1, a casing 2 and a connecting sleeve 23, and further comprises an ink containing device 3, a separating device 4, and an opening device 5, wherein the ink containing device 3 having a gap and having an adsorption capacity is used for adsorption. And storing the marking ink for supplying writing ink (marking ink) to the pen tip 1, the separating device 4 being disposed between the pen tip 1 and the ink containing device 3, and the pen tip 1 and the ink containing device 3 In the non-operating state, the opening device 5 is configured to open the marking ink adsorbed by the separating device 4 and the ink containing device 3, and the marking ink adsorbed in the ink containing device 3 is directed to the The nib 1 is provided, and the opening device 5 is disposed between the partitioning device 4 and the nib 1 . The separating device 4 is connected to the housing 2 and/or the connecting sleeve 23, further the sealing device 4 is sealingly connected to the housing 2 and/or the connecting sleeve 23, such that the housing 2 and the partitioning device 4 are combined to form a fully sealed structure surrounding the periphery of the ink containing device 3, which more effectively prevents the occurrence of volatilization or air drying reduction. The opening device 4 is connected or integrated with the pen tip 1 and can also be formed into a separate structure. The opening device 5 and the pen tip 1 are connected or integrally formed, and the pen tip 1 and the opening device 5 are moved or rotated relative to each other or along the connecting sleeve 23 and/or the housing 2. The opening device 5 includes an opening member 51 which is an ink guiding core having an adsorption capacity with a gap or a slit. The opening device 5 may further include an opening member 51 and at least one ventilation passage 53, 53. The opening member 51 is an ink guiding core having an adsorption capacity with a gap or a slit, and the at least one ventilation passage 53 53' is disposed on or on the opening member 51 (inking core); the pen tip 1 includes an ink guiding core 11 having a gap or a slit and having an adsorption capability, and the pen tip 1 and the opening member 51 are formed The integrated structure can also be a connected structure. The partitioning device 4 is preferably a thin and easily breakable separator film, such as a plastic film or the like. Referring to FIG. 2, when the nib 1 containing the marking ink is required to be written, the nib 1 is pushed to move or rotate the opening device 5 or the opening member 51 relative to or along the connecting sleeve 23 and/or the housing 2, The opening member opens the marking device 4 and the marking ink adsorbed in the ink containing device 3 and supplies the marking ink to the pen tip 1. Further, the opening member 51 is provided with a ventilation passage 53 on the side or the side thereof to push the opening member. Radially moving relative to or along the connecting sleeve 23 and/or the housing 2 Moving or rotating, the opening member 51 opens the marking device 4 and the marking ink adsorbed in the ink containing device 3 to supply the marking tip ink to the pen tip 1 and feed the at least one ventilation channel 53, 53 into the station In the partitioning device 4, air is introduced, and the marking ink in the ink containing device 3 is smoothly supplied to the pen tip 1. It is preferred that the opening member 51 has a pointed or pierced tip that can be pierced or separated. Preferably, at least a portion of the face of the separator 4 is made of a film or a plastic film.

Referring to FIG. 41 and FIG. 42, the technical solution of this embodiment is similar to that of FIG. 1 and FIG. 2, and both the nib 1 and the opening member 51 are integrally formed by using an ink-inducing core having a gap or a gap and having an adsorption capability. 41, the ink-receiving core 521 and the squeezing core 11 as the opening member 51 are integrally formed, and the main difference is that the nib 1 and the connecting sleeve 23 are fixedly connected, and the connecting sleeve 23 is movably connected to the housing 2 Structure, the opening member 51 and the pen tip 1 are connected or integrally formed, and the pen tip 1, the opening device 5 (opening member 51) and the connecting sleeve 23 are moved or rotated relative to or along the housing. The connecting sleeve 23 and the housing 2 are provided with at least one groove 230 or 230' or a convex portion or a thread, which is not easy to fall off when the housing 2 is movably connected, and further, the housing 2 is disposed At least one protrusion 21 or groove or thread is connected or stuck with the groove 230, 23 (Τ or the protrusion or the thread provided on the connecting sleeve 23, which more effectively prevents the connection sleeve 23 from falling off, also Prevent inadvertent or easy play by children The ink leakage phenomenon occurs when the connecting sleeve 23 is moved or rotated. When the connecting sleeve 23 moves or rotates relative to or along the housing 2 or the partitioning device 4, the pen tip 1 and the opening member 51 are opposite or along the housing or separated. The device 4 is moved radially so that the opening member 51 opens the partitioning device 4 more smoothly, so that the pen tip 1 obtains the marking ink.

Referring to FIG. 3, in this embodiment, a second opening device 50 and a fully enclosed ink reservoir 6 with marking ink are provided on the basis of FIG. 1, and the second opening device 50 is used to open the ink reservoir 6. The marking ink is supplied to the ink containing device 3, and a second opening device 50 is disposed on the top portion 25 of the casing 2, and a second casing 24 is disposed on the top portion 25 of the casing 2, and the second casing 24 and the casing 2 are provided. Connected or integrated structure for mounting a freestanding fully enclosed ink reservoir 6 with marking ink (see Figure 24), a protective cover 8 is provided on the second housing 24 for preventing The marking ink adsorbed in the ink containing device 3 is volatilized or the wind is reduced, or the ink reservoir is protected. Referring to Fig. 4, when the pen tip 1 is pushed to open the opening member 51, the marking ink in the ink containing device 3 is used up or left. In a short time, the protective cover 8 is opened. Referring to Fig. 5, when the ink reservoir 6 is pushed to move relative to or along the opening member 5 or the second casing 24, the opening member 51' opens the bottom portion of the bottom portion 62 of the ink tank 6. 62Γ, the ink introducing device 52, and the ventilation passage 53" are sent into the ink tank 6, so that the ink is stored The marking ink in 6 is sent to the ink containing device 3 through the ink introducing device 52 to continue to supply the marking ink to the pen tip 1, and the fully enclosed ink reservoir 6 can be opened at any angle. 5 Γ open, no liquid leakage phenomenon, easy to operate, simple, safe to use, that is, extended writing time, and effectively prevent and avoid liquid leakage. Opening parts 51, 51, the head is pointed or It is preferred to pierce the splitter 4 and/or the tip or beveled tip of the ink reservoir 6, and the partitioning device 4 and/or the ink reservoir 6 are preferably made of a film or a plastic film at least in part.

Referring to Fig. 6, it comprises a pen tip 1, a casing 2 and a connecting sleeve 23, and a connecting sleeve 23 is provided on the pen tip 1, the connecting sleeve 23 is connected to the casing 2, and the connecting sleeve 23 is used for mounting the pen tip 1, the partitioning device 4 Between the ink containing device 3 and the pen tip 1 , the ink containing device 3 and the pen tip 1 are not in communication with each other in the non-working state, so that the pen tip 1 does not contain marking ink, and the marking tool is effectively prevented and avoided. The usual tip of the pen before use in the factory is not easy to be written due to the presence of the marking ink, which is easily volatilized or air-dried or blocked due to air drying. Effectively preventing and avoiding the occurrence of natural volatilization or air drying of the marking ink or leakage of ink. The partitioning device 4 is enclosed at the periphery of the ink containing device 3, the partitioning device 4 is of a box type, and the ink containing device 3 is disposed in the box type separating device 4, and further, in particular, the partitioning device 4 Fully sealed The closed structure surrounds the periphery of the ink containing device 3 containing the marking ink, and even if stored for a longer period of time, the marking ink in the ink containing device 3 is less likely to volatilize or air dry to reduce the marking ink phenomenon, prolonging the writing. Time, more effectively avoiding the marking function of the marking tool before it is used in the factory, because the marking ink is prone to volatilization or air drying is reduced or blocked due to air drying, and the ink can not be written more effectively, and the ink leakage is more effectively prevented and avoided. phenomenon. Further, in particular, the partitioning device 4 is surrounded by the ink-containing device 3 containing the marking ink in a fully enclosed structure, and the marking ink in the ink-containing device 3 is less likely to volatilize even if stored for a longer period of time. Or air drying to reduce the marking ink phenomenon, prolonging the writing time, and more effectively avoiding the fact that the marking tip of the marking tool is prone to volatilization or air drying or clogging due to air drying due to the marking ink being used before leaving the factory, and at the same time, The phenomenon of ink leakage is more effectively prevented and avoided. The partitioning means 4 is surrounded by a fully enclosed structure on the periphery of the ink containing device 3 containing the marking ink, and is also equivalent to providing an ink containing device with marking ink in the fully enclosed ink reservoir. The partitioning device 4 is at least partially disposed in the casing 2, at least partially exposing the casing 2 or exposed on the casing 2 for facilitating pushing or pressing; and providing a recess 43 at the bottom 41 of the partitioning device 4 for The opening device 4 is connected, at least a part of the bottom portion 42 of the bottom portion 41 of the partitioning device 4 or the bottom portion 41 is a thin and easily pierced surface, and a portion of the bottom portion 42 is located at the bottom surface of the concave portion 43 as a preferred structure for opening the device 4 Opening; 5 is provided between the partitioning device 4 and the pen tip 1 , see FIG. 6 and FIG. 7 , the opening device 5 includes an opening member 51 , an ink receiving device 52 and a ventilation passage 53 , 53 . The ink receiving device 52 is an ink guiding core 521, the ink-inducing core 521 and the pen tip 1 are integrally formed, and can also be made into a split structure, the pen tip 1 is made of the ink-inducing core 11, and the ink-inducing core 11 and/or the ink-inducing core 521 are provided with The material of the gap is preferably made, for example, preferably made of a fibrous material or the like or a felt or a silk or sponge, and the ink containing device 3 is made of a fibrous material or the like or a felt material or a silk or sponge. Made as a preferred option, the opening in the opening device 5 51 is connected to the recess 43 provided on the bottom 41 of the partitioning device 4, and the thin and easily pierced surface 42 is located on the bottom surface of the recess 43 to further open the opening member 51 of the opening device 5 to the partitioning device 4, in the partitioning device 4 A protective cover 8 is provided outside the portion, and the protective cover 8 is connected to the casing 2 for protecting the partitioning device 4. It is also possible to provide a jacket 31 outside the ink containing device 3 for restricting the gap of the ink containing device 3 itself, so that the ink containing device 3 is more effective in adsorbing the marking ink.

