CN1694838B - Adhesive Tape Attachment Clamp - Google Patents

Abstract

An adhesive tape attaching jig (50) which allows an adhesive tape widened along its length to be continuously adhered to an adherend in a stable and reliable manner. The attaching jig (50) has a structure including: a combination of a tape holder (11, 12) that receives and holds the adhesive tape in the attaching jig, and a tape attacher (9) that contactingly adheres the adhesive tape, which has been guided from the adhesive tape holder (11, 12), to a tape attaching surface of an adherend; and a jig guide member (6, 7) that continuously guides the attaching jig (50) along the adherend, wherein the adhesive tape holder (11, 12), the tape attacher (9), and the jig guide member (6, 7) each further include a movable mechanism (26, 31, 32).

Description

Adhesive Tape Attachment Clamp

technical field

The present invention relates to an adhesive tape attaching jig, and more particularly, to an adhesive tape attaching jig capable of continuously and stably attaching an adherend or an adhesive tape having a varying shape. The adhesive tape is attached to the adherend in a manner conforming thereto.

Background technique

For the operation of attaching an adhesive tape to an adherend such as a lift window frame of an automobile, an attachment jig is conventionally used for an efficient attachment operation. This is because the manual adhesive tape attachment operation needs to consume energy, time and personnel training, and the operation of attaching the adhesive tape to the prescribed position of an adherend can be completed by contact bonding, and at the same time, care should be taken to avoid Wrinkles and air bubbles.

Most of the adhesive tape attachment fixtures currently used are usually constructed with: a tape attacher (tape attacher), used to attach the adhesive tape to an adherend; a jig guide member (jig guide member), used To constantly maintain the distance between the adherend and the attachment fixture position; and, a tape holder (tape holder), which holds the adhesive tape and feeds the tape to the tape attacher.

Incidentally, for the attachment of the adhesive tape to the adherend, the attachment jig is installed at the end of the adherend, and the attachment of the adhesive tape starts from this position. However, it is difficult to position the jig guide and the tape attacher of the adhesive tape attaching jig in a specific positional relationship consistent with the adherend in various use cases. Furthermore, when there is a large arc or bend on the adherend, it is difficult to maintain the attaching operation of the adhesive tape in a continuous manner after the attaching operation starts. During the attaching operation, the operation of installing and removing the adhesive tape attaching jig is complicated and creates a large burden of operation steps. This problem can be solved by using a guide together with the attachment jig for a smooth attachment operation, but this complicates the attachment operation and requires training in using the guide.

In addition, large variations in the tape attachment surface of the adherend also create problems for the use of adhesive tape attachment jigs. Specifically, in the case where the adherend has a large variation in width, uneven contact paste occurs during the attachment of the tape, causing attachment defects such as air bubbles and wrinkles, or even hindering the attachment process. Even the jig itself moves forward.

In the case of a large variation in the width of the adhesive tape, since the tape holder of the attachment jig presets the tape holding width, the attachment jig must be removed in order to attach a wider portion manually.

Contents of the invention

It is an object of the present invention to provide an attachment jig that improves the continuous attachment of adhesive tape to attach the adhesive tape to an adherend having a curved portion or bend along the length of the adherend on, or along the attachment portion of the tape, to an adherend having a wide portion. Still another object of the present invention is to provide an attaching jig that can perform quick, stable and reliable attaching operations regardless of the operator's skill, and that does not require any time when detaching the attaching jig from the adherend. Requires manual operation or use of a guide during attached operation.

The present inventors have completed the present invention due to tireless efforts to study and solve the above-mentioned problems, and have obtained the knowledge that for an adhesive tape attachment having a structure with a belt holder, a belt attacher and a jig guide Clamp, it is effective to install the following mechanism or member: an adjustable or movable mechanism; Each of the parts has the function of a pad to allow the position of the parts to be changed to match the changes in the shape, size, etc. of the adherend or adhesive tape.

