KR20180006829A - A method for manufacturing a multi-function with a fixing device - Google Patents

Abstract

The present invention relates to a multi-functional attachment fixing device, which can minimize the possibility that a fixed object such as a needle module can be shaken in a fixing groove when the fixed object such as a needle module or the like is inserted into the fixing groove of a position fixing member by simply improving a structure of an adhesive pad. In addition, an adhesive of a lower end surface of the adhesive pad can be prevented from being smeared on a user finger during a process of detaching the adhesive pad from an adhesive surface such as skin or the like. Furthermore, the fixed object can be stably fixed in a position through only a structure improvement of the adhesive pad, and a sanitary problem caused by the adhesive can be solved. Thus, manufacturing costs can be greatly reduced compared to a conventional invention, and the manufacturing thereof can be easily performed. A multi-functional attachment fixing method by the multi-functional attachment fixing device of the present invention comprises: a position fixing member preparing process; an adhesive pad manufacturing process; and a final coupling process of attaching and coupling the position fixing member on an upper surface of the adhesive pad.

Description

[0001] The present invention relates to a method for manufacturing a multi-

The present invention relates to a multifunctional fixation device which can be used for fixing the position of a needle when a ringer needle for a hospital is inserted into a patient's skin or for fixing various wires used in a home or office to a wall, And to a method of manufacturing the same.

 Particularly, the present invention improves the manufacturing process of the adhesive pad that exhibits the attaching function in the process of attaching and fixing the position fixing member on which the fixture such as the injection needle module or the wire is mounted to the attachment portion of the patient skin or the wall, Thereby improving the fixation force of the fixture and preventing the phenomenon that the adhesive is applied to the user's finger.

Generally, when injecting Ringer's solution into a patient's arm in a hospital, the injection needle is inserted into the patient's skin, and the Linger tube is connected to the tube connection tube connected to the injection needle end.

In this case, in order to prevent the injection needle from falling out or shaking from the skin during the injection of Ringer's solution, the adhesive is adhered to the skin while covering the injection needle and tube connection tube with a separate adhesive tape.

In this conventional method, since the whole of the injection needle module composed of the injection needle and the tube connection tube is fixed only by the adhesive tape, the entire injection needle module can not easily be shaken and stable fixing can not be achieved.

In addition, since the position of the needle module is fixed through the tape, the adhesive of the tape is inevitably buried in the hands of the nurse, which has a disadvantage in hygiene.

In recent years, a separate needle insertion device has been proposed.

The conventional needle-stapling apparatus has a structure in which a main attachment pad is attached in a wing shape on both left and right sides of a fixing groove of a longitudinal direction in which a fixing groove is formed at a lower end portion and a fixing groove of a lower end portion of a position fixing member.

In this state, after the injection needle module is inserted into the patient's skin, the injection needle module is inserted into the fixing groove of the position fixing member, and the main attachment pads are attached to the skin, thereby fixing the position of the injection needle module.

However, since the injection needle module must be inserted into the fixing groove of the position fixing member in a state where the injection needle is inserted into the skin, the space of the fixing groove must be sufficiently larger than that of the injection needle module for smooth fitting.

Therefore, although the position of the injection needle module is fixed in a state surrounding the upper portion of the injection needle module of the position fixing member, a phenomenon that the injection needle module easily swings in the position fixing member occurs.

In addition, since the entire lower surface of the main attachment pad is attached to the skin in the process of detaching the main attachment pad of the needle stapler from the skin, the first part should be removed in such a manner as to scrape the rim of the main attachment pad with the finger.

Therefore, in this process, the adhesive of the main attachment pad is inevitably buried in the finger of the nurse, so that it is impossible to prevent the adhesive from being stuck to the hand in the process of detaching the tape or the main attachment pad from the skin.

Also, in the conventional product, since the main attachment pad is divided into two portions with respect to the intermediate position of the lower surface of the position fixing member,

Since the main attachment pads are separately formed in one sheet of paper in the process of manufacturing the main attachment pad, the overall structure of the entire device due to individual formation is complicated and the process is inevitably delayed.

In addition, the existing product is provided with a separate auxiliary attachment pad for sale, so that it can be used for fixing the position of the ringer tube in addition to the position fixing member. At this time, the auxiliary attachment pad has the same length as the first and second main attachment pads As shown in FIG.

Therefore, in this case, since the main attachment pad and the auxiliary attachment pad having different mutual lengths must be separately manufactured in this case, the manufacturing process and equipment are complicated, resulting in an increase in the unit price of the product.

