TWI418382B - Method and Rock Climbing Device for Prompting Climbing Path by Radio Frequency Identification Module - Google Patents

Description

Method for prompting rock climbing path with radio frequency identification module and rock climbing device

The invention mainly discloses a method and a rock climbing device for prompting a rock climbing path by a radio frequency identification module, in particular to apply a radio frequency identification technology to a rock climbing method and a rock climbing device.

Rock climbing is a systemic exercise that combines physical strengths such as physical strength, endurance, explosiveness and softness. In addition to being able to train physical fitness, rock climbers are more able to overcome psychological fear by overcoming fear and height.

When climbing, the climber needs to wear a safety harness on his body, a rock climbing shoe on his sole and a safety helmet on his head, and in order to achieve a slip-proof effect, apply a proper amount of magnesium carbonate powder on the hand to achieve a slip-proof effect. These kits provide the basic equipment needed for rock climbing.

Referring to the Patent No. I243700 "Climbing Training Device" patent, which comprises a wall substrate (10), a block (20) and an illuminator (30) fixed to the substrate (10) for climbing. The block (20) or the substrate (10) is made of a light transmissive material and has light transmissivity, and light emitted by the illuminant (30) is concentrated on the block (20) or the substrate (10). Above, the light is transmitted from the block (20) or the substrate (10), so that the block (20) or the substrate (10) has an appropriate luminosity, so that the climber can still climb in a dimly lit environment. Climb the use, and guide the goal, to achieve the purpose of easy to use and improve the training effect.

This can be illuminated by the block (20) or the substrate (10) for climbing, which is provided to the climber to be guided in a dim environment. First of all, such a design does not help in a well-lit environment, and does not provide guidance, so this design is limited to use in dim environments.

Secondly, when the illuminant (30) is a closed fluorescent particle (31), the design of the illuminating light cannot be controlled by human beings, in other words, the illuminating guide is climbing. The device provides comprehensive guidance and cannot be adjusted to the needs of the climber or trainer. In other words, the climbing device cannot set the climbing path and the climber can only judge the climbing path when climbing.

In addition, the guidelines for using illuminance are only applicable to the discerning person. For the visually impaired, this illuminating guide climbing device is completely incapable of providing guidance and is therefore not suitable for visually impaired persons.

Rock climbing is always a secular belief that it is an exclusive activity for the discerning eye. For the visually impaired, it is impossible to appreciate the rock climbing pleasure because the eyes are unrecognizable. However, if it is possible to provide visually impaired rock climbing guidelines, visually impaired people are still suitable for rock climbing activities. Visually impaired people can't see because of their eyes, so their hearing and touch will be particularly sensitive. This keen feeling is especially suitable for rock climbing activities. Because of rock climbing activities, vision is not the main judgment sensory, and touch is the main one. Judging the source, the climber needs a keen sense of touch to be able to climb up the first step and the first step. Therefore, in order to allow the visually impaired to enjoy the rock climbing fun, the conventional rock climbing device does have to be improved.

The invention relates to a method for prompting a rock climbing path by a radio frequency identification module and a rock climbing device, and aims to solve the technical problems existing in the prior art.

The main technical improvement of the invention is that the guiding indicator can guide the climber by sound or vibration, and can provide the visually impaired person to carry out rock climbing activities.

The technical means for the secondary improvement of the present invention is that the button area can set the target through the input/output interface, is stored in the memory via the processor, the processor can calculate the path according to the target, and the input/output interface can select a simple path or a difficult one. The path further achieves different climbing paths according to different climbers' designs, and designs the climbing path according to the same climber's gradual difficulty.

Another improved technical means of the present invention is that the frequency band of the radio frequency identification reader uses high frequency or ultra high frequency, which is suitable for small range identification, and is suitable for the prompt of the climbing path, and can avoid receiving the transmitted wave of others. .

A further improved technical means of the present invention is that the climbing cap can provide the sound directly to the climber by the earphone when the external sound is too loud, so that the climber can avoid hearing the lack of the sound transmitted by the guiding indicator.