In one aspect of the present invention, an adhesive tape attaching jig is provided which continuously attaches the adhesive tape in a manner conforming to the shape and/or size of the elongated adherend. The fixture consists of the following combinations:

a retainer that receives the adhesive tape and retains it in the attached clamp;

an attacher that contacts the adhesive tape that has been guided from the tape holder onto the tape attachment surface of the adherend; and

a jig guide that continuously guides the attachment jig along the adherend,

Wherein, the belt holder, the belt attachment and the clamp guide also each include an adjustment mechanism.

In the attachment jig of the present invention, the adjustment mechanism of the strap holder can exhibit a function that changes the acceptance width of the strap or holds the width of the strap holder according to the size change of the adhesive tape, and the adjustment of the strap holder The mechanism can exhibit a function of varying the tape attachment width of the tape attachment head according to changes in the shape and/or size of the adherend, and the adjustment mechanism of the clamp guide can exhibit a function of changing the tape attachment width according to the adherend The change in shape and/or size of the appendage guides the attachment jig stably along the adherend.

Description of drawings

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

FIG. 2 is a front view of the attachment clamp shown in FIG. 1 .

FIG. 3 shows a schematic diagram of the movement of the adhesive tape, as a cross-sectional view taken along line "III-III" of the attachment clamp shown in FIG. 2 .

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

Detailed ways

The adhesive tape attachment jig according to the present invention has at least the following constituent parts:

a retainer that receives the adhesive tape and retains it in the attached clamp;

an attacher that contacts the adhesive tape that has been guided from the tape holder onto the tape attachment surface of the adherend; and

A jig guide that guides the attachment jigs continuously along the adherend in any desired combination. These constituent parts are usually supported by support frames or support blocks so that they are combined with each other.

A tape attacher is provided in the attachment jig of the present invention to press the adhesive tape against the tape attachment surface of the adherend and achieve firm contact bonding. The tape attachment may be of any of the various forms commonly used in the art of attachment clips, but is preferably in the form of a tape attachment head. The tape attachment head allows positioning, pressure and contact bonding of the adhesive tape to the tape attachment site of the adherend. Attachment heads are usually used mounted on a suitable support frame.

The strap attachment head can have any of a variety of shapes and sizes, and can be formed from a variety of materials. For example, the strap attachment head can be formed from a cylindrical piece or a flat piece. An advantage of the cylindrical member is that it provides a structure that allows the tape attachment head to roll over the adherend, thus giving an enhanced contact bond. As a variant of the cylindrical part, a cylindrical part with flat upper and lower sides can be used. The size of the attachment head may vary depending on the configuration of the attachment jig and the size of each constituent part.

The tape attachment head slides over the tape attachment site of the adherend while continuously pressing the adhesive tape against the tape attachment site, preferably while gradually increasing the pressing force, thus allowing In contact bonding the adhesive tape to the tape attachment site to complete the attachment, therefore, at least a portion of its surface is preferably constructed with a surface layer having an adhesive tape slip acceleration layer and a liner layer function. As suitable surface layer materials, elastic materials are concerned: natural and synthetic rubber, foamed plastics including polyurethane foam, and various types of felt materials. The surface of the elastic material may be covered with a thin skin to impart strength in use. The inner core material with attached head can be composed of metal material, plastics and so on. From the viewpoint of light weight and workability, it is preferable to use plastic.

Any number of strap attachment heads may be used for the strap attachment. One attachment head is sufficient in most cases, but two or more can be used if necessary. When multiple attachment heads are used, each attachment head may be the same or different from each other. Better tape contact bonding can be achieved by using a combination of different types of attachment heads.

The tape attachment of the adhesive tape attachment jig of the present invention is also characterized by an adjustable mechanism. The adjustable mechanism may be of any type of construction, but from a clamp construction point of view a generally used sliding mechanism would be preferred and it would be further advantageous to provide an activation means. For example, the energizing means may be a spring or the like. The preferred adjustable mechanism for practicing the invention comprises a shaft and a spring etc. mounted in a surrounding manner. By installing such an adjustment mechanism on the tape attacher, the tape attachment width of the tape attachment head can be changed as required to correspond to changes in the shape and/size of the adherend, and at the same time, stable continuous attached operation.

