Adhesive tape case

Abstract

This invention allows for easy withdrawal to a required length without finger contact and without interference from the adhesive force of the adhesive tape during use or storage, and securely cuts the withdrawn adhesive tape by gripping it from the front and rear. To implement this with a simple structure, an upper withdrawal roller (105) and a lower withdrawal roller (107) made of an elastic silicone material with an embossed surface are installed to rotate in contact with a body (101) with a predetermined pressure. When the upper withdrawal roller (105) and the lower withdrawal roller (107) rotate in a state of contact and contact with a predetermined pressure, the two sides of the adhesive tape (T) are released from the roller due to the compression caused by elasticity and the embossing surface between them, allowing for smooth forward transport. When moving out of this space, the adhesive surface of the adhesive tape (T) is not adhered by the restoration of the compression of the upper withdrawal roller (105) and the lower withdrawal roller (107) and the embossing surface, and the upper withdrawal roller (105) and the lower withdrawal The present invention provides an adhesive tape case (100) characterized by being separated from the roller (107), cutting the adhesive tape (T) which maintains a fixed state in the forward and backward directions while the end portion contacts the lower discharge guide (110) by pressing the cutting piece (112) to a predetermined depth, and then releasing the press to return to a raised position, wherein the lower entry guide (104) and the lower discharge guide (110) are composed of an elastic silicone material having an embossed surface, so that the adhesive surface of the adhesive tape (T) entering or being withdrawn does not adhere during transport or while in a stopped state.

Description

Technology Field

[0001] This invention relates to an adhesive tape case in which an adhesive tape wound in a roll form is mounted inside, and more specifically, to an adhesive tape case that allows the adhesive tape to be unwound from the roll, pulled out, and cut to a required length without contact with the adhesive surface of the tape by fingers. Background Technology

[0002] Figure 1 is a drawing showing an adhesive tape case with a conventional roll-type adhesive tape mounted inside.

[0003] As shown in FIG. 1, an adhesive tape (also known as Scotch tape) (20), which is widely used in homes or offices, is mounted in a roll form on a roll mounting part (12) inside a body (11), and the end of the tape unwound from the roll to a predetermined length is attached to an end attachment part (13) on one side. Then, holding the case (10) with one hand and using the fingers of the other hand, the adhesive tape (20) attached to the end attachment part (13) is pulled out to a required predetermined length, and the adhesive tape (20) is attached to a cutting part (14) in which a plurality of sharp saw teeth are formed in a row at the end of the end attachment part (13), and the cut adhesive tape (20') is pulled downward with force and used to adhere to an object.

[0004] However, the conventional adhesive tape case (10) described above had the inconvenience that whenever the adhesive tape (20) was used, the adhesive surface on the inside of the end of the adhesive tape (20) attached to the end seating portion (13) had to be grasped with a finger, detached from the end seating portion (13), and then pulled so that the roll-shaped adhesive tape (20) mounted on the roll mounting portion (12) could be pulled out while rotating.

[0005] In addition, the process of cutting the adhesive tape (20) drawn out to a predetermined length also had the inconvenience of having to attach a predetermined part of the drawn-out adhesive tape to the end attachment part (13), and then forcefully pull the end of the adhesive tape (20) held with a finger downward to cut it at the cutting part (14).

[0006] At this time, the adhesive tape is held with fingers or is cut while pressure is applied to the object, but since tension is not applied to the roll, the tape often does not cut properly as it is pulled out of the roll.

[0007] In particular, as described above, when pulling out and cutting the adhesive tape, the end of the adhesive tape must be grasped and pulled with a finger, so foreign substances such as fingerprints or dust get on the adhesive surface, weakening the adhesive strength, and the appearance during adhesion is not neat and looks messy.

[0008] In addition, since the adhesive surface may contain chemical components such as binders, hardeners, reinforcing agents, diluents, fillers, and coupling agents, it is advisable to avoid contact with the human body as much as possible.

