JP3125971U - Tape cutter that can be cut and pasted by lever operation - Google Patents

Abstract

A tape cutter is slid and pulled to affix and cut to a required length, and a tape can be adhered and pasted again by a lever operation.
A tape cutter push-up rod 10 for cutting a tape is provided on a tape cutter. This bar is installed outside the width of the tape and below the bonding surface. When cutting, the bar enters from below the bonding surface, and is pushed upward and cut. In order to apply it again, the back side of the bonding surface is pushed down by the piston 11 and is bonded to the surface to be bonded. This cutting and pasting operation is operated with the lever 5. Moreover, by making the cover upper part 8 transparent, the cut portion can be seen from above, and the tape can be adhered to an appropriate length accurately.
[Selection] Figure 1

Description

  The present invention is a tape cutter that can cut and affix adhesive tape by lever operation.

  Conventional tape cutters are peeled off with fingers, cut and pasted. The length of the tape to be applied is difficult to understand. If the tape to be applied is long, it may get tangled. There was no tape cutter that could be attached and cut continuously by lever operation by sliding and pulling the tape cutter without using a finger.

  Conventional tape cutters are peeled off with fingers, cut and pasted. The adhesive tape can be cut and affixed by operating the lever without using fingers, and the tape cutter can be slid and pulled to affix and cut to the required length.

  According to the present invention, a tape cutter push-up bar is provided on the tape cutter, which pushes up the adhesive surface and presses it against the cutter blade to cut the tape. The affixed tape is provided with a gap at an angle of several millimeters from the tip of the tape cutter toward the tape body. The push-up bar for tape cutting is positioned outside the tape so that it can be inserted into the gap, and is installed at a position where it can enter from below the adhesive surface when cutting. And it penetrates toward the inside of the tape and pushes it up to cut it. The blade to be cut is installed so as to be in contact with the tape cutting push-up bar on the tip side of the tape cutter. The upper part of the main body cover is made transparent so that the cut portion can be seen from above. In order to affix the cut tape again, a square pillar piston that presses down the back side of the tape bonding surface and presses the tape to the surface to be bonded is provided. At that time, simultaneously with the movement of the push-up bar for tape cutting to be in the original position outside the tape width, the piston is also lowered to firmly adhere the tape. After bonding, the piston quickly returns to its original position so as not to obstruct the pasting. A series of operations of the tape-cut push-up bar and the piston can be performed by lever operation.

  By the operation as described above, cutting and pasting can be easily performed by operating the lever of the tape cutter without performing the pasting operation with a finger as in the prior art. Also, the position of application can be confirmed by looking through the tape cut portion from above, and the tape cutter can be attached to the required length by sliding the tape cutter. This makes it possible to apply the tape accurately and eliminate waste.

The side view of the present invention, within the dotted line range, is the detailed portion of the claims of the present invention. The three-dimensional view of the tape cutter of this invention. Front view of push-up bar for tape cutting and piston position at the time of pasting. Front view when the tape is cut by pushing it up with a tape cutting push-up bar. The front view in the middle of pushing down with a piston in order to stick a tape. The front view of the state which crimped | bonded the tape on the surface which adhere | attaches with a piston. The side view of the push-up bar for tape cutting and the piston position at the time of pasting. Side view when the tape is cut by pushing it up with a tape cutting push-up bar. The side view in the middle of pushing down with a piston in order to stick a tape. The side view of the state which crimped | bonded the tape on the surface which adhere | attaches with a piston. Front view of the tape cutting push-up bar and the disc that brakes the piston

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Tape cutter main body 2 Tape main body 3 Tape holder 4 The detail part of the claim of this invention is within the dotted line range 5 Lever 6 Lever operation transmission part 7 Roller 8 Transparent part 9 for confirming affixing position 9 Cutter blade 10 For tape cutting Push-up bar 11 Piston 12 Tape 13 Adhering surface 14 Disk 15 for braking the tape-cut push-up bar Disk 16 for braking the piston 16 Tape-cut push-up bar and mandrel for fixing the piston

Claims (1)

  Conventional tape cutters peel off the adhesive tape with fingers, cut it, and apply it. However, a tape-cut push-up bar is provided to press and cut the adhesive surface of the tape. Enter from the outside and cut the tape up inside. In order to affix the cut tape, it is pushed down from the back side of the adhesive surface with a square pillar piston and pressed against the surface to be bonded. And it can be pasted by sliding the tape cutter. Also, in order to stick the tape to the correct length accurately, the upper part of the body cover is made transparent so that it can be seen from above. It is a tape cutter that can be cut and pasted easily and repeatedly by lever operation, and the position and length to be pasted can be measured accurately.

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