System for linking smart float and wrist band

Abstract

The present invention relates to a system for linking a smart float and a wrist band and, more specifically, to a system for linking a smart float, which has a structure that distributes the weight of a float head so that a lying float can be made to stand by placing a battery on a float neck, and a wrist band, which is worn on the body, such as on the wrist and uses a ceramic that is a fourth generation vibration element having a fast reaction speed of 15ms or less.

Description

Smart bracelet and wristband linkage system

[0001] The present invention relates to a linkage system between a smart chisel and a wristband, and more particularly, to a linkage system between a smart chisel having a structure that distributes the weight of a chisel head so that a lying chisel can be straightened by placing a battery in the chisel head, and a wristband using a ceramic, a 4th generation vibration element that is worn on the body such as the wrist and has a fast response speed of less than 15 ms.

[0002] Typically, a jig consists of a jig head, a jig body, and a jig leg. The part that connects the jig head and the jig body is called a jig neck.

[0003] The previous patent registration number 10-2133508 is a module that is made up of an LED, a 6-axis sensor, an RF chip, an LED driving IC, a battery, and a case, and can be attached to the end of a jig head.

[0004] In this way, the sensitivity of the fishing rod is measured by the net buoyancy, but if the LED, 6-axis sensor, RF chip, LED driving IC, battery, and external case are made into a single module and mounted on the tip of the rod head, the weight of the case, etc. is added in addition to the parts that perform the general smart jigs function, so the self-weight increases, and the net buoyancy decreases, which lowers the sensitivity.

[0005] Here, the formula for calculating net buoyancy is as follows:

[0006] Net buoyancy = buoyancy ÷ dead weight × 100

[0007] Here, buoyancy refers to the buoyancy generated by the float, and dead weight refers to the weight of the float.

[0008] In the past, the movement of the bait had to be wirelessly received as a signal via a smartphone, and the signal had to be converted into vibration and quickly transmitted to the human body (part of the body). However, due to the characteristics of the vibration motor, the transmission was delayed, which caused many inconveniences. In other words, the fishing hook had to be set to coincide with the time when the fish took the bait, but because the vibration occurred late, there were many cases where the timing for the hook was missed.

[0009] Furthermore, having to keep your smartphone in your hand or pocket at all times while fishing also added to the inconvenience. Keeping it in your pocket made it difficult to sense the vibration signal, and holding it in your hand made it difficult to work.

[0010] And Patent Registration No. 10-2133508 sends a signal to a smartphone when the jig moves in any direction selected among up, down, left, and right for at least 1 second or more and / or more than 30 mm, so the smartphone generates corresponding lights, sounds, and vibrations each time, and the fishing leader sees this signal. However, since the smart jig also sends a signal to the smartphone when it moves due to external influences such as wind and waves, the signal is not trusted and is ignored.

[0011] Especially when fishing at night, vibrations can be a more useful way to signal the movement of your bait than lights or sounds on your smartphone.

[0012] In relation to conventional smart chi, there are many applications and publications other than No. 10-2133508.

[0013] The above-mentioned conventional smart jig is used by fixing a module that performs the smart jig function to the end of the jig head, and the size of the jig's up, down, left, and right movements is fixed, so there has been no smart jig that can program the jig's movements in real time.

[0014] The present invention has been devised in consideration of the above problems, and provides a smart float and wristband linkage system using ceramic elements that increase the restoring power of the float by distributing electronic components gathered at the tip of the float head, reduce the weight by simplifying the module attached to the tip of the float head, increase the net buoyancy, increase usability by allowing the movement of the float where a signal is generated to be programmed for each fish species, increase the detection ability by receiving a signal from a wristband directly worn on the human body so that the vibration can be felt well, and reduce the response time by converting a signal received from a smart float into vibration within 15 ms.

[0015] The present invention, which aims to achieve such a technical task, relates to a system for linking a smart jig (1000) and a wristband, wherein the smart jig (1000) is sequentially composed of a jig head (500), a jig neck (600), a jig body (700), and a jig leg (800) from the top, and a jig control unit (100) is installed at the jig head end (400) of the jig head (500) to detect the movement of the jig and control LED operation and wireless communication, a battery (300) is built into the jig neck (600) to supply power to the jig control unit (100), one or more LEDs (200) are built into the jig head (500), and a band control unit (900) that communicates wirelessly with the jig control unit (100) is provided.

[0016] In addition, the bait control unit (100) of the present invention includes a bait wireless communication module (110) that wirelessly communicates the movement of the bait; a movement sensor module (120) that detects the movement of the bait; and an LED driving module (130) that drives an LED. The bait wireless communication module (110) has a unique identification number and is characterized in that it transmits the measurement value of the movement sensor module (120) and the fish species-specific reference value of the band control unit (900).