[0009] FIGS. 2a and 2b are drawings showing an adhesive tape case that allows a conventional adhesive tape to be drawn out and cut to a required length without contact with fingers.

[0010] Registered Utility Model No. 20-0313536 (Title of invention: Adhesive tape case) discloses a method for enabling an adhesive tape to be withdrawn and cut to a required length without contact with fingers.

[0011] However, as shown in FIG. 2a, when unwinding and pulling out the tape roll, it is preferable to bring the roller into maximum contact. However, since a part of the pull-out roller (24) protrudes through the hole (14) of the guide plate (13) to the upper part of the guide plate (13) and rotates to pull out the tape from the roll while in contact with the adhesive surface of the tape, the contact area between the pull-out roller (24) and the tape is too small, making it difficult to pull out. If the tape is pulled out by strongly pressing with a small contact area to compensate for this, damage to the adhesive surface of the tape becomes inevitable.

[0012] Additionally, as shown in FIG. 2b, when the drawn-out tape passes through the guide plate (13), it adheres to the guide plate (13). Also, during the cutting process, when the button (31) is pressed and the tape is cut with the cutter (35), force is applied to the tape, causing it to adhere to the guide plate (13) and the exit side. When stored for a long time in the case, the tape may adhere to the drawer roller (24), preventing it from being drawn out or damaging the adhesive surface.

[0013] Also, if the tape adheres to the guide plate (13), it will spin freely even if the extraction roller (24) rotates. If the tape adheres to the guide plate (13) before and after the extraction roller (24), it will not be extracted further. If the tape adheres to the exit side of the guide plate (13), it will be folded and jammed by the extraction roller (24).

[0014] In addition, there was a problem where the ends of the tape adhered to the tape exit section when the tape was cut and stored.

[0015] In other words, due to the adhesive strength of the adhesive tape, it was difficult or impossible to withdraw properly during use or storage, and there were problems with the complex configuration required to implement this. Prior art literature

[0016] Registered Utility Model No. 20-0313536 The problem to be solved

[0017] The present invention aims to solve the aforementioned conventional problems by providing an adhesive tape case that allows the tape to be easily withdrawn to the required length without finger contact and without interference from the adhesive force of the tape during use or storage, securely cut by gripping the withdrawn tape from the front and rear, and implements this with a simple configuration. means of solving the problem

[0018] To solve the above problem, the present invention comprises: a withdrawal unit for unwinding and withdrawing an adhesive tape (T) wound in a roll shape and mounted on a roll mounting part (102) formed on a body (101); An adhesive tape case comprising a cutting section for cutting an adhesive tape drawn out from the above-mentioned drawing section, wherein the drawing section is characterized by the upper drawing roller (105) and the lower drawing roller (107), made of an elastic silicone material having an embossed surface, being installed to rotate in contact with the body (101) with a predetermined pressure and interlocked, and when the upper drawing roller (105) and the lower drawing roller (107) rotate in a state of contact and interlocked with a predetermined pressure, the two sides of the adhesive tape (T) are released from the roller and transported forward smoothly between them by the compression due to elasticity and the embossing surface, and when they move out of the space, the adhesive surface of the adhesive tape (T) is separated from the upper drawing roller (105) and the lower drawing roller (107) without the adhesive surface being adhered by the compression restoration of the upper drawing roller (105) and the lower drawing roller (107) and the embossing surface. Provides a case (100).

[0019] Preferably, the extraction portion is formed such that the width of the upper extraction roller (105) and the lower extraction roller (107), which are closely interlocked, is equal to or greater than the width of the adhesive tape (T), so that the adhesive tape (T) can be extracted smoothly and securely.