A box-type fully enclosed partitioning device 4 is provided in the casing 2, and even if the casing 2 is crushed or broken, the casing 2 outside the partitioning device 4 does not leak ink.

When the writing of the pen tip 1 is required, the protective cover 8 disposed on the casing 2 is opened to push the partitioning device 4 surrounding the ink containing device 3 to move radially or opposite to the opening member 51 or the casing 2 in the opening device 5, The opening member 51 of the opening device 5 passes through a portion of the bottom portion 42 of the bottom portion 41 of the partitioning device 4 (a thin and easily pierced surface). Referring to Figures 7 and 8, a portion of the bottom portion 42 is opened (pierced), and the ink is introduced. The portion of the core 521 and the ventilation passages 53, 53 are fed into the partitioning device 4 and the ink containing device 3, so that the ink guiding core 521 is in communication with the ink containing device 3, and the marking ink in the ink containing device 3 is passed through the ink. The core 521 is provided to the pen tip 1 (inking core 11), and air is introduced from the ventilation passage 53 or 53, for exchange with the marking ink, so that the pen tip 1 is more smoothly written, effectively preventing and avoiding the marking ink. The liquid appears to be naturally volatilized or air dried to reduce or leak ink. An exhaust passage 232 is provided on the connecting sleeve 23 or between the connecting sleeve 23 and the nib 1 , and the exhaust passage 232 communicates with the ventilation passage 53 or 53 to allow air to enter or exit the outside of the marking tool.

Referring to Fig. 7, the squeezing device 52 is disposed in the splicing member 51, and may be disposed in the opening member 51. One side of the opening member 51 has a squat structure to allow air to enter more smoothly, and the ink containing device is provided. 3 The open-type ventilation passage 53 that has entered the opening member 51 is in more contact with the ink-receiving core 521, so that the marking ink in the ink-containing device 3 is more smoothly and stably supplied to the ink-receiving core 11. Referring to Fig. 8, when the marking ink in the ink containing device 3 in the partitioning device 4 of Fig. 3 is used up or there is not much left, the protective cover 8 is opened, and the partitioning device 4 is taken out, see Fig. 9, the new full The closed partitioning device 4 is housed in the casing 2, so that a structure as shown in Fig. 8 is formed, so that the pen tip 1 can be rewritten, which increases the writing time, reduces the cost, and saves resources.

Referring to Fig. 6, one or two or three or four sets of ink-receiving devices with labeled ink, a fully enclosed separator surrounding the ink-containing device, and a turn-on device can be further disposed in the marking tool. An opening device for adsorbing the marking ink in the ink containing device, wherein the one separating device completely encloses one of the ink containing devices, the partitioning device being at least partially disposed in the casing 2, at least partially exposing the shell The body or the exposed body is easy to push or push, and one or two or three or four opening devices are connected to the pen tip, so that the marking tool has two or three groups or four groups or five. The structure of the group separating device and the opening device can be sequentially pressed to separate the device, so that the marking ink adsorbed in the ink containing device in the separating device connected to the opening device and the opening device is sequentially supplied to the pen tip, thereby further The writing time is extended and the leakage is avoided. When five partitioning devices are provided in the marking tool, it is preferable to have one of the separating devices disposed in the middle of the four separating devices.

Referring to FIG. 43 and FIG. 44, this embodiment is similar to FIG. 6. The main difference is that the opening device 5 can further include an opening member 51 and at least one ventilation passage 53, 53. The opening member 51 has a gap. The squeezing core 521 having an adsorption capacity or a squeezing ability may also be an ink priming device, and the at least one ventilation passage 53 , 53 ′ is disposed on the side or side of the opening member 51 (the squeezing core 521 ); The nib 1 includes an ink-receiving core 11 having a gap or a slit and having an adsorption capability, and the nib 1 and the opening member 51 are integrally formed, and may be a connected structure. The specific operation mode is similar to that of Figures 6 and 7. The partitioning means 4 may be a thinner and easily breakable separator film, such as a plastic film or the like.

Referring to Fig. 9, the ink containing device 3 with the marking ink is disposed in the fully enclosed partitioning device 4, and the partitioning device 4 is independently stored outside the casing 2, thus forming the pen tip 1 and the ink containing device 3 not forming each other. In common, it effectively prevents and avoids the phenomenon that the usual nibs are easily volatilized or air-dried due to the inclusion of marking ink or blocked due to air-drying; even if stored for a long time, there is no volatilization or air-drying to reduce the marking ink. Liquid phenomenon; prolongs the writing time, and at the same time effectively prevents and avoids liquid leakage, reduces costs and saves resources. When the marking tool including the pen tip 1 and the housing 2 needs to be written, the protective cover 8 is opened, and the free-standing separating ink with the marking ink and the ink containing device 3 of the A portion is loaded into the casing 2, thus, A structure as shown in FIG. 1 or FIG. 3 is formed.

Referring to Fig. 10, the opening device 5 is disposed on the fully enclosed partitioning device 4, the opening device 5 is connected to the recess 43 of the bottom portion 41 of the partitioning device 4, the ink introducing device 52 is connected to the ink guiding core 11, and the opening device 5 is used for The marking ink adsorbed in the opening separating device 4 and the ink containing device 3 is supplied to the pen tip 1. When the marking ink in the ink containing device 3 is used up or there is not much left, the protective cover 8 is opened, and the opening device 5 is taken out. Separating device 4, referring to Fig. 11, the partitioning device 4 with the opening device 5 in part B is inserted into the casing 2, pushing the partitioning device 4, causing the opening member 51 to move relative to or along the casing 2 or the partitioning device 4 The marking ink adsorbed in the opening separating device 4 and the ink containing device 3 is supplied to the pen tip 1, so that the pen tip 1 obtains marking ink for writing, which prolongs the writing time, and effectively prevents and avoids the marking tool before being used in the factory. Because the usual nib contains marking ink which is naturally volatilized or air-dried or blocked due to air drying, it can not be written; even if stored for a long time, there will be no air drying to reduce the marking ink phenomenon. Effectively prevent and avoid the leakage phenomenon; reduces costs, saves resources.

The partitioning device 4 can be a fully enclosed box structure. At least a portion of the bottom of the partitioning device 4 or the recess 43 of the bottom portion 41 of the partitioning device 4 may be a dome-shaped or block-shaped or sheet-shaped shape that can be opened, facilitating the opening member 51. The partition device 4 is opened.

Referring to Fig. 11, the opening device 5 is connected to the concave bottom 43 of the partitioning device 4, and the partitioning device 4 is completely enclosed around the periphery of the ink containing device 3 with marking ink, and the separating device 4 and the opening device 5 are independently stored in The outside of the casing 2, in this way, naturally forms the pen tip 1 and the ink containing device 3 are not in communication with each other, effectively preventing and avoiding the usual pen tip from being easily volatilized or air-dried or blocked due to air drying before being used in the factory. It is impossible to write; even if stored for a long time, it will not appear to be volatilized or air-dried to reduce the marking ink, which will prolong the writing time; at the same time, it can effectively prevent and avoid the leakage phenomenon; reduce the cost and save resources. When the marking tool including the pen tip 1 and the housing 2 needs to be written, the protective cover 8 is opened, and the separate portion of the separate portion of the partitioning ink 4 and the opening device 5 with the marking ink and the ink containing device 3 are loaded into the casing 2 Thus, the structure shown in Fig. 10 is formed.

