JP5893281B2 - Mountless wristband and mountless wristband continuum - Google Patents

Description

  The present invention relates to a wristband without a mount and a wristband continuum without a mount, and in particular, a person can be identified by wrapping around a wrist or ankle of a visitor or patient in an amusement field or medical field The present invention relates to a mountless wristband and a mountless wristband continuum.

  At amusement facilities such as amusement parks, tickets are issued to visitors, and entrance checks to the venues and attractions are performed using these tickets. In order to carry the ticket without losing it, it is necessary to prepare and store a ticket holder separately. Therefore, in recent years, the introduction of a wristband type ticket that does not require a ticket holder has been promoted.

  A wristband displaying patient-specific identification information such as the patient's name, age, gender, blood type, etc. in order to prevent medical errors due to misadministration of drugs or patient misuse in medical facilities such as hospitals. It is used.

  In general, the wristband is shaped like a belt, which is wound around the wrist or ankle and clipped at both ends. The clip consists of a male clip and a female clip. Insert the bosses formed on the male clip into the retaining holes formed on both ends of the wristband, and fit the retaining holes formed on the female clip into this. At the same time, the wristband is looped around. The wristband that is clipped does not come off easily and can withstand use for several weeks.

  However, this wristband configuration requires a clip for fixing the wristband, which is troublesome to fix and difficult to provide at a low cost. When the wristband is fixed using the clip, a protrusion is formed on the wrist side of the wristband, so that the wearer of the wristband may feel uncomfortable on the skin. In addition, since the fastening holes are provided only in the longitudinal direction, there is an inconvenience that the wristband cannot be wound with an arbitrary diameter of millimeter units.

  Therefore, the wristband 30 which does not require the clip shown in FIG. 7 was considered. This wristband 30 is obtained by applying pre-printing 11 on the surface of a band-shaped band base material 31 and providing a double-sided adhesive tape 32 in the vicinity of one end of the back surface. The double-sided adhesive tape 32 is coated with an adhesive 33 with a mount 34, wound around a wrist or ankle, and then peeled off the mount 34 to expose the adhesive 33, and the ends of the band base material 31 are bonded together. Since it is used, it can be conveniently held in a desired position according to the thickness of the wrist. The wearer of the wristband is comfortable without feeling uncomfortable on the skin.

  However, while the wristband 30 is convenient and comfortable, the wristband 30 is provided with a mount 34 that covers the adhesive 33. Therefore, after the wristband 30 is attached to the wrist, ankle or the like, the peeled mount 34 becomes garbage.

JP 2002-363808 A

  The present invention has been made in view of such problems, and does not require a clip when winding the wristband, eliminates the trouble of peeling the mount using the double-sided adhesive tape, and the peeled mount does not become dust, It is an object of the present invention to provide a mountless wristband and a mountless wristband continuum that are easy to wrap around an ankle.

  Further, the present invention provides a mountless wristband and a mountless list that can be attached and fixed at a desired position when a wristband is wound and fixed even on wrists and ankles having different thicknesses depending on a person. It is an object to provide a band continuum.

A first invention of the present invention is a wristband capable of displaying information on a band-shaped band base material and capable of being wound around at least one of the extremities of the human body, wherein the surface of the band base material has a surface thereof. A release agent layer is provided on the entire surface, an adhesive layer is provided in the vicinity of one end of the back surface to form an adhesive portion, and the remaining portion where the adhesive layer on the back surface is not provided is a paste-free portion,
A basebandless wristband characterized in that the adhesive part and the non-glue part can be faced to each other and can be formed in an annular shape.
A second invention is a wristband continuum in which a plurality of wristbands that wrap around at least one of the extremities of a human body and display information, and a band-shaped band base material capable of displaying information, A release agent layer provided on the entire surface of the band base material, and perforations that penetrate the band base material and the release agent layer to partition the wristband continuous body into one wristband unit at equal intervals A pressure-sensitive adhesive layer is provided on the back surface of the wristband of one unit that is formed and partitioned by the perforation to form a pressure-sensitive adhesive portion at an adjacent position of the perforation, and the pressure-sensitive adhesive layer is not provided. A baseband-less wristband continuum characterized in that the remaining portion is a non-glue portion and is wound in a roll shape.
At least the adhesive portion of the band base material of the wristband without a mount is formed with a plurality of breaking cuts penetrating the band base material.
It is desirable that round corners are formed at the four corners of the band base material of the wristband without the mount.

