KR101113365B1 - Adhesive tape attaching jig - Google Patents

Abstract

An adhesive tape attaching jig (50) that allows adhesive tape, which widens along its length, to be continuously attached to an adherend in a stable and reliable manner. The attaching jig (50) has a construction comprising the combination of a tape holder (11, 12) which receives and holds adhesive tape in the attaching jig, a tape attacher (9) which contact bonds the adhesive tape that has been guided from the tape holder (11, 12) onto the tape attachment surface of an adherend, and a jig guide member (6, 7) which continuously guides the attaching jig (50) along the adherend, wherein the tape holder (11, 12), the tape attacher (9) and the jig guide member (6, 7) each also comprise movable mechanisms (26, 31, 32).

Description

Jig with adhesive tape {ADHESIVE TAPE ATTACHING JIG}

The present invention relates to an adhesive tape attachment jig, and more particularly, to an adhesive tape attachment jig that allows continuous and stable attachment of an adhesive tape to an adherend in a manner adapted to the adherend even if the adherend or the adhesive tape has a variable shape. will be.

For the attachment of adhesive tapes to adherends such as automobile sash frames, it is conventionally used to use attachment jigs for high efficiency attachment operations. This is because effort, time, and training are required for the manual tape attaching operation to achieve the attachment of the adhesive tape on the position of the adherend by contact bonding while being careful to prevent wrinkles and air pockets.

Most commonly used adhesive tape attachment jig currently includes a tape attacher for attaching the adhesive tape to the adherend, a jig guide member for maintaining a constant distance between the adherend and the attaching jig, and an adhesive tape. It consists of a tape holder that holds and feeds it to a tape attacher.

Further, for the attachment of the adhesive tape to the adherend, the attachment jig is mounted at the end of the adherend, and the attachment of the adhesive tape starts from such a position, but the jig guide member and the tape attacher of the attachment jig are respectively attached to the adherend. It is difficult to put it into a specific positional relationship that fits the purpose. In addition, if large bends or bends are present in the adherend, it becomes difficult to continue the attachment of the adhesive tape in a continuous manner after the attachment operation is started. Mounting and removal of the attachment jig during the attachment operation is complex and creates more work steps. This problem can be solved by using the guide device with the attachment jig for smoother attachment work, but this complicates the attachment work more and requires training for the use of the guide device.

In addition, large fluctuations in the tape attachment surface of the adherend create problems for the use of the attachment jig. In particular, in the case where the width of the adherend has a large variation, non-uniform contact bonding may occur during tape attachment, generating adhesion defects such as air pockets or wrinkles, or hindering the advancing of the attachment jig itself.

In the case where the width of the adhesive tape has a large variation, since the tape holder of the attachment jig is preset to the tape holding width, the attachment jig should be removed for manual attachment of a wider portion.

For attachment of an adhesive tape to an adherend having a curved portion or a bent portion along its length or an adherend having a wide portion along the tape attachment portion, providing an attachment jig that allows improved continuous attachment of the adhesive tape. It may be an object of the present invention. In addition, it is an object of the present invention to provide an attachment jig that allows fast and stable reliable attachment operation regardless of the operator's skill and does not require manual operation for the removal of the attachment jig from the adherend or the use of a guide device during the attachment operation. It may be an object of the invention.

As a result of steady research for the purpose of solving the above-described problems, the present inventors have a mechanism to adjust or move, preferably an adherend or adhesive tape, to an adhesive tape attachment jig composed of a tape holder, a tape attacher, and a jig guide member. It is effective to mount a sliding mechanism with energy applying means having a buffering effect on each of the tape holder, tape attacher, and jig guide member to allow movement of the position of each member to conform to changes in shape, size, and the like. The present invention has been completed with the knowledge that.

