JPH0366957U - - Google Patents

Description

[Brief explanation of the drawing]

FIG. 1 and FIG. A are cross-sectional views of FIG. B a-a. ~Dispenser cutter, ~non-adhesive guide plate, ~semi-circular cut groove (shown in Figure B)
, ~adhesive holding plate for the tape, ~main body for mounting,
~Represents the side plate of the dispenser (the product name in the figure number is the same for all figures). Figure 2 is an explanatory diagram of the implementation; arrow ~1 in Figure A, arrow ~
2 indicates the tape feeding direction. Figure B shows that when the tip of the tape is cut with the cutter, the tape, which is adhesively fixed on the holding plate, pulls the tip in the direction of arrow ~3, so the guide plate is pressed downward and curves forward. In Figure C, the tip of the cut tape rises upward together with the guide plate and comes to rest due to the restoring repulsive force of the guide plate, leaving a bending margin at the tip. Arrow ~ 5 in Figure D points to arrow ~ 4 in Figure C, and hold the tape with the tip bent along the upper side of the guide plate with your fingertips.
Temporarily fix the adhesive in the groove of the guide plate and pull it up in the direction of arrow 6. Since the guide plate is non-adhesive, it will easily slide off and the guide plate will be folded in half with the adhesive side inside as shown in arrow 7. The sticky tab part can be easily made.
When this tape is cut to the required length, the tip of the tape will be in the position shown in Figure C, with the tip of the tape facing upward together with the guide plate. The above is an example of implementation.

Claims (1)

[Scope of utility model registration request] An elastic, non-adhesive guide plate provided with a semi-circular cut groove for bending the tip of the tape, as shown in Figure 1 (representing the tape cutter portion at the tip of the cellotape dispenser); Structure of tape adhesive holding plate, etc.