Spiral-shaped braided ring worn on a fingertip and method for estimating physical condition

Abstract

When electricity flows through the fingertips of a touchscreen, electromagnetic waves emitted by electronic devices enter the body, raising concerns about the health effects of using a touchscreen for long periods of time. [Solution] The spiral braided ring of this invention is easy to carry and can be easily attached and removed anytime, anywhere. The spiral braided ring is made of organic hemp yarn, a plant fiber, and is a recycled, environmentally safe natural material that allows the user to adjust the ring size to fit the thickness of their finger.

Description

[Technical Field]

[0001] The present invention relates to a spirally shaped braided ring. [Background technology]

[0002] In recent years, the use of touchscreens, where users operate computer displays by directly touching them with their fingertips for extended periods of time, has spread from young children to the elderly. Electronic devices that use touchscreens, where the human fingertips directly touch the LCD screen, include smartphones, iPhones (registered trademark), tablets, ATMs, train ticket vending machines, View Card payment processing, on airplanes, bullet trains, automobiles, and car navigation systems, LCD payment processing in shopping malls, digital signage, game consoles, industrial and medical equipment (measuring physical ability, posture, weight, and body fat), office computers, school classes, and online lessons. A weak electrical charge accumulates on the surface of these LCD panels. When touched with a fingertip, electricity flows toward the finger, reducing the electrical charge at the touched area. The panel contains invisible, transparent, grid-like electrodes, which detect the change in electrical charge as a vertical or horizontal coordinate. As mentioned above, the flow of electricity toward the finger caused by the touchscreen allows electromagnetic waves emitted from the electronic device to enter the body. People who are concerned about the effects of electromagnetic waves are increasingly using earphones because they notice that listening to audio near their ears heats up the ears and stimulates the brain. However, there are concerns about the health impacts of using touchscreens for long periods of time, as they come into direct contact with human skin.

[0003] Patent Document 1 discloses an electromagnetic wave protection device that is a bonded assembly of a metal plate with high electron affinity and a metal plate with low electron affinity, and is characterized in that the metal plate with high electron affinity is used in contact with or close to the body.

[0004] Patent document 2 discloses that by creating a recess in the upper part of the frame of the LCD and attaching a folder there, it is possible to attach LCD screen protectors, electromagnetic wave protection filters, paper, film, and other items for working on the CRT or LCD screen of a television or monitor. [Prior art documents] [Patent documents]

[0005] [Patent Document 1] Patent Publication No. 2022-182370 [Patent Document 2] Special Publication 2001-103397 Summary of the Invention [Problem to be solved by the invention]

[0006] In this invention, the flow of electricity to the fingers via a touch panel results in the electromagnetic waves emitted by electronic devices being drawn into the body. There are concerns about the health effects of using touch panels for long periods of time, and we believe that it is important to understand the extent to which electromagnetic waves are exposed to the body when the pads of the fingertips directly touch the LCD screen when it is turned on, in addition to eye strain caused by using a PC or iPhone (registered trademark). [Means for solving the problem]

[0007] The fingers, wrists, or feet of both hands or toes of a human body that touches the LCD screen of an electronic device The ring is attached to a part of the human body including the neck and is characterized by a spirally woven ring made of a material in which organic hemp thread, a plant fiber, is woven into a spiral shape. [Effects of the Invention]

[0008] A very weak electrical charge accumulates on the surface of an LCD panel screen, and when touched with a fingertip, electricity flows toward the finger. Touching a touchscreen LCD screen, in particular, requires touching the screen to operate. The structure senses vertical and horizontal coordinates by touching with a finger. Operating a touchscreen with a finger thus allows electromagnetic waves emitted from electronic devices to enter the body. Therefore, prolonged use of a touchscreen raises health concerns. In this invention, the ring is made from organic hemp yarn, a plant fiber. Organic hemp material has the ability to block electromagnetic waves, shielding a wide range of electromagnetic waves from low to high frequencies, and has a dissipative property that absorbs them from the body. Hemp specialist books state that Japanese people have long used hemp, a plant fiber, as an insulator. It is also known to suppress static electricity, one of the sources of electromagnetic waves. Focusing on these benefits, we developed a spiral-shaped braided ring using organic hemp thread for electromagnetic wave protection via a touch panel. The ring size can be adjusted by passing both ends of the braided string through a hole in a wooden sphere, and this ring can be adjusted to fit the finger size of the user, without using metal or adhesives. Tables 1 to 4 show the results of a test conducted by subjects to measure the changes in physical condition before and after using the touch panel, and the usefulness of this invention was proven using a human saliva ORP measuring device as a health indicator.