In one aspect of the invention, there is provided an adhesive tape attachment jig, which is an attachment jig for continuous attachment of the adhesive tape in a manner that conforms to the shape and / or size of the long adherend. The jig includes a tape holder for accommodating and retaining the adhesive tape in the attachment jig, a tape attacher for adhesively bonding the adhesive tape guided from the tape holder onto the tape attaching surface of the adherend, and a guide for continuously guiding the attachment jig along the adherend. A combination of jig guide members is included, and the tape holder, tape attacher, and jig guide member each also include an adjustable mechanism.

In the attachment jig of the present invention, the adjustable mechanism of the tape holder may exhibit a function of changing the tape receiving or holding width of the tape holder in accordance with the change of the size of the adhesive tape, and the adjustable mechanism of the tape attacher is characterized by the shape of the adherend and / or Or change the tape attachment width of the tape attachment head according to the size change, and the adjustable mechanism of the jig guide member stably guides the attachment jig along the adherend according to the shape and / or size change of the adherend. It can represent the function to.

1 is a perspective view of a preferred embodiment of an adhesive tape attaching jig according to the present invention.

Fig. 2 is a front view of the attachment jig shown in Fig. 1.

FIG. 3 is a schematic diagram showing the movement of the adhesive tape in the cross section along segments III-III of the attachment jig shown in FIG.

4 is a front view of a first embodiment of the attachment jig shown in FIGS. 1 and 2;

The adhesive tape attaching jig according to the present invention includes a tape holder for accommodating and retaining the adhesive tape in at least the attaching jig, a tape attacher for contact-bonding the adhesive tape guided from the tape holder onto the tape attaching surface of the adherend, and the adherend. Accordingly comprising constituent members which are jig guide members which guide the attachment jig continuously in any desired combination. Such constituent members are usually supported by a support frame or support block to enable a combination of them with each other.

The tape attacher is provided in the attachment jig of the present invention to press the adhesive tape against the tape attaching surface of the adherend to achieve a firm contact bond. The tape applicator may have one of a variety of forms commonly employed in the field of attachment jig, but is preferably in the form of a tape attachment head. The tape attachment head allows the placement, pressurization and reliable contact bonding of the adhesive tape onto the tape attachment site of the adherend. Tape attachment heads will usually be used in a manner that is mounted on a suitable support frame.

The tape attachment head can have one of a variety of shapes and sizes, and can be formed from a variety of materials. For example, the tape attachment head may be constructed from a cylindrical member or a flat member. Cylindrical members are advantageous in that they provide a structure that allows the head to roll over the adherend, resulting in increased contact bonding effect. As one variant of the cylindrical member, a cylindrical member having flat upper and lower sides can be used. The size of the tape attachment head can be changed as desired according to the structure of the attachment jig and the size of each constituent member.

The tape attachment head slides over the tape attachment site of the adherend, continually pressing the adhesive tape onto the tape attachment site, preferably gradually increasing the pressing force, thereby achieving the attachment at the final step onto the tape attachment site. It allows for contact bonding of the adhesive tape, so that at least part of its surface is preferably composed of a surface layer having the function of an adhesive tape slide acceleration layer and a buffer layer. As suitable surface layer materials, mention may be made of elastic materials such as natural and synthetic rubbers, foamed plastic materials including polyurethane foams, and various kinds of felt materials. The surface of the elastic material may be covered with a thin skin layer to add strength when used. The core material of the tape attachment head may be composed of, for example, a metal material or a plastic material. Plastic materials can be advantageously used in view of light weight and workability.

Any number of tape attachment heads can be used for the tape attachment member. One tape attachment head is sufficient in most cases, but more than two may be used if necessary. If a plurality of tape attachment heads are used, each of the attachment heads may be the same or different. By using a combination of different kinds of attachment heads, it may be possible to obtain greater tape contact bonding effects.