[0020] Preferably, the device further comprises an upper discharge guide (109) formed with a predetermined length on the body (101) to guide and discharge the adhesive tape (T) being discharged from the discharge section from above and below, and a lower discharge guide (110) fixed at a predetermined distance from the upper discharge guide (109). The lower discharge guide (110) is made of an elastic silicone material that forms an embossed surface, so that the adhesive surface of the adhesive tape (T) being discharged does not adhere during transport or while stopped.

[0021] Preferably, the cutting portion comprises a connecting member (111) formed at a predetermined height on the upper surface of the upper discharge guide (109), and a cutting piece (112) that has a cutting function extending forward from the connecting member (111) and downward at a predetermined angle, facing the lower discharge guide (110), and is formed separately from the body (101) so that when pressed, it descends by its own elasticity to bring the end portion into contact with the lower discharge guide (110). The cutting piece (112) can cut the adhesive tape (T) that maintains a fixed state in the front and back directions as the end portion contacts the lower discharge guide (110) and enters to a predetermined depth while the pressing continues, and when the pressing is released, the end portion can rise again and return.

[0022] Preferably, the device further comprises an entry guide section comprising an upper entry guide (103) formed with a predetermined length on the body (101) to guide the adhesive tape (T) from above and below to enter the extraction section, and a lower entry guide (104) fixed at a predetermined distance from the upper entry guide (103). The lower entry guide (104) is composed of an elastic silicone material that forms an embossed surface, thereby preventing the adhesive surface of the entering adhesive tape (T) from adhering during transport or while stopped. Effects of the invention

[0023] According to the adhesive tape case of the present invention having the above-mentioned solution, the lower entry guide, upper withdrawal roller, lower withdrawal roller, and lower discharge guide, which are in the process of unwinding and withdrawing the adhesive tape from the roll while maintaining adhesive strength and preventing contamination without gripping the adhesive tape with fingers, are made of an elastic silicone material that forms an embossed surface, thereby preventing the adhesive surface from sticking during the transport or while the adhesive tape is stopped, thus enabling smooth transport.

[0024] In particular, by installing the upper and lower pull-out rollers so as to rotate in close contact with the body with a predetermined pressure and forming the width of the upper and lower pull-out rollers that are in close contact and interlocked to be equal to or greater than the width of the adhesive tape, when the upper and lower pull-out rollers rotate in an interlocked state, the adhesive tape is compressed by elasticity and the embossing surface in the space between them, and when it moves out of the space between them, the compression restoration of the upper and lower pull-out rollers and the embossing surface have the effect of making the forward transfer smoother and more stable.

[0025] In addition, by maintaining the fixed state of the adhesive tape before and after the cutting section, the adhesive tape is prevented from slipping or coming loose, and the cutting piece is continuously pressed so that the end contacts the lower discharge guide and enters to a predetermined depth, allowing for easy and secure cutting. During this process, the adhesive surface of the cut adhesive tape remains unattached to the lower discharge guide, thereby enabling easy subsequent extraction.

[0026] In addition, by simply implementing the withdrawal and cutting structure of the adhesive tape, manufacturing is easy and the unit cost does not increase significantly, resulting in the effect of convenient use without finger contact at an affordable price. Brief explanation of the drawing

[0027] FIG. 1 is a drawing showing an adhesive tape case with a conventional roll-type adhesive tape mounted inside, and FIG. 2 is a drawing showing an adhesive tape case that allows a conventional adhesive tape to be withdrawn and cut to a required length for use without contact with fingers, and FIGS. 3a and 3b are drawings showing an adhesive tape case according to an embodiment of the present invention, and FIGS. 4a and 4b are drawings showing the state in which an adhesive tape is mounted on the adhesive tape case of FIGS. 3a and 3b, and Figures 5a and 5b are drawings showing the process of cutting an adhesive tape withdrawn from the adhesive tape case of Figures 4a and 4b. Specific details for implementing the invention

[0028] Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. This detailed description is intended to enable a person skilled in the art to easily implement the invention, and does not imply that the technical scope or concept of the present invention is limited thereby. In the embodiments of the present invention, the direction in which the adhesive tape is withdrawn is defined as the forward direction for description.

