JP2007297173A - Structure and usage of desk-top type tape dispenser - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide structure and usage of a desk-top type tape dispenser capable of setting length of a tape to be drawn and capable of drawing the tape at the same length every time for convenience in use. <P>SOLUTION: A rotary shaft is provided in the bottom of a tape dispenser main body, and an adjusting part capable of adjusting length of output of the tape is connected to a part near the front end. A brake part is provided in the tape dispenser main body, and a rotating ring of the brake part is projected out of the tape dispenser main body, and height thereof is set higher than the rotary shaft. A cutter is provided in the front end of the tape dispenser main body, and a reset part is connected to the tip of the cutter. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a structure of a desktop type tape dispenser and a method of using the same, and in particular, a desktop type capable of accurately controlling the length of each use of the tape to achieve the purpose of reducing the amount of convenience and usage of the tape. The present invention relates to a structure of a tape dispenser and a method of using the same.

  Currently, the use of tape is already widely applied in various places, such as general households, supermarkets, companies, shops, etc., when it is necessary to affix and fix articles, Or the paper box is temporarily stuck and sealed, and the use of the tape is most commonly used especially in supermarkets, companies and shops, and the purchase / use amount of the tape is much larger than that of a general household.

  However, it is very inconvenient for packaging and affixing operations to seal a paper box or affix other articles only with a tape. After cutting with a scissors, after use, the cut end of the tape will stick to the tape again, and when it is used again, the operation of searching for the end of the tape again must be repeated. It is wasteful and inconvenient.

  In order to solve the above-mentioned drawbacks, desktop tape dispensers have been developed. In other words, the tape is positioned on the tape dispenser and a cutter is provided at the front end of the tape dispenser. When the tape is used, the end of the tape is pulled out and the tape is cut by the cutter, and the next tape The end of is stuck on the pedestal of the cutter to facilitate the next pull-out.

  However, the conventional desktop tape dispenser is inconvenient in use of the tape because the length of each tape cannot be controlled simply by cutting the tape. As described above, the above-mentioned conventional articles still have many drawbacks, and it is difficult to say that the design is good, and improvement has been awaited.

An object of the present invention is to provide a structure of a desktop tape dispenser that can set the length of the tape output, pull out the tape of the same length every time, and achieve the convenience of use, and a method of using the same. is there.
Another object of the present invention is to provide a structure of a desktop tape dispenser capable of saving the amount of tape used and a method of using the same.

  A structure of a desktop tape dispenser that can achieve the object of the invention described above and a method of using the same include a tape dispenser body, a rotating shaft, an adjustment unit, a braking unit, a cutter, and a return unit. The rotating shaft is positioned and coupled to a bottom portion close to an intermediate position of the tape dispenser body. The adjusting unit is positioned and coupled at a position close to the front end of the tape dispenser body, and the length of the tape output is set by projecting the control part of the adjusting unit to one side of the tape dispenser body. Yes. The brake part is installed in the tape dispenser body, and the rotating wheel of the brake part protrudes outside the tape dispenser body, and its height is higher than the rotation axis. The cutter is installed at the tip of the tape dispenser body and is for cutting the tape. The return portion is coupled to the front end of the tape dispenser body and protrudes from the tip of the cutter. In use, the tape is fixed on the main body of the tape dispenser, the length of the tape output is set by the control part of the adjusting unit, and the output end of the tape is first rotated around the rotating shaft to rotate the rotating wheel of the braking unit. When the output end of the tape is pulled, the rotating wheel rotates, and when the rotating wheel rotates to the set value of the tape length, the braking unit stops the rotating wheel and the tape cannot be output. At the same time, a stop is applied. At this time, the tape can be pressed down, and the tape can be cut with a cutter at the tip of the tape dispenser body. When the tape is pressed down, the return portion is first touched. By returning the rotating wheel of the brake unit, the output end of the tape is pulled again. Thus, every time the tape is used, the same length is output, and the convenience of use is increased. And you can achieve the purpose of saving the tape cost.