Referring to FIG. 12, in the technical solution of FIG. 6, a second opening device 50 and an ink reservoir 6 with a marking ink completely closed are provided, and the second opening device 50 is configured to open the fully enclosed ink storage device. The marking ink 61 in the device 6 is provided to the ink containing device 3, and the second opening device 50 includes an opening member 51', an ink introducing device 52' and a ventilation passage 53", and the ink guiding device 52 is for ink guiding. A member 522 is provided with a slit or groove on the side of the ink-receiving member 522 for improving the ink-receiving ability. The ink-receiving member 522 can also be applied to the opening device 5 instead of the structure of the ink-receiving core 521. 50 is disposed at the top of the partitioning device 4, the second opening device 50 is in communication with the ink containing device 3, and the fully enclosed ink reservoir 6 with marking ink is disposed in the ink containing device 3. Above or independently stored outside the marking tool, the bottom 62 of the ink reservoir 6 is provided with a recess 63, which is connected to the opening 51' of the second opening device 50. Further, the recess 63 Sealed with the opening member 5 in the second opening device 50 The connection is such that the partitioning device 4 forms a fully enclosed structure surrounding the periphery of the ink containing device 3, which more effectively prevents and avoids the occurrence of volatilization or air drying of the marking ink adsorbed by the marking device before the factory use. Phenomenon, the writing time is extended. The partitioning device 4 or the ink tank 6 is provided with a protective cover 8 which is connected to the casing 2 and can also be used to protect the partitioning device 4 or the ink tank 6 The protective cover 8 can also be connected to the casing 2 in a sealed manner, and can also be used to close the ink of the ink in the ink containing device 3, thereby better preventing the ink of the ink in the ink containing device 3 from being volatilized or reduced in air drying. It is also possible to provide a sealing ring between the protective cover 8 and the housing 2 for better sealing effect. A thread 64 is provided in the surface of the ink reservoir 6 or in the recess 63 of the bottom of the ink reservoir for use with the partition 4 or The opening member is connected to each other and has high fastness. At least one groove or convex portion of the surface of the ink tank 6 or the concave portion 63 may be connected to the opening member 51, and the fastness is high. Further, the second opening can be installed. The opening member 5 of the setting member 50 is provided with a structure in which the thread 54 is connected or stuck with the thread 64 provided on the ink tank 6, and a thread may be provided on the top of the partitioning device 4 and the bottom surface of the ink tank 6 is disposed. The structure in which the threads are connected or jammed prevents the ink reservoir 6 from being easily opened by the opening member 5 when the child plays, and the ink leakage phenomenon is prevented, and the opening member 5 is prevented from being easily opened after the ink reservoir 6 is opened. The liquid leakage phenomenon may occur when it is pulled out. It is also possible to provide at least one convex portion or groove on the concave portion 63 to be connected or stuck with at least one convex groove or convex portion provided on the opening member 5 of the second opening device 50. The structure may also be provided with at least one protrusion or groove on the bottom surface of the ink tank 6 to be connected or stuck with at least one groove or protrusion at the top of the partitioning device 4, thereby preventing inadvertent or easy play by the child. When the ink tank 6 is opened by the opening member 5, the ink leakage phenomenon occurs, and the opening member 5 is prevented from being easily pulled out after the ink container 6 is opened, and the ink leakage phenomenon occurs, and the opening member 51 is prevented from being opened. When the apparatus 41 the bottom 4, by pushing the ink reservoir 6 and the ink reservoir 6 occurs by opening a second opening means 50.

The fully-closed ink reservoir 6 with the marking ink can be moved or rotated relative to or along the second opening device 50 or the opening member 5 or the second housing 24, which is easy, simple and safe to use. Leakproof Can be good.

When the marking ink in the ink containing device 3 is required, the ink tank 6 is pressed, and the ink tank 6 drives the partitioning device 4 to move relative to or along the housing 2 or the opening member 51, so that the opening member 51 is opened to the partitioning device 4. The bottom portion 42 of the bottom portion, at this time, since the thread 54 is connected to the thread 64, when the ink tank 6 is pressed, the second opening device 50 cannot open the ink tank 6, see Fig. 14, a portion of the bottom portion 42 of the partitioning device 4. When it is opened (pierced), the wicking core 521 and the ventilation passages 53, 53 (see FIG. 13) disposed on the other side are fed into the ink containing device 3, so that the pen tip 1 obtains the marking ink, which is extended. The writing time effectively prevents the occurrence of liquid leakage. Referring to Fig. 15, when the marking ink in the ink containing device 3 is used up or there is not much left, the fully enclosed ink tank 6 is rotated at any angle, and the thread 64 is connected to the opening member 51 and the thread 54 provided thereon. The fully-closed ink tank 6 is rotated downward relative to or along the opening member 5 of the casing 2 or the second opening device 50, so that the opening member 5 is completely closed and the ink is filled with the marking ink. At this time, the side wall of the opening member 5 连接 connected to the opened ink tank 6 is still sealed, effectively avoiding the phenomenon of side leakage ink, see FIG. 10, the bottom 62 of the fully enclosed ink tank 6 The bottom portion 621 of the portion is smashed (pierced), and the ink priming device 52 and the ventilation passage 53 are fed into the ink tank 6, so that the ink priming device 52 is in fluid communication with the marking ink, thereby marking the ink. The ink receiving device 52 in the second opening device, (inking member 522) enters the ink containing device 3 to continue to supply the marking ink to the pen tip 1, and the newly obtained marking ink in the ink containing device 3 does not exceed itself. The ability to withstand adsorption, avoiding the phenomenon of leakage of ink, the same At the same time, the writing time is extended, and at the same time, the ventilation passage 53" communicates with the inner cavity of the ink tank 6, for exchanging air, allowing air to enter, so that the marking ink in the ink tank 6 smoothly flows to the ink containing device 3 provide.

Referring to Fig. 16, when the ink in the ink reservoir 6 and the ink containing device 3 in Fig. 15 is used up or is not much left, the ink tank 6 is unscrewed or taken out, and the new ink with marking ink is completely closed. The ink reservoir 6 (see Fig. 17) is used to continue to supply the marking ink to the ink containing device 3, which prolongs the writing time and effectively avoids the phenomenon of ink leakage. The partial bottom portion 62 of the bottom portion 62 of the fully enclosed ink tank 6 may be a dome-shaped bead shape, a block shape, or a sheet shape, so that the opening member 51 can open the marking ink in the ink tank 6. .

Referring to Figure 17, a self-contained, self-contained ink reservoir 6 with marking ink can be used to supply or supplement marking ink to the ink containing device in the marking tool, or can be replaced multiple times with ink incorporation. The ink-filling device that has used up the ink in the marking tool of the device greatly prolongs the writing time of the marking tool, and at the same time effectively prevents and avoids the phenomenon of dripping ink; whether it changes in temperature and/or atmospheric pressure At the time, there is no dripping ink phenomenon; effectively preventing leakage of ink in the casing;

Referring to Figures 15 and 18, when the ink in the ink containing device 3 and the associated ink reservoir 6 in the partitioning device 4 of Figure 15 is used up or not much left, the partitioning device 4 and the fully enclosed The ink tank 6 is taken out, referring to Fig. 18, the separately placed D part of the new partitioning device 4 and the fully enclosed ink tank 6 with the marking ink are placed in the casing 2, thus forming Fig. 12 The structure shown extends the writing time, prevents liquid leakage, reduces costs and saves resources.

