KR20200126268A - Electronic float with bite detecting function for fishing - Google Patents

Abstract

The present invention provides an electronic float with a bite detection function to increase visibility due to color changing and flickering operations of light emitted when a bite is detected and quickly and correctly detect the bite. According to the present invention, the electronic float comprises: a base plate (3) fixed inside a main body (2) formed of an upper cap (21) and a lower cap (22) to have a circuit board (4) installed therein; a plurality of holders fixed on the lower part of the base plate (3) to allow a battery (B) to be coupled thereto; LEDs (41) installed in the circuit board (4); an IC chip (43) controlling turn-on/off the LEDs; an illumination sensor detecting external brightness to allow turning-on/off the LEDs (41) to be controlled; a light blocking body (6) allowing an upper end to be fixed to and installed in a coupling hole (24) of the upper cap (21) to block light of the LEDs (41) and reflective light of the same from going to the illumination sensor (44); and a transparent light passing cap (7) coupled to the upper end of the light blocking body (6) to provide the external light to the illumination sensor disposed inside the light blocking body (6). Accordingly, the electronic float provides a plurality of effects of increasing user convenience, saving the battery (B), quickly and correctly detecting a bite, strongly fixing the battery (B), and preventing leakage inside the electronic float (1).

Description

Electronic float with bite detecting function for fishing

The present invention relates to an electronic float (=hereinafter collectively referred to as an electronic float), and if described in more detail, the electronic float emitted by the internal battery is emitted when an acceleration sensor and an IC circuit chip detect the bite of a fish. The present invention relates to an electronic float having a fisheye detection function that enables quicker and more accurate fisheye detection while improving the visibility of the fishing float by changing the color of the light and blinking.

In general, the purpose of using a fishing float is mainly used to reach the desired point of fishing gear and to know the bite when fish bites. In order to make the float visible in the daytime even if it floats on the surface of the water, but it is not visible at night, as recently published in the Republic of Korea Public Utility Model No. 16702 (released on June 25, 1998) Use it by inserting it exposed to the top, or by configuring a phosphorescent material inside the transparent cap as published in Public Utility Model 2011 No. 1642 (published on February 17, 2011), or registered utility model No. 249261 ( As published in the announcement of November 16, 2001), a battery and an LED were built into the fishing float to emit light so that the bite of the fish could be easily grasped.

Usually, as time passes from day to night, when the surroundings become dark or begin to get cloudy on a clear day, and the fishing float is difficult to see, there is an inconvenience of collecting the rig and inserting a battery inside the fishing float to illuminate the LED and then fishing. If the fishing floats are illuminated at night and the fishing floats can be seen well in the morning because the surroundings are bright, the floats must be collected and removed from the battery in order to reduce the consumption of the battery. Most of the time, the LED is lit continuously. There was a problem that the battery was wasted by fishing, and when a wave comes and the float goes up and down along the wave while fishing, it seems like a fish is biting, and when there is such a shape, even if it actually bites, fishing If the experience is not abundant, it has a problem such as frequent loss of bite.

To solve this problem, as published in Korean Patent Application Publication No. 883841 (published on August 4, 2009), an illuminance sensor is built into the float with a built-in battery and an LED, so that the brightness varies according to the surrounding illuminance to emit light. Technology has been developed, which has the advantage of being convenient in use and helping to detect the fish, but the illuminance sensor is installed in the same space as the LED inside the float to sense the external illuminance to emit light with low or high brightness. However, if the light is directly affected by the light of the LED and the surroundings become dark and emit light with high luminance by the illuminance sensing unit, the illuminance sensing unit senses that the surrounding is bright by the high luminance of the LED and makes it light again with low luminance. Since it has a problem that turns off, the development of a technology capable of solving these problems was urgently required.

KR 20-1998-0016702 U June 25, 1998. KR 20-2011-0001642 U February 17, 2011 KR 20-0249261 Y1 November 16, 2001 KR 10-2009-0083841 A 2009. 8. 4.

In the present invention, in order to solve all the problems of the prior art, a new technology was created. In the present invention, an illuminance sensor is installed inside an electronic device configured to emit light by electrically connecting a battery and an LED, but the external light is The LED light is blocked so that the LED lights are controlled according to the external brightness, so that the LED flashes automatically as it becomes bright and dark, or dark and then bright.Therefore, there is no need to replace the battery, so the convenience of use is improved. You can save battery while saving the battery, and the IC circuit chip and acceleration sensor are built in the inside of the electronic float, so when a fish bites it, it immediately detects it and changes the color of the LED so that it blinks, improving visibility and quick and accurate fish detection. It was completed with the task to be solved in the invention in order to provide an electronic stick with the ability to detect as far as possible.

In addition, the present invention improves the structure of the battery holder inside the microwave so that the battery is not separated from the holder due to external shock, etc., and the battery support plate is supported by a coil spring, while the battery is firmly attached to the holder by a fixing ring on the upper part of the support plate. It is possible to solve the problem of smooth power supply by combining them.