The tape attacher of the adhesive tape attaching jig of the present invention is also characterized by having an adjustable mechanism. The adjustable mechanism can have any kind of structure, but the sliding mechanism will usually be advantageous in terms of the structure of the jig, and providing an energy application means provides additional advantages. The energy applying means can be for example a spring or the like. The most advantageous adjustable mechanism for carrying out the invention includes a shaft and springs mounted in a manner surrounding the shaft and the like. By mounting such an adjustment mechanism on the tape attacher, it is possible to change the tape attaching width of the tape attaching head as desired to correspond to the shape and / or size change of the adherend while allowing a stable and continuous attach operation.

The tape applicator may also have a second adjustable mechanism in addition to the adjustable mechanism described above (hereinafter referred to as “first adjustable mechanism”). The second adjustable mechanism is for the purpose of suitably controlling the contact bonding action of the adhesive tape onto the adherend. In particular, the second adjustable mechanism can suitably adjust the positional relationship between the tape attacher and the adherend to allow stable and firm contact bonding of the adhesive tape.

The second adjustable mechanism may be formed similarly to the first adjustable mechanism, advantageously by a sliding mechanism with energy applying means, such as for example a spring. This adjustable mechanism is an advantageous mode in terms of space saving, and can be mounted in an open space such as a hole provided in the portion of the block or shaft that supports the tape attachment head that does not directly contribute to the action of the jig.

The adhesive tape attachment jig of the present invention includes a tape holder for supplying the adhesive tape to the above-mentioned tape attacher. Providing a tape holder forms a fixed space, usually a slit tape guide space between the tape holder and the tape applicator, which not only facilitates the continuous supply of the adhesive tape to the tape applicator, but also makes the adhesive tape stable from the outside. Accept and maintain In fact, if such a tape guide space is present, the adhesive tape can be reliably fed to the tape attacher at a predetermined tension without hanging or deviating from the traveling path.

The tape holder is usually composed of a plurality of tape holder members required to form a tape guide space. The tape holder member is usually mounted with its major side extending generally parallel to the advancing surface of the adhesive tape, fixed to the support frame or other support frame of the tape applicator, or laid in a rotatable or switchable manner.

The tape holder member can be of any desired shape, size, or material so long as no adverse effects are created on the progress of the adhesive tape. For example, the shape of the tape holder member can be a thin cylindrical or square cylindrical rod shape, or a long thin or wide plate shape. If necessary, a tape guide block or the like may be used to obtain a better tape guide effect. The size of the tape holder member can be changed as desired according to the size of the adhesive tape. The tape holder member may be formed of a metal material, a plastic material, or the like, but a plastic material product is particularly useful.

The tape holder of the adhesive tape attaching jig of the present invention is also characterized by having an adjustable mechanism. The adjustable mechanism can have any kind of structure similar to the tape attacher described above. It is usually advantageous for the adjustable mechanism to be a sliding mechanism in view of the structure of the jig, and providing an energy application means provides further advantages. The energy applying means can be for example a spring or the like. The most advantageous adjustable mechanism for carrying out the invention includes a shaft and springs mounted in a manner surrounding the shaft and the like. By mounting such an adjustable mechanism on the tape holder, it is possible to change the size of the tape guide space as desired to correspond to the shape or size (width) change of the adhesive tape while allowing stable feeding and maintenance of the tape. The adjustable mechanism can also be shared as the first adjustable mechanism of the tape attacher to achieve simplification of structure and reduction of manufacturing cost.

The tape holder is also preferably modified in its structure to facilitate and stabilize the fit of the adhesive tape onto the attachment jig, while preventing the adhesive tape from deviating from the jig during progress to ensure a stable progression. For example, it preferably has a structure in which the end of the rod-like or plate-shaped tape holder member is a free end and the slit-shaped opening, ie, the adhesive tape fitting hole, is open in the inside and in the corresponding portion of the tape attaching machine.