[0017] In addition, the jig (600) of the present invention is characterized in that it is separated from the jig body (700) so that the battery (300) can be replaced.

[0018] In addition, the band control unit (900) of the present invention is characterized by including a jig movement setting module (940) that sets a reference value for jig movement for each fish species; a band wireless communication module (910) that is in charge of wireless communication with the jig; a vibration drive module (920) that converts a signal regarding movement received from the jig into vibration; and a vibration element (930) that vibrates according to the output of the vibration drive module.

[0019] In addition, the LED driving module (130) of the present invention is characterized in that it can control LED brightness adjustment, color adjustment, and turning on / off by information received from the wireless communication module (110).

[0020] In addition, the movement setting module (940) of the present invention is characterized by setting the reference value for each fish species as up, down, forward, backward, left, and right movements.

[0021] In addition, the vibration element (930) of the present invention vibrates with a signal received from a vibration driving module (920) and is characterized by using a ceramic material to have a response time of less than 15 ms.

[0022] According to the present invention as described above, the weight is distributed as the battery is placed on the pole, so that the fishing line can be erected more quickly, thereby obtaining the effect of being able to quickly prepare fishing equipment.

[0023] In addition, the present invention can improve the reliability of the movement of the float, i.e., the fish, by generating a signal by comparing the measured value of the float with the reference value for the movement of the float set for each fish species.

[0024] In addition, the present invention can directly transmit the movement of the jig to the wristband as vibration so that it can be intuitively felt in the body, and can optimize the timing of the jig by generating vibration with a ceramic vibration element within a response time of 15 ms.

[0025] In addition, the present invention can obtain the effect of clearly selecting a jig to be used among a plurality of jig installed by providing a unique identification number of the jig.

[0026] Fig. 1 is a perspective view of a smart watch and wristband linkage system according to the present invention.

[0027] Figure 2 is a detailed configuration diagram of a control unit according to the present invention.

[0028] Figure 3 is a detailed configuration diagram regarding the relationship between the battery and the control unit according to the present invention.

[0029] Figure 4 is a detailed configuration diagram of a band control unit according to the present invention.

[0030] Figure 5 is a detailed configuration diagram of a vibration drive module according to the present invention.

[0031] Figure 6 is a signal amplification relationship diagram of a vibration drive module according to the present invention.

[0032] Figure 7 is a diagram explaining the vibration principle of a vibration element according to the present invention.

[0033] Figure 8 is a comparison diagram of a smart chi according to the present invention and a conventional smart chi.

[0034] The specific features and advantages of the present invention will become more apparent in the following detailed description based on the accompanying drawings. It should be noted that detailed descriptions of known functions and configurations related to the present invention have been omitted if they are deemed to unnecessarily obscure the gist of the invention.

[0035] Hereinafter, the present invention will be described in detail with reference to the attached drawings.

[0036] The linkage system of the smart watch and wrist band according to the present invention is described below with reference to FIGS. 1 to 10.

[0037] FIG. 1 is a conceptual diagram illustrating an overall configuration of an embodiment of a smart watch and wrist band linkage system according to the present invention, FIG. 2 is a detailed configuration diagram regarding a watch control unit according to the present invention, FIG. 3 is a detailed configuration diagram regarding a connection between a battery and a watch control unit, FIG. 4 is a detailed configuration diagram regarding a band control unit according to the present invention, and FIG. 5 is a detailed configuration diagram regarding a vibration drive module.

[0038] The smart jig (1000) of the present invention may be configured to include a jig head end (400), a jig head (500), a jig neck (600), a jig body (700), a jig leg (800), a jig control unit (100), an LED (200), a battery (300), and a battery cable (310).

[0039] The control unit (100) according to the present invention sends the measurement value detected by the motion sensor module (120) to the band control unit (900) through the wireless communication module (110), and also sends the reference value set for each fish species from the band control unit (900) to the motion sensor module (120).

[0040] And the band control unit (900) sends the reference value set in the jig movement setting module (940) to the jig control unit (100) through the band wireless communication module (910), sends information about the jig movement received from the jig control unit (100) to the vibration drive module (920), and sends the signal amplified by the vibration drive module (920) to the vibration element (930).

[0041] Here, the wireless communication module (110) sends the measurement value received from the motion sensor module (120) to the band control unit (900) and receives reference value data for the movement of the chirp from the band control unit (900), thereby communicating with the band control unit (900).

[0042] Here, the movement sensor module (120) stores the measurement value received through the wireless communication module (110) in the internal memory, and when there is movement of the chi, it compares it with the reference value and, if it is equal to or greater than the reference value, sends a signal to the wireless communication module (110).

[0043] Here, the LED driving module (130) plays a role in driving the LED (200) according to a set pattern.