Referring to Fig. 18, the ink reservoir 6 and the partitioning device 4, which are fully enclosed with the marking ink, are connected by a second opening device 50 provided on the partitioning device 4, and the recess 63 of the bottom of the fully enclosed ink tank 6 is connected to the ink. The member 5 is sealingly connected, so that the partitioning device 4 forms a fully sealed structure surrounding the ink containing device 3, so that the pen tip 1 and the ink containing device 3 are not in communication with each other, thereby effectively preventing and avoiding the marking tool usually before being used in the factory. The tip of the pen is easy to be volatilized or air-dried due to the inclusion of the marking ink, or it is blocked due to air drying; it can not be written even if stored for a long time; the air drying can not reduce the marking ink phenomenon; the writing time is extended, and the writing time can be effectively prevented And avoiding liquid leakage; reducing costs and saving resources.幵通通 51. The concave portion 63 is connected through the thread 64 provided on the concave portion 63 and the thread 54 provided on the opening member 5, thereby preventing the occurrence of falling off, and preventing the ink reservoir 6 from being inadvertently or accidentally pressed when the child plays. Liquid phenomenon. When the marking tool including the pen tip 1 and the casing 2 needs to be written, the D-part independent type separation device 4 with the marking ink and the ink containing device 3 and the fully enclosed ink tank 6 with the marking ink are loaded. In the casing 2, a structure as shown in Fig. 12 is formed, which prolongs the writing time and at the same time effectively prevents the occurrence of leakage of ink.

Referring to Fig. 19, it comprises a pen tip 1, a casing 2 and a connecting sleeve 23, and further comprises an ink containing device 3, a separating device 4, and an opening device 5, wherein the ink containing device 3 having a gap and having an adsorption capacity is used for adsorption. And storing the marking ink for supplying writing ink (marking ink) to the pen tip 1, the separating device 4, the pen tip 1 and the ink containing device 3, so that the pen tip 1 and the ink containing device 3 are The non-operating state is incompatible with each other, and the opening device 5 is configured to open the marking device 4' and the marking ink adsorbed in the ink containing device 3, so that the marking ink adsorbed in the ink containing device 3 is a nib 1 is provided, a partitioning device 4 disposed between the ink containing device 3 and the nib 1 is connected to the housing 2, and a partitioning device 4 is disposed between the ink containing device 3 and the nib 1 to make the nib 1 It does not contain marking ink, which effectively prevents and avoids the pen tip 1 from being easily volatilized or air-dried or blocked due to the usual marking ink, which prevents the pen tip 1 from being easily stained by the marking ink. Contaminated hands or clothing, Even if stored for a long time, there will be no fluctuations in evaporation or air drying to prevent ink leakage.

Further, the partitioning device 4' is sealingly connected to the casing 2, so that the casing 2 and the partitioning device 4 are combined to form a fully sealed structure surrounding the periphery of the ink containing device 3, even more The marking ink stored in the ink containing device 3 for a long time is also less prone to volatilization or air drying reduction; the pen tip 1 does not contain marking ink, and the normal pen tip is more effectively prevented and prevented from being volatilized or contained by the marking ink. Air drying is reduced or blocked, resulting in inability to write; no matter whether temperature or / or atmospheric pressure changes, there will be no dripping ink phenomenon; the structure is simple, reasonable, low cost, easy to process, easy to operate, simple, safe to use , extended writing time, good leak resistance, resource saving, suitable for mass production.

The opening device 5 is disposed between the partitioning device 4 and the pen tip 1 for opening the partitioning device 4', so that the marking ink in the ink containing device 3 is supplied to the pen tip 1 through the ink guiding device 52 in the opening device 5, in the separation The device 4 is provided with a recess 43. The opening 51 of the opening device 5 is connected to the recess 43 to facilitate the opening of the opening member 51.

At least a portion of the surface 44 of the partitioning device 4 or the partitioning portion 4 of the partitioning device 4 is a thin and easily pierced surface, and a portion of the surface 44 is preferably disposed at the bottom of the recess 43 or may be At least part of the surface of the partitioning device 4' or the partitioning portion 4 of the partitioning device 4 is an openable ball-shaped or block-shaped or sheet-shaped shape, so that the opening member 5 can easily open the partitioning device 4.

a connecting sleeve 23 is disposed on the pen tip 1 , and the connecting sleeve 23 is movably connected to the housing 2 , and an opening device 5 is disposed between the connecting sleeve 23 and the separating device 4 ′. The device 5 is for opening the marking ink adsorbed by the separating device 4 and the ink containing device 3 to be supplied to the pen tip 1. At least one groove 230 or 230' or a convex portion or a thread is disposed at a connection between the connecting sleeve 23 and the casing 2, and is not easily detached when the casing 2 is movably connected, and further, the casing 2 is provided with at least A convex portion 21 or a groove or a thread is connected or stuck with the groove 230, 230' or the convex portion or the thread provided on the connecting sleeve 23, thereby more effectively preventing the connection sleeve 23 from falling off and preventing the connection sleeve 23 from falling off. Inadvertently or by a child playing, it is easy to push or turn the connecting sleeve 23 to cause ink leakage. The connecting sleeve 23 moves relative to or radially along the housing 2 or the partitioning device 4, or the radial direction of the opening device 5 or the housing or the partitioning device 4, so that the opening member 51 is more smoothly The partitioning device 4' is opened. When the pen tip 1 containing no marking ink needs to be written, the pushing sleeve 23 drives the opening device 5 to move relative to or along the housing 2 or the partitioning device 4, so that the opening member 51 in the channeling device 5 is opened to the partitioning device 4. 'Some of the thinner and easily pierced face 44, see Fig. 20, part of the face 44 is opened (pierced), the portion of the squeezing core 521 and the venting passages 53, 53' are fed into the partition 4' and In the structure in which the casing 2 is sealingly connected, the ink-inducing core 521 in the opening device 5 is communicated with the ink-containing device 3, and the marking ink in the ink-containing device 3 passes through the ink-inducing core 521 to the pen tip 1 (ink-inducing core) 11) Providing, at the same time, air enters from the ventilation passage 53 or 53 for exchanging ink with the marking ink to make the nib 1 write more smoothly.

Further, in particular, the partitioning device 4' is sealingly connected to the casing 2, and the casing 2 and the partitioning device 4' are combined to form a fully sealed structure surrounding the periphery of the ink containing device 3, It is also equivalent to the ink containing device 3 containing the marking ink, which is disposed in the fully enclosed box type ink tank, so that the marking tool does not contain marking ink before leaving the factory, effectively preventing and avoiding the occurrence of volatilization or air drying or clogging. phenomenon. Even if stored for a longer period of time, the marking ink in the ink containing device 3 is less likely to be volatilized or air-dried, the writing time is prolonged, and the ink leakage phenomenon is more effectively prevented and avoided.

Referring to FIG. 21, in this embodiment, a second opening device 50 and a fully enclosed ink reservoir 6 with marking ink are provided on the basis of FIG. 19, and the second opening device 50 is used to open the ink reservoir 6. The marking ink is supplied to the ink containing device 3, and a second opening device 50 is disposed on the top portion 25 of the casing 2, and a second casing 24 is disposed on the top portion 25 of the casing 2, and the second casing 24 and the casing 2 are provided. Connected or integrated structure for mounting a freestanding fully enclosed ink reservoir 6 with marking ink (see Figure 24), a protective cover 8 is provided on the second housing 24 for preventing The marking ink adsorbed in the ink containing device 3 is volatilized or air-dried, or the ink reservoir is protected. Referring to Fig. 22, when the connecting sleeve 23 is pushed to open the opening device 5, the marking ink in the ink containing device 3 is used up or left. In a short time, the protective cover 8 is opened, and as shown in Fig. 24, the ink-filler 6 which is stored in the free-standing and completely enclosed and marked ink is placed in the second casing 24 to make the ink tank 6 The recess 63 of the bottom portion 62 is connected to the opening member 51', see Fig. 23, when pushing the reservoir When the ink 6 is moved relative to or along the opening member 51 or the second casing 24, the damper member 51' opens a portion of the bottom portion 62 of the bottom portion 62 of the ink tank 6 to the ink ejector 52, and the venting passage 53" It is sent into the ink tank 6, and the marking ink in the ink tank 6 is passed through the ink priming device 52, and the marking ink is sent to the ink containing device 3 to continue to supply the marking ink to the pen tip 1, fully enclosed. The ink tank 6 can be opened by the opening member 5 at any angle, and no liquid leakage occurs. The operation is easy, simple, and safe to use, that is, the writing time is prolonged, and the liquid leakage phenomenon is effectively prevented and avoided.

Referring to Fig. 24, when the ink in the ink tank 6 in Fig. 23 is used up or is not used much, the ink tank 6 is taken out, and the new fully enclosed ink with marked ink in Fig. 24 is taken. The device 6 is loaded into the second casing 24 to continue to supply the marking ink to the ink containing device 3, so that the marking ink obtained by the ink containing device 3 does not exceed its own adsorption capacity, prolongs the writing time and effectively prevents There was a leak.