Another improved technical means of the present invention is that the climber does not need to use the eyes to judge the correct climbing path, but can avoid the repeated repeated lifting action, and can overcome the rock climber's easy to fatigue because of the constant head raising, and avoid the line of sight. Unclear misjudgments occur, and climbers do not have to look up to the position of the rock climbing bumps, and can avoid the uncomfortable feeling of direct sunlight. Moreover, at night, the problem of not seeing the climbing bumps can be overcome. In addition, for myopic people, they can enjoy rock climbing activities without wearing glasses, without worrying about the problem of falling glasses from height when climbing.

Other objects, advantages and novel features of the invention will be apparent from the description and appended claims.

The technology, means and functions of the present invention are described in detail with reference to the accompanying drawings.

1 is a flow chart of a method for prompting a rock climbing path by a radio frequency identification module according to the present invention. The method of the method of climbing a rock of the present invention comprises: step S100, deploying a rock climbing tag. The rock climbing tag is placed on the non-treading surface of the rock climbing bump of the rock climbing seat, and adopts Radio Frequency Identification (RFID) technology, and the rock climbing tag has the position information of the climbing bump.

In step S102, a mesh diagram is established. The climbing glove is provided with a radio frequency identification module, which establishes a network diagram of the rock climbing label that has been placed through the input and output interface, and stores it in the memory.

Step S104, reading personal information. The climber wears a climbing glove that reads the personal information tag on the climber via a reader of the RFID module. The personal information tag sets the rock climbing path according to the climber's ability and size, and the reader reads the individual. Set the climbing path with the information tab.

In step S106, the target is set. The climber re-enters the set rock climbing path through the input/output interface in the button area of the radio frequency identification module, or directly targets the rock climbing path preset by the radio frequency identification module.

In step S108, the current location is read. The climber reads the current position with the reader of the RFID module.

Step S110, calculating a path. The processor of the radio frequency identification module calculates a path according to the set target.

In step S112, the nearby rock climbing tag is read. The climber reads the nearby rock climbing tag with a reader of the RFID module.

In step S114, it is determined as a path. The processor of the radio frequency identification module determines whether it is the correct path.

If yes, step S114 is performed, and step S116 is performed to prompt the direction. The climber advances via the audible indication or the vibration indication provided by the radio frequency identification module, and step S112 is repeatedly executed.

If the answer is no, the process proceeds to step S118, and the reader of the radio frequency identification module determines whether it is the end point.

If yes, the process proceeds to step S120, and the guidance program is ended.

If NO in step S118, the completion determination prompt S122 is performed by sound or vibration, and the guidance program is continued, and step S108 is repeatedly executed.

Referring to Figure 2, there is shown a schematic view of a rock climbing apparatus of the present invention. The apparatus of the present invention includes a rock climbing base 10, a radio frequency identification module 20, a personal information tag 30 and a rock climbing glove 40. The rock climbing block 10 includes a plurality of rock climbing bumps 11 and a plurality of rock climbing tags 12 corresponding to the rock climbing bumps 11 , the rock climbing bumps 11 including a treading surface 111 and a non-treading surface 112 , the non-treading surface 112 The rock climbing tag 12 is placed on the top of the rock climbing tag 12, and the radio frequency identification technology is used. The rock climbing tag 12 has the position information of the rock climbing bump 11. The personal information tag 30 is provided on the climber, and the personal information tag 30 sets the climbing path according to the rock climber's ability and size.

Referring to FIG. 3 and FIG. 4, a perspective view and an exploded perspective view of the radio frequency identification module and the climbing glove of the present invention are shown. The RFID module 20 is disposed on the climbing glove 40. The RFID module 20 includes a housing 21 and a main circuit board 22. The main circuit board 22 is disposed inside the housing 21. The housing 21 includes two opposite sides. The housing 21 is provided with a button area 211 and a triggering portion 212. The other side of the housing 21 is provided with a joint portion 213.

The rock climbing glove 40 is provided with a joint portion 41. The joint portion 41 engages the joint portion 213 of the casing 21 to bond the radio frequency identification module 20 to the rock climbing glove 40. The combination of the joint portion 41 and the joint portion 213 can be coupled by snapping, pasting or screwing.

