JP3167823U - Lighting identification tool for baggage - Google Patents

Abstract

An object of the present invention is to provide a baggage overturn discriminator that makes it easy to distinguish one's own from another's even when a large amount of baggage such as carry bags and bags are densely placed in a baggage claim. A lighting identification device main body P in which a receiver 1 is incorporated and attached to a baggage, and a transmitter Q for sending a lighting control signal to the receiver 1 are provided. When the lighting discriminator main body P receives the lighting control signal from the lighting panel 5 that emits surface light from the built-in light source 3 and the transmitter Q, the light source 3 is turned on / off based on the lighting control signal. And a control unit 6 that enables blinking / extinguishing. The lighting panel 5 is constituted by a plurality of light guide plates 5a, 5b, 5c,... Arranged in correspondence with the built-in light sources 3 of a plurality of colors, and the control unit 6 receives a lighting control signal from the transmitter Q. Based on this, each light guide plate 5a, 5b, 5c,... The lighting identification tool main body P is attached to the baggage through the strap 9. [Selection] Figure 1

Description

  For example, when baggage such as a carry bag or a bag is densely placed in a baggage claim area of an airport, for example, the present invention generates a light from the baggage to indicate where the baggage is. The present invention relates to a lighting identification device for baggage that can recognize its existence and easily distinguish it from the baggage of another person.

  Conventionally, for example, when many baggage such as carry bags and bags are gathered and transported by a belt conveyor etc. in an airport baggage claim or storage, whether there is your baggage in it or of those Since it was difficult to see which baggage it was, it was difficult to judge the existence distinction. Therefore, in order to distinguish one's own from another's one, a name tag or the like on which one's name or identification number is written is attached to the baggage. However, since it is difficult to recognize such a name tag unless it is close, in order to make it possible to distinguish from a distance, an identification belt that can be recognized by oneself may be wound around the baggage.

None

  However, even if a conventional identification belt is used as a means for identifying baggage, if a similar identification belt is attached to baggage owned by another person, which bag is It is difficult to tell if it is Moreover, when a large amount of baggage is concentrated, it is easy to be stolen. If the baggage is overlooked, it is extremely difficult to find the stolen baggage.

  Therefore, the present invention was devised in view of the existing circumstances as described above. For example, many baggage items such as carry bags, bags, etc. owned by individuals are densely placed in baggage claim offices. However, it is easy to distinguish between one's own and another's, and it is possible to find your own baggage and even the theft by making it light up if it is stolen or immediately An object of the present invention is to provide a lighting identification tool for baggage that can be used as a stylish accessory when not in use.

In order to solve the above-described problem, the present invention includes a lighting identification device main body P that is built in the receiver 1 and attached to the baggage K, and a transmitter Q that sends a lighting control signal to the receiver 1. When the lighting identification tool body P receives the lighting control signal from the light source 3 built in itself, the lighting panel 5 that emits light from the light source 3, and the lighting control signal from the transmitter Q, the received lighting device P is received. And a controller 6 for turning on, blinking, and turning off the light source 3 based on the control signal.
The lighting panel 5 is composed of a plurality of light guide plates 5a, 5b, 5c,... Arranged corresponding to the light sources 3 of a plurality of colors incorporated in the lighting panel 5, and the control unit 6 includes a transmitter Q. The light guide plates 5a, 5b, 5c,... Can be surface-emitted with various lighting patterns by the respective light sources 3.
The lighting identification tool main body P can be formed into a tag type by being provided on a tag provided with the lock mechanism 8 so that it can be attached to the baggage K via the strap 9.
The lighting identification tool main body P can be formed in a belt type by being provided on the belt 16 by the belt passing portions 7a and 7b so as to be wound around the baggage K.
The lighting identification tool main body P can be formed as a locking tool type by being embedded, for example, with the lighting panel 5 exposed in the locking tool 11.

In the lighting identification tool for baggage according to the present invention configured as described above, the lighting control signal from the transmitter Q is received by the receiver 1 of the lighting identification tool main body P, and based on the received lighting control signal. Then, the control unit 6 turns on, blinks, and turns off the light source 3 and causes the lighting panel 5 to emit light or emit light.
Based on the lighting control signal from the transmitter Q, the controller 6 causes each light guide plate 5a, 5b, 5c,.
The lighting identification tool main body P formed in the tag type facilitates attachment / detachment to / from the baggage K, and prevents a third party / unintentional removal by a lock mechanism 8 to prevent theft and ensure safety. .
The lighting identification device main body P formed in the belt type is securely attached to the baggage K by being wound around the baggage K by the belt 16 to enable the lighting panel 5 to emit light, and the belt threading portion 7a, It is attached to various belts 16 by 7b.
The lighting identification tool main body P formed in the locking tool type protects itself with the solid locking tool 11 and at the same time prevents the baggage K from being removed by another person after locking.