In addition to the above-mentioned adjustment mechanism (hereinafter referred to as "first adjustment mechanism"), the strap attachment may also have a second adjustment mechanism. The purpose of the second adjustment mechanism is to properly control the contact bonding of the adhesive tape bonded to the adherend. Specifically, the second adjustment mechanism can properly adjust the positional relationship between the tape attachment and the adherend to allow stable and firm contact bonding to the adhesive tape.

Like the first adjustment mechanism, the second adjustment mechanism can advantageously be formed by a sliding mechanism provided with energizing means, such as a spring. These adjustment mechanisms can be installed in open spaces such as holes provided on the shaft or block part of the bearing strap attachment head, they do not directly contribute to the action of the clamp, which is a preferred option from the standpoint of saving space. mode.

The adhesive tape attaching jig of the present invention is provided with a tape holder for feeding the adhesive tape to the above-mentioned tape attacher. The provision of a tape holder not only forms a fixed space between the tape holder and the tape attacher, but also a generally notch-shaped tape guide space to facilitate the operation of continuously feeding the adhesive tape onto the tape attacher , and stably accepts and maintains the adhesive tape externally. In fact, when such a belt guide space exists, the adhesive tape can be reliably fed to the belt attachment at a predetermined tension without dangling or swinging turns in the path of travel.

Belt holders are generally configured with a plurality of belt retaining devices necessary to form a belt guide space. The tape retaining means are usually mounted with main sides extending substantially parallel to the running surface of the adhesive tape, which are either anchored on the support frame of the tape attachment or another support frame, or in a rotating or switchable manner.

The tape retaining means may be of any desired shape, size or material so long as it does not adversely affect the travel of the adhesive tape. For example, the shape of the tape retaining means may be a thin cylindrical or square cylindrical rod shape, or a thin or wide long plate shape. If necessary, belt guide blocks etc. can also be used to obtain a better belt guide effect. The size of the tape retaining device can vary as desired depending on the size of the adhesive tape. The strap retainer may be formed from metallic material, plastic, etc., but plastic material is particularly useful.

The tape holder of the adhesive tape attachment jig of the present invention is characterized in that it also has an adjustment mechanism. The adjustment mechanism may have any type of construction similar to the strap attachments described above. From a clamp construction point of view, it is generally preferred that the adjustment mechanism is a slide mechanism, the provision of activating means having a further advantage. The energizing means can be a member such as a spring. The most advantageous adjustment mechanism for carrying out the invention comprises a shaft and a spring etc. mounted in an enclosed manner. By installing such an adjustment mechanism on the tape holder, the size of the tape guide space can be varied as desired corresponding to the shape or size (width) of the adhesive tape, while also allowing the tape to be fed and held stably. This adjustment mechanism can also be used as the first adjustment mechanism with an attachment in order to simplify the structure and reduce the manufacturing cost.

The strap holder is also preferably modified in its structure to facilitate and stabilize the fitting of the adhesive strap to the attached clamp, while also keeping the adhesive strap from swinging away from the clamp during walking to ensure stability running. For example, it preferably has a structure in which the ends of the rod-shaped or plate-shaped tape holder members are free ends, and a notch-shaped opening, i.e., an adhesive tape fitting hole, is open thereon and Corresponding parts with attachments.

The adhesive tape attaching jig of the present invention is further provided with a jig guide for continuously guiding the jig along the adherend. The jig guide is designed to maintain a constant distance between a constant position of the adherend and the attached jig to stabilize the direction of movement of the jig along the contour of the adherend to ensure smooth movement of the jig and obtain Proper movement of the connector, therefore, it is pre-positioned in contact with a predetermined position of an adherend. The clamp guide is preferably capable of clamping the adherend to correspond with the strap attachment.