In the mountless wristband and the mountless wristband continuum of the present invention, a clip for fastening the wristband becomes unnecessary and handling becomes simple.
In addition, when adjusting the length of the wristband, it is not subject to the restrictions of the pitch of the retaining holes provided on the fly, so it has an optimal annular diameter that matches the wrist and ankle thickness of the wristband wearer. Can be wound.
Furthermore, since there is no mount for covering the adhesive when fastened with an adhesive, there is no waste when using it, which contributes to the reduction of waste and to resource saving.

The perspective view of the wristband-less continuum of the present invention. FIG. 2 (a) is a plan view of the wristband without a mount, FIG. 2 (b) is a back view of FIG. 2 (a), and FIG. The cc sectional view taken on the line of Fig.2 (a). FIG. 2 is a schematic side view of an electronic printer for printing character information on a roll-like basebandless wristband continuum. The perspective view which shows the form which wound around the to-be-wrapped parts, such as a wrist and an ankle, the wristband without mount. The perspective view of the mountless wristband continuous body of this invention in another Example. It is explanatory drawing of the wristband without a mount of the present invention in another example, and Drawing 6 (a) is a top view of the wristband without the mount, and Drawing 6 (b) is a back view of Drawing 6 (a). Sectional drawing for demonstrating the conventional wristband.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

  In FIG. 1, the perspective view of the wristband continuous body 1 without a mount is shown. The baseband-less wristband continuous body 1 is formed by continuously forming a plurality of band-less baseband wristbands 2 in the longitudinal direction and winding them around a cylindrical core 3 to form a roll. The wristband-less wristband continuous body 1 can be separated for each unit by perforations 4 provided at equal intervals.

2A, 2B, and 2C show the mountless wristband 2. FIG. FIG. 2A is a plan view of the mountless wristband 2 as viewed from the printing surface (front surface). FIG.2 (b) is the top view which looked at Fig.2 (a) from the opposite surface (back surface). FIG. 2C is a cross-sectional view taken along the line cc of FIG.
The wristband 2 with no mount of the present invention includes a long band-shaped band base material 5, a release agent layer 6 provided by applying a transparent release agent over the entire surface of the band base material 5, and the band base material 5. The pressure-sensitive adhesive layer 7 is provided by applying a pressure-sensitive adhesive in the vicinity of one end of the back surface of the film.

The band substrate 5 is a synthetic resin film provided with a thermal layer that develops color when heat is applied, and information 13 can be printed by an electronic printer 20 described later.
Examples of the synthetic resin film used as the band substrate 5 include PET film, PE film, PP film, and synthetic paper. In particular, synthetic paper thermal, PET thermal, etc. having a thermal layer on the surface are suitable.

  The release agent layer 6 is obtained by printing or coating a transparent release agent containing ultraviolet curable silicone on the entire surface of the band substrate 5. In addition, thermosetting silicone, alkyl pendant polymer, fluorine resin, and the like can be used.

  By using pre-printing 11 on a portion between the band base material 5 and the release agent layer 6, the usage method of the wristband is displayed in advance. The preprint 11 is printed with a printing ink such as an ultraviolet curable ink, and this information can be visually recognized from the surface side of the wristband 2 without the mount through the transparent release agent layer 6.

  As shown in FIG. 2C, an adhesive portion 8 provided with an adhesive layer 7 is formed in the vicinity of one end portion of the back surface of the band base material 5. The remaining part other than the adhesive part 8 is a non-glue part 9 without an adhesive layer.

