Smartphone-enabled textile accessories

Abstract

To provide a decorative accessory made of fiber that contains and stores an RF tag and can display text, images, videos or homepages on a smartphone screen via a URL written in the RF tag. [Solution] This decorative accessory is made by sewing or fusing almost the entire circumference of decorative fabrics 2, 3 having a design into a bag shape, storing an RF tag 7 from the remaining unsewn or unfused area 5, and then sealing the unsewn or unfused area 5 by linear adhesion. A URL is added to information data such as text, images, and videos by a smartphone 24 and stored on the Internet. This URL is written to the RF tag 7 by application processing. When playing back, the URL is read into the smartphone 24 via a FeliCa or NFC installed in the smartphone, and the stored information data is displayed on the smartphone screen via the Internet.

Description

[Technical field]

[0001] This invention relates to a decorative accessory made of fiber that contains an RF tag and can display text, images, videos, or websites on a smartphone screen via a URL written in the RF tag. The smartphone used must have an Internet connection function and be equipped with a contactless IC FeliCa (Osaifu-Keitai) or NFC. [Background technology]

[0002] JP2002-273041A is a system that can display information on fortune slips and talismans purchased by visiting shrines and temples, and the server's storage device stores fortune slip information, occurrence probability information, and message information, and when a fortune slip purchaser inserts money into the terminal's money storage section and selects a shrine or temple, the system obtains and edits messages and images from the obtained fortune slip information, and sends them to a multi-function terminal and displays them on its screen. JP2003-30200A is a system that constitutes an image distribution site, and the images to be distributed to general members are stored in image data of talismans that have been blessed at shrines and temples, and when a request is made to distribute an talisman image, the desired talisman image data is searched for in the talisman image database and sent to the general member's communication terminal for display.

[0003] JP2012-242896A is a communication amulet system that uses an RFID tag with a customer ID and an amulet with a QR code (registered trademark), and the RFID tag reads the memory data contactlessly at the same time as visiting the shrine, and the reader registers the customer ID from the reader to a registration center. The QR code (registered trademark) is optically read by a mobile terminal, which connects to the content server of each shrine via the Internet and collates the registered customer ID, setting that a prayer was made at the shrine terminal via the registration center using the amulet app of each shrine.

[0004] Utility Model Registration No. 3169374 is a communication talisman related to JP Patent Publication No. 2012-242896, and the talisman, which is electronically labeled with a customer ID, reads memory data non-contact with a reader placed at each shrine when the customer visits the shrine, and registers the customer ID at a registration center by short-distance communication to write data. Furthermore, the barcode on the talisman is optically read by a mobile terminal, and the registered customer ID is verified by connecting to the content server of each shrine via the Internet. [Prior art documents] [Patent documents]

[0005] [Patent Document 1] JP 2002-273041 A [Patent Document 2] JP 2003-30200 A [Patent Document 2] JP 2012-242896 A [Patent Document 2] Utility Model Registration No. 3169374 Summary of the Invention [Problem to be solved by the invention]

[0006] In JP2002-273041, a system is disclosed that obtains messages and images from fortune-telling information in a server storage device, edits them, transmits them to a multifunction terminal, and displays them on the screen of the multifunction terminal, but it requires an expensive server storage device, and only has fortune-telling information, occurrence probability information, and message information written in the server storage device, so the amount of information that can be displayed is small.In JP2003-30200, images that can be distributed are stored in talisman image data, and the desired talisman image data is simply searched for in a talisman image database and transmitted to a communication terminal, so the amount of information that can be displayed is overwhelmingly small.

[0007] On the other hand, JP 2012-242896 specifies the purchaser of the talisman that can be purchased by visiting a temple or shrine, and the RFID tag and QR code (registered trademark) with the customer ID are read by an RFID reader installed at each shrine at the same time as the visit, the customer ID is registered at a registration center from the reader, and the shrine terminal is set as having prayed for via the registration center. Utility Model Registration 3169374 concerns a communication talisman similar to JP 2012-242896, and like the above, both have an overwhelmingly small amount of information that can be displayed and require a large amount of equipment.