[0009] According to claim 1, the ring is attached to the fingers of both hands or toes, or to the wrists or ankles, which are parts of the human body that come into contact with the LCD screen of an electronic device. The spirally woven ring is made of organic hemp yarn, a plant fiber, woven into a spiral shape. It has been confirmed that the discharge effect of blocking a wide range of electromagnetic waves from low to high frequencies and absorbing electromagnetic waves from the body leads to good physical condition through the ORP value of human saliva.

[0010] According to claim 2, when the spiral-shaped braided ring is worn, the ORP value of the subject's saliva before and after the human body part touches the LCD screen is measured by collecting saliva components from the subject's mouth and measuring the ORP value of the saliva after touching it using a human saliva ORP measuring device.If the ORP value of the saliva after touching is lower than the ORP value of the saliva before touching it and shifts toward the reduction potential, it is estimated that wearing the spiral-shaped braided ring will result in good health, and if the opposite is true, it will result in poor health, thereby guaranteeing to consumers that the spiral-shaped braided ring of the present invention has the product characteristics of leading to good health.

[0011] According to claim 3, the material is made of organic hemp yarn woven into a spiral shape and has a spherical wooden ring with holes through which both ends of the material are inserted. The parts of the material that protrude from the ring fasteners at both ends are tied to prevent them from slipping off. This wooden ring fastener can be adjusted to a free size according to the thickness of the finger of each person wearing the spiral woven ring, and by not using metal or adhesives, it can avoid the health problems that can lead to illness even in people with sensitive skin. [Brief explanation of the drawings]

[0012] [Figure 1] An example of a braided ring made from organic hemp yarn. [Figure 2] An example of twisted winding of two threads. [Figure 3] An example of a toddler using the LCD touch panel. [Figure 4] An example of a child using a touch panel to play an LCD game. [Figure 5] An example of how to use the iPhone (trademark registered) touch panel. [Figure 6] An example of touch panel LCD screens used on airplanes. [Figure 7] An example of the LCD screen on a Shinkansen train using a touch panel. [Figure 8] Braided rings are worn on both toes and ankles. [Figure 9] Diagram of the human saliva ORP measurement device. [Figure 10] A chart quantifying the health status of human saliva ORP as a health indicator. [Figure 11] Flowchart of how to use organic hemp yarn for knitting. DETAILED DESCRIPTION OF THE INVENTION

[0013] The use of touch panels, which allow users to operate a computer by directly touching the screen with their fingertips, is expected to become increasingly popular among people of all ages, from young people to the elderly, due to its convenient functionality that does not require writing implements. The use of touch panels on LCD screens is also expanding, even among infants and younger people, in educational settings and game settings. It is considered an urgent task to reduce the effects of electromagnetic waves from these devices and ensure healthy lifestyles.

[0014] Hemp production is regulated in Japan, and the part used for fiber is the stalk. Using organic hemp yarn, a plant fiber made from this part that meets safety standards, we believe it may be possible to reduce the health impacts of the weak electrical currents and electromagnetic waves produced by using touch panels.

[0015] Figure 1 shows a spiral-shaped braided ring 1 made from organic hemp yarn. This ring has a spherical wooden ring stopper. The ring can be adjusted to fit any finger size by pulling both ends of the braided string from the hole in the spherical wooden ring stopper. This ring stopper allows for adjustment without the use of metal or adhesives. The direction of the pulling operation of the braided string is indicated by arrows 1-f, 1-g, and 1-h. The ends of the braided string are then tied together to form a secure knot 1-i to prevent the braided string from slipping out of the ring stopper hole. The braided portion of this knotting section 1-i is a simple twisted braid, as shown in Figure 2, which makes it easy to tie the knot and insert it through the ring stopper hole. This allows it to be used as a wristband or ankle band. In order to increase the strength of the spiral braided ring with organic hemp yarn, two to four organic hemp yarns are used as core thread 1-a, and when both ends are narrowed with organic hemp yarn in a spiral braid, it becomes state 1-b. Figure 1 shows an example with two core threads, but four is not shown. However, to prevent the width of the spiral braid becoming too wide with four or more core threads and interfering with the bending of the finger, the core threads used to increase the strength of the braided ring are limited to four.

