WO2013009101A2

WO2013009101A2 - Button type sign pen

Info

Publication number: WO2013009101A2
Application number: PCT/KR2012/005517
Authority: WO
Inventors: 고명희
Original assignee: Go Myong Hee
Priority date: 2011-07-11
Filing date: 2012-07-11
Publication date: 2013-01-17
Also published as: KR20130007773A; CN103648793A; KR101289100B1; WO2013009101A3

Abstract

Provided is a button type sign pen. According to the button type sign pen, an ink tube (4) in which ink is filled into a pen body (1) is pushed by a push button (6) to allow a pen point (10) of the ink tube (4) to protrude to the outside through a pen point protrusion hole (3) of the pen body (1). A partition wall (20) having a guide passage (21) is disposed on a front side in which the pen point protrusion hole (3) of the pen body (1) is formed. An elastic restoring body (30) in which a pen point through hole (40) is formed is disposed on a front side of the partition wall (20). A pen point receiving space (60) is formed between the partition wall (20) and the elastic restoring body (30). Thus, the pen point (10) of the ink tube (4) may be received into the pen point receiving space (60) in a state where the pen point (10) is maintained in a pen point retention cap (70).

Description

Button-type sign pen

The present invention relates to a button-type sign pen using oily or water-based ink as a writing means, and more particularly, a pen tip of the pen tube through the pen tube through the ink tube filled with ink in the pen body. In forming so that the pen can be protruded to the outside, the nib can be kept in a closed state in the nib space for forming a closed space formed by the partition and the elastic restoring body on the front side of the pen body, and also maintain the nib By holding the cap, the nib of the nib for the space is pushed by the push button, the nib holding cap first pushes the elastic restoring body, and then the nib pushes the nib holding cap and protrudes, so that writing can be performed. In addition, when not in use, the pen nib is accommodated in the nib holding cap by the release operation of the push button. This catalyst holding cap as accommodated in the pen accommodation space by holding the pen accommodation space sealed by the resilience of the resilient restoring member, to a button type sign pen capable of preventing the ink of the pen volatilization.

In general, pens filled with oil-based or water-based ink are stored in a cap to prevent volatilization of the nib portion of the pen since the ink is volatile and ink naturally volatilizes when exposed to the outside for a long time. If you want to remove the lid from the pen body is used.

Since the lid is separated from the pen body as above, it is used to prevent the loss of the lid.If the lid is inserted into the tip of the pen or the pen is held in the mouth, the pen tip is covered with the lid. To prevent exposure.

If you neglect to put the pen on the tip of the pen and cover it again, you may get ink on your clothes, and if you use the lid in your mouth, it is not good to look at the pen and it is hygienic. There is.

The present invention is to solve the above problems, the present invention is the ink tube filled with ink in the pen body through the nib through hole of the pen body while the nib of the ink tube is maintained in the nib holding cap by the push button It is intended to form so that it can be sunk to the outside. In addition, the present invention is to form a pen receiving space in the front space of the pen body with an elastic restoring body and a partition wall, so that the pen nib is accommodated in the pen nib space while the nib is maintained in the nib holding cap when the pen is not used. By doing so, it is possible to prevent the ink filled in the ink tube from being volatilized through the pen tip. In addition, the present invention forms a pen tip through-hole restoring and restoring the elastic restoring body mounted on the front of the pen body, when the nib holding cap is pushed out to guide the nib holding cap as a hole, the nib is the cap of the nib holding cap If the nib is guided through the hole, and the nib is accommodated in the nib space, the penetrating hole of the elastic restoring body is restored and sealed, and the cap hole of the nib holding cap is restored and sealed, and the elastic restraint is closed. By keeping the state accommodated in the nib holding cap in the nib space, it is intended to prevent the nib from volatilizing.

