KR200457857Y1 - Bags having light emitting diode - Google Patents

Abstract

Disclosed is a bag having a light emitting diode, wherein a periphery of a light emitting diode display having a light emitting diode is made of fabric or leather. In this case, in order to fabricate the periphery of the display device to fabric or leather, a fabric or leather belt having a predetermined width is coupled to the periphery of a conventionally used package, kit or panel type LED display device. It can be a fusion form including a coating, or an adhesive form using an adhesive.
According to the present invention, it is possible to effectively recognize the bag itself using a light emitting diode, and at the same time, a display device having a light emitting diode is easier to attach to the bag as it is attached to the bag in the form of a conventional package, panel, or kit. The attachment can be effectively performed, and this attachment enables the display device having the light emitting diode in the bag to be solid and unitary without a heterogeneous feeling.

Description

BAGS HAVING LIGHT EMITTING DIODE}

The present invention relates to a bag, and more particularly, to a bag having a light emitting diode display as an identification mark or a recognition mark.

The bag has a space for accommodating the inside, and has a means for bringing a handle, suspenders, etc., to conveniently move the object when moving. Many different types of bags are manufactured and used according to what is to be accommodated in order to carry out the functions of carrying and carrying these items. The bag also not only has the ability to carry and move things, but also forms part of a total fashion that expresses the user's personality and aesthetics.

On the other hand, backpacks and children's backpacks necessary for outdoor activities, such as mountaineering bags among the bags are easily found and designed to be an important factor to be visible visibility to help safety. In general, the visibility of such a bag usually uses color contrast such as color and brightness or chroma contrast of the bag. On the other hand, as used in other safety equipment can be seen using a luminous sign or a reflective sign on the bag.

In addition, the idea of installing the light emitting means on a part of the bag as a means of increasing the visibility of the user with a bag has also been presented. For example, referring to Korean Patent Application No. 10-2005-0004357, the idea is to install a light emitting diode module on the side or part of the rear surface of a bag, and to switch the switch to open or close the light so that the light emitting diode is turned on or off. Has been presented.

In attaching such a light emitting diode to a bag, how to effectively improve visibility is a problem. In this case, since the bag is a moving means, a portable power source such as a battery is used, and it is important to be able to emit light effectively in consideration of the use time of the power source, and the position of attaching the light emitting diode is also important.

On the other hand, light emitting diodes are used in various forms. LED lamps such as vehicles and traffic lights are used a lot, but in addition, LED lamps are used in various forms such as LED sticks, LED tubes, and LED lines. In the case of organic light emitting diodes, it is also used as a display panel in the form of a thin film that can be easily bent, and emits light in a plastic case having a surface mount device chip (SMD), a packaged chip such as a semiconductor chip, or some transparent part. It can also be used in the form of a kit with a diode installed. However, the use of such a light emitting diode has a problem that it is difficult to attach to the outside of the bag mainly using fabrics, leather, etc., and in particular, it is not easy to attach without dissimilarity.

The present invention is to solve the above-mentioned problems of the prior art, the present invention in a bag having a light emitting diode as a light emitting means, it is possible to effectively recognize the bag itself by using a light emitting diode, the light emitting diode on the outer surface It is an object to provide a bag that is effectively attached.

In addition, an object of the present invention is to provide a bag that can increase the value as an advertising means by forming a logo or trademark as a light emitting diode display device by solving the above problems of the prior art.

The present invention for achieving the above object,

In a bag having a light emitting diode, a peripheral portion of the light emitting diode display having the light emitting diode is made of fabric or leather.

In the present invention, the peripheral portion of the display device is made of fabric or leather, and a fabric or leather belt having a predetermined width is combined around the LED display device in the form of a package, a kit, or a panel, which is used in the past. It can be a fusion form including a coating, an adhesive form using an adhesive material.

In the present invention, the display device having the light emitting diode may be attached to the bag by sewing because the peripheral part is made of fabric or leather.

In the present invention, a display device having a light emitting diode may emit light so as to display a product logo or a brand, or attach the product logo or trademark in an opaque form on the light emitting display surface of the light emitting diode to be used as an advertising means.

According to the present invention, it is possible to effectively recognize the bag itself using a light emitting diode, and at the same time, a display device having a light emitting diode is easier to attach to the bag as it is attached to the bag in the form of a conventional package, panel, or kit. Can be attached effectively.