[0016] Figure 2 shows a simple twisted weave 1-d using two strands of organic hemp yarn, which is then twisted to produce a string of organic hemp yarn 1-e.

[0017] Figure 3 shows the spiral braided ring worn on a finger 1, the LCD screen of an iPhone (registered trademark) 2, and an infant 3 wearing the spiral braided ring 1 on his finger and touching the LCD screen 2. We believe that it is extremely important and urgent to prevent the health effects that electromagnetic waves can have on infants.

[0018] Figure 4 shows a child 4 using the touch panel of an iPhone (registered trademark) LCD screen 2 to receive information delivered to a smartphone or iPhone (registered trademark), while wearing a spiral-shaped knitted ring 1 made of organic hemp yarn on his finger and wrist. We believe that it is extremely important and urgent to prevent the health effects of electromagnetic waves that young children may be exposed to over long periods of time due to their engrossment in playing games.

[0019] Figure 5 shows a touch panel used on the LCD screen 2 of a smartphone or iPhone (registered trademark) displaying information, and a braided ring made of organic hemp yarn worn on the finger (1). The method of carrying the braided ring is shown as (1-j) in which the braided ring is carried on an iPhone (registered trademark) case cover with a strap for storage after use. Even if the user does not store the braided ring in a pocket, it can also be carried and stored on the LCD screen of the electronic device using a strap (not shown).

[0020] Figure 6 shows an LCD screen 2 mounted on the back of the seat in front of you on an airplane, with a spirally woven ring 1 made of organic hemp yarn worn on a finger and used as a touch panel.

[0021] Figure 7 shows the touch panel on the table mounted on the back of the seat in front of you on a Shinkansen train. I placed my laptop and opened the LCD screen 2 to get the information being delivered. This is a diagram of a person wearing a spirally woven organic hemp yarn ring 1 on their finger, using the touch panel to receive this information and operate the laptop keyboard in conjunction with the touch panel function. Some laptops also have touch panel functions instead of a mouse, and by wearing the organic hemp yarn ring 1 on both fingers and wrists, they can safely use the touch panel with electromagnetic wave protection.

[0022] Figure 8 shows a case where the parts of the human body that touch the LCD display are the soles of the feet, touching a transparent LCD screen made of reinforced material placed on the floor to check biometric information such as physical ability, weight, and posture, as shown in Figure 1-c, and the left and right toes or ankles of both feet are fitted with spirally woven rings 1 made of organic hemp yarn that provide electromagnetic wave protection. With this invention, even if you cannot use both hands, you can use both toes to touch the LCD screen 2, allowing you to use the touch panel with peace of mind as it is protected from electromagnetic waves.

