TWI697416B - Writing tool with glass pen tip for sustainable ink supply - Google Patents

Abstract

A pen tool capable of continuously supplying ink with a glass nib, comprising an outer pen tube, an ink storage tube, a connecting seat and a glass nib. The ink storing tube is connected to the connecting seat, and the connecting seat is integrated with the glass nib. , Is characterized in that the glass pen tip is a solid body, which is formed by a plurality of strands of thin glass twisted and formed, and a plurality of adjacently distributed vortex channels are formed on the outer surface of the body, and one end of the glass pen tip is crimped to form a plurality of grooves The other end of the nib head gathered together is extended and drawn into a slender single-stranded nib tail, so that the nib tail can match the inner through hole that penetrates through the communicating seat, thereby contacting and breaking the ink surface tension in the ink storage tube. The ink is introduced into the plural vortex channels of the glass nib and converges on the nib head to provide smooth writing function.

Description

Writing tool with glass nib for sustainable ink supply

The present invention relates to the technical field of a writing tool with a glass nib, in particular to an improvement of a writing tool with a glass nib that can continuously supply ink. In particular, it breaks the surface tension of the ink tube ink to smoothly achieve automatic ink supply and provide smooth writing Features.

Conventional pen tools composed of glass nibs, such as the new patent No. M526500 "Improved Dip Pen" previously filed by the applicant, include a pen body with a accommodating space, and optionally an ink storage tube Two different writing methods are provided in the accommodating space and matched with a metal or glass hard pen tip. When a metal hard pen tip is selected, the pen tip can be connected to the communicating seat so that the ink in the ink storage tube can flow to the metal through the communicating seat The channel of the hard pen tip provides writing function; but when using the hard glass pen tip, the ink storage tube in the pen body must be taken out first, and the exposed ink storage tube is taken out to allow the hard glass pen tip to directly dip the ink. The glass hard pen can be used for writing; that is, the above-mentioned improved dipping pen can only write with ink when the glass hard pen is selected. Return to the initial operating environment of the dipping pen to pick up ink. In fact, the glass pen still cannot Provide automatic continuous ink supply function.

As shown in Figure 1, it is a known new patent No. 246030, which provides a multi-channel glass pen, which includes a glass pen body 20 and a multi-slot The multi-slot nib 10 is formed by engaging the multi-slot nib 10 closely to each other. The end of the multi-slot tube 110 is reduced and aggregated to form a water outlet. The multi-slot nib A ring-shaped fixing ring 120 is recessed in the center of 10 for fixing the locking rings 210 corresponding to the pen body 20 to each other.

However, in the above-mentioned new patent No. 246030, the second half of the nib 10 is completely immersed in the ink environment in the glass pen body 20. Therefore, the ink will be introduced from the plurality of channel tubes 110 at the same time, and more The ink is introduced to the water outlet at the tip of the pen, so the amount of ink is too much to provide normal writing functions. In addition, the above-mentioned pen body 20 and pen tip 10 are both made of glass hard material, and a concave fixing ring 120 is provided in the center of the pen tip 10, but the diameter of both ends of the pen tip 10 is larger than the fixing ring 120, so it can be seen that it is limited to glass Hard material, so the fixing ring 120 and the locking ring 210 cannot be fixed to each other, that is, if the pen tip 10 is implanted in the pen body 20, the glass material will be broken through each other, and it is difficult to realize the locking and fixing, and the structure is difficult. OK, it's not reasonable.

As shown in Figures 2 and 3, it is the known new patent No. 278442, which is an additional application for the above-mentioned new patent No. 246030. It mainly consists of a plurality of hollow spiral pipes 301 in the nib 30, which are claimed to be ink It can flow out through a plurality of hollow spiral pipes 301 without attaching to the outer channel pipe to avoid staining hands and clothing during use; however, the above-mentioned model patent No. 278442 has surface tension effect and the latter half of the pen tip 30 The segment is still completely immersed in the ink environment in the glass pen body 20. Therefore, under the action of surface tension, the ink certainly cannot flow out of the hollow spiral pipe 301, and the size of the pen tip 30 is extremely limited. The spiral pipe 301 The diameter of the hollow tube is quite small, and it cannot be manufactured and implemented according to it. Even if it is realized, it cannot be used at all. The ink flows out smoothly through the hollow spiral pipe 301, and the ink cannot be collected and drawn from the water outlet end of the pen tip 30. Therefore, it is still not a reasonable and feasible design, and it cannot solve the writing problem of the glass pen tip continuously supplying ink.