The main circuit board 22 carries a processor 221, a memory 222, an input/output interface 223, a battery 224, a radio frequency identification reader 225, a navigation indicator 226, a micro switch 227 and an antenna 228. . The battery 224 provides a power source. The button area 211 can set a target through the input/output interface 223, and is stored in the memory 222 via the processor 221. The processor 221 can calculate a path according to the target, and the input/output interface 223 It is possible to select a simple path or a difficult path, further to design different climbing paths according to different rock climbers, and to design a climbing path according to the same climber's gradual difficulty. The micro switch 227 corresponds to the trigger portion 212, and the trigger portion 212 can touch the micro switch 227. In order to save power, the input/output interface 223 can be connected to the triggering portion 212, and when the triggering portion 212 is pressed, the operation of the RFID reader 225 can be activated.

The RFID reader 225 includes a radio frequency identification transmitter 2251 and a radio frequency identification receiver. The RFID transmitter 2251 is paired with a planar microstrip type pointing antenna 228 to increase beam directivity. The radio frequency identification transmitter 2251 transmits an electric wave by the antenna 228, and the antenna 228 transmits a radio wave angle of 20 degrees. The rock climbing tag 12 receives the electric wave and sends back a tag signal to the radio frequency identification receiver via the processor 221. The guiding indicator 226 is transmitted to the guiding indicator 226 according to the data of the memory 222. The guiding indicator 226 can be set as a sounder, and can also be set as a vibrator. When the guiding indicator 226 is set as a sounder, the The pilot indicator 226 can emit a different guidance sound, for example, the guidance indicator 226 can emit a correct or erroneous guidance sound. When the guiding indicator 226 is set as a vibrator, the guiding indicator 226 can be directed to the correct path prompt or the wrong path prompt by means of vibration. Whether it is guided by rock or sound by sound or vibration, it can provide visually impaired people to carry out rock climbing activities.

The frequency band of the RFID reader 225 uses High Frequency or Ultra High Frequency, which is suitable for small-range identification, and is suitable for the prompt of the climbing path, and can avoid receiving the emission of others. Electric wave.

The main circuit board 22 can add a Bluetooth transmission group 229 to transmit a message. The radio frequency identification transmitter 2251 transmits an electric wave by the antenna 228. The radio wave angle emitted by the antenna 228 can be adjusted according to the usage requirement. The rock climbing tag 12 receives the radio wave. The tag signal is sent back to the Bluetooth transmission group 229 via the processor 221 according to the data of the memory 222.

5 is a perspective view of the climbing cap of the present invention. The Bluetooth transmission group 229 is capable of transmitting signals to a climbing cap 50 for use by a rock climber, the climbing cap 50 including a Bluetooth receiver 51 and an earphone 52 capable of receiving the blue The signal transmitted by the bud transmission group 229 is played by the earphone 52 to further prompt the user. The Bluetooth transmission group 229 can support synchronous and asynchronous transmission modes, and has the characteristics of low power and low power consumption, which can make the power consumed during transmission low, and the transmission mode of the Bluetooth has no direction and angle limitation. And able to penetrate walls and obstacles, so it is suitable for short-distance audio signal transmission.

At the same time, referring to FIG. 6 and FIG. 7 , it is a schematic diagram of the use of the rock climbing device of the present invention. When the device of the present invention is used, the network diagram and the setting of the climbing target can be set by the radio frequency identification module 20 before the climbing activity, and the processor 221 calculates the path according to the set target. When the climber climbs, the rock climber wears the climbing glove 40 in one of the two hands, and the climber is free to choose whether or not to wear the climbing cap 50. When the climber climbs up, the climber can move the radio frequency identification transmitter 2251 of the RFID module 20 to transmit electric waves by the antenna 228, and the antenna 228 transmits the radio wave. The rocking tag 12 receives the electric wave and returns a tag signal, which is transmitted to the guiding indicator 226 according to the data of the memory 222 via the processor 221, and the guiding indicator 226 issues the correct or wrong Guide the voice. The guiding indicator 226 emits the correct guiding sound as shown in FIG. The guidance indicator 226 emits an erroneous guidance sound as shown in FIG.

When the climber wears the climbing cap 50, the processor 221 transmits the data to the Bluetooth transmission group 229 according to the data of the memory 222, and the Bluetooth receiver 51 can receive the signal transmitted by the Bluetooth transmission group 229. The earphone 52 is played to further prompt the user to direct or incorrectly direct the sound. The climbing cap 50 provides that the sound can be directly transmitted to the climber by the earphone 52 when the external sound is too loud, so that the climber can avoid hearing the lack of the sound transmitted by the guiding indicator 226.