  According to the present invention, even if a lot of baggage K, such as carry bags, bags, etc., owned by individual persons is densely placed in an airport baggage claim office, etc., it is possible to discriminate between one's own and another's. Make it easy, and by turning it on if it is stolen, you can find out your baggage K or even the thief by turning it on and use it as a stylish accessory when not in use It becomes possible. Especially at night, you can easily find your stuff in the dense baggage K.

  That is, the present invention includes a lighting identification tool main body P that is built in the receiver 1 and attached to the baggage K, and a transmitter Q that sends a lighting control signal to the receiver 1. When the receiver 1 receives the lighting control signal from the light source 3 built in itself, the lighting panel 5 that causes the light source 3 to emit light, and the transmitter Q, the light source 3 is controlled based on the received lighting control signal. This is because it includes a control unit 6 that operates to turn on, blink, and turn off, and thereby, by operating the transmitter Q, the lighting panel 5 of the lighting identifier body P attached to the baggage K is surface-emitted, This makes it easy to distinguish between one's own baggage K and another person's baggage K. Further, if it is stolen or immediately, the lighting panel 5 can be surface-emitted to easily find its own baggage K and the theft, and it can also be used to prevent theft by making it stand out. Further, when the lighting identification tool main body P is not used, it can be used as a stylish accessory if it is attached to the baggage K as it is.

  The lighting panel 5 is composed of a plurality of light guide plates 5a, 5b, 5c,... Arranged corresponding to the light sources 3 of a plurality of colors incorporated in the lighting panel 5, and the control unit 6 includes a transmitter Q. The light guide plates 5a, 5b, 5c,... Are surface-emitted with various lighting patterns by the respective light sources 3 based on the lighting control signal from the light source. Make things.

  That is, even when the baggage K possessed by each of the plurality of persons is the same kind, it is possible to distinguish from the baggage K possessed by another person by changing the lighting pattern of the lighting panel 5, and where the baggage K of his / her own exists at a glance. It becomes. For example, each person's transmitter Q can emit a different lighting control signal so that light of a different color can be emitted in a lighting pattern corresponding to each person for each light guide plate 5a, 5b, 5c,. Configure it to As a result, the lighting pattern differs depending on the individual, so that it is possible to reliably determine where his / her baggage K exists.

  Since the lighting identification tool main body P is provided in a tag so as to be attached to the baggage K via the binding device 9, the lighting identification tool main body P is easily attached to and removed from the baggage K. By locking with the mechanism 8, it is difficult for others to remove, and the safety of the baggage K of each person is easily maintained.

  The lighting identification device main body P is provided on the belt 16 so as to be wound around the baggage K and is formed in a belt type, so that it can be wound around the baggage K by the belt 16, and the lighting panel 5 The lighting area can be increased, and visibility can be ensured. Furthermore, it can be attached to each of the various belts 16 by the belt passing portions 7a and 7b, and is excellent in versatility.

  Since the lighting identification tool main body P is provided in a state where the lighting panel 5 is exposed on the locking tool 11 and is formed in a locking tool type, the lighting identification tool main body P can be protected by the solid locking tool 11. Further, after locking, it is possible to prevent the locking tool 11 integrated with the lighting identification tool body P from being removed by another person, and the safety of the baggage K can be easily maintained.

  Note that the reference numerals added in the means for solving the above-mentioned problems and the effects of the invention are given for easy reference to the parts showing the components shown in the drawings. The present invention is not limited to the structure and shape indicated by the reference numeral.

In embodiment of this invention, an example of the tag type lighting identification tool main body provided in the tag is shown, (a) is a plan view, (b) is an XX sectional view of (a), (c) is It is a perspective view of the transmitter for operating a lighting identification tool main body. It is a perspective view of the state which similarly attached the tag type lighting identification tool main body to the soft type carry bag. 1 shows an example of a belt-type lighting identification tool body provided on a belt, where (a) is a plan view, (b) is a YY cross-sectional view with part of (a) omitted, and (c) is lighted. It is the schematic of the transmitter for act | operating an identification tool main body. It is a perspective view of the state which similarly attached the belt-type lighting identification tool main body to the hard-type carry bag. It is a front view of the locking tool unlocking state which shows an example of the lighting identification tool main body of the locking tool type provided in the locking tool.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. A reference symbol P shown in the figure is a lighting identification tool body constituting a baggage lighting identification tool according to the present invention. The lighting identification tool main body P in the illustrated example is remotely controlled by a lighting control signal transmitted from a portable transmitter Q such as a button-type remote controller such as an RF wireless switch, a far infrared sensor switch, or an ultrasonic sensor switch. It is controlled by operation.