  That is, the first invention of the present application is a desktop tape dispenser structure, including a tape dispenser main body, an adjusting portion, a braking portion, and a return portion, and being close to the rear end of the tape dispenser main body. A rotating shaft is provided near the bottom end in the center, a cutter is coupled to the front end of the tape dispenser body, and the adjusting unit is coupled to the tape dispenser body for tape output. The braking unit is coupled to the tape dispenser body and includes a rotating wheel, a transmission part, and a recovery part that mesh with each other, and the rotating wheel includes a tape dispenser. It is exposed outside the front end of the main unit, the transmission parts and the recovery parts are rotated in conjunction with each other, and the height of the rotary wheel is the rotation of the tape dispenser main unit. The return part is connected to the front end of the tape dispenser body to return the brake part. In use, the output end of the tape is manually pulled out to After rotating the contact surface around the rotating shaft, the tape contact surface is attached to the rotating wheel of the braking part, the tape contacting surface rotates the rotating wheel, and the rotating part that synchronously rolls the transmission and recovery parts When rotating to the length set by the adjustment unit, the rotating wheel of the braking unit stops, and the tape can be stopped and the tape can be pressed down to cut it. The structure of the desktop tape dispenser is characterized in that the brake part is returned by inspiring the part, the rotating wheel is released, and the tape pull-out operation can be repeated. To provide.

  According to a second aspect of the present invention, the adjusting portion includes a control component, a fixed seat, a compression spring, and a cover cap, and the pivot of the control component penetrates from the shaft hole on one side of the accommodation space to the other pivot hole. The pivot end portion is fitted and fixed to the fixed seat, the positioning column of the fixed seat and the positioning hole on one side of the storage space are fitted and fixed, and the cap of the control component protrudes outside the one side of the storage space; and A stopper plate is extended to one side of the cap of the control part, and the cap is connected to the outside of the receiving space where the pivot hole and the positioning hole are installed to seal the fixed seat, and a compression spring is installed between the fixed seat and the cap. As a result, the control component drives the fixed seat and makes a transition in the direction of the cover cap. The unit can be marked, and a pivot hole is provided in the storage space of the tape dispenser body, and the display window corresponding to the periphery of the fixed seat is installed on the top surface of several positioning holes. The table-type tape dispenser structure according to the first aspect of the invention is characterized in that the length unit of the seat periphery is checked and the length of the tape output is set.

  According to a third aspect of the present invention, the rotating wheel of the braking portion, the transmission component, and the recovery component are all combined in the accommodating space of the tape dispenser body, and the surface of the rotating wheel is rough and protrudes outside the accommodating space. A groove for coupling with the return part is provided at the tail end of the transmission part, a coil spring is provided in the recovery part, a stop plate corresponding to the stop plate of the control part is extended on the outside, and a gap is provided. The desktop tape dispenser structure according to the first aspect of the present invention is characterized in that the distance is equal to the length of the tape set by the adjusting portion.

  According to a fourth aspect of the present invention, the return portion includes a spring and a slide block having a spring set at the bottom end, and the slide block is coupled to the front end of the tape dispenser main body, the top end of which is a tape. It protrudes outside the front end of the dispenser body, the spring at the bottom end contacts the bottom plate of the tape dispenser body, and the slide block can move up and down at the front end of the tape dispenser body. Positioned on the bottom plate extension piece of the dispenser body, and the tip of the spring is fixed in the tape dispenser body, the central part is coupled with the groove at the rear end of the transmission part of the brake part, The structure of the desktop tape dispenser according to the first invention is characterized in that a slope block body corresponding to the slide block is installed. To provide.

  According to a fifth aspect of the present invention, in the structure of the desktop tape dispenser, the tape dispenser main body, an adjustment portion, a rotating wheel, and a return portion are provided, and the rear end of the tape dispenser main body is set with a tape. A rotating shaft is provided at the bottom end close to the center, a cutter is coupled to the front end of the tape dispenser body, and the adjusting unit is coupled to the tape dispenser body, and the tape For setting the output length, the rotating wheel has a braking function, and the return part can return the rotating wheel. The rotating wheel is rolled by the contact surface of the tape, and when the rotating wheel rotates to the length set by the adjusting unit, the rotating wheel stops and at the same time the tape is stopped. It is possible to cut by pressing down the tape, and in the process of pressing down and cutting, the tape can trigger the return part to return the rotating wheel and repeat the tape pull-out operation The structure of a desktop tape dispenser is provided.