The present invention has been proposed in order to solve all the problems of the related art,

By simply improving the structure of the adhesive pad, it is possible to minimize the possibility that the fixture such as the needle module when the fixture such as the needle module is inserted into the fixation groove of the position fixing member, through the adhesive pad in the fixation groove .

In addition, the present invention aims to provide a method of manufacturing the same according to the present invention.

In addition, in the process of manufacturing the adhesive pad, a phenomenon that the adhesive on the lower surface of the adhesive pad adheres to the user's finger when the user removes the adhesive pad from the adhered surface of the skin by using a finger .

At this time, by using a cover which is essentially used for protection of the pressure-sensitive adhesive during the manufacturing process, a part of the pressure-sensitive material is exposed, thereby saving the use of a separate material for forming the non-exposed portion of the pressure-sensitive adhesive.

According to the present invention,

A first attachment section is formed on the left side and a second attachment section is formed on the right side in the form of a pad having a predetermined area, And a connection section integrally formed between the first and second attachment sections so as to form a pad as a whole, and at least a first adhesive agent and a second adhesive agent are provided on the lower surfaces of the first and second attachment sections, A step of producing a pressure-sensitive adhesive pad in which a cover paper is attached to at least the first and second pressure-sensitive adhesive portions of the first and second pressure-sensitive adhesive portions on the lower surface of the pressure-sensitive adhesive film coated with the pressure- And a final bonding process of attaching and bonding on the upper surface of the pad,

Wherein the adhesive pad forming step is a basic lapping step of moving the protective paper in a state of being covered with a protective paper on the lower surface of the adhesive film coated with a pressure-sensitive adhesive on the lower surface, cutting the adhesive paper and the protective paper simultaneously, An incision step of exposing the adhesive pad raw paper to a lower portion of an incision point of the protective paper by removing incisions along a path corresponding to a rim of the adhesive pad, And a cover covering the cover sheet on the first and second pressure-sensitive adhesive pads of the adhesive pad, at a position exposed through the cut-off point of the protective sheet.

The cover lapping step may include a first cover to which the first cover is folded in half and the upper surface is attached to the first attachment section exposed through the cutout point of the protective paper in the overlapped state with respect to the folding point, Attaching a first cover member attached to a second attachment section of the adhesive paper sheet exposed through the cut-off point of the protective film in a state where the second cover sheet is folded in half and overlapped with the folding point as a reference, The method comprising the steps of:

The first cover sheet attaching step may include a first attaching step of attaching the first cover sheet to the first attaching section of the adhesive sheet raw paper in a state that the first cover sheet is folded in half with respect to the folding point, And a first cover paper cutting step of cutting the first cover paper along the edge of the first cover paper from the vicinity of the edge of the cover paper opposite the folding point so that the first cover paper is attached to the original of the adhesive paper, The second cover attaching step includes a second attaching step in which the second cover sheet is attached in a symmetrical manner to the first cover sheet in a second attachment section of the adhesive film sheet in a state in which the second cover sheet is folded in half with respect to the folding point, And cutting the second cover sheet along the edge of the second cover sheet from the vicinity of the edge of the second cover sheet opposite the folding point after the second attaching step, Claim to be generated in a state of being attached to the flow sheet is characterized in that step consisting of cutting than two cover.

The adhesive pad manufacturing process may include forming a cutting slit across a section of the first cover sheet and the second cover sheet that is attached to the adhesive film so that the section of the first and second cover sheets attached to the adhesive film is The inner side section of the inner side of the cutting slit is cut off and removed on the basis of the cutting slit when the cut slit is used, and the outer edge section of the cut slit is removed, A portion of the adhesive on the lower surface of the adhesive film exposed to the outside is exposed to the outside and a portion where the remaining cover section is located is covered with the remaining cover section so as to be in a non- And a forming step of forming a layered structure.

The adhesive pad manufacturing process may be performed before or after the basic laminating step and in a process of passing a print job to a point near the outer edge of the adhesive film in a section where the first adhesive agent and the second adhesive agent of the adhesive film are formed, And a pressure sensitive adhesive removing step of covering the pressure sensitive adhesive with the printed material so that the pressure sensitive adhesive at the corresponding point is not exposed.

And between the basic lapping step and the incision step or between the incision step and the cover lapping step, a separate band-shaped fixing film is adhered in a form crossing the upper surface of the adhesive film raw paper, Further comprising a release preventing step of preventing the phenomenon that the incised adhesive film is completely separated from the protective paper to prevent the detached adhesive film from being detached from the protective film by allowing the adhesive film to be adhered while covering the cutout point of the protective paper.

