Wearable display clothing

Abstract

Using a group of mechanisms, we display moving images using personal clothing. [Solution] As a means for solving the problem, the device has a wearable display garment, a video control device, a communication device with an external video control device, a GPS communication device, a battery group, and a mechanism group including a cooling device. Moving images are displayed on a raincoat-shaped wearable display garment made of electronic paper. The content of the video is determined by integrating information from the control device, communication device, and GPS communication device, and is then instructed on the wearable display garment. A battery group of lithium-sulfur batteries is placed on the lining of the wearable display garment to power the wearable display garment, the control device, the communication device, and the GPS communication device. In addition, a group of Peltier cooling devices are provided in the lining to cool the above-mentioned mechanisms and the wearer themselves.

Description

[Technical Field]

[0001] The present invention relates to a new set of mechanisms using electronic devices for communicating and displaying, for example, moving image information in the advertising and entertainment businesses. [Background technology]

[0002] Traditionally, video equipment such as displays and mobile terminals have been used to display moving images for advertising or show purposes, and recently the use of video equipment in advertising and entertainment has been expanding.

[0003] Control of moving image display using such video equipment is performed using a control device or a communication device.

[0004] Recently, a type of display medium called electronic paper has emerged as a type of video device. In recent years, there has been a trend toward developing thinner and lighter electronic paper.

[0005] Furthermore, as a secondary battery that serves as an energy supply source, there is a technology known as a lithium-sulfur battery, which uses the alkali metal lithium (Li) as the negative electrode and sulfur (S) as the positive electrode.

[0006] There is also a technology called GPS that uses satellite communications to communicate location information.

[0007] There is also a technology known as a Peltier cooling device, which uses a physical phenomenon known as the Peltier effect, in which the heat absorption and heat release surfaces of a metal are switched by changing the direction of an electric current. [Prior art documents] [Patent documents]

[0008] [Patent Document 1] Patent 7528386 Electronic paper and protective film [Patent Document 2] Patent Publication No. 2023-133825 Video display switching system using control device and communication device [Patent Document 3] Patent Publication 2010-226000 Peltier cooling device [Patent Document 4] Patent Publication No. 2025-070279 Lithium-sulfur battery and its manufacturing method [Patent Document 5] Patent Publication No. 2025-035860 GPS device-based operation device Summary of the Invention [Problem to be solved by the invention]

[0009] However, in performances that utilize such conventional mechanisms, there is currently no mechanism that is configured to efficiently perform moving image performances, for example, by setting up a single display device regardless of location, by selecting appropriate elements based on location, timing, and content to perform a moving image performance, by efficiently supplying power to the display and peripheral devices, or by cooling hot displays, batteries, peripheral devices, or the people carrying the display.

[0010] Incidentally, it is also conceivable that such a display device could be used in a mobile display form, such as an advertising vehicle, to perform the above-mentioned performance.

[0011] However, with conventional mechanisms that use electronic devices to display moving image information and communicate for display, it is difficult to perform moving image performances on moving objects in areas where vehicles and drones are prohibited, and conventional mobile display mechanisms may be considered dangerous depending on the region, laws, etc.

[0012] Furthermore, with conventional mechanisms that use electronic devices to display video information and communicate for the display, it may be possible to specify the timing, content, and location of a video performance, for example, in an entertainment venue, but it is difficult to control the entire process in a wide-area advertising campaign.

[0013] Furthermore, it is difficult to efficiently utilize the power source required to maintain the activity of the conventional mechanism group that uses electronic devices to display moving image information and communicate for the display, in terms of mobility and power efficiency.

[0014] Furthermore, in conventional mechanisms that use electronic devices to display moving image information and communicate for display, it is difficult to cool peripheral devices that have overheated or the personnel managing the display located nearby.

[0015] The present invention relates to a mechanism group that uses electronic devices to display moving image information and perform communication for the display, for example: For example, the objective is to provide a group of mechanisms that use electronic devices to display and communicate with moving image information configured to control the timing, content, and location of moving images, using a mobile display that can be safely operated anywhere.