The invention uses the radio frequency identification module to prompt the climbing path and the rock climbing device to determine whether the climbing path is correct or not by using the radio frequency identification module. When the climbing path is correct, the climber can avoid the wrong path. The climber does not need to use the eyes to judge the correct climbing path, but can avoid the repeated repeating movements, and can overcome the rock climber's easy to fatigue because of the constant head up, and avoid misunderstandings of unclear sight, and the climber There is no need to look up the position of the rock climbing bumps 11, and it is possible to avoid the uncomfortable feeling of direct sunlight. Moreover, the problem of not seeing the climbing bump 11 can be overcome at night. In addition, for myopic people, they can enjoy rock climbing activities without wearing glasses, without worrying about the problem of falling glasses from height when climbing. It also helps the visually impaired to carry out rock climbing activities.

As far as the above is concerned, it can be concluded that the present invention has the following advantages:

1. The invention relates to a method for prompting a rock climbing path by a radio frequency identification module and a rock climbing device, and the guiding indicator can guide the rock climber by sound or vibration, and can provide a visually impaired person to carry out rock climbing activities.

2. The invention relates to a method for prompting a rock climbing path by a radio frequency identification module and a rock climbing device, wherein a button zone can set a target through the input and output interface, and is stored in the memory via a processor, and the processor can calculate a path according to the target, and The input-output interface can select simple paths or difficult paths, further achieve different climbing paths according to different climbers, and design climbing paths according to the same climber's gradual difficulty.

3. The invention relates to a method for prompting a rock climbing path by a radio frequency identification module and a rock climbing device. The frequency band of the radio frequency identification reader uses a high frequency or an ultra high frequency, which is suitable for small range identification and is suitable for a rock climbing path. Prompt and be able to avoid receiving other people's transmitted waves.

4. The invention relates to a method for prompting a rock climbing path by a radio frequency identification module and a rock climbing device. The rock climbing cap provides a direct sound to the climber through the earphone when the external sound is too loud, so that the climber can avoid listening. The lack of sound to the guide indicator.

5. The invention "the method of using the radio frequency identification module to prompt the climbing path and the rock climbing device", the climber does not need to use the eye to judge the correct climbing path, and can avoid the repeated repeated lifting action, and can overcome the rock climber because of the constant Looking up and making the neck easy to fatigue, and avoiding misunderstandings where the line of sight is unclear, and the climber does not have to look up the position of the rock climbing bumps, and can avoid the uncomfortable feeling of looking directly at the daylight. Moreover, at night, the problem of not seeing the climbing bumps can be overcome. In addition, for myopic people, they can enjoy rock climbing activities without wearing glasses, without worrying about the problem of falling glasses from height when climbing.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, so that the numerical value is changed or the equivalent element is replaced, or the equivalent of the scope of the patent application of the present invention. Changes and modifications are still within the scope of the invention patent.

10. . . Climbing block

11. . . Rock climbing bump

111. . . Tread

112. . . Non-tread

12. . . Rock climbing label

20. . . Radio frequency identification module

twenty one. . . case

211. . . Button area

212. . . Trigger

213. . . Joint

twenty two. . . Main circuit board

221. . . processor

222. . . Memory

223. . . Input and output interface

224. . . battery

225. . . Radio frequency identification reader

2251. . . Radio frequency identification transmitter

226. . . Guidance indicator

227. . . Micro Switch

228. . . antenna

229. . . Bluetooth transmission group

30. . . Personal information label

40. . . Rock climbing gloves

41. . . combination

50. . . Climbing cap

51. . . Bluetooth receiver

52. . . headset

FIG. 1 is a flow chart of a method for prompting a rock climbing path by a radio frequency identification module according to the present invention.

FIG. 2 is a schematic diagram of a device for prompting a rock climbing path by a radio frequency identification module according to the present invention.

Figure 3 is a perspective view of the radio frequency identification module and the climbing glove of the present invention.

Figure 4 is a perspective exploded view of the radio frequency identification module and the climbing glove of the present invention.

Figure 5: The three-dimensional appearance of the climbing cap of the present invention.

Figure 6: Schematic diagram of the use of the rock climbing device of the present invention, the table judges that the path is correct.