[0008] The inventor discovered that it is possible to easily retrieve internal image data from a textile decorative accessory containing an RF tag by using a smartphone without installing an expensive server device that stores an image database or memory data. This invention was proposed to provide a beautiful screen display function that does not exist in conventional decorative accessories, and aims to provide a textile decorative accessory that can display text, images, videos, or homepages on the smartphone screen via a URL written in the RF tag by using an existing smartphone. Another object of the invention is to provide a textile decorative accessory that can be used not only for cotton-filled mascot key holders and cotton-filled straps, but also for amulet bags and advertising tags for temples and shrines. [Means for solving the problem]

[0009] The textile decorative accessory according to the present invention uses decorative fabric with a design cut into an arbitrary flat shape, and sews or fuses it almost entirely to form a bag shape, and stores an RF tag in the remaining unsewn or unfused area, and then linearly glues the unsewn or fused area to enclose the RF tag. The decorative accessory according to the present invention adds a URL to information data such as text, images, and videos using a smartphone and stores them on the Internet, writes this URL to the RF tag through application processing, and when playing back, reads the URL into the smartphone via FeliCa or NFC installed in the smartphone, and displays the stored information data on the smartphone screen via the Internet.

[0010] In the decorative accessory of the present invention, the unsewn or unfused parts of the bag-shaped decorative fabric may be linearly bonded or may not be linearly bonded, and a decorative string may be attached to the unsewn or unfused parts to achieve an enclosed state. In addition, in the case of a cotton-filled decorative accessory, two pieces of decorative fabric are laser-cut to be fused into a bag shape, and a readable and writable RF tag is stored in the remaining unfused part, and the unfused part is linearly bonded to encapsulate the RF tag, and then the nozzle of a high-speed cotton-filling machine is inserted into the decorative fabric to fill the inside of the bag with fiber thread.

[0011] The third decorative accessory of the present invention uses decorative fabric with a design that is cut into any flat shape, and is provided with a transparent spherical layer with a raised center formed by potting on the decorative fabric and an intermediate film layer, with an RF tag attached to the back of the fabric and then the RF tag is encapsulated on the back with a sealant.

[0012] In the decorative accessory of the present invention, instead of adding a URL to the information data and storing it on the Internet, the URL of the website can be written to the RF tag by application processing, and the information of the website can be displayed on the smartphone screen via the Internet when playing back. The decorative accessory of the present invention can also be used as a cotton-filled mascot key holder, a cotton-filled strap, a charm bag for temples and shrines, or an advertising tag. Effect of the Invention

[0013] The decorative accessory according to the present invention, such as a mascot keychain or a cotton-filled strap, simply stores and encloses an RF tag in a bag, and since the RF tag itself is a commercially available product and relatively inexpensive, the system unit cost does not increase much, and various characters, images and videos can be displayed on the smartphone screen simply by placing the decorative accessory close to the smartphone. The decorative accessory according to the present invention can increase cost-effectiveness in business situations, and the investment in the RF tag can bring about high advertising effects and publicity benefits.

[0014] The decorative accessory according to the present invention is convenient, easy, and low-cost because it can process data simply using a smartphone without the need for a server or other device to store an image database when displaying related information data on a cloud-based smartphone screen. When the URL of a website is written to the RF tag inside the decorative accessory according to the present invention, the website information can be displayed on the smartphone screen via the Internet during playback, and colorful and complex images and videos can be displayed for long periods of time. [Brief description of the drawings]