In addition, in the present invention, a display device having a light emitting diode may be attached to a bag or a bag fabric through sewing, and such stitching may have an effect in which the display device having the light emitting diode in the bag is combined without a heterogeneous feeling. In addition, it is possible to attach a solid and solid sense so that the display device is not easily separated from the bag.

In particular, if the subject of the display device having a light emitting diode in the present invention is a trademark or a logo of a product, the label or logo may stand out by sticking to the bag through stitching or other meticulous stitching, and the display device may be easily detached from the bag. It is possible to prevent the traces from remaining on the surface of the bag to give a damaged or worthless feeling, thereby increasing the advertising effect during the use of the bag.

1 is a perspective view showing a bag constituting an embodiment of the present invention.
FIG. 2 is a box configuration diagram conceptually showing a configuration in which a light emitting diode unit is driven in an embodiment of the present invention.
3 is a plan view illustrating a light emitting diode display according to an exemplary embodiment of the present invention.
4 to 7 are cross-sectional views and plan views illustrating a form in which a display window and a peripheral portion are coupled to each of the LED display devices of the embodiments of the present invention.
8 and 9 are plan views illustrating an embodiment in which the LED display device of the present invention is stitched to a bag or a bag fabric.
10 is a perspective view showing a bag constituting another embodiment of the present invention.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is a perspective view showing a bag constituting an embodiment of the present invention.

The LED display device embodying the trademark shape is provided at a prominent position in the center of the wide side 113 of the bag. The display device includes a portion of the display window 121 and a peripheral portion 123 surrounding the display window. The display window portion is made of the same structure as a conventional LED display, and the peripheral portion made of leather or fabric is further coupled to the display device of the present invention. The display device may be attached to the fabric of the bag by sewing first, or may be attached by sewing after the cutting and processing of the fabric. Identification code 125 indicates a stitching portion in which a light emitting diode display is attached to the bag fabric side of the bag of the present invention. Here, the stitching part is made by sewn the entire surrounding.

The LED display device may include a circuit part and a thin coin-type battery in its own part in the display window 121, and a space for accommodating and attaching a circuit, a PCB, a battery, and a switch, which forms a circuit, is provided in the bag. The terminal (not shown) may take the form of being connected to a connection terminal of a circuit portion including a battery by a conductive wire.

FIG. 2 is a box configuration diagram conceptually showing a configuration in which a light emitting diode unit is driven in an embodiment of the present invention.

In the present embodiment, a secondary battery 65 power supply capable of charging and discharging is used as a power supply device for driving the light emitting diode 50. In some cases, a bag with wheels may use a kind of hybrid power supply using a generator 40 together with a secondary battery. Although the secondary battery 65 and the power generation device 40 may be simply connected in parallel with the light emitting diode, in the present embodiment, the secondary battery 65 is charged through the charge control circuit 63 in the power generation device 40. The secondary battery 65 applies power through the LED driving circuit 67 to emit light from the LED 50.

A control switch is installed in the drive circuit 67 to start and stop light emission, and the switch has a degree of light emission or blinking through the configuration of the drive circuit 67 including a mode selector 673 to designate a mode. , Flashing cycle, and the like. A plurality of light emitting diodes may be provided, or a plurality of light emitting diodes may be provided, and a relay may be provided in the driving circuit to emit light of more various patterns. In particular, the degree of light emission may be controlled through the amount of current flowing through the light emitting diode, and an optical sensor 675 may be used for the adjustment. For example, when external light is strong, light emission of the light emitting diode 50 may be blocked, and light emission may be performed only when the illuminance becomes less than a predetermined level, thereby increasing the effect of light emission and reducing battery consumption.

The charging control circuit 63 is for efficiency and safety of the charging process, and an automatic switch using a switching element such as a FET is also installed in the charging control circuit so that the voltage of the secondary battery exceeds a certain level or the charging current has a certain level. If it is over, it is made to stop charging. The charging control circuit 63 may be installed in the form of a secondary battery module in the secondary battery 65 itself, or may be manufactured in the form of a PCB substrate together with the driving circuit 67. In this case, the PCB substrate itself may be installed in a part of the handle of the bag or a part of the body of the bag so that it cannot be seen from the outside, but an on / off switch or a mode selection switch connected to the driving circuit may be installed to be exposed to the outside of the bag for user convenience.

In addition, the driving circuit 67 may be provided with a remote controller signal receiver 671 to determine whether the light emitting diode and the light emission pattern while controlling the switching in response to the remote control signal.

Since a specific circuit configuration of various selection modes of a switch or a driving circuit is well known in the lighting or display device field, these circuits may be selected and used, and a detailed description thereof will be omitted.