  The pressure-sensitive adhesive layer 7 of the pressure-sensitive adhesive portion 8 is obtained by pattern-coating a pressure-sensitive adhesive having a necessary strength. For example, an emulsion system (in which an adhesive is dispersed in water), a solvent system (in which an adhesive is dissolved in a solvent), a hot melt system (using thermoplasticity) and the like. Examples of the material include synthetic rubber-based, natural rubber-based, acrylic resin-based, polyvinyl ether resin-based, urethane resin-based, and silicone resin-based adhesives.

  The width W1 of the pressure-sensitive adhesive layer 7 is provided to be narrower than the width W of the band base material 5. That is, the adhesive layer 7 is not provided on both edges in the width direction of the band base material 5. (Width W of band substrate 5> Width W1 of adhesive layer 7)

Moreover, the adhesive part 8 is provided with a plurality of breaking cuts 14 penetrating each layer (the release agent layer 6, the band base material 5, and the adhesive layer 7) within this range. The shape of the breaking cut 14 is substantially U-shaped, and the line segment connecting both ends thereof is substantially parallel to the width direction of the band base material 5.
A plurality of substantially U-shaped breaking cuts 15 are also provided in the non-glue portion 9 through each layer (the release agent layer 6 and the band base material 5). Note that the breaking notch 15 provided in the non-glue part 9 is formed over a wider range than the breaking notch 14 of the adhesive part 8. The substantially U-shaped opening directions of the breaking cuts 15 are arranged so as to be adjacent to each other (direction rotated 180 degrees).

  At a position adjacent to the perforation 4, a timing mark 12 is provided that enables detection of the position of the wristband 2 without the mount when the wristband continuum 1 is loaded into the electronic printer 20 or the like for transfer printing. In FIG. 2, the timing mark 12 is provided between the perforation 4 and the adhesive portion 8. However, the timing mark 12 may be provided at a position other than the breaking notch 15 in the non-glue portion 9.

  When a plurality of single-sheet baseless wristbands 2 configured in this way are formed in series in the longitudinal direction, and their tips are fixed to a cylindrical core 3 and wound, the roll-shaped baseless wristlist shown in FIG. Band continuum 1 is obtained. In this roll-shaped baseband-less wristband continuum 1, the adhesive layer 7 provided on the back surface of the band base material 5 is provided on the inner peripheral side of the roll, and the release agent layer 6 provided on the surface of the band base material 5 is provided. It is the form located in the outer peripheral side of a roll. Since the release agent layer 6 is provided on the entire surface of the band base material 5, the band base material 5 does not stick to the mountless wristband 2 located on the inner peripheral surface of the roll.

  The mountless wristband 2 and the mountless wristband continuum 1 of the present invention are used as follows. FIG. 3 shows an electronic printer 20 for printing the information 13 on the surface of the roll-shaped mountless wristband continuum 1.

  The electronic printer 20 shown in FIG. 3 mainly includes a roll holding shaft 21, a guide roller 22, an optical sensor 23, a thermal head 24, a platen roller 25, and an issue port 26. Each roller is subjected to a mold release process so that the adhesive of the wristband 2 with no mount is not attached.

  First, the roll-shaped mountless wristband continuous body 1 is set on the roll holding shaft 21 of the electronic printer 20.

  The roll-shaped mountless wristband continuous body 1 set on the roll holding shaft 21 is transported to the optical sensor 23 through the guide roller 22 after the leading end is pulled out from the outer peripheral side.

  The optical sensor 23 is for detecting the timing mark 12 on the back surface of the wrappingless wristband continuum 1 that has been transferred. The wristbandless wristband 2 is determined for each unit, and the printing position is controlled by the downstream thermal head 24. Thereafter, the wristband-less continuous wristband 1 is nipped and transferred by the thermal head 24 and the platen roller 25. At the same time, the thermal layer of the mountless wristband continuous body 1 is colored by the heat generated by the thermal head 24, and personal identification information 13 is printed and issued from the issue port 26. This electronic printer prints different information 13 (so-called variable information) for each unit.