[0016] The present invention also provides, for example, a battery that is more efficient in terms of the mobility and power efficiency of a display device; A cooling device is provided for cooling the mechanism group including the battery and the display manager.

[0017] The present invention has been invented to solve the problems and objects of the prior art as described above, The mechanism group for displaying moving image information and performing communication for the display using electronic equipment of the present invention includes: A group of mechanisms for displaying and communicating video information using electronic devices in advertising and entertainment businesses, the mechanism group includes a raincoat-type wearable display garment using cloth-type electronic paper; The mechanism group also includes a control device that remotely controls the timing and content of the moving images displayed on the wearable display garment to suit the intentions of the advertiser or promoter, and a communication device associated with the control function of the control device, a GPS communication device that performs communication to assist the operation of the control device in selecting a location for displaying a moving image on the wearable display garment; The mechanism group also includes a battery group that uses small, thin, and stretchable lithium-sulfur batteries for power supply and that are connected to each other in a circuit, and that is shaped to fit the lining of the wearable display clothing; The mechanism group is characterized in that a group of thin, stretchable, flat Peltier-type cooling devices for cooling the mechanism group and the wearer are provided on the lining of the wearable display clothing.

[0018] With this configuration, the moving images on the electronic paper of the wearable display garment can be switched and controlled using integrated information from the control device, communication device, and GPS communication device.

[0019] This allows moving images to be output to the wearable display garment worn by a person at the timing, content, and location intended by the performance operator.

[0020] Therefore, for example, a person can wear a raincoat-type wearable display garment and participate in an advertising performance using moving images in the street.

[0021] In addition, by configuring it in this way, it is possible to connect the circuits between batteries that use small, thin, and stretchable lithium-sulfur batteries, and to form the wearable display device that fits the lining of the clothing. By using a group of batteries, it is not necessary to prepare a separate power source for the mechanisms that use electronic devices to display moving image information and communicate for the display, and it is possible to operate the wearable display clothing using only a group of batteries that are small, thin, and stretchable lithium-sulfur batteries connected in a circuit and shaped to fit the lining of the clothing, and it is also possible to improve both the battery charging efficiency and power supply efficiency.

[0022] This allows the wearer to use the mechanism group that displays moving image information and performs communication for the display using electronic devices for a long period of time without requiring charging.

[0023] Therefore, it will be possible to use a group of mechanisms that use electronic devices to display moving image information and communicate for display in locations or situations where immediate power supply is not expected, such as disaster areas, for example, to display moving image information during long live performances.

[0024] Furthermore, by configuring it in this manner, it is possible to cool the wearer and the mechanisms that use electronic devices to display moving image information and communicate for the display by using a group of thin, flexible, flat Peltier-type cooling devices.

[0025] This prevents the wearer from feeling hot, and also prevents thermal runaway of the mechanisms that use electronic devices to display moving image information and communicate for the display.

[0026] Therefore, the wearer can comfortably use the group of mechanisms that use electronic devices to display and communicate for displaying moving image information, for example, outdoors in midsummer or in areas where scorching heat is expected, such as tropical and subtropical regions. [Effects of the Invention]

[0027] According to the present invention, by using electronic devices to display moving image information and communicate for the display, a group of mechanisms including an electronic paper, a control device, a communication device, and a GPS communication device, and outputting integrated information from the control device, communication device, and GPS communication device to the electronic paper, it is possible to display moving images at the timing, content, and location intended by the performance operator.

[0028] Furthermore, according to the present invention, by using a battery group that connects small, thin, and stretchable lithium-sulfur batteries in a circuit and that conforms to the lining of the wearable display garment, it is possible to operate the wearable display garment using only a battery group that connects small, thin, and stretchable lithium-sulfur batteries in a circuit and that conforms to the lining of the wearable display garment, without having to provide a separate power source for the mechanism group that uses electronic devices to display moving image information and communicate for the display.In addition, by improving both the battery charging efficiency and power supply efficiency, it is possible to operate the mechanism group that uses electronic devices to display moving image information for a long period of time with a short charge.