  As shown in FIGS. 1 and 2, the lighting identification tool main body P is provided on a tag having a casing made of plastic of a business card size, for example, so that it can be attached to a baggage K with a caster such as a soft type carry bag. It is configured as a tag type to be attached. That is, one end of a substantially U-shaped plastic string, rubber string, wire or the like is attached to one side surface of the lighting identification tool main body P, and the other end is locked by a lock mechanism 8 such as a dial lock. It can be fixed or removed. For example, the lock mechanism 8 is constituted by a plurality of unlocking number rings. When the lock mechanism 8 is unlocked, each unlocking number ring is matched by the order recognized by the individual. As a result, the other end of the binding device 9 is released. Then, the other end side of the binding device 9 is passed through a handle that can be expanded and contracted on the upper side of the carry bag, such as the carry bag K, or a chuck that is opened, and the other end is connected to the tag body and locked by the lock mechanism 8. The tag-type lighting identification tool main body P is attached to the baggage K by being locked.

  The lighting identification device main body P includes a receiver 1 that receives a lighting control signal from the transmitter Q and a light source 3 connected to the receiver 1 for mounting, for example, polychlorinated biphenyl (PCB). A flexible substrate 2 and a power supply accommodating portion 4 such as an AA or AAA dry battery or a lithium battery are provided.

  As the light source 3, for example, a 24 pcs LED (light emitting diode) that emits various colors such as red, green, yellow, and blue is used. In addition, a lighting panel 5 in which, for example, a plurality of triangular light guide plates 5a, 5b, 5c,... For causing the light source 3 to emit light is divided and arranged so that there is no gap between the triangular sides as in a checkered pattern. It is provided over substantially the entire area of the casing surface corresponding to the substrate 2. Each light source 3 on the rewritable substrate 2 is individually arranged corresponding to each position of the light guide plates 5a, 5b, 5c,. Of course, the shape, arrangement, and the like of the light guide plates 5a, 5b, 5c,... Are not limited to the illustrated examples, and may be circular, rectangular, or other polygonal shapes, or may be arranged in a radial, multiple circular shape, or the like. The geometric pattern, the concrete pattern, etc. are arbitrary.

  The receiver 1 includes a control unit 6. When the lighting control signal from the transmitter Q is received by the receiver 1, the control unit 6 operates based on the received lighting control signal, and each light source 3. The light guide plates 5a, 5b, 5c,... Are surface-emitted with various lighting patterns by turning on, blinking, turning off, and the like. That is, the light source 3 having a different color for each of the light guide plates 5a, 5b, 5c,.

  For example, each person's transmitter Q transmits a different lighting control signal so that the controller 6 can emit light of a different color for each light guide plate 5a, 5b, 5c,... It is desirable to set the advance control so that it can be performed. This is because when multiple people carry the same type of baggage K and each has a lighting identification tool P attached to it, their lighting pattern and the other's are confused and can be identified. This is because the lighting patterns are made different from each other in correspondence with each person, thus preventing such confusion.

  The transmitter Q is provided with, for example, a first switch button S1 for turning on and blinking and a second switch button S2 for turning off. The first switch button S1 turns on the light source 3 with one push and blinks the light source 3 with two push. Further, the second switch button S2 is configured to turn off the light source 3 by operating the first switch button S1 to turn on and blink the light source 3 and then pressing the second switch button S2 once.

  In addition, a third switch button S3 for changing the pattern, which can arbitrarily select the lighting pattern, is provided. For example, the red light source 3 is turned on / off by the first button operation, the green light source 3 is turned on / flashing by the second button operation, and the yellow light source 3 is turned on / flashing by the third button operation. The blue light source 3 is turned on and blinked by a button operation, the light sources 3 of all colors are turned on and blinked by a fifth button operation, and the light sources 3 of each color are alternately and randomly blinked by a sixth button operation. These operations are controlled by the unit 6. This is because when multiple people carry the same type of baggage K, even if the lighting pattern is the same, by changing the lighting control signal of the lighting pattern by their own transmitter Q, This is to avoid the confusion that makes it impossible to distinguish things from others.