  The printed information 13 is a patient, such as a name, age, sex, blood type, and a corresponding barcode or two-dimensional code, in the center of the surface of the band base 5 in order to identify the patient, for example in a hospital. Specific information 13 or the like. This information 13 is visible through the transparent release agent layer 6.

  Next, the plurality of boardless wristband continuums 1 that have been printed are separated by perforations 4 to form a unitless boardless wristband 2. The adhesive layer 7 of the adhesive part 8 is exposed in the unitless wristband 2 that is separated.

FIG. 4 shows a form in which the mountless wristband 2 printed by the electronic printer 20 is wound around a wound portion H such as a wrist or ankle.
As shown in FIG. 4, the mountless wristband 2 that is printed and issued by the electronic printer 20 and separated by the perforation 4 is turned around the wound portion H such as the wrist and ankle, and then the mount. None The adhesive part 8 and the no-glue part 9 on the back surface of the wristband 2 are attached so as to face each other. When adhering the adhesive portion 8 to the non-glue portion 9, the adhesive portion 8 is bonded to a portion of the non-glue portion 9 where the cut 15 for breakage is provided to form an optimal annular diameter.
In the mounting operation, the mountless wristband 2 of the present invention does not have the mount 34 for covering the adhesive, so that it is not necessary to remove the mount 34 and contributes to the reduction of waste, as well as resource saving. It contributes to.
Moreover, the clip which fastens a wristband like the conventional wristband becomes unnecessary, and operation at the time of winding around a wrist or an ankle becomes simple.
Moreover, since the adhesive layer 7 of the adhesive part 8 is provided narrower than both edges in the width direction of the band base material 5, the adhesive does not protrude from both edges in the width direction. There is no inconvenience of sticking adhesive to the wrist or ankle.
Furthermore, when the wristband 2 without the mount is wound around and adhered to the wrist or ankle of a child or a woman, the wristband 2 has a small diameter, so that one end of the mountless wristband 2 protrudes excessively. End up. In this case, the surplus portion 28 may be cut and removed with a cutting tool such as scissors.

Even after the period of use of the wristband 2 without the mount has become unnecessary, the wristband 2 is cut and removed with a cutting tool such as scissors.
Alternatively, the adhesive portion 8 and the non-glue portion 9 may be pulled apart and removed. When removed by pulling apart, the adhesive portion 8 and the non-glue portion 9 are strongly adhered, so that the wristband 2 without the mount 2 is torn from the substantially U-shaped breaking cuts 14 and 15.
When used in amusement facilities such as amusement parks and concert venues, the formation of the cuts 14 and 15 for breakage breaks the wristband 2 without the mount, making it difficult to reuse. Help prevent.
When an attempt is made to pull away the baseband 2 without force from the wrist or ankle, the formation range of the breakage notch 15 in the adhesive-free portion is wider than the breakage notch 14 in the adhesive portion 8, and the breakage notch Since the opening direction of the substantially U-shaped 15 is arranged alternately with the adjacent breaking cuts 15 (direction rotated by 180 degrees), when removing the wristband 2 without the mount attached to the wrist or ankle, etc. Then, the breakage cuts 14 and 15 provided in the adhesive portion 8 and the non-glue portion 9 are triggered, and the wristband 2 without the mount is broken.

  The shape of the breaking cuts 14 and 15 may be a combination of straight lines such as a V shape or a curve such as an S shape. In addition, a shape such as H, J, L, M, N, T, X, Y, Z may be used.

  Next, another embodiment will be described in detail with reference to FIGS.

  FIG. 5 shows a perspective view of the mountless wristband continuous body 1 of the present invention in another embodiment. FIGS. 6A and 6B show a unitless wristband 2 as a unit in another embodiment. FIG. 6A is a plan view of the mountless wristband 2 as viewed from the printing surface. FIG.6 (b) is the reverse view which looked at Fig.6 (a) from the opposite surface.