The main purpose of the present invention is to provide a pen with a glass nib that can continuously supply ink, which is composed of an outer pen tube, an ink storage tube, a communication seat and a glass nib, and the ink storage tube is connected to the communication seat , The communicating seat and the glass pen tip are planted and combined, wherein the glass pen tip is a solid body, which is formed by a plurality of strands of thin glass in twists and forms, and a plurality of adjacently distributed vortex channels are formed on the outer surface of the body , And one end of the glass nib is crimped to form a plurality of grooves to converge and shrink the nib head, and the other end is extended and drawn into a slender single-stranded nib tail, and the slender single-stranded nib tail can match the penetrating through the communicating seat The inner through hole is used to break the surface tension of the ink in the ink storage tube, introduce the ink into the plurality of vortex channels and then converge to the tip of the pen, so as to provide a smooth writing function.

The secondary objective of the present invention is to provide a writing instrument with a glass nib that can continuously supply ink, wherein the ink storage tube can be implemented as an ink absorber with ink absorption function, which can be used after the ink is consumed. Simply remove the ink absorber to absorb the new filling ink, and then reinstall it for use.

Another object of the present invention is to provide a pen tool capable of continuously supplying ink with a glass nib, wherein the glass nib is made of soda glass.

(Learning part)

20‧‧‧Glass pen body

10‧‧‧Slot pen tip

110‧‧‧Trench pipe

120‧‧‧Fixed ring

210‧‧‧Snap ring

30‧‧‧Nib

301‧‧‧Hollow spiral pipe

(Part of the invention)

1‧‧‧Outer pen tube

2‧‧‧Ink storage tube

3‧‧‧Connecting seat

4‧‧‧Glass nib

21‧‧‧Ink

31‧‧‧Inner through hole

32‧‧‧Accommodation space

41‧‧‧Vortex Channel

42‧‧‧Nib head

43‧‧‧Nib tail

Figure 1 is a schematic diagram of the assembly of a conventional glass pen.

Figure 2 is a schematic diagram of the structure of a conventional glass pen tip.

Figure 3 is a cross-sectional view of the conventional glass pen tip of Figure 2;

Figure 4 is an exploded schematic diagram of the present invention.

Figure 5 is a schematic diagram of the combination of the present invention.

Figure 6 is a schematic cross-sectional view of the combination of the present invention.

Figure 7 is a perspective view of the glass pen tip of the present invention.

Figure 8 is a front view of the glass pen tip of the present invention.

Figure 9 is a top view of the glass pen tip of the present invention.

Figure 10 is a bottom view of the glass pen tip of the present invention.

11 is a schematic diagram of the state of the present invention before the glass pen tip is implanted.

Figure 12 is a schematic diagram of the present invention after the glass pen tip is implanted.

Fig. 13 is a schematic diagram of a state in which the present invention provides writing.

The structural features and other functions and purposes of the present invention are described in detail according to the embodiments of the accompanying drawings as follows: As shown in Figs. 4-6, it is a preferred embodiment of the "glass nib with sustainable ink supply" of the present invention. It consists of: an outer pen tube 1, an ink storage tube 2, a communicating seat 3, and a glass nib 4, and among them: the outer pen tube 1, an adaptable ink storage tube 2, a communicating seat 3 and the glass nib 4 of the pen tube, its shape or material is not limited; the ink storage tube 2, is a containing element that can store a proper amount of ink 21, which can use a single ink storage function of the containing element, in the ink 21 Replace the ink storage tube 2 with a new one after it is used up, or use a repetitive ink pumping function The accommodating element (the so-called ink absorber) can be easily removed after the ink 21 is used up to absorb the new filling ink 21 and then reload it And repeated use; the communicating seat 3 is a hollow seat body that can tightly connect and connect the ink storage tube 2 and the glass nib 4, and the connecting end of the communicating seat 3 and the ink storage tube 2 has an inner through hole 31 for It is tightly connected to the ink storage tube 2, and the connecting end of the communication seat 3 and the glass nib 4 is an accommodating space 32 for implanting the glass nib 4; the glass nib 4, as shown in Figures 7-10, is one The solid body in the shape of a water drop or a spindle is formed by winding a plurality of thin glass strips with twists. A plurality of adjacently distributed vortex channels 41 are formed on the outer surface of the body, and one end of the glass nib 4 is curled to form a The plurality of channels converge the contracted nib head 42, and the other end is extended and drawn into a slender single-stranded nib tail 43, so that the slender single-stranded nib tail 43 can match the inner through hole 31 (such as Figure 11-12); according to the above-mentioned outer pen tube 1, ink storage tube 2, communication seat 3 and glass nib 4 composed of glass nib sustainable ink supply pen tool, which is tied to the elongated single-strand glass nib 4 matching When the communicating seat 3 is implanted and penetrates the inner through hole 31, and when it contacts the surface tension of the ink 21 in the ink storage tube 2, the ink 21 can be introduced into the plurality of vortex channels 41, and then collected to the tip head 42 , In order to provide a smooth writing function (as shown in Figure 13), so there is no need to take out the ink storage tube 2 for ink writing, and there is no need to continuously squeeze the ink storage tube 2 to make it intermittently supply ink, and achieve automatic continuous supply Ink effect.