[0029] Furthermore, according to the present invention, by using a group of Peltier-type, thin, stretchable, planar cooling devices, it is possible to cool the group of mechanisms that use electronic devices to display moving image information and communicate for the display, as well as the wearer, and it is possible to reduce the thermal load on the group of mechanisms that use electronic devices to display moving image information and communicate for the display, as well as the wearer. [Brief explanation of the drawings]

[0030] [Figure 1] FIG. 1 is a front view of a wearable display garment 11, a control device / communication device / GPS communication device unit 21, and a fall prevention belt 24 worn by a wearable display garment 11, to depict a mechanism group 10 that uses electronic devices to display moving image information and communicate for the display of the information of the present invention. [Figure 2]Figure 2 is a cross-sectional view of the electronic paper layer 31, heat insulating film 32, lithium-sulfur battery layer 33, anti-condensation film 34, Peltier cooling device layer 35, and polymer fiber layer 36 that make up the wearable display garment 11 of the present invention, and a simplified diagram illustrating the wiring of the power distribution cable 23 extending from the control device / communication device / GPS communication device unit 21 to the electronic paper layer 31, lithium-sulfur battery layer 33, and Peltier cooling device layer 35. [Figure 3] FIG. 3 is a block diagram for explaining the outline of the functions of a mechanism group 10 that uses electronic equipment to display moving image information and perform communication for the display according to the present invention. DETAILED DESCRIPTION OF THE INVENTION

[0031] Hereinafter, embodiments (examples) of the present invention will be described in more detail with reference to the drawings. Example 1

[0032] FIG. 1 is a front view of a wearable display garment 11, a control device / communication device / GPS communication device unit 21, and a fall prevention belt 24 worn by a wearable display garment 11, to depict a mechanism group 10 that uses electronic devices to display moving image information and communicate for the display of the information of the present invention. FIG. 2 is a cross-sectional view of the electronic paper layer 31, the insulating film 32, the lithium-sulfur battery layer 33, the anti-condensation film 34, the Peltier cooling device layer 35, and the polymer fiber layer 36 that constitute the wearable display garment 11 of the present invention, and is a simplified diagram illustrating the wiring of the power distribution cable 23 extending from the control device / communication device / GPS communication device unit 21 to the electronic paper layer 31, the lithium-sulfur battery layer 33, and the Peltier cooling device layer 35.

[0033] 1 to 3, reference numeral 10 denotes a group of mechanisms that, as a whole, display moving image information of the present invention and perform communication for the display using electronic equipment.

[0034] In this specification, the term "mechanism group" includes a system that combines conventionally known mechanical structures, and is not limited to the mechanism group of the type shown in this embodiment.

[0035] In addition, the mechanism group of the present invention is configured to perform safety measures, primarily the display and control of moving images, efficient power management using a battery group, and the use of a cooling device, between the moving image operator and the mechanism group.

[0036] The mechanism group 10 of the present invention, which uses electronic devices to display moving image information and communicate for the display, is formed of a wearable display garment 11 and a control device / communication device / GPS communication device unit 21 connected via a power distribution cable 23 extending from the wearable display garment 11, as shown in Figures 1 and 2.

[0037] As shown in the simplified diagram in Figure 2, the layers of material that make up these wearable display garments 11 are, from the outside in, an electronic paper layer 31 that displays moving images, a heat insulating film 32 that insulates from the battery group, a lithium-sulfur battery group layer 33 that supplies power to the electronic mechanisms within the mechanism group 10 that uses electronic devices to display moving image information and communicate for the display, an anti-condensation film 34 that prevents condensation from the cooling device, a Peltier cooling device group layer 35 that cools the entire mechanism group 10 that uses electronic devices to display moving image information and communicate for the display and the wearer 12, and a polymer fiber layer 36 that acts as a partition to make the garment feel nice and comfortable for the wearer 12 when wearing it. In addition, each of the six layers, i.e., electronic paper layer 31, heat insulating film 32, lithium-sulfur battery layer 33, anti-condensation film 34, Peltier cooling device layer 35, and polymer fiber layer 36, has a single layer form like a thin fabric in order to maintain the shape of clothing.