The adhesive tape attachment jig of the present invention also includes a jig guide member for continuously guiding the jig along the adherend. The jig guide member maintains a constant distance and their constant position between the adherend and the attachment jig, stabilizes the direction of movement of the jig along the contour of the adherend, ensures smooth movement of the jig, and achieves proper movement of the tape attaching machine. Is designed to be in contact with the determined position of the adherend first. The jig guide member can preferably clamp the adherend in cooperation with the tape applicator.

The jig guide member may be deformed as desired, but will usually consist of a jig guide and a support frame or similar member such as a support block or holder mounted in a fixed or adjustable manner. The shape, size, and material of the jig guide member are not particularly limited as long as the expected effect of smooth movement of the jig and proper movement of the tape attaching machine is achieved. For example, the jig guide may comprise any desired guide member such as a roller or plate. The jig guide is preferably a guide roller. A single guide roller may be provided or two or more different types of guide rollers may be used together for a more satisfactory guide effect. If necessary, such a guide roller may consist of at least two parallel rotating rollers. The size of the jig guide is generally balanced with the jig and can be changed as desired.                 

The jig guide member will normally be used with its support frame, etc. fixed to the jig body, but the recommended mode of use is adjustable to achieve smooth fitting of the jig on the adherend and to allow the attachment jig to contact the adherend under appropriate pressing force. Is mounted in such a way. For example, the support frame is preferably configured to be foldable by a hinge or the like at its base. In such a case, a suitable energy applying means (eg a spring) can be used in connection with it to provide the optimum pressing force.

The jig guide of the jig guide member may be formed into a rotary roller or other suitable form by molding or the like from a slidable material of a kind such as metal or plastic, and preferably formed of a rotary roller from a hard or soft plastic. The rotary roller may have one of a variety of forms within the scope of the present invention, and may be composed of a rigid or soft plastic material, or alternatively may be composed of a rotary roller formed of at least a surface portion of an elastic material. The elastic material can be, for example, natural or synthetic rubber, foamed plastic material such as polyurethane foam, or a kind of felt material.

Additional jig guides (second jig guides) may also be used in combination with the aforementioned jig guides (hereinafter referred to as "first jig guides") of the attachment jig of the present invention. The second jig guide supplements the action of the first jig guide for increased function. In particular, using the second jig guide helps to maintain a fixed position of the attachment jig relative to the adherend, and in cooperation with the first jig guide, clamping the adherend and controlling the posture of the jig are more efficiently achieved. Be sure to The second jig guide may have any shape and size as long as it can clamp the adherend in cooperation with the first jig guide, but is preferably configured in a compact manner as possible for miniaturization of the jig. The second jig guide may have the same shape and size as the first jig guide described above. The second jig guide is preferably composed of a plastic rotating roller and a single one can be used or a combination of two or more rotating rollers having the same or different shape and size can be used. If a plurality of rotating rollers are used, the rollers are preferably used in a parallel arrangement.

The jig guide member for the adhesive tape attaching jig of the present invention is also characterized by having an adjustable mechanism. The adjustable mechanism can have any kind of structure similar to the tape attacher or tape holder described above. It is usually advantageous for the adjustable mechanism to be a sliding mechanism in view of the structure of the jig, and providing an energy application means provides further advantages. The energy applying means can be for example a spring or the like. The most advantageous adjustable mechanism for carrying out the invention includes a shaft and springs mounted in a manner surrounding the shaft and the like. By mounting such an adjustable mechanism on the jig guide member, it is possible to stably guide the attachment jig along the adherend in accordance with the shape and / or size change of the adherend, thereby achieving a stable tape attachment operation.

As mentioned above, each of the constituent members of the attachment jig of the present invention is supported by a supporting member such as a supporting frame or a supporting block. Each of the constituent members may be supported by a proprietary support frame or the like, or, if necessary, by a common support frame or the like. Two or more support frames and the like may be integrally joined using coupling means such as bolts and nuts, adhesives and the like. The size and shape of the support frame or the like is preferably selected in consideration of the operability and handling of the jig. Suitable materials for the support frame and the like include metal materials, for example iron, aluminum or alloys thereof, and plastics such as polypropylene resins, polyethylene resins, polyacetal resins, ABS resins, nylon resins, fluorine-containing resins and acrylic resins. Contains the material. Particularly suitable among these materials are lightweight plastic materials which do not generate loads even during long operation. For improved handleability of the attachment jig of the present invention, it is preferable to also adopt a gripping portion as described later, but a support frame or the like may be added with a gripping function.