Referring to Figure 24, a self-contained, self-contained ink reservoir 6 with marking ink can be used to supply or supplement marking ink to the ink containing device in the marking tool, or can be replaced multiple times with an ink containing device. The ink tank of the marking tool has run out of ink, which greatly prolongs the writing time of the marking tool, and at the same time effectively prevents and avoids the phenomenon of dripping ink; whether it changes in temperature and/or atmospheric pressure , there will be no dripping ink phenomenon; effectively preventing leakage of ink in the casing;

Referring to FIG. 21 and FIG. 22, at least part of the recessed portion 43 of the partitioning device 4' or the partitioning device 4 is an openable sheet shape or block shape 44, and may also be an openable bead shape for facilitating the opening member. The opening of 51 causes the wicking core 521 to be better connected to the ink containing device 3.

Referring to Figures 25 and 26, the second opening device 50 is disposed in a fully enclosed ink reservoir with indicia ink The recessed portion 63 provided on the ink tank 6 is connected to the opening member 5Γ to connect the ink tank 6 and the second opening device 50 into an integrated structure, and the second portion of the casing 25 is provided with a second lead. The ink device 7, the second opening device 7 is in communication with the ink containing device 3. Grooves 240, 240 are disposed on the inner side of the second housing 24. The ink reservoir 6 is at least partially disposed in the second housing 24, and the ink reservoir 6 is provided with a convex portion 65, a convex portion 65 and a concave portion 240. Connected or stuck, preventing the ink from leaking by inadvertently or by the child to easily press the fully enclosed ink reservoir, or providing a convex portion on the inner side of the second casing 24 and two on the ink tank 6 a groove, a structure in which the convex portion on the second casing 24 is connected or stuck with one of the grooves, and a screw may be disposed on the inner side of the second casing 24, and the thread is provided on the surface of the ink tank 6 and the second The housing 24 is provided with a threaded connection or jamming structure. When the marking ink 61 in the ink tank 6 is required, the ink tank 6 can be pushed at any angle to make the ink tank 6 opposite or along the second shell. The body 24 or the opening member 5 is radially moved or rotated, and the opening member 5 is brought into contact with the top portion 25 of the casing 2, and then the bottom portion 621 of the bottom portion 62 of the ink tank 6 is opened, so that the marking ink 61 in the ink tank 6 is directed. The ink containing device 3 is provided to increase the ink storage amount, prolong the writing time, and at the same time effectively prevent and avoid the marking. With the phenomenon of ink leakage; a self-contained self-contained ink tank 6 with marking ink can supply or supplement the marking ink to the ink containing device in the marking tool, or can be replaced and installed multiple times. Ink-filled ink reservoirs in the marking device of the ink-containing device greatly extend the writing time of the marking tool, and at the same time effectively prevent and avoid the occurrence of dripping ink; whether in temperature and/or atmospheric pressure When there is a change, there will be no dripping ink phenomenon; effectively preventing leakage of ink in the casing; effectively preventing and avoiding accidental pressing or pulling out of the ink reservoir when inadvertently playing or playing with the child Leakage phenomenon, the structure is simple and reasonable, the cost is low, the processing is convenient, the operation is easy and convenient, the use is safe, the leakage resistance is good, the resource is saved, and the utility model is suitable for mass production.

When the writing of the pen tip 1 is required, the connecting sleeve 23 is pushed, the opening device 5 is opened to the separating device 4, and the ink guiding core 521 and the ventilation passages 53, 53' are sent into the ink containing device 3, and the ink guiding core 521 and the ink are contained. The marking ink in the device 3 is turned on, so that the pen tip 1 obtains the marking ink. When the marking ink in the ink containing device 3 is used up or there is not much left, the ink reservoir 6 with the marked ink can be fully closed at any angle to make the convex portion 65 provided on the ink tank 6 The recess 240 on the second housing 24 is disengaged, so that the convex portion 65 is connected or stuck with the recess 240' to prevent the phenomenon of falling off or loosening, and at the same time, the through-opening 5 of the second opening device 50 is opened. (punctured) a portion of the bottom portion 621 of the fully enclosed ink reservoir 6 that feeds the ink-inducing core 521 'and the ventilation passage 53' into the ink reservoir 6 to communicate with the marking ink, and the ink-inducing core 52 and the second lead The ink devices 7 are connected in series, so that the marking ink in the ink tank 6 is smoothly supplied to the ink containing device 3, so that the marking ink absorbed by the ink containing device 3 does not exceed the capacity itself, and the liquid leakage phenomenon is effectively avoided. When the marking ink in the ink reservoir 6 is used up, referring to Fig. 26, a new fully enclosed ink reservoir 6 with the second opening device 50 can be exchanged.

Referring to Figures 27 and 28, Figure 28 is a cross-sectional view of the G-G line of Figure 27, which includes a pen tip 1 and a housing 2, in which an ink containing device 3 is disposed, in the ink containing device 3 and the tip I The separating device 4 is disposed between the pen tip 1 and the ink containing device 3, so that the pen tip 1 does not contain the marking ink when it is not in operation, thereby effectively preventing and avoiding the marking tool usually containing the marking before being used in the factory. The ink is easily volatilized or air-dried or blocked due to air drying, which prevents writing and avoids contamination of hands or clothing. Even if the marking ink is stored for a long time, it is less likely to be volatilized or air-dried, which effectively extends the writing time and prevents liquid leakage. The partitioning device 4' is sealingly connected to the casing 2, so that the casing 2 and the partitioning device 4' are combined to form a fully sealed structure surrounding the periphery of the ink containing device 3, even if stored for a long time, the ink containing device 3 The marking ink in the medium will not be volatilized or air-dried. An opening device 5 is provided between the partitioning device 4' and the pen tip 1 for opening the marking device 4' and the marking ink in the ink containing device 3 to provide the pen tip 1; further comprising a second opening device 50 and a fully enclosed device Marking ink The ink reservoir 6 of the 61, the second opening device 50 is configured to open the marking ink 61 in the fully enclosed ink reservoir 6 to the ink containing device 3, and further, the second opening device 50 Disposed on the top portion 25 of the casing 2, the ink receiving device 52 in the second opening device 50 is in communication with the ink containing device 3, and the ink tank 6 with the marking ink is fully enclosed. Above or independently stored on the ink device 3, a second housing 24 is disposed on the top of the housing 2, and the second housing 24 is connected to the housing 2 or is formed into an integral structure. The ink reservoir 6 has at least Partly disposed in the second housing 24, the bottom portion 62 of the ink tank 6 is provided with a recess 63, and the recess 63 is connected to the opening member 5Γ of the second opening device 50, and further, the recess 63 is The opening member 5 in the second opening device 50 is sealingly connected to a preferred structure, so that the marking ink in the ink containing device 3 is sealed in all directions, thereby more effectively preventing the occurrence of marking ink in the ink containing device 3. Being volatilized or air-dried to reduce the phenomenon, even if stored for a long time, there will be no volatilization or air drying. Elephant. A protective cover 8 is disposed on the second casing 24, and the protective cover 8 is sealingly connected to the second casing 24 as a preferred structure. A sealing ring may be disposed between the protective cover 8 and the second casing 24, which is more effective. It prevents the marking ink from volatilizing or drying. The grooves or projections or threads in the recesses 63 of the ink reservoir 6 or the bottom portion 62 can be engaged with each other when the second housing 24 is connected, thereby preventing the ink reservoir 6 from being inadvertently pushed by the child during play. The phenomenon of liquid leakage also prevents the phenomenon of falling off.

Further, a thread (refer to the thread 64 in FIG. 12) or a groove or a protrusion is provided in the recess 63 of the bottom portion 62 of the ink tank 6, and the second opening device 50 is provided with a thread (refer to the thread 54 in FIG. 12). Or a structure in which the protrusion or groove is connected or stuck with the thread or groove or the convex portion, or the ink reservoir 6 is provided with at least one convex portion (refer to the convex portion 65 in FIG. 25) or a structure in which the groove or the thread is connected or stuck to the second casing 24 with at least one groove (refer to the groove 240, 240, or the groove or the thread in FIG. 25), thereby preventing the inadvertent or child Leakage occurs when you press or pull out the fully enclosed ink reservoir with marking ink during play. It is also possible that at least a portion of the ink reservoir is a hose that can be deformed by extrusion, so that the marking ink in the ink reservoir 6 can be quickly supplied to the ink containing device 3.

A connecting sleeve 23 is disposed on the nib 1 , the connecting sleeve 23 is movably connected to the housing 2 , a connecting portion 23 is disposed at a joint portion with the housing 2 , and a recess 22 is disposed on the housing 2 , 22, the convex portion 231 disposed on the connecting sleeve 23 is connected or stuck with the recess 22, effectively preventing the connecting sleeve 23 from falling off, and preventing the connecting sleeve 23 from being inadvertently pushed or played by the child. There is a phenomenon of ink leakage. The connecting sleeve 23 moves or rotates relative to or along the housing 2 or the partitioning device 4 to move the opening device 5 relative to or along the housing 2 or the partitioning device 4, so that the opening member 51 is smoothly opened and separated. Device 4,.