  It should be noted that the switch Q of the transmitter Q may be set to one so that the light source 3 can be freely turned on / flashed / turned off and the lighting pattern can be changed. In this case, for example, the operation of turning on by the first button operation, flashing by the second button operation, and turning off by the third button operation can be repeatedly performed. Furthermore, a plurality of switch buttons for lighting, blinking, extinguishing, and changing lighting patterns may be provided.

  Next, an example of use of the configuration configured as described above will be described. As shown in FIG. 2, the other end side of the binding device 9 is removed by unlocking the lock mechanism 8, for example, a soft-type carry The lighting identification device main body P may be attached to the baggage K such as a bag and locked by the lock operation of the lock mechanism 8.

  For example, when searching for one's baggage collection place where a large number of baggage K such as a carry bag is placed, the first switch button S1 of the transmitter Q is operated to turn on the light source 3 of the lighting identification device main body P. Turn on / flash. Such lighting / flashing makes it obvious where your baggage K exists. In addition, even if the user is stolen, the user can easily find his / her baggage K that the theft is about to carry by operating the first switch button S1 of the transmitter Q to turn on and blink the light source 3.

  Further, when the same kind of baggage K is placed with the lighting identification tool main body P attached thereto, if the lighting pattern is the same, one's own baggage and another person's bag are confused. In this case, the lighting pattern of the lighting panel 5 by the lighting control signal transmitted by the third switch button S3 of the transmitter Q is appropriately changed. Thus, when the lighting pattern is changed, it is determined that the corresponding baggage K is own.

  After taking out one's own baggage K, the second switch button S2 of the transmitter Q is pressed to turn off the light source 3. When the lighting identification tool body P is not used, it can be used as a stylish accessory by attaching it to the baggage K as it is.

  FIGS. 3 and 4 show an example in which the lighting identification device main body P which is provided on the belt 16 and is of a belt type is attached as a baggage K to, for example, a hard-type carry bag or the like. In this case, since the surface of the baggage K is hard, the lighting identification device main body P is formed in a belt shape and can be attached to the baggage K which is a carry bag by the belt 16 wound around the baggage K. It is.

  That is, as shown in FIG. 3, the lighting identification tool main body P is formed by a long thin plate-like casing, and has an intermediate length of about 160 mm, for example, in the middle length of the casing. And a lighting panel 5 having the same configuration as described above is provided on substantially the entire surface of one side of the casing. And the receiver 1 is equipped in the longitudinal direction one side of the casing adjacent to the lighting panel 5, and the power supply accommodating part 4 is built in the longitudinal direction other side.

  Belt passing portions 7a and 7b that are formed in a substantially U-shaped frame shape are attached to the left and right symmetrical positions on the back surface of the lighting identification tool main body P, and a loop belt 16 is inserted into these belt passing portions 7a and 7b. The belt 16 is attached. One part of the belt 16 can be released by a buckle 10 that can be adjusted to adjust the length, for example, and the belt 16 is wound around the baggage K and accommodates the size of the baggage K as shown in FIG. Thus, the length is appropriately adjusted and fixed with the buckle 10. In addition, the buckle 10 of the belt 11 may be provided with a lock mechanism or a buckle provided with a lock mechanism outside the buckle. In short, the belt itself can be adjusted according to the length of the baggage K by adjusting the length of the buckle. It is good that it is possible.

  The above-described belt-type lighting identification device main body P is wound around the baggage K via the belt 16 with the buckle 10. However, the present invention is not limited to this, and the entire lighting identification device main body P is attached to the baggage K. The lighting identification tool main body P itself may be formed on an endless belt or a belt provided with a length adjustment unit so that it can be wound.

  FIG. 5 illustrates an example of a lighting identification tool main body P that is provided on the locking tool (buckle) 11 to be a locking tool type. That is, as the locking device 11, for example, the locking device 11 including the insert member 12 attached to one end of the belt 16 and the buckle body 13 attached to the other end of the belt 16 is configured, and the above configuration is also used. The lighting identification tool main body P formed in a chip shape is integrated.

  That is, a substantially rectangular holding frame portion 18 is provided on the outer surface side of the buckle main body 13, and the chip-like lighting identification tool main body P exposes the surface of the lighting panel 5 facing upward in the holding frame portion 18. The mating is buried.