[0015] [Figure 1] FIG. 2 is a plan view showing an example of a decorative accessory according to the present invention. [Diagram 2] FIG. 2 is a partial plan view showing two pieces of fabric used in the decorative accessory of FIG. 1, shifted from one another. [Diagram 3] FIG. 1 is a plan view showing a decorative material having unfused portions. [Figure 4] FIG. 11 is a plan view showing an example of a fabric used for another decorative accessory. [Diagram 5] FIG. 5 is a plan view showing an example of a decorative material obtained by folding the fabric of FIG. 4 in half and sewing it. [Figure 6] FIG. 11 is a schematic cross-sectional view showing an example of a third decorative accessory. [Figure 7] FIG. 11 is a schematic cross-sectional view showing another example of the third decorative accessory. [Figure 8]FIG. 13 is a schematic explanatory diagram showing a mode of wireless communication with an RF tag in a decorative accessory container via a smartphone. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0016] The decorative accessory 1 according to the present invention, such as a mascot key holder as shown in Fig. 1, is cut from decorative fabric 2, 3 (Fig. 2) having a design along an arbitrary planar pattern, and almost the entire circumference 4 is fused, and an RF tag 7 is stored in the remaining unfused portion 5 (Fig. 3), and then the unfused portion is sealed with a linear adhesive portion 8 as shown in Fig. 1. The linear adhesive portion 8 is formed by heat fusion or application of adhesive. The decorative fabric 2, 3 may be made of either synthetic or natural fibers, and if the decorative fabric is made of synthetic fibers, the periphery of the decorative fabric 2, 3 is fused by laser cutting, and can be fused into a bag shape at the same time as cutting.

[0017] The decorative fabric 2 is a fabric with a specific pattern 10 continuously woven into it, as shown in Fig. 2. This continuous pattern may consist of figures, symbols, letters, or a combination of these, and may be formed by pattern weaving or printing. The decorative fabrics 2, 3 usually have different planar patterns on the front and back sides, so that, for example, if the decorative fabric 2 has a pattern of a person's front, the decorative fabric 3 has a pattern of a person's back. The decorative fabrics 2, 3 may be woven simultaneously in large numbers from a wide woven fabric, or woven one by one on a narrow loom such as a needle loom.

[0018] The decorative fabrics 2, 3 are preferably woven with, for example, polyester fiber yarn, nylon fiber yarn, acrylic fiber yarn, etc., and at least a majority of the fabric is made of synthetic fiber yarn so that laser cutting is possible. The fabrics 2, 3 may have any of plain weave, twill weave, satin weave, variable twill weave, and overlap weave. The wide fabric is usually 70 to 260 cm wide, and the wide fabric can be woven by combining a high-speed wide loom such as a rapier loom, projectile loom, or air jet loom with a jacquard loom.

[0019] The decorative accessory of this invention is a concept that includes not only the mascot key holder 1, but also mascot straps, advertising tags, advertising emblems, shoulder marks, appliques, etc. After the unfused portion 5 is linearly bonded to enclose the RF tag 7, a cotton-filled decorative accessory may be obtained by inserting the nozzle of a high-speed cotton-filling machine (not shown) into the decorative fabric to fill the inside of the bag with fiber threads.

[0020] Another decorative accessory is a charm bag 12 for temples and shrines, or a small bag, as shown in Fig. 5, which uses a single or double layered decorative fabric 14 (Fig. 4) with a woven or printed pattern. The decorative fabric 14 can be made of either natural or synthetic fibers and of any flat shape. If the decorative accessory is a charm bag 12, the added value can be increased by using gold brocade, silk, or Yuzen fabric.

[0021] If the decorative fabric 14 is a single, long, narrow piece of fabric, it can be folded in half along the dotted line 16, either front or back, and then sewn together at the side lines 18, 18 to form a bag. Next, the RF tag 7 is stored in the remaining unsewn area 20 at the top. The unsewn area 20 can be sealed by attaching a decorative string 22, sewing it, or applying heat fusion or adhesive.