According to the present invention,

Since the structure of the adhesive pad can be improved and the fixture such as the needle module can be prevented from being shaken in the fixing groove when the fixture such as the needle module is inserted into the fixing groove of the position fixing member, It is easy to manufacture and the manufacturing cost can be lowered, and the product cost can be lowered.

Since the first adhesive section, the second adhesive section and the connection section are integrally connected to each other in the form of a pad , Because it can be manufactured only by cutting, compared to the conventional manufacturing process of the adhesive pad becomes much simpler and has the effect of improved productivity.

In addition, since the non-exposed portion of the pressure-sensitive adhesive is easily peeled off in the process of detaching the pressure-sensitive adhesive pad from the attached surface due to the formation of the non-exposed portion of the pressure-sensitive adhesive, Can be prevented.

There is also the effect that, because advantage if the cover is attached for protecting the pressure-sensitive adhesive of the pressure-sensitive adhesive film in the process of forming the pressure-sensitive adhesive non-exposure period, to simplify the process steps and materials for forming pressure-sensitive adhesive non-exposed region.

Also, since the structure of the adhesive pad is simply improved, it is easy to manufacture and the manufacturing cost can be prevented from rising.

In addition, since the adhesive film is divided into two parts and is not formed separately, but is formed in a single pad shape and is formed only through one incision,

The position fixing member Not combined  Sold together untouched Auxiliary adhesive pad  In manufacturing Auxiliary adhesive pad  Instead of being separately manufactured through a separate process, Adhesive L When the number of formed films on the adhesive film is increased, On the secondary adhesive pad  Since an adhesive film to be used is produced together, Auxiliary adhesive pad  The process increase due to manufacturing is prevented.

FIG. 1 is a flow chart showing the entire manufacturing process.
FIG. 2 is a flow chart showing a modification of the entire process.
3 is a perspective view of an example of an end product of the present invention
4 is a perspective view of the position fixing member made through the position fixing member preparing process;
5 is a schematic view showing the basic laminating step in the adhesive pad manufacturing process
6 is a schematic view showing the cutting step in the adhesive pad manufacturing process
Fig. 7 is a schematic plan view in a state in which the fixing film is formed in the state of Fig. 6
9 is a sectional view taken along line AA in Fig. 6
Figure 10 is a bottom schematic view showing the first cover-
11 is a schematic cross-sectional view of Fig. 10
Figure 12 is a bottom plan schematic showing a first cover-
13 is a bottom schematic view showing the second cover-
Figure 14 is a schematic cross-
Figure 15 is a bottom schematic view showing a second cover-
16 is a bottom plan schematic showing the slit forming step
17 is a sectional schematic view of Fig. 16
18 is a schematic cross-sectional view of the state where the position fixing member and the pressure-sensitive adhesive pad are coupled to each other
19 is a schematic cross-sectional view of the state before the present invention is attached to the surface to be adhered
20 is a schematic cross-sectional view showing a state in which the removal cover section of the cover paper is removed in a state in which the adhesive pad is placed on the surface to be attached;
21 is a schematic cross-sectional view of the state in which the adhesive pad is pressed and attached and fixed in a state that the adhesive pad is covered with the remaining cover section remaining while the removal cover section is removed

Hereinafter, the present invention will be described more specifically based on the drawings.

The multifunctional fixing device manufacturing method according to the present invention comprises a position fixing member preparing step (S100), a pressure pad forming step (S200) and a joining step (S300) as shown in FIG.

The position fixing member preparation step S100 includes a position fixing member 6 that is actually engaged with the fixture 1 such as the needle unit module 2 and serves to fix the fixture 1 on the attachment surface 5 ).

As described above, the position fixing member 6 serves as a support to prevent the shaking of the fixture such as the injection needle module 2 or the general wire (not shown) used in hospitals, thereby stabilizing the position fixation .

The position fixing member 6 is in the form of a tube having a longitudinal direction and has a fixing groove 7 formed on a lower surface thereof and a lower end surface thereof opened by a fixing groove 7.

For reference, the shape of the position fixing member 6 is not limited to the drawings and can be variously modified if the above basic structure is maintained.

When such a position fixing member 6 is manufactured and prepared, an adhesive pad manufacturing step (S200) is performed.

The adhesive pad manufacturing process S200 is a process of manufacturing the adhesive pad 8 which serves to fix the position fixing member 6 and the fixture 1 which are fastened to each other on the attached surface 5. [

The adhesive pad 8 has a function of being fixedly attached to the surface 5 to be adhered such as a skin or a wall of a patient while the position fixing member 6 is fastened to the fixture 1, Which is a component that plays a role in preventing further the occurrence of the above-

The adhesive pad manufacturing process S200 is further divided into a basic lapping step S210, a cutting step S230, a covering lapping step S232, and a cutting slit forming step S220.