[0023] Figure 9 is a diagram of a human saliva ORP measuring device that visualizes the health effects of using a spiral-shaped braided ring for electromagnetic wave protection using a fingertip touch panel of the present invention. A magnetic graphene oxide solution, which is not present in conventional human saliva solutions, formed a coating on the surface of the indicator electrode (platinum electrode), and the coating could not be removed by washing and wiping with purified water. After extensive investigation into this difficult problem, we focused on the flexible metallic properties of pure gold and discovered that the surface could be delicately peeled off by wiping and washing, resulting in a pure gold indicator electrode. This enabled accurate capture of information on the subject's saliva, the sample fluid used in this invention. By improving and evolving the indicator electrode (pure gold electrode), we were able to realize a method for visualizing the health effects of the spiral-shaped braided ring for electromagnetic wave protection using a fingertip touch panel of the present invention using the ORP value, a health index. The human saliva ORP measuring device 36 is equipped with three measurement boxes 42, each with the same configuration between the two electrodes, the reference electrode 32 and the indicator electrode 26. The enlarged view of the bubble shows the configuration between the reference electrode (silver-silver chloride) 32 and the indicator electrode (pure gold electrode) 26. The two opposing electrodes, the reference electrode 32 and the indicator electrode 26, calculate the electrolyte concentration of all saliva components and the activity ratio of oxidized and reduced substances, and measure the potential difference between oxidation and reduction. A minute amount of KCl solution 34 is drawn into the saliva-impregnated cotton portion 23 by capillary action through the liquid junction 30, which serves as the contact point between the saliva 23 impregnated in the cotton swab and the wetted cotton swab 23, and the KCl solution 34, which exchanges positive and negative electrons of the saliva ORP between the saliva 23 impregnated in the cotton swab and the reference electrode serving as the opposite electrode. Positive and negative electrons are exchanged via the KCl solution 34 between the two electrodes, the reference electrode 32 and the indicator electrode 26, and the oxidation-reduction potential (mV) potential difference is calculated and the measurement result is displayed on the LCD at 39. It consists of a tank lid 33 for storing the KCl solution, the shaft 22 of the saliva-impregnated cotton swab, the cotton part 23 of the saliva-impregnated cotton swab, the sample tank base 24 into which the saliva-impregnated cotton swab is inserted, and the part 25 where the saliva-impregnated cotton swab 23 and the head part of the indicator electrode 26 come into contact, and the indicator electrode 26 is fixed and glued to the bottom 29 of the sample tank.The components are a point 27 where the indicator electrode 26 and lead wire 28 are glued and connected, a point 31 where the reference electrode 32 and lead wire 28 are glued and connected, an oxidation-reduction potential mV measuring unit 35 that calculates the potential difference by exchanging positive and negative electrons between the reference electrode 32 and indicator electrode 26 with a KCl solution in between, a start button 38 to start measurement, a measurement result print button 37, an LCD unit 39 that displays the measurement results using the oxidation-reduction potential mV measuring unit 35 that calculates the potential difference, an LCD unit 40 that displays the year and time, a thermal printout 41 of the measurement results, and three measurement boxes 42 that are provided with the configuration between the reference electrode and indicator electrode.

[0024] Figure 10 is a graph of human saliva ORP health condition quantification as a health index, as published in a paper by Igaku Shoin, showing that the redox boundary range of human saliva is 40 to 50 mV. Thus, in the present invention, if the ORP value of the human saliva (a subject) before and after viewing an advertisement is 40 mV or less, the subject's body is reduced and in good health. If it is 50 mV or more, the subject's body is oxidized and in poor health. If the saliva ORP value is within the redox boundary range, a follow-up is performed by comparing the initial saliva ORP value measured after a predetermined time has elapsed. If the saliva ORP value after the predetermined time has elapsed is lower, the subject's health is determined to be good, and if it is higher, the subject's health is determined to be poor.

[0025] FIG. 11 shows the spiral weave of electromagnetic wave protection using the touch panel of the present invention. This figure shows an example of a flowchart for producing and using the ring. This figure shows measurements of human saliva ORP values ​​before and after touchscreen use (7 and 8). This figure also shows the effects of touchscreen use, which involves direct contact of a human fingertip with an LCD display, on health before and after touchscreen use (9). The spiral-shaped braided electromagnetic wave shielding ring can be used in a variety of situations and electronic devices (10), including smartphones, iPhones (registered trademark), tablets, ATMs, train ticket machines, View Card payment processing, airplanes, bullet trains, automobile and car navigation systems, LCD payment processing in shopping malls, digital signage, game consoles, industrial and medical equipment (for measuring physical ability, posture, and body fat), office computers, school classes, and online lessons. [Example]

[0026] In the examples, we considered that the use of the spiral-shaped braided ring for electromagnetic wave protection using a fingertip touch panel of the present invention required urgent action, considering the health effects on young children and elementary school children shown in Figures 3 and 4. For this reason, we decided not to conduct a test on young children or elementary school children. This is because the test on adult men and women aged 18 and over demonstrated the difference in usefulness between using and not using the spiral-shaped braided ring made of organic hemp yarn used in the present invention. The test results are shown in Tables 1 to 4 below.