[0022] The third decorative accessory 34 shown in Fig. 6 comprises a transparent spherical layer 38 formed by potting and raised at the center, and an intermediate film layer 40 on a decorative fabric 36. A hot melt layer 42 is formed on the front surface of the decorative fabric 36 or on the back surface of the intermediate film layer 40, and it is also possible to omit the hot melt layer and directly laminate on the decorative fabric as shown in Fig. 7. An adhesive layer 44 of a heat-sensitive or pressure-sensitive adhesive is formed on the back surface of the decorative fabric 36, and an RF tag 7 is attached, and the RF tag 7 is then encapsulated on the back surface with a sealant 46.

[0023] The transparent or translucent intermediate film layer 40 is made of polyurethane, polyester, acrylic, polyamide, polyvinyl chloride, etc., and has a thickness of about 0.1 mm or less. The intermediate film layer 40 is laminated onto the decorative fabric 36 via a hot melt layer 42, as shown in Figure 6. It is desirable to make the hot melt layer 42 as thin as possible, and the hot melt layer is made of polyurethane, co-condensed polyester, co-condensed polyamide, polyethylene, etc. The hot melt layer 42 on the decorative fabric 36 is usually heated to a temperature below its melting point by a roller pair or the like to soften it and adhere, and the intermediate film layer 40 is thermocompressed to the decorative fabric 36 via the hot melt layer.

[0024] The peripheral surface 48 of the fabric including the decorative fabric 36 and the intermediate film layer 40 is preferably a smooth vertical surface when cut by a laser processing machine, and the fibers of the fabric do not fray after cutting. As shown in Fig. 6, when the planar shape of the decorative fabric 36 is relatively small and simple, such as a circle, an ellipse, or a square with chamfered edges, the transparent spherical layer 38 forms a lens-like spherical layer with a high center like the spherical layer 38. In addition, when the planar shape of the decorative fabric 36 is generally relatively large, even if the center is high, the whole surface is nearly flat, and the periphery has a gently descending shape, as shown in Fig. 7.

[0025] As shown in Fig. 7, if a decorative accessory 50 has a through hole 30 (see Fig. 1), even if a narrowed portion 52 occurs, the spherical layer 54 will have an overall shape in which the center rises and the periphery slopes gently downward. Similarly, even if the planar shape is an angular triangle, square, star, or other planar shape, the spherical layer 54 can have an overall shape in which the center rises and the periphery slopes gently downward. When the plane has a narrowed portion 50 or a pointed plane, it is desirable to drip the molten resin from multiple positions so as to obtain a gently curved surface.

[0026] The molten resin for the spherical layers 38 and 54 may be a transparent thermoplastic resin such as polyurethane, acrylic, silicone, polyester, or polyamide, and if the resin viscosity is 500 cps or more, it is easy to exert surface tension. The amount of the molten resin to be dropped is usually 0.2 to 0.8 g / m 2With this dropping amount, it is possible to obtain a beautiful lens-like three-dimensional shape of transparent resin with a raised center of the spherical layers 38, 54. As a result, the thickness of the spherical layers 38, 54 is about 0.2 to 3.2 mm, and a raised shape is not obtained with a thickness of less than 0.2 mm.

[0027] A release paper (not shown) is attached to the adhesive layer 44 of the decorative fabric 36, and then the release paper is peeled off and the RF tag 7 is attached, preferably with the RF tag being considerably thinner than those shown in Figs. 1 and 5. Next, a sealant 46 is attached to the back side of the decorative fabric 36, and the RF tag 7 can be sealed in the decorative accessory 34 by the sealant. The sealant 46 usually has the same planar shape as the decorative fabric 36 and may be made of paper, plastic, or cloth, or may be a decorative body 56 (including figures 36 to 40) with the same or a different design.