[0029] FIGS. 3a and FIGS. 3b are drawings showing an adhesive tape case according to an embodiment of the present invention.

[0030] As shown in FIGS. 3A and 3B, the adhesive tape case (100) according to an embodiment of the present invention has a pull-out section installed in front of the roll mounting section (102) to unwind and pull out an adhesive tape wound in a roll shape to a required length, which is mounted on the roll mounting section (102) formed on the body (101), and a cutting section installed in front of the pull-out section to cut the adhesive tape pulled out from the pull-out section, and further includes an entry guide section between the roll mounting section (102) and the pull-out section to guide the adhesive tape unwound from the roll from above and below to enter the pull-out section, and an discharge guide section to guide the external discharge of the adhesive tape pulled out from the pull-out section from above and below.

[0031] The above entry guide section comprises an upper entry guide (103) formed with a predetermined length on the body (101) to guide the adhesive tape unwound from the roll mounted on the roll mounting section (102) to enter the extraction section from above and below, and a lower entry guide (104) fixed to the body (101) at a predetermined distance corresponding to the upper entry guide (103) to allow the adhesive tape to pass through from below and enter the extraction section.

[0032] Here, the lower entry guide (104) is composed of an elastic silicone material that forms an embossed surface, thereby preventing the adhesive surface of the adhesive tape entering the extraction part from sticking during transport, thereby facilitating the forward transport of the adhesive tape and ensuring that the adhesive tape maintains a non-stick state even when it stops inside.

[0033] The above-mentioned extraction unit is configured such that an upper extraction roller (105) and a lower extraction roller (107), made of an elastic silicone material that forms an embossed surface, are installed on the body (101) to rotate around an upper extraction roller axis (106) and a lower extraction roller axis (108), and the upper extraction roller (105) and the lower extraction roller (107) are kept in a state of being closely engaged with each other under a predetermined pressure.

[0034] The upper pull-out roller (105) and lower pull-out roller (107) are made of elastic silicone material, and it was confirmed from experimental results that if the embossing surface is similar to the surface of sandpaper, for example, and the grit size is 400 to 800, it is not adhered to the adhesive surface of the adhesive tape (anti-adhesive). The silicone material has superior non-adhesive properties compared to rubber material, and the physical properties and surface shape last a long time. In addition to embossing, it is also possible to use rubber material with a non-adhesive surface treatment.

[0035] Here, the predetermined pressure is such that it presses both sides of the adhesive tape to ensure it is securely released from the roll and enables smooth forward transport. When the upper pull-out roller (105) and the lower pull-out roller (107), which are in close contact and engaged with the predetermined pressure, rotate, the two sides of the adhesive tape are pressed by elasticity and the embossed surface between them to facilitate smooth forward transport.

[0036] In addition, the interlocking width of the upper pull-out roller (105) and the lower pull-out roller (107) is formed to be equal to or greater than the width of the adhesive tape, thereby allowing the adhesive tape to be transported more smoothly and reliably and pulled out stably.

[0037] Additionally, when the upper pull-out roller (105) and the lower pull-out roller (107), which are made of an elastic silicone material forming an embossed surface, are disengaged from each other, the non-adhesive surface is separated from the upper pull-out roller (105) and the lower pull-out roller (107) by the restoration of the compression by elasticity, so that the adhesive surface is not adhered to by the embossed surface.

[0038] This is because the elasticity is restored as a predetermined pressure acting on the interlocking part of the upper pull-out roller (105) and the lower pull-out roller (107) is released. Just as adhesive tape attached to a rubber balloon detaches when the balloon contracts or expands, the adhesive tape between the upper pull-out roller (105) and the lower pull-out roller (107) is also transported in a state of being immediately separated by the elasticity restoration and the embossing surface.

