JP2007190866A - Coating film transfer implement - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a coating film transfer implement which can improve a sense of transfer by making sufficient adaption with a great width in terms of an angle of inclination with respect to a surface subject to transfer, in use. <P>SOLUTION: In this coating film transfer implement, a cartridge for the transfer of a coating film, in which a pressure-sensitive transfer tape is mounted in an outer case constituting an outer frame, and a spring are wholly or partially arranged inside. The spring is deformed by pressure applied to a leading-end head in the transfer, so that the cartridge for the transfer of the coating film can retreat in the outer case. The cartridge for the transfer of the coating film is arranged in such a manner as to turn along with the stress deformation of the spring. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  In the outer case constituting the outer frame, the present invention provides a feeding core for feeding out a transfer tape having a coating film on a base tape, a transfer head that presses and transfers the coating film to a transfer surface, and a post-transfer The present invention relates to a coating film transfer tool comprising a coating film transfer cartridge having an automatic winding type coating film transfer mechanism having a winding core for winding a base tape, and a part or all of a spring disposed therein.

  Conventionally, a feeding core for feeding out a transfer tape provided with a coating film on a base tape, a transfer head for pressure-transferring the coating film against a surface to be transferred, and a winding core for winding up the base tape after transfer 2. Description of the Related Art A coating film transfer tool provided with an automatic winding type coating film transfer mechanism is known. In such a transfer tool, using the elasticity of the transfer head made of plastic, when transferring to the transfer surface, the coating film is applied to follow the transfer surface even if it is inclined with respect to the transfer surface. It can be transferred to a predetermined location (Japanese Patent Laid-Open No. 08-175095).

There is also a coating film transfer tool in which the transfer head is tiltably attached to the case, an elastic body is interposed between the case and the transfer head, and the transfer head is biased so that the transfer head does not tilt with respect to the case. is there. In such a coating film transfer tool, since the transfer head is attached to be tiltable with respect to the case, the transfer can be correctly performed even when approaching the transfer target surface from any oblique direction (Japanese Patent Application Laid-Open No. Hei 11). -170770).
Japanese Patent Laid-Open No. 08-175095 JP-A-11-170770

  However, since the conventional coating film transfer tool that uses the elasticity of a transfer head made of plastic can only be bent by the elasticity of the transfer head itself, the amount of bending is limited, and the inclination with respect to the transfer surface is sufficient. There is a problem that it cannot be dealt with.

  Further, the transfer tape of this part is twisted with respect to the part wound around the feeding core and the winding core. As a result, the transfer tape comes off the transfer head and skews or the transfer tape is bent. In a severe case, the transfer tape or the substrate is cut and cannot be used.

  In addition, in a coating film transfer tool in which the transfer head is tiltably attached to the case and an elastic body is inserted between the case and the transfer head, the transfer tape is fed from the feeding core through the transfer head before use. Thus, a constant tension is applied to the winding core. However, when the transfer head is pressed against the transfer surface during use, the transfer head arranged outside the case enters the coating film transfer tool by the action of the spring arranged in the coating film transfer tool. As a result, the traveling path of the transfer tape from the feeding core to the take-up core via the transfer head becomes shorter than that before use. As a result, the tension applied to the transfer tape before use decreases, the transfer tape loosens during use, and the position at which the coating film is transferred to the transfer surface may deviate from the target or come off the transfer head. There is a problem of skewing.

  Moreover, with these conventional coating film transfer tools, when the transfer to the desired location is completed and the transfer head is separated from the transfer surface, it is necessary to temporarily stop the tip in order to cut the coating film. If the head is separated from the surface to be transferred, the coating film is not cut and the coating film may be transferred to an excess portion.

  The present invention solves such problems.

  The present invention relates to a coating film transfer cartridge and a spring in an outer case constituting the outer frame, and a coating film transfer configured by arranging or partially arranging the coating film transfer cartridge and the spring inside. In the tool, the coating film transfer cartridge is arranged to be able to slide back and forth inside the outer case and turn, and has a structure that is biased forward by the spring force by the spring resistance, The coating film transfer cartridge is disposed so as to retreat in the outer case against the elastic force of the spring, while the coating film transfer cartridge rotates with the stress deformation of the spring.

  In the coating film transfer tool of the present invention, since the coating film transfer cartridge itself can be rotated integrally with the outer case, the transfer tape is twisted even if the coating film transfer cartridge rotates. There is nothing to be done.

  In addition, when the transfer head is pressed against the surface to be transferred in use, the coating film transfer cartridge itself moves backward in the outer case, so that the transfer path does not change and the tension is maintained. Will not sag.