According to the present invention, an ink tube filled with ink in the pen body is formed so that the pen tip of the ink tube can be protruded to the outside through the pen tapping hole of the pen body by a push button, so that the pen tapping hole of the pen body is formed in front. A partition wall formed with a guide passage is formed, and an elastic restoring body is formed in front of the partition wall with a nib penetrating hole, and a nib space is formed between the partition wall and the elastic restoring body, and the nib of the ink tube is formed on the nib holding cap. It is to be accommodated in the nib space for holding.

In addition, the penetrating hole of the elastic restoring body is expanded when the nib holding cap is inserted and the nib holding cap is formed to expand when the nib is inserted, and the nib is restored to the original state of the nib holding cap The cap hole and the pen tip through-hole of the elastic restorative body are contracted and restored to be closed, and the nib is held in the nib holding cap in a closed nib space between the partition and the elastic restoring body.

In addition, the present invention is equipped with an elastic ring on the circumferential surface of the pen nib through hole of the elastic restoring body, when the nib holding cap is inserted into the pen nib through hole of the elastic restoring body, the pen nib through hole is expanded, and the cap hole of the nib holding cap When the nib is inserted into the nib, the nib is inflated. When the nib is restored to its original state, the cap hole and the nib through-hole are contracted and restored, and the nib is held in the nib holding cap in a sealed nib space between the partition wall and the elastic restoring body.

In addition, the present invention is the front of the pen body in front of the elastic restoring body becomes the nib elastic force, by the pressing operation of the push button, the nib holding cap pushes out the nib through hole of the elastic restoring body, Subsequently, the pen nib pushes out the cap hole of the nib holding cap by pressing the push button to expose the pen nib.

As described above, according to the present invention, the ink tube filled with ink in the pen body is formed so that the pen tip of the ink tube can be protruded to the outside through the pen nib through hole of the pen body by a push button. The nib can be kept in a closed state in the nib space for forming the sealed space formed by the elastic restorer, and the nib is held by the nib holding cap, so that the nib of the nib space is pressed by the push button. By operation, the nib holding cap first pushes and protrudes the elastic restoring body, and then the pen nib pushes and protrudes the nib holding cap so that writing can be performed, and when the pen nib is not in use, the nib is released by the operation of releasing the push button. The pen is held in the holding cap, and then the nib holding cap is accommodated in the pen nib space, By keeping the closed state the receiving space, it is possible to prevent the tip of the ink is volatilized.

Figure 1a, b is a cross-sectional view showing an example of the appearance of the nib of the button-type sign pen of the present invention,

Figure 2a, b is a cross-sectional view of another example showing an example of the appearance of the nib of the button-type sign pen of the present invention,

Figure 3a, b is a cross-sectional view of another example showing the appearance of the nib of the button-type sign pen of the present invention.

Detailed examples of the present invention will be described below with reference to the accompanying drawings.

As shown in FIGS. 1A, 3B, and 3B, the button-type sine pen according to the present invention has a pen line member 2 spirally coupled to a hollow pen body 1 in front, and further to the rear of the pen body 1. The push button 6 is elastically mounted.

In addition, the pen body 1 and the pen line unit 2 are filled with ink, and the ink tube 4 having the tip 10 formed on the tip of the pen body is elastically mounted on the spring to operate the ink by the push button 6. The nib 10 of the tube 4 is mounted so that it can be protruded to the outside through the pen tapping hole 3 formed in the tip of the pen line 2.

The partition wall 20 in which the guide passage 21 is formed is formed in the pen line unit 2 of the tip of the pen body 1, and the guide passage 21 of the partition wall 20 has a diameter of the tip portion of the ink tube 4. This slide is a movable dimension.

In addition, an elastic restoring body 30 having a pen tip through-hole 40 formed in front of the partition wall 20 is formed, and the nib space for space between the partition wall 20 and the elastic restoring body 30 is formed. The nib 10 of the ink tube 4 and the nib holding cap 70 to be described later are accommodated in the nib space 60.