[0027] Table 1 shows a test performed using an iPhone (registered trademark) touchscreen. Smartphones and iPhones (registered trademark) store a weak electrical charge. Direct contact with the skin of the fingertip causes electrical current to flow toward the finger. Therefore, it was hypothesized that direct contact of the finger pad with the LCD screen of an iPhone (registered trademark) would simultaneously cause electrical current to flow toward the finger and expose the finger to strong electromagnetic waves. In the test performed in Table 1, the subject's saliva ORP was measured before touching the LCD screen, followed by a measurement of saliva ORP one minute after the finger touched the LCD screen. Furthermore, a braided ring was worn on the finger, and the changes in saliva ORP were measured over time from 30 to 90 minutes after the braided ring was worn. Measurements were also performed on a monitor subject without the braided ring. Data (A) in Table 1 shows the results of saliva ORP measurements taken using an LCD fingertip touch panel after 90 minutes of continuous use without using a spherical wooden ring fastener to adjust the ring size. The results showed a reduced ORP value, which is indicative of good health. Data (B) in Table 1 shows the results over 90 minutes without using the organic hemp spiral ring. The results showed an oxidized ORP value, which is indicative of poor health. Data (C) in Table 1 shows a practical test using a simple twisted ring made of two strands of organic hemp yarn, rather than a spiral braid, worn on a finger and used with a touch panel. Data (D) in Table 1 shows the results of a spherical wooden ring fastener (cedar wood was used in this test) with both ends of the braided string threaded through the holes to adjust the ring size. Finally, data from the practical test using an organic hemp spiral ring. Comparing the data (A) and (D) above, the effectiveness of electromagnetic wave protection when using a touch panel showed that both showed a strong negative reduction in physical condition after using the ring. However, the spherical wooden ring (cedar wood was used in the practical verification), with an adjustable ring stopper and a spirally woven organic hemp thread, showed an even stronger saliva ORP value. The scent and feel of the red and black cedar cores are said to have a relaxing effect, and this was also shown to be useful.In the data (B) above, when no ring was used, the saliva ORP value clearly showed that the electromagnetic waves from the touch panel led to oxidation in the body. In the data (C), when a simple twisted ring made of organic hemp yarn was used, a clear difference in the ORP value was clearly shown to be reducing compared to the data (A) and (D). Therefore, the effectiveness of using the spirally woven ring made of organic hemp yarn used in this invention in reducing the health impact of electromagnetic waves was proven.

[0028] [Table 1]

[0029] In the experimental verification shown in Table 2, the saliva ORP of the subjects was measured before touching the LCD screen, followed by a saliva ORP measurement one minute after touching the LCD screen with their finger. Finally, the braided ring was worn on the finger and the saliva ORP was measured one minute after touching the LCD screen. The changes over time were then measured with the braided ring worn continuously for 30 to 90 minutes, and compared with subjects without the braided ring. An adult aged 18 or older placed a touchscreen-enabled laptop on a Shinkansen seat and used the fingertip touch panel on the laptop's LCD screen to measure the saliva ORP. Data (E) in Table 2 shows the saliva ORP measurement results after wearing a spiral-shaped braided ring made of indigo-dyed organic hemp yarn, adjustable to fit with a spherical cedar ring fastener, on the finger and using the fingertip touch panel on the LCD screen for 90 minutes of continuous use. Data (F) in Table 2 shows the ORP value change over time for 90 minutes without using the spiral braided ring. Data (F) in Table 2 clearly shows the impact of electromagnetic waves on human health when using a touchscreen laptop without using the spiral braided ring. This demonstrates the effectiveness of the spiral braided ring made of organic hemp yarn used in this invention when worn on the finger and used on a touchscreen in a vehicle.

[0030] [Table 2]

[0031] In the experimental test shown in Table 3, the organic hemp spiral-shaped braided ring was dyed with natural dyes, resulting in a variety of natural, gentle colors and a fashionable look. The experimental test results shown in Table 3 (G) were obtained by wearing a spiral-shaped braided ring made from indigo-dyed organic hemp yarn on a finger without using a spherical cedar wood ring clasp that can be adjusted to any size. On the other hand, the experimental test results shown in Table 3 (H) were obtained by wearing a spiral-shaped braided ring made from indigo-dyed organic hemp yarn on a finger using a spherical cedar wood ring clasp that can be adjusted to any size. In the ORP comparison, both rings showed strong ORP reductions, but the data in Table 3 (H) where the spherical cedar wood ring clasp that can be adjusted to any size and the spiral-shaped braided ring made from indigo-dyed organic hemp yarn were worn on a finger showed a stronger reduction in human saliva ORP, similar to the data in Table 1 (D) above. Furthermore, thanks to the cedar wood spherical ring fastener that allows the ring size to be adjusted, the braided ring can be adjusted to fit the thickness of each individual's finger without using adhesives or metal fittings.