The cutting slit forming step may be omitted and the pressure sensitive adhesive removing step S240 may be included.

First, the basic laminating step S210 is a process of moving the adhesive sheet 100, which is a basic material of the adhesive pad 8, and a separate protective sheet 2000 in a superimposed state, A nonwoven fabric, a synthetic resin film, a paper material, or the like.

On the lower surface of the adhesive film 100, a pressure-sensitive adhesive 300 for applying the completed pressure-sensitive adhesive pad 8 on the adherend surface 5 is applied and formed.

The adhesive film 100 is moved along a predetermined path by the guide rollers R. [

The protective paper 2000 protects the pressure sensitive adhesive 300 of the adhesive film 100 from external exposure and protects the pressure sensitive adhesive from being damaged. The protective paper 2000 is in the form of a general paper material or a synthetic resin film.

The protective paper 2000 is adhered on the adhesive 300 on the lower surface of the adhesive film 100 so that the adhesive paper 100 and the protective paper 2000 are jointly moved together through the guide rollers.

In the cutting step S230 after the basic lining step S210, the adhesive film 100 and the protective paper 2000 are cut and cut along the path corresponding to the rim of the adhesive pad, And exposing the adhesive sheet 100 to the lower part of the cutoff point of the protective paper 2000 by removing the inner section of the cut path.

In the process of moving the adhesive sheet 100 and the protective sheet 2000 in a state of being overlapped with each other, a separate cutting member 600 is positioned below the protective sheet 2000 and the cutting member 600 is placed on the protective sheet 200 The adhesive sheet 100 is simultaneously cut and cut,

At this time, the line to be cut is eventually cut along the edge line of the adhesive film 400 to be formed later.

After the incision process, if the inner side of the cut path is removed, the base of the adhesive film is exposed to the outside of the cut-off point of the protective paper 2000 and the exposed portion of the adhesive paper 2000 through the cut- This eventually becomes the adhesive film 400 later.

At this time, if necessary, the separation prevention step S400 may be additionally performed.

In the deviation preventing step S400, as the adhesive paper 100 and the protective paper 2000 are simultaneously cut through the step S230, the adhesive tape 100 is removed from the point of exposure of the protective paper 2000 in the cut- That is, a portion to be a later adhesive film 400, is completely separated from the adhesive film 100 before the subsequent processing.

In the separation prevention step S400, a separate band-shaped fixing film 5000 is attached across the upper surface of the adhesive film 100, that is, the adhesive film 100 formed through the cutting step S230 The cut adhesive film 400 is prevented from completely separating from the adhesive paper 100 and the protective paper path 2000 by allowing the cut adhesive film 400 to be partially covered while being cut across the cut point of the protective paper 2000, In this state, it is possible to carry out the subsequent process.

Thereafter, the cover lapping step (S232) is performed.

In the cover-wrapping step S232, the cover paper 200 for preventing external exposure of the adhesive on the lower surface of the adhesive film 400 is prevented from being damaged due to adhesion of the adhesive film on the adhesive surface, 400) on the pressure-sensitive adhesive.

This is further divided into a first cover sheet attaching step S233 and a second cover sheet attaching step S234,

The first cover sheet attaching step S233 attaches the first cover sheet 3000 to the lower surface of the first attaching section 9 of the adhesive film 400 and again attaches the first cover sheet 3000 to the first attaching step S233a, And a first cover cut-off step S233b.

In the step of attaching the first cover (S233), in the process of moving the adhesive sheet 100 and the protective sheet along the movement path after the cutting step, the separate first cover sheet is folded in half while moving along a separate path, The outer surface of one side of the first cover sheet is overlapped with the first adhesive 10 of the first attachment section 9 of the lower surface of the adhesive film 400 of the adhesive film 100, As shown in Fig.

In the first cover cut-off step S233b, the first cover paper is attached to the first adhesive 10, and the first cover paper 3000 is removed from the vicinity of the edge of the first cover paper opposite the folding point, The first adhesive agent 10 is cut along the edge path of the first adhesive agent 10 so as to be separated from the first adhesive agent 10.

As a result, the upper surface of the first cover paper 3000 of the folding structure is detachably attached to the lower surface of the first attachment section 9 of the adhesive film 400 to protect the first adhesive 10.

The second cover sheet attaching step S234 is a step of attaching the second cover paper 4000 on the lower surface of the second attachment section 11 of the adhesive film 400 and the second attaching step S234a, And a second cover cut-off step (S234b).