[0028] In this invention, the RF tag 7 refers to a recording medium from which information data can be read using radio waves, and although not shown, is composed of an IC chip for storing data, an antenna for transmitting and receiving data, and a low-elasticity protective plastic material for protecting the IC chip and antenna. The RF tag 7 is also called an RFID (Radio Frequency Identification) tag, IC tag, ID tag, electronic tag, non-contact tag, wireless tag, etc. The disc-shaped RF tag 7 has a diameter of, for example, 25 mm and a thickness of about 1 mm, and the entire tag has an almost uniform thickness.

[0029] The smartphone 24 (Fig. 8) used in this invention must be equipped with a non-contact IC FeliCa (mobile wallet) or NFC and have an Internet connection function, and the smartphone corresponds to an RFID reader. FeliCa and NFC (Near field communication) are IC tags that comply with a short-range wireless communication standard using a frequency of 13.56 MHz, and the communication distance is short distance of about 10 cm. A chip and an NFC antenna compatible with FeliCa or NFC are built into the desired smartphone 24, and information data can be read by simply holding the RF tag 7 over the smartphone 24.

[0030] In this invention, cloud computing is used to add a URL to information data such as text, images, and videos and store them on the Internet 26. The cloud 28 is the concept of storing information data on the Internet, and includes cloud services such as Google cloud, Apple iCloud, and Microsoft OneDrive, cloud email providers such as Gmail and Microsoft Office 365, and cloud storage providers such as Dropbox and Google Drive. If you are in an environment where you can access the cloud 28 via the Internet 26, you can handle information data regardless of time or place.

[0031] In the method using the cloud 28, the cloud vendor prepares and operates the necessary environment such as servers, storage, and software, and lends out resources as a cloud service. The borrower, such as the applicant of the present application, only needs to prepare a smartphone 24 that can access the Internet 26, and there is no need for individuals to install and manage servers and storage, greatly reducing costs and labor. EXAMPLES

[0032] Next, the present invention will be described based on an embodiment. The decorative accessory 1, which is a mascot key holder shown in Figure 1, has a shape similar to an emblem and has a relatively simple outer surface. For example, if a through hole 30 is formed in the upper center of the key holder 1 and a hanging chain (not shown) is attached to the through hole, the key holder can be hung from a backpack or bag.

[0033] The two pieces of decorative fabric 2, 3 (Fig. 2) are both made of polyester fiber that can be melt-cut. The decorative fabric 2 on the front side is a piece of fabric with a continuous emblem pattern 10 woven into it, as shown in Fig. 1, while the decorative fabric 3 on the back side has a simple continuous pattern. After the two pieces are joined together, the decorative fabric 2 is cut by laser cutting along the pattern 10 on the flat surface of the emblem, resulting in a bag-like shape where almost the entire perimeter 4 of the decorative fabrics 2, 3 are fused together, with some of the perimeter remaining unfused in an area 5 (Fig. 3).

[0034] The RF tag 7 used in this invention refers to a recording medium from which information data can be read using radio waves. The disc-shaped RF tag 7 has, for example, a diameter of 25 mm and a thickness of about 1 mm, with the entire tag having a substantially uniform thickness. The disc-shaped RF tag 7 is stored starting from the unfused portion 5, and is appropriately glued and fixed to the lower center inside the bag-like shape. After storing the RF tag 7, the unfused portion 5 is sealed with a linear adhesive portion 8 as shown in FIG. 1, and the linear adhesive portion 8 is formed by applying a long and thin adhesive such as ethylene vinyl acetate resin or styrene butadiene rubber.

[0035] The smartphone 24 (FIG. 8) used in this invention must be equipped with a contactless IC such as FeliCa or NFC and have an Internet connection function. FeliCa and NFC are IC tags that comply with the short-range wireless communication standard using a frequency of 13.56 MHz, and the communication distance is short distance of about 10 cm. The desired smartphone 24 is equipped with an NFC-compatible chip and an NFC antenna, and information data can be read by simply holding the RF tag 7 over the smartphone 24.