Referring to FIG. 27, when it is required to write the pen tip 1 without marking ink before leaving the factory, the push sleeve 23 is driven to rotate the opening device 5 relative to or along the housing 2 or the partitioning device 4, and the opening member in the opening device 5 51 opens the partitioning device 4, the upper portion of the thinner and easily pierced surface 44, see Fig. 29, a portion of the surface 44 is opened (pierced), and the portion of the ink guiding core 521 and the ventilation passage 53 are fed into the separating device 4' is sealed with the casing 2 to form a fully sealed structure, and the ink-inducing core 521 is connected to the ink-containing device 3 disposed in the structure in which the partitioning device 4' and the casing 2 are connected to form a full-sealed structure, and the ink-containing device is connected. The marking ink in 3 is supplied to the pen tip 1 (inking core 11) through the ink guiding core 521, and at the same time, air is introduced from the ventilation passage 53 for exchange with the marking ink, so that the pen tip 1 is smoothly written.

When the marking ink in the ink containing device 3 is used up or will be used less, the fully enclosed ink reservoir 6 with the marking ink can be pushed at any angle to make the ink reservoir 6 opposite or along the second shell. The body 24 or the opening member 5Γ is moved radially so that the opening member 5 is opened to open the fully closed ink reservoir 6. Referring to Fig. 30, a portion of the bottom portion 62 of the bottom portion 62 of the fully enclosed ink reservoir 6 is opened (top open), and the ink is introduced. Device 52, and ventilation channel 53, feeding and storing In the ink device 6, the ink priming device 52 is connected to the marking ink, so that the marking ink is absorbed by the ink receiving device 52' through the ink absorbing device 52' in the second opening device, and is stored to continue to be supplied to the pen tip 1. Marking the ink, at the same time, the ventilation passage 53 communicates with the inner cavity of the ink reservoir 6, for exchanging air, allowing air to enter, so that the marking ink in the ink reservoir 6 is smoothly supplied to the ink containing device 3, including The marking ink obtained again in the ink device 3 is similar to or similar to the liquid phase of the marking ink originally contained, and does not exceed the capacity of the ink containing device 3 itself, effectively preventing and avoiding the phenomenon of ink leakage, and greatly prolonging Writing time.

Referring to FIG. 31, the opening device 5 includes two opening members 51, 51, an ink introducing device 52, and a ventilation passage 53. The ink introducing device 52 is disposed in the opening member 51, and the ventilation passage 53 is disposed in the opening member 51. When the partitioning device 4 is pushed to move radially along the casing 2, the opening portion 51 opens the bottom portion 42 to feed the ink introducing device 52 into the partitioning device 4, and the ink collecting device 52 is connected to the ink containing device 3 to make the ink containing device. The marking ink in 3 is supplied to the squeezing core 11 through the squeezing device 52, and at the same time, the opening member 5 开 also opens a portion of the bottom portion 42 to feed the venting passage 53 into the partitioning device 4 to allow air to enter the ink containing device 3, Provide marking ink to the tip of the pen more smoothly.

Referring to FIG. 32, the second opening device 50 includes two opening members 5, 51", an ink introducing device 52' and a ventilation passage 53, an ink introducing device 52, a setting member 51, a ventilation passage 53, and a setting. In the opening member 5, when the ink reservoir 6 is pushed to move radially along the second casing 24, the opening member 5 opens the bottom portion 621 to feed the ink introducing device 52 into the ink tank 6, so that the ink introducing device 52 Connected to the marking ink 61, the marking ink in the ink reservoir 6 is supplied to the ink containing device 3 through the ink introducing device 52', and at the same time, the opening member 51" also opens a portion of the bottom portion 621, and the ventilation passage 53' It is fed into the ink tank 6 to allow air to be exchanged into the ink tank 6, so that the marking ink is more smoothly supplied to the ink containing device 3.

The opening device or the second opening device includes an opening member for opening the marking ink adsorbed in the ink containing device 3 or the marking ink in the ink container 6. In this case, the through member may have its own reference The structure of the ink capacity, such as the opening member, can be made with a structure with a gap (with a porous or slit or groove). When the opening member opens the partition device or the ink reservoir, the ink is marked by the gap with the ink. In the ink containing device 3 or the pen tip 1, the opening device 5 or the second opening device 50 may include an opening member 51 or 51 ', and the ink receiving device 52 or 52, see FIG. 6, FIG. 12, FIG. 27 and 32, after the opening member opens the partitioning device or the fully enclosed additional ink tank, the marking ink is guided to the ink containing device or the pen tip by the ink introducing device, and further, see FIG. 6, FIG. 12, FIG. 19, FIG. 22, FIG. 25, FIG. 29, FIG. 33 and FIG. 34, FIG. 34 is a schematic structural view of the cross section of FIG. 33K-K, and the opening device 5 or the second opening device 50 includes an opening member 51 or 5, Ink unit 52 or 52, and change The gas device 53 or 53, or 53", is more effective in guiding the ink to the ink containing device or the nib. The ink guiding device 52 or 52' may include an ink guiding core or an ink introducing member or an ink guiding passage or an ink passage or the like. Referring to Fig. 33, the ink priming device 52 (52') is an ink-receiving core having a function of absorbing (inking) with a gap, and the squeezing core is preferably a fiber material or a wire. See Fig. 35 and Fig. 36. 37 is a schematic cross-sectional view of the line 35L_L of FIG. 35. The opening device 5 or the second opening device 50 includes an opening member 51 or 51, and, an ink passage 524, and a through member 51 or 5 is used to open the partition device or the reservoir. Ink, ink passage 524 is used to guide the marking ink to the ink containing device or the nib. In general, the structure in FIG. 35 is used to open the ink supplied to the ink containing device in the fully enclosed ink reservoir. The effect is better, the ink passage 524 can be made into a larger passage. When the opening member opens the ink reservoir, the marking ink in the ink reservoir can naturally flow to the ink containing device through the ink passage. The ink channel of the large channel can also Effect of the ventilation channels, exchanged into the air, the marking ink flows smoothly.

Referring to Figures 37 and 38, the opening device 5 or the second opening device 50 includes an opening member 51 or 51', an ink guiding passage 523 and a ventilation passage 53, and the ink guiding passage 523 is preferably a small slit or groove. guide W marks the ink better; the ink channel is connected to the ink containing device or tip, allowing the marking ink to be directed more smoothly to the ink containing device or nib.

The opening device and the second opening device in the present invention can be interchanged with each other.

39 and FIG. 40, FIG. 40 is a schematic top plan view of FIG. 39. The opening device 5 or the second opening device 50 may include an opening member 51 (51'), an ink guiding passage 523, and a ventilation passage 53, 53, generally In this case, the opening member is connected to the ink containing device or the tip of the pen, and the structure is preferably used for opening the marking ink in the ink tank 6.

The nib 1 may include an ink-inducing core 11, the nib may also include an ink-inducing core and a ball, and the nib 1 may also include an ink-inducing core and a slitted metal nib.

The ink priming device is disposed inside or outside the opening member for convenient assembly, so that the ink priming device is connected to the marking ink liquid after the opening member is opened.

The ink reservoir 6 with the marked ink and fully enclosed has at least a portion having an outer diameter of between 4 mm and 35 mm, or the ink reservoir 6 with the marked ink and fully enclosed has a maximum lateral length. The cross-section of the tube is between 4 mm and 35 mm, which makes the size of the ink reservoir more suitable for the marking tool, so that the ink storage amount of the ink in the ink reservoir is better suited to the ink-containing device in the marking tool. The requirement of adsorbing ink for marking is convenient for writing, low cost, and suitable for mass production. Preferably, the ink reservoir 6 with the marking ink is fully enclosed, at least partially having an outer diameter of between Ί mm and 28 mm, or the ink reservoir 6 with the marking ink being fully enclosed has a maximum lateral direction The length of the section is between 7 mm and 28 mm.

The partitioning device 4 and the casing 2 are connected to form a box-type structure, and the ink containing device 3 is disposed in the box-type structure, so that the pen tip 1 and the ink containing device 3 are not in communication with each other, thereby effectively preventing and avoiding the marking. The usual tip of the tool before use at the factory is volatilized or air-dried due to the inclusion of marking ink. Further, the separating device and the housing are connected to form a fully enclosed structure, or the opening device provided on the separating device is connected to the ink reservoir. The sealing connection is connected, and the separating device and the housing are sealingly connected, so that the marking ink in the ink containing device is less likely to be volatilized or air-dried even if stored for a longer period of time, prolonging the writing time and effectively preventing the occurrence of the ink. Leakage of ink.