A sixth invention of the present application is a method for using a desktop tape dispenser, which includes the following steps.
Step 1: Manually pull out the output end of the tape positioned on the tape dispenser body and attach the contact surface of the tape to the rotating wheel of the braking unit, so that the tape interlocks with the rotating wheel. .
Step 2: The length for cutting the tape is set by the adjusting portion of the tape dispenser body.
Step 3: When the setting is completed, the output end of the tape is pulled out and pulled to the set value. Then, the rotating wheel of the braking unit stops and the tape cannot be pulled out.
Step 4: Next, the tape is pressed down to cut, in the process of cutting, the tape triggers the return part to return and release the rotating wheel of the brake part, and the tape pulling operation is repeated.

The structure of the desktop tape dispenser provided by the present invention and the method of using the same have the following advantages over other conventional techniques.
In the present invention, the length of the tape output can be set, the length of the tape used by pulling out each time can be made the same, and the purpose of saving the amount of tape used can be achieved.
In the present invention, the length of the tape is set in advance, the tape can be continuously pulled out and cut, and no other return operation is required, so that convenient operability can be achieved.

1A, 1B and 2 show the structure of a desktop tape dispenser according to the present invention.
A tape dispenser main body 1, an adjustment unit 2, a braking unit 3, and a return unit 4 are included.

A rotating piece 11 that can rotate on the tape dispenser body 1 is pivoted on the tape dispenser body 1. A fixed shaft 111 for setting the tape positioning ring 12 is installed on the rotating piece 11.
A rotating shaft 112 is installed on one of the bottom ends of the fixed shaft 111.
An accommodation space 13 is provided near the tip of the tape dispenser body 1, and a shaft hole 131 is installed in one of the accommodation spaces 13.
The other is provided with a pivot hole 14 and several positioning holes 15, and a display window is provided on the top surface thereof.
A cutter 17 is coupled to the tip of the tape dispenser body 1.
A slide groove 18 is installed at the tip of the cutter 17, a bottom plate 19 is coupled to the bottom surface of the tape dispenser body 1, and an extending piece 191 is installed on the bottom plate 19.

The adjusting unit 2 includes a control component 21, a fixed seat 22, a compression spring 23 and a cover cap 24.
The control component 21 has a cap 211, and is provided with several recesses 215 for inserting a user's finger on the top surface of the cap 211, and a stop plate 212 is extended from one of the bottom surfaces of the cap 211, A pivot shaft 213 having several stop blocks 214 provided around the front end is extended.
Several positioning pillars 221 are extended at equal intervals on one side edge of the fixed seat 22, a stop hole 222 is installed at the center, and a length unit 223 is marked on the periphery of the fixed seat 22.

A hollow cylinder 224 is installed on the other side of the fixed seat 22. A concave groove 241 is provided on the inner wall surface of the cover cap 24, and several fitting springs 242 are extended around the periphery thereof.
The pivot 213 of the control component 21 is put into the accommodation space 13 via the shaft hole 131 on one side of the accommodation space 13 of the tape dispenser main body 1 and passes through the other pivot hole 14, and the cap 211 of the control component 21. Is protruded out of the shaft hole 131 of the tape dispenser body 1, the stop block 214 at the front edge of the pivot 213 is fitted into the stop hole 222 of the fixed seat 22, and the positioning column 221 of the fixed seat 22 is the taper dispenser body 1. The length unit 223 of the periphery of the fixed seat 22 is made to correspond to the display window 16 on one side of the tape dispenser body 1 housing space 13.
One end of the spring 23 is set outside the hollow cylinder 224 of the fixed seat 22.

The cover cap 24 is fitted to the outside of the pivot hole 14 and the positioning hole 15 installed in the tape dispenser body 1 accommodating space 13 by the fitting spring 242 on the cover cap 24, seals the fixed seat 22, and One end is fixed in the concave groove 241 of the cover cap 24.
The length unit 223 may be marked on the periphery of the control component 21 and has the effect of setting the length of the tape output.

The braking unit 3 is set on the pivot 213 of the control component 21 and is accommodated in the accommodating space 13 of the tape dispenser body 1.
The braking unit 3 mainly includes a rotating wheel 31, a transmission part 32, and a recovery part 33.
A transmission 312 is installed in the rotating wheel 31, and its surface forms a rough surface 311.
A first drive 321 and a second transmission 322 are provided at the front end of the transmission component 32, and a groove 323 is provided at the end.
A coil spring 331 is coupled to the recovery part 33, and a driver 333 is installed on the bottom surface of the recovery part 33, and a stop piece 332 is extended from one side.