The jig guide member can be modified as required, but it usually consists of a jig guide and a support frame or similar member anchored thereto or mounted in an adjustable manner, such as a support block or Consists of holding parts. The shape, size and material of the jig guide member are not particularly limited as long as the effects of smooth movement of the jig and proper movement of the strap attachment are achieved. For example, the jig guide may comprise any desired guide such as a roller or plate. The jig guide is preferably a guide roller. A single guide roller can be provided, or two or more guide rollers of different types can be used together for a more satisfactory guiding effect. If required, such guide rollers may consist of at least two parallel revolving rollers. The dimensions of the jig guide can be varied as required for overall balance with the jig.

Clamp guide members are generally anchored to support frames etc. on the clamp body, but the recommended way of use is to install them in an adjusted manner in order to achieve a smooth fitting operation of the clamp on the adherend and to allow the attachment of the clamp in the appropriate position. contact with the adherend under the compressive force. For example, the support frame is preferably configured to be foldable by means of a hinge or the like on its bottom. In this case, suitable energizing means, such as a spring, can be used in connection therewith to provide optimum pressing force.

The jig guide of the jig guide member may be formed as a revolving roller or another suitable form by molding or the like from a sliding material such as metal or plastic, preferably from hard or soft plastic as a revolving roller. roller. The revolving drum may have any of various forms within the scope of the invention and may consist solely of hard or soft plastic, or it may consist of a revolving drum, at least part of its surface consisting of an elastic material. The resilient material may be, for example, natural or synthetic rubber, a foamed plastic such as polyurethane foam, or a type of felt material.

An additional jig guide (second jig guide) can also be used in combination with the above-mentioned jig guide (hereinafter referred to as "first jig guide") of the attachment jig of the present invention. The second jig guide complements the role of the first jig guide with an added function. Specifically, use of the second clip guide helps maintain a constant position of the attachment clip relative to the adherend. The adherend is gripped in correspondence with the first jig guide, and allows the operation of controlling the posture of the jig to be carried out more efficiently. The second jig guide may have any shape and size as long as it can grip the adherend in correspondence with the first jig guide, but it is preferable to be constructed as compact as possible for reducing the size of the jig. The second jig guide may have substantially the same shape and size as the first jig guide described above. The second jig guide preferably consists of a plastic revolving drum, which can be used in a single piece, or can be used in combination with two or more revolving drums of the same or different shape and size. When using multiple rotating drums, the drums are preferably used in a parallel configuration.

The jig guide member used in the adhesive tape attachment jig of the present invention is also characterized by an adjustable mechanism. The adjustable mechanism can be of any type of construction, similar to the strap attachment or strap retainer described above. However, from the point of view of the structure of the clamp, it is generally preferred that the adjustment mechanism is a sliding mechanism, and providing an activation device will provide better advantages. For example, the energizing means may be a spring or the like. The preferred adjustable mechanism for carrying out the invention comprises a shaft and a spring etc. mounted in an enclosed manner. By mounting such an adjustment mechanism on the jig guide member, the attaching jig can be stably guided along the adherend according to changes in the shape and/or size of the adherend, thus realizing a stable tape attaching operation.

As described above, the constituent parts of the attachment jig of the present invention are supported by supports such as a support frame or support blocks. Each member may be supported by an exclusive support frame or the like, or they may be supported by a common support frame or the like if necessary. Two or more support frames may also be integrally connected together using connection means such as bolts and nuts, an adhesive, or the like. The size and shape of the support frame and the like are preferably selected in consideration of the operability and maneuverability of the jig. Suitable materials for the supporting frame and the like include metal materials such as iron, aluminum or their alloys, plastic materials such as polypropylene resin, polyethylene resin, polyacetal resin, ABS resin, nylon resin, fluorine-containing resin, acrylic resins and the like. Particularly suitable among these materials are light-weight plastics, which do not form a load load even during extended operations. For improved maneuverability of the attachment clamp of the present invention it is preferred also to use a handle as explained below, but the supporting frame etc. may also be given a gripping function.