3 is a plan view illustrating a light emitting diode display according to an exemplary embodiment of the present invention.

The LED display device 120 includes a display window 121 and a peripheral portion 123. The display window 121 has a general form of a conventional LED display device. For example, a light emitting diode kit having a structure such as a package using an SMD chip (surface mounting device chip) or a light emitting diode bulb may be installed in a plastic case, and the front surface is finished with a transparent panel. The display window 121 may also be formed in a compact form in which both the circuit part and the power supply battery are mounted inside, and only a switch is installed outside. The appearance of such display windows is usually made of thin metal plates or synthetic resins.

The display window 121 may be a filter formed of a transparent panel that opaquely expresses a trademark, a logo, and other preferred shapes and shapes on the front surface of a simple light emitting diode. In addition, the display window 121 is formed of an active display device that can display different screens according to input data, such as a screen display device of a PDA or a mobile phone, and displays different shapes and shapes by data contents input to the storage device for the display screen. Can also be displayed.

Periphery 123 is made of fabric or leather. Fabric is a concept that includes a variety of forms made of fibers, including conventional woven cloth and non-woven fabrics, leather is a concept that includes both natural and artificial leather.

4 to 7 are cross-sectional views and plan views illustrating a form in which a display window and a peripheral portion are coupled to each of the LED display devices of the embodiments of the present invention.

In FIG. 4, the fabric forming the peripheral portion 153 is generally coupled to the lower portion of the display window 151. The lower peripheral portion 153 is made wider than the upper display window 151 so that the peripheral portion 153 appears around the display window 151 in the state as viewed from above as shown in FIG. 2. An adhesive material 152 is interposed between the peripheral portion 153 and the bottom surface of the display window 151 to serve to firmly and permanently couple them.

5, the fabric forming the peripheral portion 163 is generally coupled to the lower portion of the display window 161. However, unlike FIG. 4, the entire surface of the fabric is coated with a synthetic resin film 162, and the synthetic resin film 162 serves to bond the fabric forming the peripheral portion 163 to the display window 161. For example, the coating of the synthetic resin film 162 is made of a material that can be fused to the display window 161 when the case surface of the display window 161 is made of plastic. In addition, the display fabric 161 having a smaller area than the fabric is placed in the center of the coated fabric so that the fabric forming the periphery 163 is exposed around, and the plastic forming the case of the coated synthetic film 162 and the display window 161 is exposed. Heat is applied to the extent that they can be fused to each other, or chemicals are added to their contact surfaces to enable chemical fusion. In this way, the LED display device may be manufactured by combining the same as in FIG. 3.

Referring to Fig. 6, in this embodiment, the display window 171 is stitched to the fabric to form the periphery 173. The stitching here is usually different in difficulty and shape from the stitching of the LED display to the bag or fabric of the bag. For example, the display window is made of a synthetic resin or metal material that is not easily passed through the needle, so that the display window may be prepared to be stitched by previously punching a hole at the sewing position. Therefore, as compared with attaching the display window directly to the bag by stitching, the display window 171 is attached to the periphery 173 by sewing as in this embodiment, and then attaching the periphery 173 to the bag or bag fabric by sewing again. Since the difficulty of processing is different, the advantages of easy processing of the present invention can be maintained. Reference numeral 172 denotes a sewing thread for coupling the display window and the peripheral portion.

Referring to FIG. 7, in this embodiment, the display filter 188 embodying the form of a trademark or logo on an transparent film or a translucent color film or the like on a SMD chip 181 having a light emitting diode mounted on a surface thereof. Is simply placed or attached to form a display. In this state, the SMD chip 181 wraps around the periphery of the chip, while the center part is placed so that a predetermined width overlaps the periphery 183 of the perforated leather material. The contact surface portion where the peripheral portion and the lower surface of the SMD chip overlap is joined by an adhesive material 182. In this state, the heat-shrinkable transparent film is covered to cover the display window and the peripheral part as a whole, and heat is applied from the outside so that the film layer 184 coats the LED display device. Here, the thickness and width of the illustrated film layer 184 are shown somewhat exaggerated for explanation. The overlapped portion 841 of the film layer 184 is fused to cause the LED display to be exposed to the outside of the bag so that water may enter the LED display and cause a circuit problem even if it rains. To prevent it.

8 and 9 illustrate the LED display devices 130 and 140 including the display windows 121 and 131 and the peripheral parts 123 and 133 as sewing threads 125 and 135 in the bag or bag fabric 113. Top view showing a combined embodiment.