  The roll-shaped mountless wristband continuous body 1 shown in FIG. 5 has notches 16 provided at both ends of each perforation 4. The notches 16 shown in FIG. 6 are cut out from both ends of each perforation 4 toward the inside of the band base material 5, resulting in a rounded corner at the four corners of the single-leaf mountless wristband 2. It has become. Therefore, when separating from the wristband-less wristband continuum 1 through the perforation 4 into the single-sheet baseless wristband 2, it becomes easy to pick up any of the four corners of the baseband-less wristband 2 with fingers. Become. Further, since the four corner ends of the wristband 2 without the mount are rounded after the separated wristband 2 without the mount is wound around the wrist or ankle, the skin of the wearer is not damaged.

  The adhesive properties of the adhesive are those having a relatively strong adhesive force called strong viscosity, super strong viscosity, frozen paste, etc. (for example, 500 gf / 25 mm) in order to prevent reuse of the wristband 2 that has not been mounted once. More preferably, 800 gf / 25 mm or more, JIS Z-1538) is used.

  Further, in the present embodiment, the example in which the mountless wristband 2 of the present invention is applied to a wristband used for patient identification in a medical facility such as a hospital has been described. However, the application of the present invention is not limited to this. It can be applied to wristbands of any application. For example, it can be used as an admission ticket at amusement facilities such as amusement parks and concert venues, and as a lift ticket at ski resorts.

1 Wristband continuum without mount 2 Wristband without mount 3 Core 4 Perforation 5 Band base material 6 Release agent layer 7 Adhesive layer 8 Adhesive part 9 No glue part 11 Preprinting 12 Timing mark 13 Information 14 Breaking cut 15 Breaking notch 16 Notch 20 Electronic printer 21 Roll support shaft 22 Guide roller 23 Optical sensor 24 Thermal head 25 Platen roller 26 Issuing port 28 Surplus part 30 Wristband 31 Band substrate 32 Double-sided adhesive tape 33 Adhesive 34 Mount W Band base Width of material W1 Width of adhesive layer H Wound part

Claims (2)

A wristband capable of displaying information on a band-shaped band base material and capable of being wrapped around at least one of the extremities of a human body,
The band base material is provided with a release agent layer on the entire surface thereof,
An adhesive layer is provided near one end of the back surface to form an adhesive part,
The remaining portion where the adhesive layer on the back surface is not provided is a non-glue part,
While sticking the adhesive part and the non-glue part facing each other, it can be formed in an annular shape,
Among the band base materials, the adhesive part and the non-glue part to which the adhesive part is attached facing each other form a plurality of cuts for breaking through the band base material,
The cuts for breaking the paste-free part are arranged in a plurality of strips parallel to the longitudinal direction of the band base material,
A baseband- less wristband characterized in that the band base of the breaking cut formed in the non-glue part has a wider range in the longitudinal direction than that of the breaking cut formed in the adhesive part. A wristband continuum comprising a plurality of wristbands wound around at least one of the extremities of the human body and displaying information,
A long band-shaped band base material capable of displaying information, and a release agent layer provided on the entire surface of the band base material,
Perforations that pierce the band base material and the release agent layer and divide the wristband continuum into one wristband unit are formed at equal intervals,
On the back side of the wristband of one unit partitioned by the perforation, an adhesive layer is provided at an adjacent position of the perforation to form an adhesive portion, and a remaining portion where the adhesive layer is not provided is provided. With no glue,
While sticking the adhesive part and the non-glue part facing each other, it can be formed in an annular shape,
Among the band base materials, the adhesive part and the non-glue part to which the adhesive part is attached facing each other form a plurality of cuts for breaking through the band base material,
The cuts for breaking the paste-free part are arranged in a plurality of strips parallel to the longitudinal direction of the band base material,
The range of the base material in the longitudinal direction of the band base material for the breakage cut formed in the non-glue part is a wristband that covers a wider range than the range of the cut cut formed in the adhesive part.
A wristband-less wristband continuum characterized by being wound into a roll.

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