The attachment clamp of the present invention is also preferably provided with a handle. A handle facilitates the application of the adhesive tape, or the extension and compression of the actuation device. The handle is usually in the form of a button or clip, but a plate-shaped piece of plastic or the like could alternatively be mounted on a support frame or the like.

In order to implement the present invention, there is no particular limitation on the adherend and the adhesive tape to be attached to the adherend, and any conventionally applied technology in the art that directly undergoes appropriate improvement or modification or is improved or modified adherends and adhesive strips. For example, an adherend may be any of a variety of objects, such as an automobile or other type of vehicle, a building or other type of structure, a machine, an appliance, or the like. Then, when the adherend used is an object with one or more arcs, a curved or widened portion along its length, or when the adhesive tape used is widened along its length, the attachment of the present invention Fixtures and functions and effects can be fully displayed. Examples of such adherends with special shapes can be exemplified by door part frames, or so-called door and window leaves. Adhesive tapes include any desired substrate material such as paper, plastic, etc. coated with a layer of adhesive such as acrylic based adhesives, epoxy based adhesives, polyurethane based adhesives , silicone resin-based adhesives, phenol-based adhesives, vinyl chloride-based adhesives and hot-melt adhesives, etc., wherein a removable layer is provided to protect the adhesive layer. Adhesive tapes can be in roll form, sheet form, film, etc., and can range in size from thin to wide. Adhesive tape pre-cut into the shape of the adherend can be used if necessary.

Wrinkles and bubbles are not generated when the adhesive tape is attached using the attachment jig of the present invention, and therefore, it is not necessary to use an additional operation such as pressing the adhesive tape after attachment. Even in the case where the shape of the adherend or the width of the adhesive tape changes during the attaching operation, no attachment defect occurs due to uneven contact bonding, and the attaching jig does not stop. Inconvenience such as removal of the jig can also be avoided during the attaching operation or switching to manual attaching operation.

example

Preferred embodiments of the adhesive tape attachment 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.

FIG. 1 is a perspective view of a preferred embodiment of an adhesive tape attachment jig according to the present invention, and FIG. 2 is a front view of the attachment jig shown in FIG. 1 . Also, FIG. 3 is a cross-sectional view taken along the line "III-III" of the attachment jig shown in FIG. 2 in order to more simply explain the movement of the adhesive tape in the attachment jig of the drawing.

As shown in the figures, the adhesive tape attachment jig 50 comprises a combination of:

(1) a belt holder, which receives the adhesive tape and holds it in the attachment jig 50, and is composed of a belt guide 11, a belt guide pin 12, etc.;

(2) A belt attacher that contacts the adhesive tape that has been guided from the tape holder to the tape attaching surface of the adherend, and is constituted by an attaching roller 9 or the like; and

(3) A jig guide which continuously guides the attachment jig 50 along the adherend and is constituted by guide rollers 6 and 7 etc. in a compact form each with an adjustable mechanism. The adjustable mechanism for this embodiment includes a stainless steel shaft and spring (explained below). The attachment fixture 50 is provided with a button 13 and a handle 14 for easy gripping during manual operation.

The tape holder is configured with a tape guide 11, a tape guide pin 12, and the like, each made of acetal resin (POM). Belt guides 11 and belt guide pins 12 are anchored to support frames 1 and 2 made of nylon resin in such a manner that they straddle the frames, as shown in FIG. 3 . In this design, the adhesive tape 40 provided with the peel-off paper moves in the direction of the arrow of the tape guide space 5 formed between the tape guide 11 and the tape guide pin 12, while the attachment clamp moves in the direction of the arrow "A". ” on the tape attachment surface of the adherend 45. The adhesive tape 40 provided with a release paper sheet before contacting the adherend is separated into an adhesive tape 41 and a release paper 42 , and then the adhesive tape 41 is contact-bonded to the adherend 45 by the attachment roller 9 .