In addition, in the present invention, a through-pillar formed with a through hole through which the fishing line penetrates in the upper cap and the lower cap that are coupled to each other is conventionally formed integrally with the upper cap and installed downward to solve the problem that water leakage into the inside easily occurs. A column is integrally formed with the lower cap to stand upward so that the upper end is formed to protrude from the water surface on which the float is floating, so that the occurrence of leakage into the inside of the float can be prevented as much as possible.

In addition, although not separately described, other objects within the scope that can be inferred in consideration of the following inventions, claims, drawings, etc., which describe in detail the electronic device having a sense of intelligence of the present invention are also the present invention. It is included in the overall task of

As a specific means for solving the problem of the above invention, in the present invention, an electronic float having a sense of the sense of a spirit is constructed, but the electronic float having a sense of the sense of a spirit of the present invention has a packing interposed between the upper cap and the lower cap through which the fishing line passes, respectively. A main body configured to be screwed to be sealed is provided, a base plate fixed to an upper cap inside the main body with a circuit board installed at the top is provided, and a holder configured to connect a battery by fixing several fixed to the lower part of the base plate is provided. In addition, several LEDs are installed on the circuit board fixed on the upper part of the base plate to connect the battery and terminals to emit light, and an IC circuit chip installed on the circuit board to control the lighting and off of the LEDs is provided. , It is installed upright on the circuit board to sense the external brightness and sends a signal to the IC circuit chip to control the lighting and off of the LED according to the brightness, and the illumination sensor is equipped with a light and LED emitted from the LED. A barrel-shaped light vehicle unit is provided that is fixedly installed in the coupling hole formed through the upper cap so that the reflected light reflected on the upper cap or circuit board is blocked so that the upper end is exposed to the upper side of the upper cap, and is configured to surround the illuminance sensor. It is characterized in that it is provided with a transparent light-transmitting cap configured to be coupled to the upper end of the vehicle to introduce external light and supply it to the illuminance sensor inside the light vehicle unit.

At this time, the holder is configured such that the lower part is opened so that the battery is coupled and the upper end is integrally or fixedly fixed to the lower part of the base plate, and a male screw is formed outside the lower part, and a cylindrical socket in which several cutout grooves are formed radially downward at the lower end. Is provided, and when the incision groove is opened by connecting the battery to the socket, a female screw screwed to the male screw of the socket is formed on the inner surface of the socket so that the incision groove is narrowed to the lower part of the socket. The clamping ring is provided so that the battery is tightened and firmly coupled by the clamping ring, and it is formed to protrude downward from both sides of the clamping ring to the bottom of the battery, so that the female screw of the clamping ring is screwed to the male screw of the socket, so that the clamping ring can be easily rotated. It may be characterized in that the rotary handle is provided.

In addition, it includes an acceleration sensor that is installed in connection with the IC circuit chip on the circuit board so that the change per unit time of fish is detected by the IC circuit chip so that the color change and blinking of the LED occur individually or at the same time. You can do it.

The IC circuit chip is configured to check the voltage when the battery is first connected to the holder to emit the LED in a specified color according to the amount of voltage to check the remaining amount of the battery, or when the voltage of the battery decreases during use, the voltage of the battery When the voltage is less than a predetermined voltage level, the LED is turned on in a predetermined color to inform the battery replacement timing, or the brightness or color of the LED can be changed at predetermined time intervals.

Along with this, it is elastically supported by a coil spring that is erected in the weight inside the lower part of the lower cap so that the support plate can be configured to support the lower end of the battery on the upper surface.

In addition, an upper through hole through which the fishing line passes is formed in the upper cap, and a coupling support is configured to protrude downward to form a coupling groove that opens downward at the bottom, and the lower cap stands upward to form a lower through hole through which the fishing line passes. The through-pillar is configured so that the through-pillar is sealedly coupled to the coupling groove of the coupling support in a state in which several O-rings are coupled to the upper outside, so that the upper end of the through-pillar is configured to protrude more than the water surface on which the electronic float is floating. It may be characterized in that it is configured such that water does not leak into the inside of the electronic float through the top.

According to the specific means for solving the above-described problem, the electronic steamer having the fisheye detection function of the present invention automatically illuminates the LED when it is dark outside by the illumination sensor installed inside, and when the fish bites by installing an acceleration sensor Since the color of the LED's light is changed or flashed by the IC circuit chip, there is no need to install and remove the battery according to the external brightness, so the convenience of use can be improved and the battery can be saved. It has the effect of remarkably increasing the fruit as it can be detected more quickly and accurately.