[0039] The above discharge guide section comprises an upper discharge guide (109) formed with a predetermined length on the body (101) to guide the adhesive tape being discharged from the discharge section to the outside from above and below, and a lower discharge guide (110) fixed to the body (101) at a predetermined interval corresponding to the upper discharge guide (109) to allow the adhesive tape to pass through from the bottom and be discharged to the outside while the remaining cut adhesive tape is well maintained.

[0040] Here, the lower discharge guide (110) is composed of an elastic silicone material that forms an embossed surface, thereby preventing the adhesive surface of the adhesive tape withdrawn from the withdrawal section from sticking during transport, thereby facilitating the external discharge of the adhesive tape and ensuring that the cut adhesive tape remains in a non-stick state without detaching even when it stops inside.

[0041] In an embodiment of this invention, a soft silicone material forming an embossed surface is applied to the upper and lower withdrawal rollers and the lower entry and discharge guide.

[0042] For adhesive tapes with the same adhesive strength, the bonding strength is proportional to the actual bonding area. Furthermore, if the surfaces are flat, smooth, and similar in hardness, the bonding strength of rubber and plastic materials will also be similar.

[0043] However, in the case of soft rubber, the adhesive strength is lower than that of plastic during both bonding and detachment. When pulling to remove adhesive tape, while the adhesive force acts equally and simultaneously at all points on plastic materials, with soft rubber, depending on the location and angle at which the force is applied the moment the tape is pulled, a portion begins to detach first due to the elasticity of the rubber, and the entire piece eventually falls off in chronological order.

[0044] For this reason, if the pressing force varies when applying adhesive tape to soft rubber, detachment will occur at different points each time it is pressed.

[0045] Accordingly, in the embodiment of the present invention, when an embossing surface is formed with a soft material such as rubber rather than a hard material such as plastic, the adhesive tape adheres less and detachment is also easily achieved; therefore, a soft silicone material is applied to form the embossing surface instead of a hard material such as plastic.

[0046] The above cutting section comprises a connecting member (111) formed on the body (101) at a predetermined height on the upper surface of the upper discharge guide (109) to cut the adhesive tape drawn out from the above drawing section, and a cutting piece (112) having a cutting function, such as a metal blade, which extends forward from the connecting member (111) and is lowered at a predetermined angle.

[0047] Here, the cutting piece (112) is formed separately from the body (101) while facing the lower discharge guide (110), and when pressed, it descends due to its own elasticity and the end portion comes into contact with the lower discharge guide (110). Then, by continuing to press, the adhesive tape that maintains a fixed state in the front and back is reliably cut as the end portion enters the elastic lower discharge guide (110) to a depth sufficient to form an embossed surface and cut, and when the press is released, it rises again and returns.

[0048] The process of drawing out and cutting an adhesive tape case according to an embodiment of the present invention having the above-described configuration will be explained in detail with reference to the attached drawings as follows.

[0049] FIGS. 4a and FIGS. 4b are drawings showing the state in which an adhesive tape is mounted on the adhesive tape case of FIGS. 3a and FIGS. 3b.

[0050] In the adhesive tape case (100) according to an embodiment of the present invention, as shown in FIGS. 4a and 4b, the adhesive tape (T) is mounted on the roll mounting part (102), and the roll is unrolled forward so that the end of the adhesive tape (T) is positioned to be exposed to the outside by passing through the entry guide part, the upper withdrawal roller (105) and the lower withdrawal roller (107) which rotate in close contact with a predetermined pressure, and the discharge guide part, is described as follows:

[0051] First, when the upper pull-out roller (105) exposed on the upper part of the body (101) is rotated clockwise with a finger while holding the adhesive tape case (100) according to an embodiment of the present invention, the two sides of the adhesive tape (T) are smoothly transported as they are unwound from the roll by elastic pressing and embossing surfaces in a state of close contact and interlocking with a predetermined pressure.