The partitioning device 4 is a separator or a separator, and has a simple structure, a reasonable structure, and a low cost. It is also possible to provide an ink containing means in the ink tank 6 for adsorbing the marking ink in the ink tank 6 in the ink containing means to supply or supply the ink containing means provided in the casing 2.

The marking tool of the present invention can be written or coated on any solid.

The marking ink in the present invention may be a water-soluble ink, ink, paint, alcohol ink or any other form of ink (ink). Using fast-drying alcohol ink as the marking ink, the effect of writing, recording or coating is better.

While the invention has been described in detail hereinabove in the embodiments of the present invention, it will be understood by those skilled in the art Various changes or modifications of the foregoing embodiments are possible, and such changes and modifications are intended to be within the scope of the invention.

Claims

Claim

What is claimed is: 1. A marking tool comprising a nib, a housing and a connecting sleeve, further comprising: an ink containing device, a separating device and an opening device, the ink containing device for adsorbing the marking ink, the separating device setting Between the ink containing device and the pen tip, the pen tip and the ink containing device are not in communication with each other, and the opening device is configured to open the marking device and the marking ink adsorbed in the ink containing device to make the ink containing The marking ink adsorbed in the device is supplied to the pen tip.

2. A marking tool according to claim 1 wherein said opening means is disposed between said dividing means and said nib.

3. Marking tool according to claim 1, characterized in that the separating means are connected to the housing and / or the connecting sleeve.

4. A marking tool according to claim 3, wherein said partitioning means is sealingly connected to said housing and/or the connecting sleeve such that said housing and said separating means are combined to form a fully sealed structure. The periphery of the ink containing device.

5. A marking tool according to claim 1 wherein said opening means is coupled to said nib or formed in one piece or in a separate configuration.

6. A marking tool according to claim 1 or 3, characterized in that said opening means is connected or integral with said nib, said nib and opening means being opposite or along said connecting sleeve and/or casing The body moves or rotates in the radial direction.

The marking tool according to claim 1 or 3, characterized in that the opening device and the pen tip are connected or integrally formed, and the pen tip, the opening device and the connecting sleeve are opposite or along the casing diameter. Move or turn.

8. Marking tool according to claim 6 or 7, characterized in that the opening means comprise an opening.

A marking tool according to claim 8, wherein said opening member is an ink guiding core having an adsorption capacity with a gap or a slit.

10. The marking tool according to claim 8, wherein said opening means comprises an opening member and at least one ventilation passage, said opening member being an ink guiding core having an adsorption capacity with a gap or a slit, said at least A ventilation passage is provided on or on the ink-inducing core.

A marking tool according to claim 10, wherein said nib includes an ink guiding core having a gap or a slit and having an adsorbing ability, said nib being connected to said opening member or being integrally formed.

12. Marking tool according to claim 6 or 7, characterized in that the separating means are thinner and easily pierced films.

13. A marking tool according to claim 8 wherein said opening means opens said partitioning means when said or means opening or rotating relative to or radially relative to said connecting sleeve and/or housing And marking ink adsorbed in the ink containing device and providing marking ink to the pen tip.

The marking tool according to claim 10, wherein said opening means opens said partitioning means when said opening means or opening member moves or rotates relative to or radially with said connecting sleeve and/or housing And marking ink adsorbed in the ink containing device to provide marking ink to the pen tip, and feeding at least one ventilation passage into the separating device to allow air to enter, so that the marking ink in the ink containing device is smooth The ground is provided to the tip of the pen.

A marking tool according to claim 1 or 3, wherein said opening means has at least a portion A portion is disposed between the connecting sleeve and the partitioning device.

16. The marking tool according to claim 15, wherein said partitioning means is coupled to said housing, said nib and connecting sleeve being moved or rotated relative to or radially relative to said housing to drive said opening means relative to Or move radially along the partition or housing.

17. A marking tool according to claim 16 wherein said venting means comprises an opening member and an ink priming device.

18. The marking tool of claim 17 wherein said opening means further comprises a venting passage.

The marking tool according to claim 16 or 17 or 18, wherein said opening means opens said partitioning means, said ink guiding means or said ink guiding means and said ventilation passage are fed into said In the separating device, the ink priming device is connected to the marking ink liquid adsorbed in the ink containing device to provide marking ink to the pen tip, or the ink absorbing device and the ink absorbing device The ink phase is turned on, and the air exchange passage allows air to be exchanged, so that the ink guiding device is more smoothly supplied to the pen tip.

20. A marking tool according to claim 16 wherein at least one groove or projection or thread is provided at the junction of the sleeve and the housing.

21. The marking tool according to claim 15, wherein at least one protrusion or groove or thread is provided on the housing to connect or card with at least one groove or protrusion or thread provided on the sleeve. The structure of residence.

A marking tool according to claim 1, wherein said partitioning means surrounds the periphery of said ink containing means.

23. A marking tool according to claim 22, wherein said dividing means is surrounded by a fully enclosed structure at the periphery of said ink containing means.

24. A marking tool according to claim 23, wherein said partitioning means is at least partially disposed within said housing, at least partially exposing said housing or being exposed to said housing.

25. A marking tool according to claim 24, wherein said dividing means is moved or rotated relative to or along said housing or opening means.

26. A marking tool according to claim 25 wherein said opening means comprises an opening member.

A marking tool according to claim 26, wherein said opening member is an ink guiding core having an adsorption capacity with a gap or a slit.

The marking tool according to claim 27, wherein said opening means comprises an opening member and at least one ventilation passage, said opening member being an ink guiding core having an adsorption capacity with a gap or a slit, said at least A ventilation passage is provided on or on the ink-inducing core.

29. A marking tool according to claim 1 or 2 or 3 or 4 or 5 wherein said opening means is at least partially disposed between said coupling sleeve and said dividing means.

30. A marking tool according to claim 22 or 23 or 24 or 25 wherein the dividing means is at least partially thin and easily pierceable.

31. The marking tool according to claim 8 or 22 or 23 or 24 or 25, wherein said opening member is opened when said partitioning means is moved or rotated relative to or along said opening means and/or said housing. The separating device and the marking ink adsorbed in the ink containing device provide marking ink to the pen tip.

32. The marking tool according to claim 10 or 16 or 17 or 18 or 22, wherein said opening member is opened when said partitioning device is moved or rotated relative to or along said opening means and/or said housing. The separating device and the marking ink adsorbed in the ink containing device to provide marking ink to the pen tip, and feeding at least one ventilation channel into the separating device to allow air to enter, so that the ink is in the ink containing device Mark the ink smoothly to the tip of the pen.

33. A marking tool according to claim 22 or 23 or 24 or 25 or 26, wherein said opening means comprises an opening member and an opening means.

34. The marking tool of claim 33, wherein said communication device further comprises a ventilation channel.

35. A marking tool according to claim 33 or 34, wherein said opening means opens said partitioning means when said partitioning means is moved or rotated relative to or along said opening means and/or said housing, Feeding the squeezing device or the squeezing device and the ventilation passage into the partitioning device, the priming device is connected to the marking ink adsorbed in the ink containing device to provide a mark to the pen tip The ink, or the ink priming device is connected to a liquid phase of the ink adsorbed in the ink containing device, and the air venting passage allows air to be exchanged, so that the ink absorbing device is more smoothly supplied to the pen tip.

36. A marking tool according to claim 22 or 23 or 24 or 25, further comprising at least one ink containing device, at least one separating device and at least one opening device, said dividing device surrounding said ink containing device Peripherally, the partitioning device is at least partially disposed in the housing, at least partially exposing the housing or being exposed on the housing.

37. The marking tool according to claim 36, wherein the marking tool is provided with two ink containing devices, two separating devices and two opening devices, the separating device surrounding the periphery of the ink containing device, The partitioning means is at least partially disposed within the housing, at least partially exposing the housing or being exposed to the housing.

38. The marking tool according to claim 36, wherein said marking tool is provided with three ink containing means, three separating means and three opening means, said dividing means being surrounded by the periphery of said ink containing means, The partitioning means is at least partially disposed within the housing, at least partially exposing the housing or being exposed to the housing.

39. The marking tool according to claim 36, wherein said marking tool is provided with four ink containing means, four separating means and four opening means, said dividing means being surrounded by the periphery of said ink containing means, The partitioning means is at least partially disposed within the housing, at least partially exposing the housing or being exposed to the housing.