The transmission component 32 and the recovery component 33 are coupled into the rotating wheel 31 to mesh the first driver 321 of the transmission component 32 and the transmission 312 in the rotating wheel 31.
The second transmission 322 of the transmission component 32 meshes with the driver 333 of the recovery component 33, and the stop piece 332 of the recovery component 33 maintains a certain distance corresponding to the stop plate 212 of the control component 21.
This interval is the length of the tape 5 set by the adjusting unit 2.

The rotating wheel 31 protrudes out of the storage space 13 of the tape dispenser body 1 and its position is much higher than the rotating shaft 112. In addition, the transmissions 312 and 322 and the drivers 321 and 333 of the rotating wheel 31 and the transmission part 32 and the recovery part 33 may be gears.
The return part 4 includes a slide block 41, a spring 42 and a spring 43. One end of the spring 42 is set on the convex shaft 412 at the bottom end of the slide block 41, and a protruding piece 411 is extended to the top end of the slide block 41.

A fixed plate 431 is provided at the bent end of the spring 43, a recess 432 is provided at the center thereof, and a block body 433 having an inclined surface at the rear end is extended.
The protruding piece 411 of the slide block 41 protrudes from the slide groove 18 at the front end of the tape dispenser body 1, the spring 42 at the bottom end of the slide block 41 is brought into contact with the bottom plate 19, and the spring 43 is extended to the extended piece 191 of the bottom plate 19. The fixing plate 431 at the front end of the spring 43 is fixed in the tape dispenser main body 1.
The block body 433 at the rear end of the spring 43 corresponds to one of the bottom ends of the slide block 41. Further, the groove 323 at the rear end of the transmission part 32 of the braking part 3 is fitted into the recess 432 at the center of the spring 43, and the spring 43 drives and moves the transmission part 32.

3 to 5 and assembly diagram 1 are operation schematic diagrams of the present invention.
When the tape 5 is used, the tape 5 is first set on the tape positioning ring 12 by a manual method.
The rotating piece 11 is turned up from the tape dispenser body 1 so that the tape positioning ring 12 on which the tape 5 is set can be set on the fixed shaft 111 of the rotating piece 11.

Next, the output end 51 of the tape 5 is pulled, and first, the contact surface of the tape 5 is turned around the rotating shaft 112 of the rotating piece 11 so that the contact surface of the tape 5 sticks to the rotating wheel 31 of the braking unit 3.
When the tape 5 is pulled by the rough surface 311 on the surface of the rotating wheel 31, the rotating wheel is interlocked.

  At this time, the user pushes the control component 21 of the adjustment unit 2 toward the fixed seat 22 by one stroke, and pushes the positioning column 221 of the fixed seat 22 away from the positioning hole 15 of the tape dispenser main body 1. The fixed seat 22 is driven and rotated.

In this way, the length unit 223 on the fixed seat 22 can be checked by the display window 16 of the tape dispenser main body 1, and the length of the tape 5 can be set.
At this time, the compression spring 23 of the adjustment unit 2 is in a compressed state, and once the force on the control component 21 is removed, the fixed seat 22 and the control component 21 return to the original part by the elasticity of the compression spring 23, The positioning column 221 of the fixed seat 22 is again fitted into the positioning hole 15 of the tape dispenser body 1 to position the control component 21 and the fixed seat 22 so that they cannot rotate.

On the other hand, the distance between the stop plate 212 on one side of the control component 21 and the stop piece 332 on one side of the recovery component 33 of the braking unit 3 is the tape length setting value.
When the setting is completed, the user pulls the tape 5, synchronously rotates the rotating wheel 31 of the braking unit 3, and simultaneously rotates the transmission component 32 and the recovery component 33, thereby providing elasticity to the coil spring 331 in the recovery component 33. Cause it to occur.

When the tape 5 is pulled to the set value, the recovery part stop piece 332 of the braking part 3 is stopped by the control part stop plate 212 of the adjustment part 2, and the recovery part 33 limits the rotation of the transmission part 32 and the rotating wheel 31.
At this time, the contact surface of the tape 5 sticks on the rotating wheel 31, and the tape 5 is also stopped at the same time and cannot be pulled.