[0052] At this time, as the adhesive tape (T) continues to unwind from the roll and enters the entry guide section, the adhesive surface of the adhesive tape (T) is not adhered to the lower entry guide (104), which is composed of an elastic silicone material forming an embossed surface, during transport or while stopped.

[0053] Additionally, when the adhesive tape (T) is disengaged from the interlocking of the upper pull-out roller (105) and the lower pull-out roller (107), which are made of an elastic silicone material that forms an embossed surface, the adhesive surface is not adhered by the restoration of the compression due to elasticity and the embossed surface, and is separated from the upper pull-out roller (105) and the lower pull-out roller (107).

[0054] And, the adhesive tape (T) is continuously transported to the discharge guide section and discharged after being withdrawn from the withdrawal section, and is withdrawn so that the adhesive surface does not adhere to the lower discharge guide (109), which is composed of an elastic silicone material forming an embossed surface, during transport or while stopped, and the adhesive tape (T) remaining after being cut can maintain a temporary fixed state inside the discharge guide.

[0055] In addition, in an embodiment of the present invention, the interlocking width of the upper pull-out roller (105) and the lower pull-out roller (107) is formed to be equal to or greater than the width of the adhesive tape (T) so that the transfer of the adhesive tape (T) can be made smoother and more reliable.

[0056] In the process of unwinding and pulling out an adhesive tape (T) from a roll after mounting it in an adhesive tape case (100) according to an embodiment of the present invention, the lower entry guide (104), the upper withdrawal roller (105) and the lower withdrawal roller (107) of the withdrawal section, and the lower discharge guide (110) are made of an elastic silicone material that forms an embossed surface, thereby preventing the adhesive surface from sticking to the adhesive tape during transport or while it is stopped, so that the adhesive tape can be transported smoothly without contact with fingers, and furthermore, when the upper withdrawal roller (105) and the lower withdrawal roller (107) rotate and interlock, the adhesive tape (T) is sufficiently covered to enable smoother and more reliable transport.

[0057] Figures 5a and 5b are drawings showing the process of cutting an adhesive tape withdrawn from the adhesive tape case of Figures 4a and 4b.

[0058] The adhesive tape case (100) according to an embodiment of the present invention, as shown in FIGS. 5a and 5b, describes the process of cutting the adhesive tape (T) without touching it with a finger while passing between the upper extraction roller (105) and the lower extraction roller (107), which are in close contact and interlocked and rotate with a predetermined pressure, and being transferred to the discharge guide section.

[0059] In order to cut the adhesive tape (T) that has been drawn out through the above-mentioned drawing part and discharged to the outside for the required length, while holding the adhesive tape case (100) according to the embodiment of this invention with one hand, the cutting piece (112) exposed on the upper part of the body (101) in front of the upper drawing roller (105) is pressed downward with a finger. The end part descends to the lower discharge guide (110) facing it due to its own elasticity, forming an embossed surface. When the pressing is continued, it penetrates to a predetermined depth because it is made of soft silicone material and is cut by the cutting function. The adhesive tape (T) maintains a fixed state back and forth between the adhesive target and the drawing part, ensuring a secure cut.

[0060] And, when the adhesive tape (T) is cut by the end portion, the pressure on the cut piece (112) is released, and it rises again due to the return of its own elasticity and faces the lower discharge guide (110) at a predetermined distance.

[0061] From this, the adhesive tape (T) is pulled out without being held by fingers, and the end is attached to the object and cut. The cut adhesive tape (T') is used to attach to the object, and the remaining adhesive tape (T) is formed with an embossed surface inside the discharge guide section and is maintained well without being adhered even when time passes or the ambient temperature rises without force being applied by the lower discharge guide (109), which is made of an elastic silicone material. In particular, during the cutting process of the end section, it is temporarily fixed to the surface of the lower discharge guide (109) so that the next pull-out can be made smooth.

[0062] This invention is not limited to the above embodiments, and various modifications are possible within the scope of the invention as described in the claims, and such modifications are also included within the scope of this invention.