[0038] 2, among the layers of material that make up wearable display garment 11, electronic paper layer 31, lithium-sulfur battery layer 33, and Peltier cooling device layer 35, which require the supply of electrical signals, are equipped with electronic management device 24 that adjusts the operation of electronic paper layer 31, lithium-sulfur battery layer 33, and Peltier cooling device layer 35. Electronic management device 24 is electronically controlled by control device / communication device / GPS communication device unit 21 via power distribution cable 23.

[0039] The control device, communication device, and GPS device are built into and managed by a control device / communication device / GPS communication device unit 21, which is a terminal device of the same aircraft.

[0040] Furthermore, in order to carry and hold the control device / communication device / GPS communication device unit 21, its position is maintained by a fall prevention belt 25. Also, assuming that the fall prevention belt 25 is worn around the waist, slit holes 22 are provided on both sides of the wearable display garment 11 to expose the control device / communication device / GPS communication device unit 21 to the outside of the wearable display garment 11, facilitating communication with the control device / communication device / GPS communication device unit 21.

[0041] FIG. 3 is a block diagram for explaining the outline of the functions of a mechanism group 10 that uses electronic equipment to display moving image information and perform communication for the display according to the present invention.

[0042] As shown in FIG. 3, the mechanism group 10 that uses electronic devices to display the moving image information of the present invention and to communicate for the display includes a control device / communication device / GPS communication device unit 21 provided in the mechanism group 10 that uses electronic devices to display the moving image information and to communicate for the display, in order to manage and control the wearable display garment 11.

[0043] As shown in Figure 3, the control device / communication device / GPS communication device unit 21 is configured to receive command communication from the video operator 13, interpret the command, and cause the wearable display garment 11 to execute a command to display a video image.

[0044] This allows smooth, wide-area, large-scale, remote display of moving images at the timing, content, and location intended by the moving image operator 13. [Industrial Applicability]

[0045] The present invention can be applied to a group of mechanisms that use electronic devices to display and communicate with moving image information using a mobile display, for example, a wearable display garment. [Explanation of symbols]

[0046] 10. Mechanisms for displaying moving image information and communicating for display using electronic devices 11 Wearable display clothing 12 Wearer 13 Video Operator 21 Control device, communication device, GPS communication device unit 22 slit holes 23 Power Distribution Cable 24 Electronic management device 25 Fall prevention belt 31 Electronic paper layer 32 Heat insulating film 33 Lithium-sulfur battery cluster 34 Anti-condensation film 35 Peltier cooling device cluster 36 Polymer fiber layer

Claims

[Claim 1] A group of mechanisms for displaying and communicating video information using electronic devices in advertising and entertainment businesses, the mechanism group includes a raincoat-type wearable display garment using cloth-type electronic paper; The group of mechanisms includes a control device that remotely controls the timing and content of the moving images displayed on the wearable display garment to suit the intentions of the advertiser or promoter, and a communication device associated with the control function of the control device, the mechanism group includes a GPS communication device that performs communication to assist the operation of the control device in selecting a location for displaying a moving image on the wearable display garment; The mechanism group also includes a battery group that uses small, thin, and stretchable lithium-sulfur batteries for power supply and is connected to each other in a circuit, the battery group having a shape that conforms to the lining of the wearable display clothing, The wearable display clothing also includes a lining that is provided with a group of thin, stretchable, flat Peltier-type cooling devices for cooling the group of mechanisms and the wearer.

Images