Various forms of stitching may be performed according to the characteristics of the bag and the LED display coupled thereto. Stitching will usually be carried out in the form of mechanical stitching using a machine, but hand sewing for handmade luxury products can also be made.

Of course, depending on the bag, the LED display device may not be coupled to the surface of the bag by sewing, but may be connected by attachment using an adhesive material.

For example, in an example such as a hard case bag 100 product leather-treated on the surface as shown in Figure 10, the sewing itself is difficult, it may not fit in appearance. In this case, the periphery 93 of the LED display device is formed of leather, and an adhesive is applied to the lower surface of the periphery 93 of leather to attach it to a position where visibility of the surface of the bag 100 is good. In this case, a switch may be provided at a portion exposed to the surface of the display window 91 of the LED display device, or a switch may be installed at the back side of the display window 91, in which case the case of the bag is opened. It may be formed to operate the switch from the inside of.

Alternatively, as shown in the drawing, a sensor may be installed at a portion of the LED display window 91 and the light emission of the display window may be controlled through a remote controller 94 installed in a portable device such as a key. For example, the LED display device around the handle of the bag 100 emits light only when the button of the external remote controller 94 is pressed by the mode switch installed at the main body connection part of the handle. Can be set to a non-mode.

Thus, when using the aircraft to bag the bag (100) as a cargo, and to find their luggage in a short distance between several similar bags, such as when you find the cargo at the airport remote controller 94 to the bag key or key chain Install the button and press the button to generate the signal of the specified waveform. The signal is connected to a control circuit unit (not shown) for driving the LED display and is received by a receiver (sensor) configured to be synchronized with a remote controller signal to cause the LED display to emit light in a predetermined pattern. The user can easily find his or her bag 100 by recognizing the light emission pattern.

If the signal pattern generated by the remote controller 94 is several, and the pattern of light emitted from the LED display device is different for each signal pattern, light emission that is more suitable for the surrounding situation can be achieved, thereby making it easier to recognize the user's bag. .

1 and 10 according to the present invention, the LED display device is installed in a trademark form on a wide side that is easily seen from the outside of the bag or displays a logo of a product. These signs act as warning lights to prevent safety accidents by prominently appearing in the dark, and at the same time, aesthetically displaying a well-formed logo or trademark to make the user or other viewers of the bag feel psychological satisfaction or aesthetics. It is also possible to act as a means of advertising for the production and sale of bags. Alternatively, a bag may be made as a kind of souvenir or promotional material, and the bag may be given after attaching a trademark or logo of a promotional product.

In this type of embodiment, it is important that the logo or trademark is installed on a wide surface so that the logo or trademark is formed in such a way that the logo or trademark forms a light emitting part rather than displaying the logo with an opaque material on the whole bright display window. It is desirable to. However, in order to emit light on a wide surface efficiently, the recognition power is reduced when the surroundings are bright, so that light emission is not performed, and when the surroundings are dark, an optical sensor may be connected so as to shine brightly.

Although the present invention has been described in detail only with respect to the specific embodiments described, it will be apparent to those skilled in the art that various modifications and changes are possible within the technical spirit of the present invention, and such modifications and modifications belong to the appended utility model registration claims. It is natural.

40: power generation device 50: light emitting diode
63: charge control circuit 65: secondary battery
67: driving circuit 671: signal receiver
113: bag fabric 120: display device
121, 131, 151, 161, 171: Display window 123, 133, 153, 163, 173, 181: Peripheral portion
152, 182: adhesive 162: synthetic resin film
181: SMD chip 184: film layer

Claims (5)

delete A light emitting diode display is provided, and the light emitting diode display includes a hard display window having a light emitting diode and a peripheral portion of a fabric or leather material coupled to the display window.
The LED display device includes a bag having a light emitting diode display, characterized in that the peripheral portion is combined in one of the form of stitching, fusion, bonding so as to have a predetermined width to the outside of the periphery of the display window. The method of claim 2,
The LED display device of claim 1, wherein the peripheral portion is attached to the bag by a bag. The method of claim 2,
In the light emitting diode display device, the display window is made to emit light so as to display a product logo (logotype) or a trademark, or to attach the product logo or trademark on the light emitting diode to have an opaque form, so that the display window can be used as an advertising means. Bag with LED display. The method of claim 2,
A driving circuit for driving the LED display device has a wireless receiving function, and receives a signal transmitted through a remote controller to control the light emission of the LED display device, characterized in that the bag having a LED display device .

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