[0032] [Table 3]

[0033] In the experimental test shown in Table 4, data (I) in Table 4 shows the results of saliva ORP measurements taken using the LCD fingertip touch panel after wearing a spiral-shaped braided ring made of a cedar sphere for adjusting ring size and organic hemp unbleached yarn on the wrist for 90 minutes without the ring on the finger.Compared to data (D) in Table 1 above, when the spiral-shaped braided ring made of a cedar sphere for adjusting ring size and organic hemp unbleached yarn was worn on the finger and when worn only on the wrist, the saliva ORP values ​​after wearing showed a tendency to decrease compared to the values ​​before wearing only on the wrist, but there was a clear difference from the strongly decreasing saliva ORP values ​​shown in data (D) in Table 1 above.

[0034] [Table 4]

[0035] In the present invention, saliva ORP measurement using a fingertip touch panel on a seat-mounted LCD screen on an airplane requires that the saliva (sample liquid) be washed and wiped with distilled water (pure water) before each measurement. Therefore, distilled water (pure water) cannot be brought on board. Therefore, although verification on an airplane is not possible, the effects of electromagnetic waves on human health when continuously using a fingertip touch panel on an LCD screen as shown in Tables 1 to 4 were clearly demonstrated, and are not merely a coincidental effect of oxidation. Therefore, the usefulness of the present invention can be considered even when a human fingertip is directly touched to a seat-mounted LCD screen (fingertip touch panel) on an airplane, as shown in Figure 6. For this reason, the possible situations and electronic devices in which the spiral-shaped braided rings are used as touch panels include smartphones, iPhones (registered trademark), tablets, ATMs, ticket machines at stations, View Card payment processing, on airplanes, on Shinkansen trains, in automobiles and car navigation systems, LCD screen payment processing at shopping malls, digital signage, game consoles, industrial and medical equipment (physical ability, posture, weight measurement, body fat measurement), office computers, school classes, and online lessons, and we believe that an early response to the effects of electromagnetic waves on human health is required.

[0036] The applicant of the present invention has already applied for the following patents (e.g., Patent No. 6142122, Patent No. 6251878, Patent No. 6253171, Patent No. 6454836, Patent No. 7065236, Patent No. 7065247, Patent No. 7282990, Patent No. 7336166) which confirm the effects on human health.

[0037] The reason for working on this invention's electromagnetic wave protection using a touch panel with the pads of the fingers on an LCD screen is explained below. The benefits of electronic devices are being emphasized, such as the ability to check the real-time location of infants and young children using smartphones and iPhones (registered trademarks). Furthermore, an increasing number of families are using LCD screens with fingertip touch panels for infants even before they enter kindergarten, in order to encourage early childhood education. As mentioned above, given concerns about the effects of weak currents and electromagnetic waves, we thought that if we could confirm the extent of their impact on health, we could find a way to reduce the internal burden of using such touch panels. Therefore, in order to confirm the health effects before and after using a touch panel in which the fingertips of the human body parts directly touch the LCD display, the spiral-shaped organic hemp yarn ring that shields electromagnetic waves was attached to the fingers of either the left or right hand of the human body part that will touch the LCD display, taking into account the dominant hand of the touch panel user. Using a human saliva ORP measuring device, the ORP value, which is the oxidation-reduction potential, of the saliva collected from the subject before and after wearing the organic hemp yarn braided ring was measured to determine the change. The ORP value of the subject before using the touch panel was compared with the ORP value after use to determine whether the ORP value was lower in the negative direction than the ORP value before using the touch panel, which indicates that using the organic hemp yarn braided ring has led the body in a more reducing direction, resulting in good health, or whether the ORP value was higher in the positive direction than the ORP value before touching the panel, which indicates that using the organic hemp yarn braided ring has led the body in an oxidizing direction, resulting in poor health, and thus the health effects can be understood. Furthermore, the parts of the human body that come into contact with the LCD display can be the soles of the feet, which can be placed on a transparent LCD screen made of reinforced material placed on the floor to check biometric information such as physical ability, weight, and posture. As shown in Figure 8, this can be achieved by using spiral-shaped organic hemp thread braided rings on the toes or ankles of both feet to protect against electromagnetic waves.