The elastic restoring body 30 and the nib holding cap 70 may be made of materials such as wear resistance, heat resistance, low temperature characteristics, chemical resistance, and airtight resistance with elastic restoring force.

1A and 1B show that the nib holding cap 70 is elastically formed on the spring 7 in front of the tip nib 10 of the ink tube 4 so that the nib is primarily held by the pressing operation of the push button 6. The cap 70 pushes out the nib penetrating hole 40 of the elastic restoring body 30, and then the pen nib 10 is pushed by the push button 6 so that the pen nib 10 of the nib holding cap 70 is closed. ) And push out to allow the nib 10 to be exposed.

When the pen is not used as shown in FIG. 1A, the push button 6 is not operated, and the nib 10 of the ink tube 4 is accommodated in the nib space 60 as shown in the drawing. . At this time, the nib penetrating hole 40 of the elastic restoring bodies 30 and the cap hole 71 of the nib holding cap 70 are blocked by the restoring force, so that the pen nib space 60 is kept in a sealed state. The nib 10 of the tube 4 is prevented from volatilizing.

In addition, in the case of using a pen as shown in FIG. 1B, when the push button 6 is pressed, the ink tube 4 beats the biasing force of the spring 7 so that the nib 10 of the ink tube 4 is moved. By pushing the nib holding cap 70, the nib holding cap 70 passes through the nib through hole 40 of the elastic restoring body 30.

Subsequently, when the push button 6 is continuously pressed, the nib 10 pushes the cap hole 71 of the nib holding cap 70 while the nib holding cap 70 is in close contact with the elastic restoring body 30. The nib 10 penetrates through the cap hole 71 of the nib holding cap 70 and the pen penetrating hole 40 of the elastic restoring bodies 30 and is exposed to the pen protruding hole 3 of the pen wire unit 2, The pen tip 10 can be used for writing.

On the contrary, when the pen is not used, the ink tube 4 is restored by the restoring force of the spring 7 by the operation of the push button 6, so that the nib 10 is held by the pen tip holding cap ( In the cap hole 71 of the 70, the nib holding cap 70 also exits the nib through hole 40 of the elastic restoring body 30 and is accommodated in the nib space.

Next, as shown in FIGS. 2A and 2B, an elastic ring 50 is mounted on a circumferential surface of the pen tip through hole 40 of the elastic restorer 30, and the pen penetrate through hole 40 of the elastic restorer 30 is provided. When the nib holding cap 70 is inserted into the nib, the nib tube opening 40 is inflated, and the nib 10 in the nib holding cap 70 is continuously pressed by the push button 60. The cap hole 71 is pushed out and the cap hole 71 is expanded to expose the pen nib 10 to the pen pushing hole 3.

When the pen is not used as shown in FIG. 2A, the push button 6 is not operated, and the nib 10 of the ink tube 4 is held in the nib holding cap 70 as shown in FIG. In the state is accommodated in the nib space 60. At this time, the nib penetrating hole 40 of the elastic restoring body 30 and the cap hole 71 of the nib holding cap 70 are blocked by the restoring force, and thus the pen nib space 60 maintains a sealed state so that the ink The nib 10 of the tube 4 is prevented from volatilizing.

In addition, in the case of using the pen as shown in FIG. 2B, when the push button 6 is pressed, the ink tube 4 beats the biasing force of the spring 7 so that the nib holding cap 70 is the elastic restoring body ( 30 penetrates through the nib through hole 40, and then the nib 10 pushes through the cap hole 71 of the nib holding cap 70 and is exposed to the pen protruding hole 3 of the pen wire unit 2. The pen tip 10 can be used for writing.

On the contrary, when the pen is not used, the nib holding cap 70 and the ink tube 4 are restored by the restoring force of the spring 7 by the operation of the push button 6, so that the pen nib 10 has the pen tip hole ( 3) the nib holding cap 70 is accommodated in the nib holding cap 70 and exits the nib penetrating hole 40 of the elastic restoring body 30 to be accommodated in the nib holding space 60.