In the second attaching step S234a, the second cover sheet is folded in half while the second cover sheet moves along the moving path of the adhesive sheet 100 and the protective sheet after the cutting step, In this state, one outer side surface of the second cover sheet is placed on the second adhesive 12 of the second attachment section 11 of the lower surface of the adhesive film 400 of the adhesive film 100, As shown in FIG.

The subsequent second cover cut-off step S234b is performed so that the second cover sheet is adhered to the second pressure-sensitive adhesive 12 and the second cover sheet 4000 The second cover sheet is cut out of the second cover sheet so that the remaining portions except for the portion attached to the second adhesive 12 are separated and removed.

The upper surface of the second cover paper 4000 having a folding structure symmetrical with the first cover paper 3000 is detachably attached to the lower surface of the second attachment section 11 of the adhesive film 400, 2 < / RTI >

Thereafter, the cutting slit forming step (S220) may be additionally performed as necessary,

In the cutting slit forming step S220, a part of the first cover paper 3000 and the second cover paper 4000 are cut and partially formed into the removed cover section 800 and the remaining cover section 900, When the first cover paper 3000 and the second cover paper 4000 are detached from the adhesive film 400 at the time of later use, the whole is not completely separated and a part of the first cover paper 3000 and the second cover paper 4000 are separated from each other on the lower surface of the adhesive film 400 So that the pressure sensitive adhesive at the corresponding point is not exposed.

This is because the separate cutting blade 1000 is positioned below the cover paper 500 (the cover paper 500 through the first cover paper 3000 and the second cover paper 4000) The cutting slit 700 is formed by cutting the points near the outer ends of the first cover paper 3000 and the second cover paper 4000 in the lateral direction so that the cover paper 500 is moved in the left and right directions with respect to the cutting slit 700 .

Accordingly, the inner section of the cover sheet 500 with respect to the cutting slit 700 becomes the removed cover section 800 which is separated and removed in the use process.

The outer section of the cover sheet 500 with respect to the cutting slit 700, that is, the outer end bulb, is a remaining cover section 900 that is used without being separated and removed in the use process.

As the cover sheet 500 is divided through the formation of the cutting slit and the removed cover section 800 of the cover sheet 500 is removed and removed just before using the cover sheet 500, 400).

Therefore, in this state, only the pressure-sensitive adhesive 300 at the position of the removed cover section 800 among the pressure-sensitive adhesive 300 formed on the lower surface of the pressure-sensitive adhesive film 400 is exposed to the outside and attached to the attached surface 5 , The pressure sensitive adhesive at the point of the remaining cover section 900 of the pressure sensitive adhesive 300 is not covered by the remaining cover section 900 so that the section corresponding to the remaining cover section is not attached to the attached surface at all .

Therefore, when the adhesive pad 8 is adhered to the adherend surface, only the section of the adhesive pad 8 where the remaining cover section 900 is located is attached to the adherend surface and the remaining section, that is, the remaining cover section 900 The formed point becomes unattached.

Therefore, when the adhesive pad 8 is to be removed in a state where the adhesive pad 8 is attached to the surface 5 to be adhered, the user can easily grasp the edge of the remaining cover section of the adhesive pad 8 with his / When lifted, the point is easily lifted. In this state, the point can be easily removed by pulling the finger with the finger, and it is also possible to prevent the adhesive from sticking to the finger during the removal.

The method of forming the non-exposed points of the adhesive 300 on the corresponding portions of the adhesive pads may be variously modified,

The cutting slit forming step may be omitted and a separate pressure sensitive adhesive removing step S240 may be additionally performed.

In this case, the pressure-sensitive adhesive removing step (S240) may be performed before or after the basic laminating step and may be carried out at a point near the outer edge of the adhesive film (400) in the section where the first pressure- A part of the first and second pressure-sensitive adhesives may be covered with a printing material so that the pressure-sensitive adhesive at the corresponding point is not exposed.

When the process described above is completed, the joining process (S300) is performed.

The joining step S300 is a process of joining the finished adhesive pad 8 and the position fixing member 6 so that the lower surface of the position fixing member 6 is seated at the midpoint of the upper surface of the adhesive pad 8 So as to be adhered to and fixed to the back.

Although not shown in the drawing, the adhesive pad 8 is formed on the margin portion near the point where the adhesive pad 8 is to be formed in the adhesive film 100 and the cover paper 500 in the cutting step (S230) So that a separate auxiliary pressure-sensitive adhesive pad can be additionally formed.