Figure 7: Schematic diagram of the use of the rock climbing device of the present invention, the table judges that the path is wrong.

Claims (10)

A method for prompting a rock climbing path by a radio frequency identification module, the steps comprising: laying a rock climbing tag on a rock climbing bump of a rock climbing seat, using a radio frequency identification technology, and having a position information of a rock climbing bump in a rock climbing tag; radio frequency identification The module establishes a mesh map of the rock climbing label that has been placed; the climber wears the radio frequency identification module, and the reader reads the personal information label of the radio frequency identification module of the climber; sets the target; the climber uses the radio frequency The reader of the identification module reads the current position; the processor of the radio frequency identification module calculates the path according to the set target; the climber reads the nearby rock climbing tag with the reader of the radio frequency identification module; the radio frequency identification module The processor determines whether it is the correct path; the climber advances via the indication provided by the radio frequency identification module; determines whether it is the end point; ends the guidance procedure. The method of claim 1, wherein the radio frequency identification module worn by the climber establishes a network diagram of the rock climbing label that has been placed through the input and output interface, and stores the data in the memory; the personal information label is based on the climber. The ability to set the climbing path with the body shape, the reader sets the climbing path by reading the personal information tag; the climber re-enters the setting rock climbing path through the input and output interface in the button area of the radio frequency identification module. The method of claim 1, wherein the climber wears the wireless The RFID module establishes a network diagram of the rock climbing label that has been placed through the input and output interface, and stores it in the memory; the personal information label sets the rock climbing path according to the rocker's ability and body shape, and the reader reads by The personal information label sets the climbing path; the climber directly targets the rock climbing path preset by the radio frequency identification module. The method of claim 1, wherein the determining is not the end point, the guiding process is continued, and the current position is repeatedly read. A rock climbing device includes: a rock climbing seat including a plurality of rock climbing bumps and a plurality of rock climbing tags, the rock climbing tag corresponding to a rock climbing bump, the rock climbing tag is disposed on the rock climbing bump, and the radio frequency identification technology is adopted The rock climbing tag has location information of the rock climbing bump; a radio frequency identification module is disposed at any part of the climber, the radio frequency identification module includes a casing and a main circuit board, the main circuit board It is disposed inside the casing and is provided with a Bluetooth transmission group for transmitting a message. The RFID module carries a processor, a memory, an input/output interface, a battery, a radio frequency identification reader and a guide. Leading the indicator, the battery provides a power source, the input and output interface setting target is stored in the memory via the processor, the processor is capable of calculating a path according to the target, and the RFID reader comprises a radio frequency identification transmitting And a radio frequency identification receiver, the radio frequency identification transmitter transmits an electric wave, and the rock climbing tag receives the electric wave and returns Tag identification signal to the radio frequency receiver that is transmitted to the data memory according to the Bluetooth transmission to the guide indicator group, the processor is further guided via Rock climbers carry out rock climbing activities. The rock climbing device of claim 5, further comprising a climbing glove provided with a joint portion, the shell is provided with a button area on one side, and a joint portion is provided on the other side of the shell, the joint portion is provided a joint portion of the housing, the button region being capable of setting a target through the input/output interface. The rock climbing device of claim 5, wherein one side of the housing is provided with a triggering portion, the main circuit board further carries a micro switch and an antenna, the micro switch corresponds to a triggering portion, and the triggering portion can activate the micro switch The input/output interface can be connected to the triggering portion, and when the triggering portion is pressed, the operation of the radio frequency identification reader can be activated; the radio frequency identification transmitter is matched with a planar microstrip type pointing antenna to increase beam directivity. . The rock climbing device of claim 5, wherein the guidance indicator can be configured as a sounder that can emit a correct or erroneous guidance sound. The rock climbing device of claim 5, wherein the guiding indicator is capable of being set as a vibrator, the guiding indicator being capable of directing the correct path prompt or the wrong path prompt by means of vibration. The rock climbing device of claim 5, wherein the radio frequency identification transmitter transmits an electric wave by an antenna, and the Bluetooth transmission group can transmit the signal to a climbing cap for the rock climber to wear, the climbing cap includes A Bluetooth receiver and a headset, the Bluetooth receiver can receive the signal transmitted by the Bluetooth transmission group and be played by the headset, further prompting the user.