The attachment jig of the present invention also preferably has a gripping portion. The gripping portion can facilitate the stretching and compression of the adhesive tape applying operation or the energy applying means. The grip is usually in the form of a knob or clip, but a plate-like plastic member or the like may instead be mounted on a support frame or the like.

In order to carry out the present invention, the adherend and the adhesive tape attached thereto are not particularly limited, and any one generally employed in the art may be used directly or after appropriate improvement or modification. For example, the adherend may be one of a wide variety of objects, such as automobiles or other types of vehicles, buildings or other types of structures, machines, household appliances, and the like. However, the function and effect of the attachment jig of the present invention is most satisfactory when the adherend to be used is an object having one or more curved, bent or widened portions along its length, or when the adhesive tape used is widened along its length. Appears. As an example of such an adherend having a special shape, an automobile door part frame or a so-called door chassis may be mentioned. The adhesive tape is an adhesive layer provided with a release layer on the top for protecting the adhesive layer, such as acrylic adhesives, epoxy adhesives, urethane adhesives, silicone adhesives, phenolic adhesives, vinyl chloride adhesives, hot melt adhesives, and the like. Any desired base material such as paper or plastic coated with a layer. The adhesive tape may be in the form of a roll, sheet, film, or the like, and its size may be in a wide range from thin to large. If necessary, an adhesive tape previously cut into the shape of the adherend can be used.

When the attachment jig of the present invention is used for the attachment of the adhesive tape, no wrinkles or air pockets are generated, and thus no further work such as pressurization of the adhesive tape by the rubber roller after attachment is necessary. Even if the shape of the adherend or the width of the adhesive tape is changed during the attaching operation, no attachment defect will occur due to uneven contact bonding, and the attachment jig will not stop. It is also possible to prevent inconvenience such as removal of the jig during the attachment operation or switching to manual attachment operation.

Yes

Preferred examples of the adhesive tape attaching jig of the present invention will now be described with reference to the accompanying drawings. However, it should be understood that the attachment jig of the present invention is not limited to the following examples.

1 is a perspective view of a preferred embodiment of an adhesive tape attaching jig according to the present invention, and FIG. 2 is a front view of the attaching jig shown in FIG. 3 is a cross-sectional view along the segment III-III of the attachment jig shown in FIG. 2 for a more simple description of the movement of the adhesive tape within the attachment jig of the figure.

As shown in the figure, the adhesive tape attachment jig 50,

(1) a tape holder composed of a tape guide 11 and a tape guide pin 12, for holding and holding an adhesive tape in the attachment jig 50;

(2) a tape attaching member composed of an attaching roller 9 or the like, for bringing the adhesive tape guided from the tape holder into contact bonding on the tape attaching surface of the adherend;

(3) It guides the attachment jig 50 continuously along the to-be-adhered body, Comprising: The combination of the jig guide member comprised with the guide rollers 6, 7 etc. was comprised in compact form, and each of these has an adjustable mechanism. The adjustable mechanism used for this embodiment includes a stainless steel shaft and a spring as described below. The attachment jig 50 has a knob 13 and a handle 14 as a grip for facilitating manual operation.