Therefore, in this case, the auxiliary pressure-sensitive adhesive pad can be produced in the same manner in the process of forming the pressure-sensitive adhesive pad 8 unlike the conventional method, so that the whole process can be simplified.

For reference, the auxiliary pressure-sensitive adhesive pad is used as a pressure-sensitive adhesive pad to be used in replacement with the pressure-sensitive adhesive pad 8 when the pressure-sensitive adhesive pad 8 is contaminated and needs to be replaced.

When all the processes described above are completed, the position fixing device is completed.

By adding a structural description of the position fix,

The adhesive pad 8 basically comprises the adhesive film 400 and the cover paper 15,

The adhesive film 400 has a pad shape as a whole and is partially divided into a first attachment section 9, a second attachment section 11, and a connection section 13.

Hereinafter, the entirety of the adhesive pad 8 will be described for the sake of explanation and understanding.

The first attachment section 9 is an element serving as an intermediary for attaching the position fixing member 6 to the attachment surface 5 substantially.

The first attachment section 9 is formed in a pad shape having a predetermined area and has one end connected to the periphery of one side of the fixing groove 7 of the position fixing member 6 and extending outward as a wing.

At this time, as the first adhesive 10 is applied to the entire lower surface of the first attachment section 9, the adhesive is adhered to the attached surface 5 through the first adhesive 10 in the form of a tape.

The second attachment section 11 is an element serving as an agent for attaching the position fixing member 6 substantially to the attachment surface 5 in the same manner as the first attachment section 9. [

The second attachment section 11 has a pad shape having the same area as the first attachment section 9 and is symmetrical with respect to the first attachment section 9 with respect to the fixing groove 7 of the position fixing member 6, Lt; / RTI >

In this state, one end portion is connected to the periphery of one side of the fixing groove 7 of the position fixing member 6, and is installed in such a structure as to extend outward in the form of a wing.

At this time, as the second adhesive 12 is applied to the entire lower surface of the second attachment section 11, it is attached to the attached surface 5 in the form of a tape through the second adhesive 12.

The connection section 13 serves not only as a medium for attaching the position fixing member 6 to the attached surface 5 but also as a state in which the fixture 1 is inserted into the fixing groove 7 of the position fixing member 6 Thereby further preventing the shaking phenomenon of the fixture 1 from occurring.

The connection section 13 has a pad shape having a predetermined area and is disposed between the first attachment section 9 and the second attachment section 11 and covers the lower end of the fixing groove 7 of the position fixing member 6 And both end portions are integrally connected to the first attachment section 9 and the second attachment section 11, respectively.

In other words, in the prior art, only the first attachment section and the second attachment section are formed so that the lower portion of the fixing groove 7 of the position fixing member 6 is completely opened,

The connection section 13 is positioned between the first attachment section 9 and the second attachment section 11 so that the connection section 13 closes the lower portion of the fixing groove 7.

At this time, the third adhesive 14 is applied to the lower surface of the connection section 13. The third adhesive 14 does not adhere to the attached surface 5, It plays a role of adhesion.

For reference, the adhesive may not be formed on the lower surface of the connection section 13 because the reason for this will be described in the following description of the operation.

In addition, the adhesive pad 8 of the present invention uses a material such as a nonwoven fabric which can be minimally stimulated when attached to the skin.

Of course, this can be applied differently depending on the type of the attached surface.

The whole or connection section of the adhesive pad 8 of the present invention is made of a material that can exert its own tensile and elastic force so that the process of inserting the fixture 1 into the fixing groove 7 of the position fixing member 6 So that the connection section 13 can be inserted smoothly.

In this state, the cover paper 15 is attached to the first attachment section 9 and the second attachment section 11,

The cover paper 15 is a so-called 'Fuji' element which is attached to prevent external exposure of the first adhesive, the second adhesive and the third adhesive in the process of producing the adhesive pad 8. [

The cover paper 15 is simply in the form of a film made of paper and covers the entire lower surface of the adhesive pad 8. [

At this time, a cutting slit 700 having a shape such as a v-cut in the front-rear direction is formed at a point near the outer end of the first adhesive 10 and a point near the outer end of the second adhesive 12 of the cover paper 15 .

Therefore, when the cover paper 15 is detached from the inner side, all the remaining portions except for the cover paper near the outer end of the first attachment section 9 and the second attachment section 11 are removed separately from the cutting slit 700 , The cover paper 15 is left only in the vicinity of the outer end portions of the first attachment section 9 and the second attachment section 11.

In this state, the pressure sensitive adhesive is exposed only in the remaining sections except for the position of the remaining cover paper 15 on the lower side of the first attachment section 9 and the second attachment section 11, Sensitive adhesive non-exposed section 17 in which the adhesive is not exposed.