  Further, the buckle body 13 is equipped with a dial-type locking mechanism 17 constituted by a plurality of unlocking number rings, so that the insert member 12 cannot be pulled out from the buckle body 13 unless the locking mechanism 17 is unlocked. It has become.

  The insert member 12 is provided with a pair of left and right elastic tongues 14a and 14b, and both elastic tongues 14a and 14b of the insert member 12 are compressed inward into an insertion hole 13a formed at the tip of the buckle body 13. Inserted. When the elastic tongue pieces 14a and 14b reach the locking portions 15a and 15b formed as openings on both sides of the buckle body 13, the elastic tongue pieces 14a and 14b are expanded by their own elastic restoring force. It is opened and is suspended and fixed to the locking portions 15a and 15b. When the insert member 12 is pulled out from the buckle body 13, the elastic tongue pieces 14a and 14b suspended from the locking portions 15a and 15b are pulled out by compressing them inward with fingers. .

  In this way, the lighting identification device main body P can be attached to the baggage K by the belt 16 in a state protected by the solid locking device 11, clearly distinguishing it from the baggage K of another person, and clearly indicating the owner, It can be unique.

  In addition, although the locking tool 11 by the buckle with the locking mechanism 17 is demonstrated to the example as the above-mentioned lighting identification tool main body P of a locking tool type, this is only an example of this invention and is as other locking tools. For example, a key insertion type cylinder lock, a card insertion type electronic lock, and other buckles with various lock mechanisms may be used.

  In the embodiment described above, the lighting identification tool main body P according to the present invention has been described as the case where it is formed as three types such as a tag type, a belt type, and a locking tool type, but the present invention is not limited thereto. For example, the lighting identification tool main body P having the above-described configuration may be provided on the surface of the baggage K, a handle, or any other appropriate location so as to be integrated with the baggage K.

P ... Lighting identification device body Q ... Transmitter K ... Baggage (carry bag) S1 ... First switch button S2 ... Second switch button S3 ... Third switch button 1 ... Receiver 2 ... Flexible substrate 3 ... Light source (light emitting diode: LED ... 4 ... Power supply accommodating part 5 ... Lighting panel 5a, 5b, 5c, ... Light guide plate 6 ... Control part 7a, 7b ... Belt threading part 8 ... Lock mechanism 9 ... Binding fastener 10 ... Buckle 11 ... Locking tool (buckle)
DESCRIPTION OF SYMBOLS 12 ... Insert member 13 ... Buckle main body 13a ... Insertion hole 14a, 14b ... Elastic tongue piece 15a, 15b ... Locking part 16 ... Belt 17 ... Locking mechanism 18 ... Holding frame part

Claims (6)

  It has a lighting identification device body that has a built-in receiver and can be attached to baggage, and a transmitter that sends a lighting control signal to the receiver. When the lighting control signal from the transmitter is received by the receiver, the panel includes a control unit that turns on, blinks, and turns off the light source based on the received lighting control signal. Light identification tool for baggage.   The lighting panel is configured by a plurality of light guide plates that are partitioned and arranged corresponding to the light sources of a plurality of colors incorporated in the lighting panel, and the control unit controls each light guide plate based on a lighting control signal from the transmitter. The lighting identification tool for baggage according to claim 1, wherein surface lighting is performed with various lighting patterns by a light source.   The lighting identification tool for baggage according to claim 1 or 2, wherein the lighting identification tool main body is provided on a tag having a lock mechanism so that the lighting identification tool body can be attached to the baggage via a binding device.   The lighting identification tool for baggage according to claim 1 or 2, wherein the lighting identification tool body is provided with a belt by a belt passing portion so as to be wound around the baggage.   The lighting identification tool for baggage according to claim 1 or 2, wherein the lighting identification tool body is provided with the lighting panel exposed to the locking tool.   It has a lighting identification device body that has a built-in receiver and can be attached to baggage, and a transmitter that sends a lighting control signal to the receiver. When the lighting control signal from the transmitter is received by the receiver, the panel has a control unit that turns on, blinks, and turns off the light source based on the received lighting control signal. Consists of a plurality of light guide plates arranged corresponding to the light sources of a plurality of colors built in, and the control unit uses each light source plate for each lighting pattern based on a lighting control signal from the transmitter. The lighting identification tool body is provided on a tag with a lock mechanism that is attached to the baggage via a binding strap, or is provided on a belt that is wound around the baggage, or lit on a locking device. Luggage lighting identification device, characterized by comprising formed by either provided in a state of exposing the panel.

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