[0036] If the smartphone 24 is an Android (registered trademark) OS, an application capable of reading and writing the RF tag 7 is downloaded to the OS. For this application processing, Sanwa Supply's original application "NFC Easy Setting Application" (product name), NFC Tools (product name), etc. are used. Information data such as images and videos in the smartphone 24 is created by selecting a desired object and setting it to "share", then accessing Google cloud, i.e. cloud 28, via the Internet 26, and storing the data in cloud 28 on the Internet 26 with a URL added.

[0037] In the application processing of the smartphone 24, when adding a record, the URL / URI is pasted, and when the access display appears, the RF tag 7 is slid against the smartphone 24, and writing to the RF tag 7 is completed wirelessly. By using cloud computing in this way, information data such as text, images, and videos can be easily stored, and the information data can be handled regardless of time or place.

[0038] Meanwhile, the information data stored in cloud 28 can be displayed on smartphone screen 32 using smartphone 24 via internet 26. When RF tag 7 in mascot key holder 1 is brought close to the camera of smartphone 24, the smartphone reads the URL stored in RF tag 7 via the NFC mounted on smartphone 24, and the information data stored in cloud 28 can be easily displayed on smartphone screen 32 via the URL.

[0039] In the first embodiment, a variety of complex images and videos can be easily displayed for a long period of time on the smartphone screen 32 using only the smartphone 24 and the mascot key holder 1 housing the RF tag 7, without the need for a device such as a server that stores a database. In this case, data processing can be performed without the need for a device such as a server that stores a database, which is convenient, easy, and low-cost. The RF tag itself used in this invention is a commercially available product and is relatively inexpensive, so the system unit price does not increase much. EXAMPLES

[0040] For the mascot key holder 1 shown in Fig. 1, the unfused portion 5 is linearly bonded to enclose an RF tag 7, and then the nozzle of a high-speed cotton-filling machine is inserted into the decorative fabric to fill the inside of the bag with fiber threads, thereby obtaining a cotton-filled mascot key holder. The cotton-filled mascot key holder has a three-dimensional appearance, which can increase the added value when hung on a backpack or bag.

[0041] The smartphone 24 runs the Android (registered trademark) OS, and an application capable of reading and writing to the RF tag 7 is downloaded to the OS. In addition, a specific homepage is stored in a cloud 28 on the Internet 26. In the application processing of the smartphone 24, when an access display appears for adding a record, the RF tag 7 is brought into contact with and slid against the smartphone 24, and writing of the URL / URI to the RF tag 7 is completed wirelessly.

[0042] Meanwhile, the homepage stored in the cloud 28 can be displayed on the smartphone screen 32 by using the smartphone 24 via the Internet 26. When the RF tag 7 in the cotton-filled mascot key holder 1 is brought close to the camera of the smartphone 24, the smartphone reads the URL stored in the RF tag 7 via the NFC installed in the smartphone 24, and even a large homepage can be easily displayed on the smartphone screen 32 via the URL. EXAMPLES

[0043] Another decorative accessory is a charm bag 12 for a temple or shrine, as shown in Fig. 5, which uses a single, elongated decorative fabric 14 (Fig. 4) made of a patterned woven fabric such as gold brocade. The decorative fabric 14 is folded in half behind at dotted line 16, and then sewn into a bag shape by sewing the side lines 18, 18. Next, the bag-shaped fabric is folded back to the front, and the RF tag 7 is stored in the remaining unsewn area 20 at the top. The RF tag 7 is stored attached to a mount slightly smaller than the flat surface of the bag so that it does not move freely inside the bag. The unsewn area 20 is folded appropriately, and two series of through holes (not shown) are made, and a decorative string 22 is attached through both through holes to achieve an enclosed state.

[0044] If the smartphone 24 is iOS, an application capable of reading and writing to the RF tag 7 is downloaded to the OS. Information data such as images and videos in the smartphone 24 can be copied to iCloud, i.e., the cloud 28, by selecting a desired object and setting it to "shared," and the cloud 28 can be accessed via the Internet 26, and a URL can be added to store the data in the cloud 28 on the Internet 26.