[0063] For example, in the embodiment of this invention, a state in which one side of the body is open is described as an example, but a cover that covers the open side may be added to prevent the ingress of impurities such as dust into the body or damage caused by external forces. Explanation of the symbols

[0064] 10: Conventional adhesive tape case 11, 101 : Body 12, 102: Roll mounting part 13: End seating part 14: Cutting section 20 : Adhesive tape 20' : Cut adhesive tape 100 : Adhesive tape case according to an embodiment of the present invention 103 : Upper Entry Guide 104 : Lower Entry Guide 105: Upper withdrawal roller 106: Upper withdrawal roller shaft 107: Lower withdrawal roller 108: Lower withdrawal roller shaft 109: Upper discharge guide 110: Lower discharge guide 111 : Connecting rod 112 : Cut piece T : Adhesive tape T' : Cut adhesive tape

Claims

Claim 1 A withdrawal unit for unwinding and withdrawing an adhesive tape (T) wound in a roll shape and mounted on a roll mounting unit (102) formed on a body (101); An adhesive tape case comprising a cutting section for cutting an adhesive tape drawn out from the above-mentioned drawing section, wherein the drawing section is characterized by the upper drawing roller (105) and the lower drawing roller (107), made of an elastic silicone material having an embossed surface, being installed to rotate in contact with the body (101) with a predetermined pressure and interlocked, and when the upper drawing roller (105) and the lower drawing roller (107) rotate in a state of contact and interlocked with a predetermined pressure, the two sides of the adhesive tape (T) are released from the roller and transported forward smoothly between them by the compression due to elasticity and the embossing surface, and when they move out of the space, the adhesive surface of the adhesive tape (T) is not adhered and is separated from the upper drawing roller (105) and the lower drawing roller (107) by the compression restoration of the upper drawing roller (105) and the lower drawing roller (107) and the embossing surface. Case (100). Claim 2 In claim 1, the adhesive tape case (100) is characterized in that the width of the upper extraction roller (105) and the lower extraction roller (107) that are closely interlocked is formed to be equal to or greater than the width of the adhesive tape (T), thereby allowing the adhesive tape (T) to be extracted smoothly and securely. Claim 3 The adhesive tape case (100) according to claim 1 further comprises an upper discharge guide (109) formed with a predetermined length on the body (101) to guide and discharge the adhesive tape (T) drawn out from the drawing part from above and below, and a lower discharge guide (110) fixed at a predetermined distance from the lower part corresponding to the upper discharge guide (109), wherein the lower discharge guide (110) is composed of an elastic silicone material having an embossed surface, so as not to adhere to the adhesive surface of the adhesive tape (T) being drawn out during transport or while stopped. Claim 4 In claim 3, the cutting portion comprises a connecting member (111) formed at a predetermined height on the upper surface of the upper discharge guide (109), and a cutting piece (112) having a cutting function that extends forward from the connecting member (111) and is lowered at a predetermined angle, facing the lower discharge guide (110) and formed separately from the body (101), so that when pressed, it descends by its own elasticity to bring the end portion into contact with the lower discharge guide (110); the cutting piece (112) cuts the adhesive tape (T) which maintains a fixed state in the front and back directions while the end portion contacts the lower discharge guide (110) and enters to a predetermined depth when the pressing is continued, and when the pressing is released, the end portion rises again and returns to its original position. Claim 5 The adhesive tape case (100) according to claim 1 further comprises an entry guide section comprising an upper entry guide (103) formed with a predetermined length on the body (101) to guide the adhesive tape (T) from above and below to enter the extraction section, and a lower entry guide (104) fixed at a predetermined distance from the lower part corresponding to the upper entry guide (103), wherein the lower entry guide (104) is composed of an elastic silicone material having an embossed surface, so that the adhesive surface of the adhesive tape (T) entering does not adhere during transport or while stopped.

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