40. The marking tool according to claim 36, wherein said marking tool is provided with five ink containing means, five separating means and five opening means, said dividing means being surrounded by the periphery of said ink containing means, The partitioning device is at least partially disposed within the housing, at least partially exposing the housing or being exposed on the housing.

A marking tool according to claim 1, further comprising a second opening means and an ink reservoir with marking ink, said second opening means for opening the marking ink in said ink reservoir Provided to the ink containing device.

42. A marking tool according to claim 41, wherein said ink reservoir is a fully enclosed structure.

43. A marking tool according to any one of claims 1 to 42, wherein the opening means or the second opening means comprises at least one opening.

44. A marking tool according to claim 43 wherein said opening means or second opening means further comprises an ink guiding means.

45. A marking tool according to claim 43 wherein said opening means or second means further comprises at least one venting means.

46. The marking tool of claim 44, wherein the opening device or the second opening device further comprises at least one ventilation channel.

47. The marking tool of claim 43 wherein said opening means or second opening The device includes two opening members, an ink guiding device and a ventilation passage, the ink guiding device cooperating with one of the opening members, and the ventilation passage is engaged with the other opening member.

48. The marking tool of claim 43, wherein the opening member comprises an ink-inducing core or an ink-inducing member.

49. A marking tool according to claim 48, wherein said wicking core is made of a material having a gap or slit and having an absorbing ability.

50. A marking tool according to claim 48, wherein said wicking core is made of a fibrous material or the like or a felt or a wire.

51. A marking tool according to claim 44, wherein said ink priming device comprises a wicking or ink or ink channel.

A marking tool according to claim 51, wherein said ink guiding core is made of a material having a gap or a slit and having an adsorbing ability.

A marking tool according to claim 51, wherein said wicking core is made of a fibrous material or the like or a felt or a wire or sponge.

A marking tool according to claim 1 or 2 or 3 or 4 or 36 or 41, characterized in that said ink containing device is made of a material having a gap or a gap and having an adsorbing ability.

55. A marking tool according to claim 1 or 2 or 3 or 4 or 36 or 41, characterized in that said ink containing device is made of a fibrous material or the like or a felt material or a silk or sponge.

56. A marking tool according to claim 41 or claim 42 wherein said second opening means is disposed at the top of said housing and said second opening means is in communication with said ink containing means, said ink reservoir It is disposed above the ink containing device or separately stored outside the marking tool.

57. A marking tool according to claim 56, wherein the bottom of the ink reservoir is provided with a recess, the recess being connected to the second opening means.

58. The marking tool according to claim 57, wherein said recess is sealingly connected to said second opening means.

59. The marking tool according to claim 41 or 56, wherein the top of the housing is provided with a second housing for mounting the ink reservoir, and the second housing is connected to the housing or made Integral structure.

60. A marking tool according to claim 41 or 56, wherein said ink reservoir is radially movable or rotatable relative to or along said second opening means or second housing.

61. A marking tool according to claim 41 or 56, wherein said second opening means comprises an opening member.

62. A marking tool according to claim 61, wherein said opening means further comprises an ink guiding means.

63. The marking tool of claim 61, wherein the opening means further comprises at least one ventilation passage.

64. The marking tool of claim 62, wherein said opening means further comprises at least one ventilation passage.

A marking tool according to claim 41 or 56, wherein a hood is disposed outside said sump, said hood being coupled to said second casing.

66. The marking tool of claim 65, wherein a seal ring is disposed between the protective cover and the second housing.

67. A marking tool according to claim 41 or 56, wherein at least one groove or projection or thread is provided in the recess provided on the ink reservoir or in the bottom of the ink reservoir.

68. The marking tool of claim 67, wherein said second housing or second opening At least one projection or groove or thread is provided on the device to connect or engage the at least one groove or projection or thread in the recess on the ink reservoir or in the bottom of the ink reservoir.

69. The marking tool according to claim 41, wherein said second opening means is disposed on said ink tank, said second ink collecting means is disposed at a top of said casing, said second ink receiving means The ink containing devices are in communication.

70. A marking tool according to claim 41 or 56, wherein at least a portion of the recess on the bottom of the ink reservoir or the bottom of the reservoir is a thinner, easily pierced surface.

A marking tool according to claim 41 or 56, wherein at least a portion of the recess on the bottom of the ink reservoir or the bottom of the ink reservoir is an openable bead or block or sheet shape.

A marking tool according to claim 41 or 56, characterized in that said ink reservoir has at least a part of a hose which is deformable by extrusion.

73. A marking tool according to claim 41 or 56, wherein said ink reservoir is radially movable or rotatable relative to or along said second opening means or housing.

74. The marking tool of claim 73, wherein said second opening means comprises an opening.

75. The marking tool of claim 74, wherein said second opening means further comprises an ink priming device.

76. The marking tool of claim 75, wherein said second opening means further comprises at least one ventilation passage.

77. The marking tool of claim 74, wherein said second opening means further comprises an ink guiding means.

78. A marking tool according to claim 1 or 22 or 23 or 24 or 25 wherein at least a portion of the bottom of the dividing means or the recess of the bottom of the dividing means is a relatively thin and easily pierced face.

79. The marking tool according to claim 1 or 22 or 23 or 24 or 25, characterized in that at least part of the recess of the bottom of the partition or the bottom of the partition is an openable bead or block or piece shape.

80. The marking tool according to claim 1 or 22 or 23 or 24 or 25, characterized in that the separating means or the ink reservoir is provided with a protective cover, the protective cover being connected to the casing.

81. The marking tool of claim 80, wherein a seal is disposed between the boot and the housing.

82. A marking tool according to claim 41 or 42 or 56 or 57 or 58, wherein at least one groove or projection or thread is provided in the recess of the ink reservoir or ink reservoir.

83. The marking tool according to claim 41 or 42 or 56 or 57 or 58, wherein the partitioning means or the second opening means is provided with at least one projection or groove or thread on the ink reservoir or At least one groove or protrusion or thread provided in the recess of the ink tank is connected or stuck

84. A marking tool according to claim 3 or 16 or 22 or 23 or 24 or 25, characterized in that a recess is provided on said partitioning means, said recess being connected to said opening means.

85. A marking tool according to claim 3 or 16 or 22 or 23, characterized in that at least part of the recess provided in the separating means or partitioning means is a thinner, easily pierced face.

86. A marking tool according to claim 3 or 16 or 22 or 23, characterized in that at least part of the recess provided in the separating means or separating means is an openable bead or block or sheet.

87. A marking tool according to claim 1 or 2 or 3 or 4 or 5 wherein the nib comprises an ink-inducing core or the nib comprises an ink-inducing core and a ball.

88. A marking tool according to claim 17 or 44 or 51, characterized in that said ink priming device It is disposed inside or outside the opening member.

89. A marking tool according to claim 41 or 42 or 56, wherein said ink reservoir has at least a portion having an outer diameter of between 4 mm and 35 mm, or said ink reservoir having a maximum lateral length The dimensions of the section are between 4 mm and 35 mm.

90. The marking tool according to claim 1 or 2 or 22 or 23, wherein said partitioning means is coupled to said housing to form a box-like structure, said ink containing means being disposed in said partitioning means The housing is connected to form a box-like structure.

A marking tool according to claim 1 or 2 or 3 or 4 or 5, characterized in that said separating means is a separator or a partition or a separating film.

A marking tool according to claim 41 or 69, wherein the ink reservoir is provided with an ink containing device.

93. The marking tool according to claim 43, wherein the opening member is coupled to a recess provided in the partitioning device or a recess provided on a bottom of the partitioning device.

94. A marking tool according to claim 43 wherein said opening member is coupled to a recess provided in the bottom of said ink reservoir or said opening member is sealingly coupled to a recess provided in the bottom of said ink reservoir.

A marking tool according to claim 43, wherein said opening member is an ink guiding device or an ink guiding core.

96. A marking tool according to claim 43 wherein said dividing means is radially movable or rotatable relative to or along said opening.

97. A marking tool according to claim 43 wherein said ink reservoir is radially movable or rotatable relative to or along said opening.

98. A marking tool according to claim 1 or 2 or 3 or 4 or 5 or 41 or 56, characterized in that at least part of the face of the separating means and/or the ink reservoir is made of a film or a plastic film.

A marking tool according to any one of claims 1 to 74, wherein the opening member is a pointed or pierceable partitioning device and/or a tip or beveled tip of the ink reservoir.

A marking tool according to claim 1 or 2 or 3 or 22 or 23 or 24, wherein said partitioning means is of a box type, and said ink containing means is provided in said box type separating means.