[0045] In the application processing of the smartphone 24, when adding a record, a URL / URI is pasted, and when the access display appears, the RF tag 7 is slid against the smartphone 24, and writing to the RF tag 7 is completed wirelessly.

[0046] Meanwhile, the information data stored in cloud 28 can be displayed on smartphone screen 32 using smartphone 24 via internet 26. When RF tag 7 in mascot key holder 1 is brought close to the camera of smartphone 24, the smartphone reads the URL stored in RF tag 7 via the NFC mounted on smartphone 24, and the information data stored in cloud 28 can be easily displayed on smartphone screen 32 via the URL. EXAMPLES

[0047] For the third decorative accessory 34 (Fig. 6), a patterned wide woven fabric made of polyester fiber is used as the decorative fabric 36, and a film of thermoplastic polyurethane (product name: UH203) is attached to the surface of the wide woven fabric using a pair of rollers. In general, the wide woven fabric is heat cut along the warp direction by a cutting device installed on a wide loom, and an adhesive film is attached when multiple pieces of decorative fabric 36 are wound around a core. The intermediate film layer 40 is made of transparent urethane resin (product name: ND-UN20 WG), and is heat-pressed onto the decorative fabric 36 with the adhesive film using a lami-cutter.

[0048] Double-sided tape (product name: SEKISUI595) is applied to the back surface of the decoration body 56 using a pair of rollers at room temperature. As a result, an adhesive layer 46 having a release paper on the back surface (not shown) can be provided on the back surface of the decoration body 56. The adhesive layer 46 including the release paper on the back surface is cut together with the decoration body 56 in the next laser processing.

[0049] A known laser processing machine is used to cut the decorative fabric 36 with the intermediate film layer 40 bonded thereto, and the laser processing machine is a nozzle-type plotter with a laser head. In this cutting process, the output of the laser beam emitted from the laser processing machine is adjusted, and the laser beam is irradiated perpendicularly onto the decorative fabric 36, cutting it into individual decorative accessories 34 (Figure 6). This laser processing machine is composed of a carbon dioxide gas laser or a YAG laser. For example, if the laser processing machine is a carbon dioxide gas laser, 2 An example of the laser oscillator is an oscillator manufactured by Synrad (USA).

[0050] The pattern portion of the laser-cut decorative fabric 36 corresponds to the decorative substrate, and can be cut into various planar shapes, including mainly curved circles and polygons. The cut peripheral surface 48 of the decorative substrate is vertical and smooth because it is melted by the laser, and no fraying occurs after cutting. By irradiating the decorative fabric 36 with laser light, the decorative fabric 36 is cut into a completely planar pattern together with the adhesive layer 46, and the peripheral cross section of the decorative substrate becomes a pointed rectangle, so that the molten resin for the spherical layer can be reserved on the intermediate film layer 40 with a complex planar shape during the potting process.

[0051] Next, an acrylic plate (not shown) is attached to the top surface of the decorative base material consisting of the decorative fabric 36 and the upper intermediate film layer 40, and then a potting machine (not shown) is used to apply 0.2 to 0.8 g / m 2 When the transparent molten resin is dropped onto the surface and left to dry naturally for several hours, the molten resin spreads to form a spherical layer 38. In the spherical layer 38, the dropped molten resin does not penetrate into the decorative fabric 36 due to the intermediate film layer 40, but spreads naturally around, forming a spherical shape with a rise in the center and a gentle drop around the periphery. After potting, the decorative body 56 is dried in an oven at 60°C for 30 minutes or more, and then left to dry naturally for one day before being peeled off from the acrylic plate used for imposition.