The tape holder also employs a support frame 2 and tape guide blocks 23 made of acetal resin to form a tape guide space 5 . The belt guide block 23 is mounted on the belt guide 11 and the guide shaft 24 in a slidable manner, thus allowing the width of the belt guide space 5 to be appropriately adjusted against the force of the belt guide pin 12 used as an excitation means. The effect of the spring 26, thereby matching the width of the adhesive tape. As will be described hereinafter, the tape guide 23 has the function of allowing the width of the attachment roller 9 to be properly adjusted to match the width of the adhesive tape or adherend.

The belt attachment consists in principle of an attachment roller 9 anchored on the support frames 1 and 2 . The attachment roller 9 is cylindrical, and its surface is covered with elastic rubber to allow a smooth attachment operation. One end of the attachment roller 9 contacts the support frame 2 , while the other end is slidably mounted on the guide shaft 24 and contacts the belt guide block 23 . The tape guide block 23 can be adjusted to match the width of the adhesive tape or the adherend, and thus a stable attaching operation can be performed according to the change in its shape.

The jig guide member is composed of guide rollers 6 and 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 adjusted in forward and backward directions, and guide grooves and stop slots are carved around the guide shaft 4 to allow it to stop at desired positions. The part of the guide rollers 6 and 7 of the guide holder 3 is adjustable up and down by springs, a knob 13 being used for this adjustment. Since the parts of the guide rollers 6 and 7 are adjusted up and down, it is convenient to install the attachment jig on the adherend. The guide shaft 4 can also be adjusted forward and backward using the knob 13 . Although in the embodiment shown in the drawings the portions of the guide rollers 6 and 7 are adjustable up and down by means of the spring 31, the spring 31 can be eliminated to provide a simple bending movement.

Since the guide rollers 6 and 7 are also provided with a spring 32 as an excitation mechanism, the guide rollers 6 and 7 can be properly adjusted, and at the same time, appropriate pressure is applied to the adherend according to the shape change of the adherend. That is, since the spring 32 expands and compresses to allow ideal adjustment of the space between the jig guide member and the strap attachment, the spring 32 can contract to enlarge the space between the jig guide member and the strap attachment to show it Function as a fixture guide member.

The operation of attaching the adhesive tape 41 to the adherend 45 can be performed, for example, in the following manner using the attaching jig 50 shown in the drawing. The adherend 45 here is a portion of a car window frame which has a large arc and widening along its length. Adhesive tape 41 is generally referred to as "masking", which has a peelable paper sheet 42 to protect the adhesive layer.

First, the adhesive tape 41 is set on the tape holder of the attachment jig 50 . This is accomplished by manually passing the adhesive tape 41 together with the peelable paper sheet 42 between the tape guide 11 and the tape guide pin 12, as shown in FIG. By pressing force against the edge of the adhesive tape 41 to press out the tape guide block 23 , a tape guide space 5 of a suitable size is formed to match the width of the adhesive tape 41 .

Next, the attachment roller 9 with an attacher and the guide rollers 6 and 7 of the jig guide member are positioned at prescribed positions, and the attachment jig 50 is set on the adherend 45 . The attachment roller 9 with the attachment is slid to the belt attachment position so that the guide rollers 6 and 7 are in contact with the adherend 45 . Next, the attachment jig 50 is moved in the direction of arrow “A”, the adhesive tape 41 is attached to the tape attachment surface of the adherend 45 , and at the same time, the peelable paper sheet 42 is peeled off from the adhesive tape 41 . In the attachment jig 50, the guide rollers 6 and 7 are pressed against the sides of the adherend 45, and the attachment roller 9 is pressed against the attachment surface of the adherend 45, thus allowing the attachment jig 50 to run smoothly At the same time, the adhesive tape 41 is allowed to firmly contact and stick to the adhesive tape 41 . The attaching operation in this manner can be carried out in a continuous and stable manner even when there is a bend or the like along the adherend 45 or its attaching surface changes significantly.