[0038] This paper discusses touch panels. Touch panels are input devices that allow users to operate various electronic devices by directly touching their displays. Their intuitive operation, simple interface, and compact size, eliminating the need for a keyboard or mouse, have made them an essential feature in everyday life. Despite their convenience, the display surface carries a weak electrical charge. Therefore, touch panels placed on the fingertips transmit electricity to the fingers, potentially absorbing strong electromagnetic waves through skin respiration. Therefore, human saliva ORP measurements clearly demonstrated the difference in human health effects between those wearing and not using a braided ring made of organic hemp yarn. It is well known that static electricity buildup can lead to overwork and sleep deprivation. Wearing a braided ring made of organic hemp yarn on the finger acts as an insulator, reducing static electricity and electromagnetic waves at the ring's location. Furthermore, the touch panel's transcutaneous respiration directly on the skin may also reduce the transmission of weak electricity, electromagnetic waves, and heat from electronic device charging. This effect was visualized through human saliva ORP measurements. When multiple fingers touch a touch panel, using multiple fingers on both hands and both feet, or on the wrists and ankles, acts as an insulator to reduce the effects of electromagnetic waves, which is thought to reduce the impact of electromagnetic waves on health.

[0039] The yarn used for the spiral braided rings can be the off-white organic hemp yarn, the organic hemp yarn dyed with indigo, or the organic hemp yarn dyed with plant flowers, trees, fruits, and vegetables, resulting in a fashionable look that is appealing to a wide range of ages. Indigo dyeing is a type of plant dyeing made by fermenting the leaves of the Polygonaceae plant, known as tadeai. It is a traditional Japanese dyeing technique, and its deep indigo color is also known as "Japan Blue." Plant dyeing involves boiling plant leaves, fruits, branches, and roots to create a dye solution for dyeing fabrics and threads. This traditional Japanese dyeing technique was developed with the aim of enhancing antibacterial properties and strengthening the thread through the use of plant pigments. These dyes were then utilized in the spiral braided rings of the present invention and tested.

[0040] The spherical wooden ring fasteners, which adjust the ring size to fit the individual finger and ankle sizes, are made of mahogany, walnut, teak, ash, alder, rubberwood, pine, cypress, zelkova, beech, oak, maple, koa, pine, larch, cypress, whitewood, chestnut, camphor, and honeysuckle. These precious woods include Onoki, Yamazakura (mountain cherry), Maki (cypress), Ume (plum), Enoki (hackberry), Olive, Maple, Katsura (katsura), Kaya (tongue-in-the-mouth), Quince, Walnut, Mulberry, Ebony, Tara (almond), Camellia (tsubaki), Horse chestnut, Willow, Fir, Sawara (sawara), and Cedar. These precious woods can be reused after being used for construction, furniture, or processed into everyday items. Used wood from many years ago can also be reused. There are various types of precious Cedar throughout Japan that are expected to have healing effects, and it is important to make effective use of this domestic resource.

[0041] In this study, we focused on the importance of organic production, considering that even hemp, a plant fiber, can be cultivated using seed disinfection, soil sterilization, herbicides, and chemical fertilizers without adversely affecting human health. Therefore, we considered organic production to be crucial. We conducted a practical test using a human saliva ORP analyzer to verify whether the spiral-shaped braided ring made from organic hemp yarn of this invention is a product that promotes good health when used with touchscreens. This test ensured the spiral-shaped braided ring's characteristics. In response to growing environmental concerns and environmental awareness, the apparel industry turned to organic cotton in the early 1990s and organic hemp in the late 1990s, and began specializing in clothing that blended these two materials. Hemp is resistant to weeds and pests, so it requires no herbicides or pesticides. This simplifies cultivation and ensures stable production. Furthermore, advances in hemp machine spinning technology have enabled stable production of organic hemp yarn, a plant fiber. With this background, we focused on spirally woven rings made of organic hemp yarn and were able to confirm the usefulness of spirally woven rings for electromagnetic wave protection for touch panels.The hemp yarn used in this invention is organic hemp material, a plant fiber made from seeds and stems, rather than the cannabis plant, which uses flower spikes and leaves, which is prohibited by law. [Industrial Applicability]