Next, the tape 5 is cut by the cutter 17 at the tip of the tape dispenser body 1.
In the process of cutting, the tape 5 first comes into contact with the slide block protruding piece 411 of the return portion 4, the slide block protruding piece 411 is pushed downward by the tape 5, and one side of the bottom end of the slide block 41 is the rear side of the spring 43. The rear end of the spring 43 is shifted by one stroke by the block body slope 433.
In addition, the transmission component 32 of the braking unit 3 is moved backward in synchronization with each other, and the first driver 321 and the second transmission 322 at the front end of the transmission component 32 are connected to the transmission 312 of the rotating wheel 31 and the driver 333 of the recovery component 33. The recovery part 33 and the rotating wheel 31 are elastically returned by the coil spring 331 in the recovery part 33.

Since the front end of the spring 43 is fixed, when the rear end of the spring 43 moves, elasticity is generated in the spring 43, and when the cutting of the tape 5 is finished, the slide block 41 of the return portion 4 is moved to the bottom spring 42. To return to the original site.
On the other hand, the spring 43 is restored by its own elasticity, and the transmission part 32 of the braking unit 3, the rotating wheel 31 and the recovery part 33 are engaged again and interlocked, and the tape 5 can be pulled out again.
In addition, the length of the tape 5 that is pulled and cut each time is the same length, thereby achieving the purpose of saving the convenience of operation and the amount of use of the tape 5.

In addition, the fixed shaft 111 and the rotating shaft 112 of the rotating piece 11 may be installed directly on the tape dispenser body 1, and if the position of the rotating wheel 112 is also lower than the rotating shaft of the braking unit 3, Similarly, the length of the tape 5 can be set.
Therefore, the position where the rotating shaft 112 and the fixed shaft 111 are installed is not limited.

1 is an exploded schematic view of a structure of a desktop tape dispenser according to the present invention and a method for using the same. 1 is an exploded schematic view of a structure of a desktop tape dispenser according to the present invention and a method for using the same. 1 is a schematic perspective view of a structure of a desktop tape dispenser according to the present invention and a method for using the same. 1 is a schematic operation diagram of a structure of a desktop tape dispenser according to the present invention and a method of using the same. 1 is a schematic cross-sectional view of a structure of a desktop tape dispenser according to the present invention and a method for using the same. 1 is a schematic cross-sectional view of a structure of a desktop tape dispenser according to the present invention and a method for using the same. FIG. 2 is a schematic view of the operation of a return portion of a structure of a desktop tape dispenser according to the present invention and a method of using the same. FIG. 2 is a schematic view of the operation of a return portion of a structure of a desktop tape dispenser according to the present invention and a method of using the same.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Tape dispenser main body 11 ... Rotary piece 111 ... Fixed shaft 112 ... Rotary shaft 12 ... Tape positioning ring 13 ... Storage space 131 ... Shaft hole 14 ... Pivoting hole 15 ... Positioning hole 16 ... Display window 17 ... Cutter 18 ... Slide groove 19 ... Bottom plate 191 ... Stretched piece 2 ... ... Adjustment part 21 ... Control part 211 ... Cap 212 ... Stop plate 213 ... Pivot 214 ... Stop block 215 ... Recess opening 22 ... Fixing seat 221 ... · Positioning column 222 · · · Stop hole 223 · · · Length unit 224 · · · Hollow cylinder 23 · · · Compression spring 24 · · · Cover cap 241 · · · groove 242 · · · fitting spring 3... Braking part 31... Rotating wheel 311. Rough surface 312... Transmission 32... Transmission component 321... First drive 322... Second transmission 323. ··· Stop piece 333 ··· Driver 4 ··· Return portion 41 ··· Slide block 411 ··· Projection piece 412 ··· Convex shaft 42 ··· Spring 43 ··· Spring 431 ... Fixing plate 432 ... Recess 433 ... Block body 5 ... Tape

Claims (6)