FIG. 4 shows an embodiment of the attachment clamp 50 shown in FIGS. 1 and 2 with an additional adjustment mechanism. As mentioned above, the attachment roller 9 of the tape attachment allows the tape guide block 23 to be adjustable by the extension and compression of the spring 26, thus allowing the tape attachment width to vary according to the shape and/or size of the adherend so that Stable attachment operation, but in addition to the above-mentioned functions and effects, by installing an additional adjustment mechanism at the prescribed position of the support frame 2 and the belt guide block 23, the attachment roller 9 can be pressed against the attachment roller 9 with a suitable pressing force. on the adherend for a more stable attachment operation. Incidentally, the adjustment mechanism used in this embodiment shown in the drawing comprises a stainless steel shaft and a spring 33 mounted around it.

As described above, by using an attachment jig according to the present invention, it is possible not only to attach various types of adhesive tapes to an adherend having an arcuate portion or a curved portion along its length without providing many Attachment jigs and use a single common attachment jig, and avoid the complex operation of removing the attachment jigs for manual strap attachment in arcs, etc., and ensure that the attachment jigs walk continuously along the adherend, so , allowing the attachment of the adhesive tape to be accomplished in a quick, easy and stable manner. Furthermore, these effects can be obtained even when there is a large change in the shape of the adherend or the shape of the adhesive tape. Use of the attachment jig according to the present invention also allows easy and reliable attachment of the adhesive tape to be carried out regardless of the skill of the operator, when changing the direction (angle) of the attachment of the adhesive tape due to changes in shape, There is also no need to account for changing angles, no need to stick and peel.

Claims (10)

1. adhesive tape attaching jig, it be a kind of be used for with the shape of long materials and/or the corresponding to mode of the size attaching jig of attached adhesive tape continuously, described anchor clamps comprise:

One band retainer, it is admitted adhesive tape and it is remained in the described attaching jig;

One is with attached device, and it bonds contiguously and to be directed to adhesive tape on the band attachment surface of object from described band retainer; And

One jig guide member, it guides described attaching jig continuously along object,

Wherein, described band retainer comprises that one is used for mating the adjusting mechanism of the width of adhesive tape or object, describedly comprise that with attached device one is used for mating the adjusting mechanism of the width of adhesive tape or object, described jig guide member comprises an adjusting mechanism, and it is used for regulating described jig guide member and described with the space between the attached device.

2. adhesive tape attaching jig as claimed in claim 1 is characterized in that, the adjusting mechanism of described band retainer and described adjusting mechanism with attached device are same mechanisms.

3. adhesive tape attaching jig as claimed in claim 1 is characterized in that, describedly is with attached device also to have an adjustable mechanism, and its allows to adjust the position between attached device and the described object and concern described being with.

4. adhesive tape attaching jig as claimed in claim 2 is characterized in that, describedly is with attached device also to have an adjustable mechanism, and its allows to adjust the position between attached device and the described object and concern described being with.

5. adhesive tape attaching jig as claimed in claim 1 is characterized in that, each described adjusting mechanism is made up of a slide mechanism that is provided with exciting bank.

6. adhesive tape attaching jig as claimed in claim 2 is characterized in that, each described adjusting mechanism is made up of a slide mechanism that is provided with exciting bank.

7. adhesive tape attaching jig as claimed in claim 3 is characterized in that, each described adjusting mechanism is made up of a slide mechanism that is provided with exciting bank.

8. as the described adhesive tape attaching jig of any one claim in the claim 1 to 7, it is characterized in that described have a tape attachment heads that comprises a cylindrical member with attached utensil.

9. as the described adhesive tape attaching jig of any one claim in the claim 1 to 7, it is characterized in that, described attaching jig be suitable for with the shape of a long materials that extends longitudinally/or attached adhesive tape of the corresponding to mode of size, and have along the shape and/or the size of the variation on the band attachment surface of its length.

10. as the described adhesive tape attaching jig of any one claim in the claim 1 to 7, it is characterized in that described attaching jig is suitable for the attached adhesive tape of automotive window framework.

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