The tape holder is composed of a tape guide 11 and a tape guide pin 12 made of acetal resin (POM), respectively. The tape guide 11 and the tape guide pin 12 are fixed to the support frames 1, 2 made of nylon resin in a manner that spans the frame, and as shown in Fig. 3, the design shows that the attachment jig has an arrow A The adhesive tape 40 provided with the release sheet is moved between the tape guide space 5 formed by the tape guide 11 and the tape guide pin 12 when moving over the tape attaching surface of the adherend 45 in the direction of. It is supposed to move in the direction. The adhesive tape 40 provided with the release sheet is separated into the adhesive tape 41 and the release sheet 42 before contacting the adherend 45, and the adhesive tape 41 is then contacted by the attachment roller 9. In contact with the complex 45.

The tape holder also uses a support frame 2 and a tape guide block 23 made of acetal resin to establish the tape guide space 5. The tape guide block 23 is mounted on the tape guide 11 and the guide shaft 24 in a slidable manner, and acts on the action of the spring 26 serving as an energy application means mounted on the tape guide pin 12. Allows for proper adjustment of the width of the tape guide space 5 so as to match the width of the adhesive tape against. As will be described later, the tape guide block 23 has a function to allow proper adjustment of the attachment roller 9 to match the width of the adhesive tape or the object to be adhered.

The tape attacher mainly consists of the attachment roller 9 fixed to the support frames 1, 2. The attachment roller 9 is cylindrical and its surface is covered with elastic rubber to allow smooth attachment operation. One end of the attachment roller 9 is in contact with the support frame 2, and the other end is mounted in a slidable manner on the guide shaft 24 and in contact with the tape guide block 23. The tape guide block 23 is adjustable to match the width of the adhesive tape or the adherend, so that a stable attachment operation can be performed according to their shape change.

The jig guide member consists of guide rollers 6, 7 mounted on a guide holder 3 made of nylon resin via a guide shaft 4 made of stainless steel. The guide shaft 4 is adjustable in the forward and rearward direction, and the guide groove and the stop groove are carved around the guide shaft 4 to stop it at the desired position. Portions of the guide rollers 6, 7 of the guide holder 3 are adjustable upward and downward by the spring 31, and the knob 13 is used to achieve the adjustment. Since the parts of the guide rollers 6 and 7 can be adjusted upwards and downwards, mounting of the attachment jig onto the to-be-adhered object becomes easy. Knob 13 may be used for front and rear adjustment of guide shaft 14. While portions of the guide rollers 6, 7 are adjustable up and down by springs 31 in the embodiment shown in the figures, the springs 31 can be removed to allow simple bending movements.

Since the guide rollers 6 and 7 also have a spring 32 as an energy application means, the guide rollers 6 and 7 can be appropriately adjusted while applying an appropriate pressure to the adherend in accordance with the shape change of the adherend. That is, since the spring 32 is extensible and compressible to allow the desired adjustment of the space between the jig guide member and the tape attacher, the spring 32 can be retracted to widen the space between the jig guide member and the tape attacher, The function as a jig guide member is shown.

The attaching operation of the adhesive tape 41 to the adherend 45 using the attaching jig 50 shown in the figure can be performed, for example, in the following manner. The to-be-adhered object 45 is here a part of the automobile chassis frame which has a large curved and widened portion along its length. The adhesive tape 41 is commonly referred to as "blackout" and has a release sheet 42 for the protection of the adhesive layer.

First, the adhesive tape 41 is installed in the tape holder of the attachment jig 50. This is accomplished by manually winding the adhesive tape 41 with the release sheet 42 between the tape guide 11 and the tape guide pin 12 as shown in FIG. The tape guide block 23 is pressed by the pressing force at the edge of the adhesive tape 41 to form a tape guide space 5 of a size suitable to match the width of the adhesive tape 41.