In the structure of desktop tape dispenser,
Including a tape dispenser main body, an adjustment unit, a braking unit, and a return unit,
A tape is set near the rear end of the tape dispenser body, and a rotating shaft is provided near the center bottom end, and a cutter is coupled to the front end of the tape dispenser body,
The adjustment unit is coupled on the tape dispenser body and is for setting the length of the tape output;
The braking unit includes a rotating wheel coupled on the tape dispenser body and meshing with each other, a transmission part, and a recovery part.
The rotating wheel is exposed outside the front end of the tape dispenser body, the transmission part and the recovery part are rotated in conjunction with each other, and the height of the rotating wheel is higher than the rotation axis of the tape dispenser body. ,
The return part is coupled to the front end of the tape dispenser main body to return the brake part,
In use, after pulling out the output end of the tape manually and turning the contact surface of the tape around the rotating shaft, the tape contact surface is attached to the rotating wheel of the braking unit, and the tape contact surface rotates the rotating wheel. In addition, the transmission part and the recovery part are synchronously rolled. When the rotating wheel rotates to the length set in the adjusting part, the rotating wheel of the braking part stops, and the tape is stopped, and the tape is pressed down and cut. In the process of pressing down and cutting, the tape can trigger the return part, return the braking part, release the rotating wheel, and repeat the tape pulling out work. And
Structure of desktop tape dispenser.   The adjusting part includes a control part, a fixed seat, a compression spring, and a cover cap, and the pivot of the control part penetrates from the shaft hole on one side of the accommodation space to the other pivot hole, and fixes the pivot end. Fit the seat into the seat and fix it. Fit the positioning pillar on the seat and the positioning hole on one side of the storage space, and fix the cap of the control part to the outside of the one side of the storage space. By extending the plate and coupling the cap to the outside of the receiving space where the pivot hole and the positioning hole are installed, the fixing seat is sealed, and a compression spring is installed between the fixing seat and the cap, so that the control component is The fixed seat is driven to move one stroke in the direction of the cover cap, and the control part is elastically restored by the compression spring, and the length unit is indicated on the periphery of the fixed seat of the adjusting portion. The length of the periphery of the fixed seat from the display window is provided by providing a pivot hole in the storage space of the tape dispenser body and installing a display window corresponding to the periphery of the fixed seat on the top surface of several positioning holes. 2. The desktop tape dispenser structure according to claim 1, wherein the unit is checked and the length of the tape output is set.   The rotating wheel of the braking part, the transmission part and the recovery part are all coupled in the housing space of the tape dispenser body, and the surface of the rotating wheel is rough and protrudes out of the housing space. A groove for coupling with the return portion is provided at the tail end of the control part, a coil spring is provided in the recovery part, a stop piece corresponding to the stop plate of the control part is extended on the outside, and a gap is maintained. The desktop tape dispenser structure according to claim 1, wherein the length of the tape is set by the adjusting unit.   The return portion includes a spring and a slide block having a spring set at the bottom end, and the slide block is coupled to the front end of the tape dispenser body, and the top end projects outside the front end of the tape dispenser body. The bottom end spring contacts the bottom plate of the tape dispenser body, and the slide block can move up and down at the front end of the tape dispenser body. Positioned above, the tip of the spring is fixed in the tape dispenser body, the central part is coupled to the groove on the rear end of the transmission part of the braking part, and the slope block corresponding to the slide block is located on the rear end of the spring 2. The desktop tape dispenser structure according to claim 1, wherein a body is installed. In the structure of desktop tape dispenser,
Including a tape dispenser main body, an adjustment unit, a rotating wheel, and a return unit,
The rear end of the tape dispenser body is for setting and positioning the tape, and a rotating shaft is provided at the bottom end close to the center, and a cutter is coupled to the front end of the tape dispenser body.
The adjustment unit is coupled on the tape dispenser body and is for setting the length of the tape output;
The rotating wheel has a braking function,
The return portion can return the rotating wheel,
In use, the tape contact surface is manually affixed to the rotating wheel, the rotating surface is rolled by the tape contact surface, and when the rotating wheel rotates to the length set by the adjusting section, the rotating wheel stops and at the same time The tape can be stopped and pressed down to cut the tape. In the process of pressing down and cutting, the tape can trigger the return part to return the rotating wheel and repeat the tape pull-out operation. It is characterized by
Structure of desktop tape dispenser. A method for using a desktop tape dispenser, comprising the following steps.
Step 1: Manually pull out the output end of the tape positioned on the tape dispenser body and attach the contact surface of the tape to the rotating wheel of the braking unit, so that the tape interlocks with the rotating wheel. .
Step 2: The length for cutting the tape is set by the adjusting portion of the tape dispenser body.
Step 3: When the setting is completed, the output end of the tape is pulled out and pulled to the set value. Then, the rotating wheel of the braking unit stops and the tape cannot be pulled out.
Step 4: Next, the tape is pressed down to cut, in the process of cutting, the tape triggers the return part to return and release the rotating wheel of the brake part, and the tape pulling operation is repeated.

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