[0044] In addition, the LED (200) is composed of one or more and is installed in the middle of the head (500), and the light is adjusted, the color is turned on or off according to the signal, and all colors can be displayed by controlling RGB, so that the effect of improving visibility at night can be obtained.

[0045] Here, the power required for the jig control unit (100) is supplied from a battery (300) installed in the jig (600), and the battery cable (310) is connected through the internal space of the jig head (500). The battery (300) installed in the float body distributes weight with the float control unit (100) installed in the tip of the float head (400) and one or more LEDs (200) installed in the middle of the float head (500) to facilitate the float's standing, thereby enabling quick fishing preparation. In addition, as shown in FIG. 8, the float control unit (100), the LED (200), and the battery (300) are evenly distributed and integrated in the float head (500) and the float neck (600), thereby improving the float's standing ability and increasing the net buoyancy, thereby enhancing the visibility of the float. The float neck (600) is formed with a structure that can be separated and connected, such as by screwing, with the float body (700), so that the battery (300) can be easily replaced.

[0046] In addition, the band wireless communication module (910) sends the reference value of the movement of each fish species from the movement setting module (940) to the fishing control unit (100), and the fishing control unit (100) sends the measurement value received from the movement sensor module (920) to the vibration drive module (920), thereby communicating with the fishing control unit (100).

[0047] Here, the vibration drive module (920) receives the measurement value of the movement of the jig from the band wireless communication module (910), generates a signal through the signal generator (921), amplifies the voltage generated by the high voltage generator (923) by the analog amplifier (922), and sends it to the vibration element (930).

[0048] Here, the vibration element (930) operates by receiving a high voltage signal from the vibration driving module (920), and by using ceramics such as PZT as the main material, the response time is operated within 15 ms, thereby achieving the effect of optimizing the chamfering time.

[0049] In addition, as illustrated in FIG. 6, the vibration element (930) amplifies the signal generated from the signal generator (921) by the voltage generated from the high voltage generator (923) in the analog amplifier (922).

[0050] When the amplified signal is applied to a piezoelectric element as shown in Fig. 7, it contracts and expands by the amount of voltage, causing it to vibrate.

[0051] Ceramic (piezoelectric) vibration elements, unlike other vibration elements, vibrate in proportion to the voltage applied, allowing for a variety of detailed vibrations. This allows for the control of vibration levels, enabling the creation of different vibration effects for different fish species.

[0052] Here, the float movement setting module (940) directly programs and sets the reference value of the float for each fish species, thereby preventing malfunction of the float due to wind or wave movement.

[0053] While preferred embodiments have been described and illustrated to illustrate the technical concept of the present invention, it will be readily apparent to those skilled in the art that the present invention is not limited to the configuration and operation described herein, and that numerous modifications and variations are possible without departing from the scope of the technical concept. Accordingly, all such appropriate modifications and variations, as well as their equivalents, should be considered within the scope of the present invention.

Claims

1. Regarding the linkage system between the smart watch (1000) and the wristband, The smart jji (1000) is composed of the jji head (500), jji neck (600), jji body (700), and jji legs (800) in that order from the top. The jig control unit (100) is installed at the jig head end (400) of the jig head (500) to detect the movement of the jig, control the LED operation, and control wireless communication. The battery (300) is installed in the above-mentioned bracket (600) to supply power to the bracket control unit (100). One or more LEDs (200) are installed embedded in the above-mentioned head (500), A band control unit (900) that wirelessly communicates with the above-mentioned control unit (100) is included, The above control unit (100) A wireless communication module (110) that wirelessly communicates the movement of the chi; and It includes a motion sensor module (120) that detects the movement of the chi; and an LED driving module (130) that drives the LED. The above wireless communication module (110) It has a unique identification number and transmits the measurement value of the movement sensor module (120) and the standard value for each fish species of the band control unit (900). The above band control unit (900) It includes a jig movement setting module (940) that sets a reference value for jig movement for each fish species; a band wireless communication module (910) that is in charge of wireless communication with the jig; a vibration drive module (920) that converts a signal about the movement received from the jig into vibration; and a vibration element (930) that vibrates according to the output of the vibration drive module. The above vibration element (930) A smart watch and wristband linkage system characterized by a response time of less than 15 ms using ceramic materials that vibrates with a signal received from a vibration drive module (920).

2. In paragraph 1, A smart watch and wristband linkage system characterized in that the above watch (600) is separated from the watch body (700) so that the battery (300) can be replaced.

3. In paragraph 1, The above LED driving module (130) A smart watch and wristband linkage system characterized in that it can control LED brightness, color adjustment, and on / off by information received from a wireless communication module (110).

4. In paragraph 1, The above-mentioned movement setting module (940) A smart jig and wristband linkage system that sets the standard value for each fish species through up, down, forward, backward, left, and right movements.

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