Next, the attaching roller 9 of the tape attaching machine and the guide rollers 6 and 7 of the jig guide member are placed at predetermined positions, and the attaching jig 50 is provided on the adherend 45. The attaching roller 9 of the tape attaching machine slides to the tape attaching position, and the guide rollers 6 and 7 contact the adherend 45. Next, the attaching jig 50 is moved in the direction of the arrow A, and the adhesive tape 41 is attached to the tape attaching surface of the adherend 45 while peeling off the release sheet 42 from the adhesive tape 41. do. In the attachment jig 50, the guide rollers 6, 7 are pressed against the side of the adherend 45, and the attachment roller 9 is pressed against the tape attaching surface of the adherend 45, so that the attachment jig ( Allow simultaneous smooth running of 50) and firm adhesive bonding of the adhesive tape 41. The attachment operation in this manner can be carried out in a continuous and stable manner without problems even if the bend or the like is present along the adherend 45 or its tape attachment surface is significantly changed.

4 shows one embodiment of the attachment jig 50 shown in FIGS. 1 and 2 with an additional adjustable mechanism. The attaching roller 9 of the tape attaching machine allows the adjustment of the tape guide block 23 through the stretching and compressing action of the spring 26 as described above, so that the tape attaching width and And / or allow to vary in size, but by attaching additional adjustable mechanisms to the desired positions of the support frame 2 and the tape guide block 23, in addition to the above-described functions and effects, more stable attachment work can be achieved. It is possible to press the attachment roller 9 against the adherend with an appropriate pressing force to permit. The adjustable mechanism used in the embodiment shown in this figure also includes a stainless steel shaft and a spring 33 mounted around it.

As mentioned above, by using the attachment jig according to the present invention, various kinds of adhesive tapes for the adherend having a curved portion or a curved portion along the length using a single common attachment jig without providing multiple attachment jigs. In addition to achieving the attachment of, it is possible to prevent the complex operation of removing the attachment jig for manual tape attachment in curved parts and the like and to ensure that the attachment jig proceeds continuously along the adherend, and thus The attachment of the adhesive tape is achieved in a quick, easy and stable manner. This effect is also obtained even if the shape of the adherend or the shape of the adhesive tape includes large variations.

Employing the attachment jig according to the invention is also independent of the skill of the operator, regardless of the angle that changes when it changes as a result of the shape of the attachment of the adhesive tape and without requiring attachment and peeling off. Allows easy and reliable attachment of adhesive tapes.

Claims (7)

An adhesive tape attachment jig, which is an attachment jig for continuously attaching adhesive tapes having different sizes in a manner that matches the shape of a long object, A tape holder having a tape holder member for receiving and holding an adhesive tape in the attachment jig; A tape attacher having a tape attaching head for contact bonding the adhesive tape guided from the tape holder onto a tape attaching surface of an object; A tape guide space formed between the tape holder and the tape attacher; And Jig guide member having a jig guide for continuously guiding the attachment jig along an object Contains a combination of The tape holder and the tape attacher include an adjustable mechanism slidably mounted on the tape guide and the guide shaft to share a tape guide block that fits the width of the adhesive tape or object, wherein the jig guide member includes a front and And an adjustable mechanism including a guide shaft movable rearwardly to adjust the space between the jig guide member and the tape attacher. The adhesive tape attaching jig according to claim 1, wherein the tape attacher also has an adjustable mechanism that allows adjustment of the positional relationship between the tape attacher and the object. The adhesive tape attachment jig according to claim 1 or 2, wherein the adjustable mechanism of the tape holder and the adjustable mechanism of the tape attacher are the same mechanism. The adhesive tape attaching jig according to claim 1 or 2, wherein at least one of the adjustable mechanisms consists of a sliding mechanism with energy applying means. The adhesive tape attachment jig according to claim 1 or 2, wherein the tape attacher has at least one attachment head comprising a cylindrical member. The adhesive jig according to claim 1 or 2, wherein the attachment jig attaches adhesive tapes having different sizes in a manner that corresponds to the shape of the long object extending in the longitudinal direction and having the changing shape of the tape attachment surface along its length. Adhesive tape attached to the jig. The adhesive tape attachment jig according to claim 1 or 2, wherein the attachment jig attaches the adhesive tape for the automobile chassis frame.

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