  Furthermore, when the user's transfer operation is completed and the transfer head is moved away from the transferred surface, the compressed spring disposed in the outer case is restored, so that the outer case is moved away from the transferred surface. However, the transfer head of the coating film transfer cartridge arranged in the outer case is maintained in close contact with the transfer surface, and the user temporarily stops the tip without intention. At that time, the cutting position of the coating film is determined, and then the outer case is lifted, so that the coating film transfer cartridge disposed inside moves away from the transfer surface and the coating film is cut off. The coating film will not be transferred to any part.

  Hereinafter, the present invention will be described in detail with reference to examples.

  A coating film transfer tool 10 according to an embodiment of the present invention is shown in FIG. In FIG. 1, an outer case 1 has a coating film transfer cartridge 2 disposed therein, and the coating film transfer cartridge 2 is rotatable. The coating film transfer cartridge 2 may be a coating cartridge in which the coating film transfer tool portion is replaced with an adhesive, a decorative tool, or an erasing tool.

  A step 2a formed near the center of the coating film transfer cartridge 2 is in contact with a step 1a formed on the inner diameter of the outer case 1, and the coating film transfer cartridge 2 is in front. Is preventing entry into the market.

  An annular stopper 3 is disposed in front of the coating film transfer cartridge 2. The annular stopper 3 and the coating film transfer cartridge 2 may be press-fitted or bonded so that the user does not accidentally remove them, and the used coating film transfer cartridge is screwed so that it can be replaced. May be.

  A step portion 1b is formed at the front inner diameter portion of the outer case 1, and a spring 4 is always arranged in a compressed state between the step portion 1b and the annular stopper 3, and the coating is applied. The film transfer cartridge 2 is urged forward in the axial direction.

  The spring primary load of the spring 4 is desirably 50 gf to 1000 gf, preferably 100 gf to 300 gf. The primary spring load here is a load when compressed at a specified length, and the specified length is a length when the spring 4 is disposed in a compressed state. When the spring primary load of the spring 4 is smaller than 50 gf, the spring comes into close contact with the moment when pressure is applied to the transfer head, and the transfer feeling cannot be improved. Further, when the spring primary load is larger than 1000 gf, it is difficult to compress the spring, and the transfer feeling cannot be improved.

  The spring 4 is not limited to a spring as long as it has elasticity, and rubber or the like can be selected.

  In order to make the rotation of the coating film transfer cartridge 2 smoother, a bearing or a sliding member may be arranged in the outer case 1.

  A tail plug 5 is press-fitted behind the outer case 1. The outer case 1 and the tail plug 5 may be screwed so that the used film transfer cartridge can be replaced, as well as being fixed by press-fitting or adhesion. Further, the tail plug 5 may be opened without being provided.

  Next, the operation will be described. The method of using the coating film transfer tool 10 is the same as the conventional one. When the coating film transfer tool 10 provided with the spring 4 so that the primary load of the spring is from 100 gf to 300 gf is used, when the coating film is transferred onto the transfer surface, the pressure applied to the transfer head resists the elasticity of the spring. Then, while the coating film transfer cartridge 2 moves backward in the outer case 1, the transfer head follows the surface to be transferred along the inner wall surface of the outer case 1 along with the stress deformation of the spring. The cartridge 2 rotates.

  The transfer head that is in contact with the transfer surface by the series of operations is parallel to the transfer surface, and the transfer head rotates integrally with the coating film transfer cartridge 2. There is no looseness, and the coating film can be accurately transferred to a desired location without transferring the coating film to an extra portion, and the transfer feeling can be improved.

It is a cutting perspective view of the coating film transfer tool which is an example of the present invention. It is a disassembled perspective view of the coating-film transfer tool which is an Example of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Outer case 1a Step part 1b Step part 2 Coating film cartridge 2a Step part 3 Annular stopper 4 Spring 5 Tail plug 10 Coating film transfer tool

Claims (2)

  In a coating film transfer tool configured such that a coating film transfer cartridge and a spring are all or partly disposed inside an outer case constituting an outer frame, the coating film transfer cartridge slides forward and backward in the outer case. The coating film transfer cartridge is arranged so as to be movable and rotatable, and has a structure in which the cartridge is urged forward by the spring resistance, and the pressure applied to the transfer head during use resists the elastic force of the spring. A coating film transfer tool, wherein the coating film transfer cartridge is disposed so as to retreat inside the outer case, while rotating with the stress deformation of the spring.   The coating film transfer tool according to claim 1, wherein the spring primary load of the spring is 50 gf to 1000 gf.

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