[0052] The decorative accessory 34 has a transparent spherical layer 38 that rises in the center and gently slopes down around the periphery on top of the decorative fabric 36 woven with a colorful pattern, and has a beautiful appearance that emphasizes the subtle and rich colors and unevenness that are unique to woven fabrics. On the other hand, the back release paper is peeled off from the back of the decorative accessory 34, and then an RF tag 7 is attached. Furthermore, a paper sealant (made by Sakaemark) is pressed and cut to have the same planar shape as the decorative body 56.

[0053] If the decorative accessory 34 has a through hole 30 like the decorative accessory 48 shown in FIG. 7, it can be used as a mascot key holder or advertising tag by passing a string (not shown) through the through hole.

[0054] In the case of a decorative accessory 34 (FIG. 6), if the smartphone 24 is an iOS device as in the third embodiment, information data such as images and videos in the smartphone 24 is accessed via the Internet 26 to the cloud 28, and a URL is added and stored in the cloud 28 on the Internet 26. In the application processing of the smartphone 24, a URL / URI pasting process is performed when adding a record, and when the access display appears, the RF tag 7 is slid over the smartphone 24, and writing to the RF tag 7 is completed wirelessly.

[0055] Meanwhile, the information data stored in cloud 28 can be displayed on smartphone screen 32 using smartphone 24 via internet 26. When RF tag 7 in the mascot key holder is brought close to the camera of smartphone 24, the smartphone reads the URL stored in RF tag 7 via the NFC mounted on smartphone 24, and the information data stored in cloud 28 can be easily displayed on smartphone screen 32 via the URL. [Explanation of symbols]

[0056] 1 Mascot keychain 2,3 Decorative fabrics 5 Unfused areas all around 7. RF Tag 8 Linear adhesive part

Claims

1. A decorative accessory made of decorative fabric with a design that has been cut into an arbitrary flat shape, with almost the entire circumference of the fabric sewn or fused to form a bag shape, with an RF tag stored in the remaining unsewn or unfused parts, and then the RF tag is enclosed in the unsewn or fused parts by linear adhesion. A URL is added to information data such as text, images, and videos using a smartphone and stored on the Internet, this URL is written to the RF tag by application processing, and when played back, the URL is read into the smartphone via the smartphone's built-in FeliCa or NFC, and the stored information data is displayed on the smartphone screen via the Internet. This textile decorative accessory.

2. 2. The decorative accessory according to claim 1, wherein the enclosed state is achieved by attaching a decorative string to the unsewn or unfused portion of the bag-shaped decorative fabric by linear adhesion or by not applying linear adhesion to the unsewn or unfused portion.

3. The decorative accessory of claim 1, in which two pieces of decorative fabric are fused together into a bag shape by laser cutting, a readable / writable RF tag is stored in the remaining unfused portion, and the RF tag is enclosed by linear bonding of the unfused portion, and then the nozzle of a high-speed cotton filling machine is inserted into the decorative fabric to fill the inside of the bag with fiber thread.

4. This decorative accessory uses decorative fabric cut to any desired flat shape and has a transparent spherical layer with a raised center formed by potting on the decorative fabric, and an intermediate film layer. An RF tag is attached to the back of the fabric, and the RF tag is then encapsulated on the back of the fabric with a sealing material. A URL is added to information data such as text, images, and videos using a smartphone and stored on the Internet. This URL is written to the RF tag by application processing. When the URL is to be played back, the smartphone reads the URL via FeliCa or NFC installed in the smartphone, and the stored information data is displayed on the smartphone screen via the Internet. This textile decorative accessory.

5. A decorative accessory as claimed in claim 1 or 4, in which, instead of adding a URL to the information data and storing it on the Internet, the URL of a homepage is written to the RF tag by application processing, and when played back, the information of the homepage is displayed on a smartphone screen via the Internet.

6. 5. The decorative accessory according to claim 1 or 4, which is used as a padded mascot key holder, a padded strap, a charm bag for temples and shrines, or an advertising tag.

Images