[0042] The spiral-shaped organic hemp yarn braided ring strap of this fingertip touch panel, which provides electromagnetic wave protection, is easy to carry and store. The braided ring will not damage the LCD screens of devices that can be used with the device, including smartphones (registered trademark), tablet computers, personal digital assistants (PDAs), digital audio players, electronic dictionaries, portable game consoles, car navigation systems, laptops, and desktop computers. Organic hemp yarn is a safe and recyclable material, and rather than relying on subjective or emotional inference, the non-invasive test liquid was narrowed down to saliva, and scientifically objective numerical data was used to verify changes in physical condition before and after using the touch panel. This is believed to be a significant contribution to the health of people of all ages. [Explanation of symbols]

[0043] 1 A spiral-shaped braided ring made from organic hemp yarn, a plant fiber. 1-a Two strands of organic hemp yarn that serve as the core wires for the braid. 1-b A ring in which both ends of the organic hemp thread core are woven in a spiral shape with organic hemp thread. 1-c Use braided rings on the toes or ankles. 1-d Twisted weave using two strands of hemp (plant fiber) thread. 1-e Twisted woven hemp (plant fiber) string. 1-f Adjust the size of the ring by passing both ends of the braided string through the spherical hole in the wood. 1-g Adjust the size of the ring by passing both ends of the braided string through the spherical hole in the wood. 1-h Adjust the size of the ring by passing both ends of the braided string through the spherical hole in the wood. 1-i Tie both ends of the braided string to prevent it from slipping out of the hole in the wooden sphere. 1-j Carry and store the braided ring in an iPhone (registered trademark) case with a strap. 2. iPhone (trademark registered) LCD screen. 3 Toddler using a touch screen. 4. Children using touch screens. 5 Seats inside the Shinkansen. 7 Measurement of human saliva ORP value before using the touch panel. 8 Measurement of human saliva ORP value after using the touch panel. 9 Visualize and confirm the impact on health. 10. Situations and electronic devices where touch panels can be used. 22 Saliva-impregnated cotton swab shaft. 23 The cotton part of a saliva-impregnated cotton swab. 24 The base of the sample tank where the cotton swab is inserted. 25 The head of the indicator electrode (pure gold electrode) that comes into contact with the saliva-soaked cotton swab. 26 Indicator electrode (pure gold electrode). 27 The point where the indicator electrode and lead wire are connected. 28 leads. 29 Bottom of sample tank. 30 Liquid junction. 31 The part to be glued and connected. 32 Reference electrode (silver-silver chloride). 33 Tank lid for storing KCl solution. 34 KCl solution. 35 Redox potential mV calculation measurement unit. 36 Human saliva ORP measuring device. 37 Measurement result print button. 38 Start button to begin measurement. 39 LCD display that displays the measurement results. 40 LCD display for the year and time. 41 Thermal printout of measurement results. 42 Measurement box.

Claims

1. In the ring, which is worn on the pad of a finger, which is a part of the human body that touches the liquid crystal screen of the electronic device, when the fingertip touches the liquid crystal screen of the electronic device, The ring to be worn on the pad of the fingertip to reduce the oxidative effects on human health caused by weak currents and electromagnetic waves emitted from the liquid crystal screen of the electronic device is made of hemp thread, a plant fiber, and the spiral braid incorporates 2 to 4 core wires, and the spiral braided material is formed into a ring shape.

2. The spiral-shaped braided ring worn on the fingertip, as described in claim 1, characterized in that the material used for the spherical wooden ring fastener that adjusts the braided ring size is a red or black core of cedar (including Yakusugi).

3. A spiral-shaped braided ring to be worn on the fingertip as described in claim 1 or 2 is worn, and the ORP value of the subject's saliva before and after the human body part touches the LCD screen is measured by collecting saliva components from the subject's oral cavity. Measured using a human saliva ORP measuring device. This method for estimating physical condition is characterized in that if the ORP value of the saliva after contact drops below the ORP value of the saliva before contact and shifts toward the reduction potential side, the physical condition is estimated to be good, and if the ORP value of the saliva before contact rises in the positive direction and shifts toward the oxidation potential side, the physical condition is estimated to be poor.

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