For reference, the non-exposed portion 17 of the adhesive may be formed on both of the first attachment section and the second attachment section or may be formed on only one of them, depending on the shape of the cover paper.

With this structure,

As shown in the drawing, when the fixture 1 is the injection needle module 2 and the attached surface 5 is the patient skin, the injection needle 3 of the injection needle module 2 is inserted into the patient's skin, Is positioned above the object 1 to be fixed.

In this state, when the injection needle module 2 and the fixing groove 7 of the position fixing member 6 are positioned so as to be vertically and horizontally aligned, when the present invention is lowered, the lower surface of the connection section 13 is inserted into the injection needle module 2 and the needle module 2 and the connection section 13 are inserted into the fixing groove 7 of the position fixing member 6 in this state.

In this process, the first attachment section 9 and the lower surface of the second attachment section 11 come into close contact with the patient's skin. In this state, the user removes a part of the cover sheet from the adhesive pad 8 The cover of the inner side section is peeled off from the cutting slit 700 as a reference.

Therefore, the first attachment section 9 and the second attachment section 11 are fixedly attached to the skin of the patient through the first adhesive 10 and the second adhesive 12, and the first attachment section 9 and the second attachment section 11, The point where the remaining cover paper 15 is located in the section 11, that is, the point of the non-exposed portion 17 of the pressure-sensitive adhesive is not attached to the patient's skin.

With this structure, the position fixing member 6 is fixed to the patient's skin.

As described above, the needle module 2 and the injection needle module 2 are inserted into the fixing groove 7 of the position fixing member 6 with the connection section 13 covering the upper surface of the injection needle module 2 The connection section 13 is inserted into the fixing groove 7 in a tensioned state and an elastic force is exerted downward as shown in FIG.

The third adhesive 14 of the connection section 13 is adhered to the surface of the injection needle module 2 together with the elastic force.

Even if the space of the fixing groove 7 is formed to be larger than that of the needle module 2, a force is applied to the connection section 13 by the self-elastic force to urge the needle module 2 toward the patient's skin, The needle module 2 is kept in a strongly tight contact state between the connection section 13 and the patient's skin in the fixing groove so that the phenomenon that the fixture 1 is shaken in the fixing groove 7 is completely prevented .

In addition, since the fixture 1 is attached to the connection section through the third adhesive 14 in this state, a phenomenon such as shaking due to the adhesive force of the third adhesive 14 as well as the elasticity of the connection section 13 Can be further prevented.

When the fixture 1 is a plurality of strands (not shown) and the attached surface 5 is a wall or the like, wires (not shown) can be fixed on the wall surface in the same manner as described above.

As described above, the present invention has the effect that the phenomenon of shaking or the like can be further prevented by simply improving the structure of the adhesive pad 8 in a state where the fixture 1 is inserted into the position fixing member 6, It is easier to manufacture and reduce the manufacturing cost than the existing one.

When the adhesive pad 8 is to be detached from the adherend surface 5, the vicinity of the edge of the adhesive pad 8 where the adhesive non-exposed section 17 is formed is not attached to the adherend surface 5, Since the pad is not exposed, the pressure sensitive adhesive is prevented from sticking to the finger during the process of peeling off by holding the point of the pressure sensitive adhesive non-exposed section (17) of the pressure sensitive pad (8) with the finger.

As described above, the present invention can prevent the pressure-sensitive adhesive from being touched by the user's hand when the pressure-sensitive adhesive pad is removed only through the improvement of the structure of the pressure-sensitive adhesive pad. Thus, the hygienic properties are significantly improved, By forming the non-exposed section, economical efficiency and resource saving effect can be obtained.

For reference, the non-exposed portion 17 of the pressure sensitive adhesive includes all the meanings such that the pressure sensitive adhesive is not exposed to the surface of the pressure sensitive adhesive through separate printing or the like, without using the cover paper, or the pressure sensitive adhesive .