The above-mentioned writing tool with a glass nib for sustainable ink supply in the present invention is mainly a slender single-stranded nib formed by extending and drawing the glass nib 4 The tail 43, and the slender single-stranded nib tail 43 matches the inner through hole 3 of the communicating seat 3, and contacts and holds the ink 21 in the ink storage tube 2, so that the surface tension of the ink 21 can be subtly broken, resulting in Automatic and continuous ink supply function. This method has achieved obvious breakthrough results, and it is indeed an innovative application that has never been seen before. In particular, the applicant has actually completed the actual production and repeated testing and verification Its writing function, not only the ink is extremely smooth, but also very fluent when writing, the effect is very excellent.

According to the applicant’s implementation results, the glass nib 4 is made of soda glass, and its effect is even better. The glass nib 4 formed by soda glass has the characteristic of crystal clearness. When the ink 21 passes through the complex vortex The refraction response and layering changes produced when the groove 41 is rotated indeed have a fascinating and dreamy effect. If necessary, the applicant is willing to review and verify at any time. Reasonably Chen Ming.

According to the present invention, the glass nib can supply ink continuously. If necessary, it can also be equipped with a set of multiple glass nibs 4, or can be equipped with metal nibs, so that the user can choose to replace various types according to his current needs. The glass nib 4 or the metal nib can increase the flexibility of free application of the pen, thereby satisfying various writing needs of users.

The above-mentioned embodiments are used to illustrate the main technical content of the present invention and its application of means, and are not used to limit the technical scope or implementation form of this case. Examples include equivalent applications or simple additions and deletions based on the same technical means. All amendments should still belong to the technical scope of the case, and they were initially called reasonable.

In summary, according to the present invention, the glass nib can continuously supply ink. Its overall improvement and composition are indeed unprecedented, and its effect Advancement should have the elements of novelty and advancement. To apply for a patent for this purpose, I pray that the patent shall be granted in accordance with the law.

2‧‧‧Ink storage tube

3‧‧‧Connecting seat

4‧‧‧Glass nib

21‧‧‧Ink

32‧‧‧Accommodation space

41‧‧‧Vortex Channel

42‧‧‧Nib head

43‧‧‧Nib tail

Claims (6)

A pen tool capable of continuously supplying ink with a glass nib, comprising: an outer pen tube, an ink storage tube, a communicating seat and a glass nib, and is characterized in that: the outer pen tube is an adaptable container A pen tube with an ink storage tube, a communicating seat and a glass nib; the ink storage tube is a accommodating element for storing ink; the communicating seat is a hollow seat that can tightly connect the ink storage tube and the glass nib , The connecting end of the communication seat and the ink storage tube has an inner through hole for tightly connecting to the ink storage tube, and the connecting end of the communication seat and the glass nib is an accommodation space for implanting the glass nib; The nib is a solid body, which is formed by a plurality of strands of thin glass twisted and formed, and a plurality of adjacently distributed vortex channels are formed on the outer surface of the body, and one end of the glass nib is curled to form a plurality of channels. The contracted nib head, the other end is extended and drawn into a slender nib tail, and the slender nib tail is matched with the inner through hole that penetrates the communicating seat; according to the above-mentioned outer pen tube, ink storage tube, communicating seat and glass The pen tip is composed of a glass pen tip that can continuously supply ink. It is attached to the slender glass pen tip to match the implanted communicating seat and penetrate the inner through hole, and when it touches the surface tension of the ink in the ink storage tube, the ink is introduced into the plural The vortex channel converges to the tip of the pen to produce automatic and continuous ink writing. For example, the glass nib can supply ink continuously as described in item 1 of the scope of patent application, wherein, the ink storage tube has a single ink storage function The containment element. For example, the glass nib can supply ink continuously as described in item 1 of the scope of the patent application, wherein the ink storage tube is an accommodating element with a function of repeatedly drawing ink. For example, the glass nib can supply ink continuously as described in item 1 of the scope of patent application, wherein the glass nib is a solid body in the shape of a water drop or a spindle. For example, the glass nib can supply ink continuously as described in item 1 of the scope of patent application, wherein the end of the glass nib is extended and drawn into a slender single strand shape. For example, the glass pen tip can supply ink continuously as described in item 1 of the scope of patent application, wherein the glass pen is made of soda glass.

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