Next, FIGS. 3A and 3B show examples of a state in which the elastic restoring body 30 is not present. When the push button 60 is pressed, the nib 10 in the nib holding cap 70 is a cap hole of the nib holding cap 70. The pen nib 10 is pushed out to expose the pen nib 10 to the pen protruding hole 3.

When the pen is not used as shown in FIG. 3A, the push button 6 is not operated, and the nib 10 of the ink tube 4 is held in the nib holding cap 70 as shown in the drawing. In the state is accommodated in the nib space 60. The cap hole 71 of the nib holding cap 70 is blocked by the restoring force, and the tip of the nib holding cap 70 blocks the pen pushing hole 3 so that the pen nib space 60 remains closed. This prevents the nib 10 of the ink tube 4 from volatilizing.

In addition, in the case of using a pen as shown in FIG. 3B, when the push button 6 is pressed, the ink tube 4 beats the biasing force of the spring 7 so that the nib 10 may hold the nib holding cap 70. The cap hole 71 is pushed out to be exposed to the pen-protrusion hole 3 of the pen wire unit 2, so that writing can be performed using the pen tip 10.

On the contrary, when the pen is not used, the nib holding cap 70 and the ink tube 4 are restored by the restoring force of the spring 7 by the operation of the push button 6, so that the pen nib 10 has the pen tip hole ( In 3) the nib holding cap 70 is accommodated and the nib holding cap 70 is accommodated in the nib receiving space 60.

The button-type sign pen of the present invention can be widely used in the stationery industry for producing and selling writing instruments.

Claims

The ink tube 4 filled with ink in the pen body 1 is pushed by the push button 6 so that the pen nib 10 of the ink tube 4 is moved outward through the pen-protrusion hole 3 of the pen body 1. In forming to be retractable,

An elastic restoration in which a partition wall 20 having a guide passage 21 is formed in front of the pen pushing hole 3 of the pen body 1 is formed, and a nib penetrating hole 40 is formed in front of the partition wall 20. A sieve 30 is formed, and a nib space 60 is formed between the partition wall 20 and the elastic restoring body 30, so that the nib 10 of the ink tube 4 is the nib holding cap 70. Button-type sign pen, characterized in that it is to be accommodated in the pen nib space (60) in the state maintained in.
The nib penetrating hole 40 of the elastic restoring body 30 expands when the nib holding cap 70 is inserted, and the nib holding cap 70 expands when the nib 10 is inserted. 71 is formed, and when the nib 10 is restored to its original state, the cap hole 71 of the nib holding cap 70 and the pen tip through hole 40 of the elastic restoring body 30 are contracted and restored to be closed. A button-type sign pen, characterized in that the nib 10 is held in the nib holding cap 70 in a sealed nib space 60 between the partition wall 20 and the elastic restoring body 30.
The method according to claim 1 or 2, wherein the elastic ring 50 is mounted on the circumferential surface of the nib through hole 40 of the elastic restorer 30, the nib to the nib through hole 40 of the elastic restorer 30 When the retaining cap 70 is inserted, the nib through hole 40 is expanded, and when the nib 10 is inserted into the cap hole 71 of the nib holding cap 70, the nib 10 is expanded to its original state. When restored, the cap hole 71 and the nib penetrating hole 40 are contracted and restored, and the nib 10 is held in the sealed nib space 60 between the partition wall 20 and the elastic restoring body 30. Button-type sign pen, characterized in that it is held within.
The method according to claim 1 or 2, wherein the nib holding cap 70 is elastically opposed to the elastic restoring body 30 in front of the pen body 1, primarily by the pressing operation of the push button (6) The nib holding cap 70 pushes out the nib through hole 40 of the elastic restoring body 30, and then the nib 10 is pushed by the push button 6 so that the nib 10 of the nib holding cap 70 71) A button-type sign pen, characterized in that to push out to expose the nib (10).