1: fixture 2; needle needle module
3; needle
5: an attachment surface 6;
7: fixing groove 8: adhesive pad
9; first attachment section 10; first adhesive agent
11; a second attachment section 12; a second adhesive section
13; connection section 14; third pressure-sensitive adhesive
15, a cover slip 700, a cutting slit
17: pressure-sensitive adhesive non-exposed section R: guide roller
100, an adhesive film sheet 2000,
300; an adhesive 400;
500 < / RTI >
800; a removal cover section 900; a remaining cover section
1000;
S100: Position fixing member preparation step S200: Pressure sensitive adhesive pad production process
S210: basic lapping step S220: cutting slit forming step
S230; an incision step S232;
233, a first cover sheet attaching step S234, a second cover sheet lapping step
S240;
S250; cutting step S300;

Claims (6)

A position fixing member preparation step of manufacturing a position fixing member having a fixing groove formed on a lower surface thereof,
A first attachment section is formed on the left side and a second attachment section is integrally connected to the first attachment section and a connection section is formed between the first attachment section and the second attachment section, Wherein at least a portion of the lower surface of the adhesive film on which the first adhesive agent and the second adhesive agent are respectively applied to the lower surfaces of the first and second adhesive sections, 1 and 2, a pressure-sensitive adhesive pad manufacturing process for manufacturing a pressure-sensitive adhesive pad having a cover paper adhered on the pressure-
And a final engaging step of attaching and bonding the position fixing member onto the upper surface of the adhesive pad,
The adhesive pad manufacturing process may include:
A basic laminating step of moving the protective paper in a state in which the protective paper is covered on the lower surface of the adhesive film in the form of a film and the lower surface thereof is coated with an adhesive,
The adhesive sheet is cut at the same time along the edge of the adhesive pad so that the adhesive sheet is exposed to the lower portion of the protective sheet by removing the cut portion of the protective sheet An incision step,
Wherein the cover sheet is bonded to the first and second adhesive layers of the adhesive pad before or after the cutting step at a position exposed through the cutting point of the protective sheet among the lower surface of the adhesive film sheet,
And < RTI ID = 0.0 >
A method of manufacturing a multi-functional attachment fixture.
The method according to claim 1,
Wherein the cover-
A first cover sheet attaching step in which the first cover sheet is folded in half and overlapped with the folding point as a reference, and the upper surface is attached to the first attachment section exposed through the cutout point of the protective paper sheet,
A second cover sheet attaching step in which the second cover sheet is folded in half and the upper surface is attached to the second attachment section exposed through the cut-off point of the protective paper sheet in the overlapped state with respect to the folding point,
And < RTI ID = 0.0 >
A method of manufacturing a multi-functional attachment fixture.
3. The method of claim 2,
The first cover sheet attaching step may include:
A first attaching step of attaching the first cover sheet to a first attaching section of the adhesive sheet in a state in which the first cover sheet is folded in half with respect to a folding point,
The first cover sheet is cut along the edge of the first cover sheet from the vicinity of the edge of the first cover sheet opposite the folding point to form the first cover sheet in a state of being attached to the adhesive sheet, Comprising the steps of:
Wherein the second cover-
A second attaching step in which the second cover sheet is attached in a symmetrical manner to the first cover sheet in a second attaching section of the adhesive film sheet in a state that the second cover sheet is folded in half with respect to the folding point,
The second cover sheet is cut along the edge of the second cover sheet from the vicinity of the edge of the second cover sheet opposite the folding point so that the second cover sheet is attached to the adhesive sheet, Wherein the step
A method of manufacturing a multi-functional attachment fixture.
The method according to claim 2 or 3,
The adhesive pad manufacturing process may include:
Wherein a portion of the first and second cover sheets attached to the adhesive film is formed by cutting a portion of the first cover sheet and the second cover sheet crossing the section adhered to the adhesive film, And a portion of the outer circumferential edge of the outer circumferential edge portion of the outer circumferential edge of the outer circumferential edge portion of the outer circumferential edge portion of the outer circumferential edge portion of the cutting slit A portion of the pressure sensitive adhesive on the lower surface of the adhesive film corresponding to the removed cover section is exposed to the outside and a portion where the remaining cover section is located is covered by the remaining cover section to be in a non-
≪ RTI ID = 0.0 >
A method of manufacturing a multi-functional attachment fixture.
The method according to claim 2 or 3,
The adhesive pad manufacturing process may include:
The first and second pressure-sensitive adhesive sheets are covered with a printed material in a process of being carried out before or after the basic linting step and in the vicinity of the outer edge of the pressure-sensitive adhesive film in the section where the first pressure-sensitive adhesive and the second pressure- Further comprising a pressure sensitive adhesive removing step for preventing the pressure sensitive adhesive at the point from being exposed
A method of manufacturing a multi-functional attachment fixture.
The method according to claim 1,
Between the basic lapping step and the incising step, or between the incising step and the covering lining step,
A separate band type fixing film is attached across the top surface of the adhesive film so as to be adhered while covering the cutting points of the adhesive film and the protective paper formed through the cutting step, A release preventing step for preventing the phenomenon of separate separation
≪ RTI ID = 0.0 >
A method of manufacturing a multi-functional attachment fixture.

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