In addition to this, the holder to which the battery is coupled is formed of a socket with an incision at the bottom as a male screw is formed on the lower and outer side, and a female screw is formed on the inner surface to form a tightening ring that is screwed with the male screw of the socket from the top to the bottom of the socket. The battery can be more firmly connected by tightening the battery with the lower end. When the upper cap and the lower cap are combined, the battery connected to the holder is attached to the electrode and the circuit board by the support plate and the fixing ring formed on the lower cap. It has the effect of preventing the malfunction of the electronic dish due to the separation of the battery because it can prevent repeated separation from the holder while increasing the gripping force to the connected terminal.

Accordingly, the illumination sensor can be used to prevent the malfunction of the electronic device by blocking the light of the LED and the reflected light reflected from the upper cap or the circuit board by the light vehicle group, thereby improving the operating reliability, and checking the remaining amount of the battery and checking the time of replacement. In addition, by changing the brightness or color of the LED at predetermined time intervals, it has the effect of remarkably improving the fisheye detection function by increasing the visibility of the float even when the tide is severe.

In addition, as the coupling support of the upper cap and the through-pillar of the lower cap are sealed by an O-ring, the upper end of the through-pillar protrudes more upwards than the water surface where the float is floating, and is configured to be coupled to the coupling groove of the coupling support. Circuit board or IC circuit chip, battery, acceleration sensor and illuminance sensor inside the microwave by using a packing when combining the upper cap and the lower cap while preventing water from leaking through the top. The expected effect, such as having the effect of preventing the etc. from being oxidized or damaged by moisture, is a great invention.

1 is a three-dimensional view showing a preferred example of the present invention
Figure 2 is a three-dimensional view of an exploded electron float of Figure
Figure 3 is a longitudinal sectional view of Figure 1, an exemplary view showing the installation structure of the illuminance sensor
Figure 4 is a longitudinal cross-sectional view of Figure 1, an exemplary view showing a coupling structure of the battery
Figure 5 is an exemplary view showing another coupling structure of the coupling support and the through column in Figure 4
Figure 6 is an exemplary view showing the action of the light vehicle unit in the present invention
7 is an exemplary view showing the action of the socket and the tightening ring in the present invention
8 is an exemplary view showing a detailed configuration of a through column in the present invention

The present invention improves the visibility of the fishing float and detects the fish more quickly and accurately by changing the color of the light emitted from the LED and blinking when the bite of a fish is detected by an acceleration sensor and an IC circuit chip on the electronic float emitted by the internal battery. It is intended to provide an electronic stick with an asshole detection function that detects external brightness or darkness by an illuminance sensor and automatically turns on and off the LED. This will be described in more detail with the drawings below. , The accompanying drawings are only examples for easily explaining the content and scope of the technical idea of the present invention, and are not limited thereto, and terms used are also only for explaining embodiments in detail and are interpreted to be limited to the corresponding terms. No.

As shown in FIG. 2, the electronic float 1 having the fisheye detection function of the present invention is inside the body 2 of the float referred to as a hole float through which the fishing line A passes through the center as shown in FIG. The circuit board 4 is installed on the base plate 3, the holder 5 to which the battery B is coupled is installed under the base plate 3, and the LED 41, IC circuit chip 43, illuminance sensor 44, etc. are installed to automatically light the LED 41 when it is dark outside, such as at night, and automatically turn off the LED 41 when the outside of the day is bright. It consists of a structure.

To explain this in more detail, the main body 2 is configured to be screwed so that the packing 23 is interposed between the upper cap 21 and the lower cap 22 through which the fishing line A passes, respectively, and is sealed. (2) The base plate (3) is fixedly installed on the inner upper cap (21), the circuit board (4) is installed above the base plate (3), and several holders ( 5) is fixedly installed so that each battery (B) is coupled, but in general, when the battery (B) is coupled to the two holders (5), the holder (5) to supply power to the LED (41) of the circuit board (4). The terminal 42 is installed, and the terminal 42 connected to the circuit board 4 is not installed in the two storage holders 53, so that the battery B is simply stored.

In addition, several LEDs 41 are installed on the circuit board 4 fixed on the upper part of the base plate 3, and such LEDs 41 are connected to the battery B and the terminal 42 to be connected to the circuit board 4 It is configured to emit light when power is supplied through it.

The circuit board (4) is installed together with the LED (41) to configure the IC circuit chip (43) to control the turn on and off of the LED (41), at this time, standing upward on one side of the circuit board (4). An illuminance sensor 44 is installed to detect the brightness of the electronic device 1 and send a signal of brightness level to the IC circuit chip 43 so that the LED 41 turns on when the outside is dark, and when the outside is bright, the LED ( 41) is configured to be turned off so that the blinking of the LED 41 can be controlled by the IC circuit chip 43 according to the external brightness.

The circuit board 4 is provided with an acceleration sensor 45 installed in connection with the IC circuit chip 43 so that the IC circuit chip 43 detects the amount of change per unit time when the fish is biting, so that the color of the LED 41 Changes and blinks are configured to occur individually or at the same time. For example, when the LED 41 is turned on because it is usually dark outside, it emits green light, and when the acceleration sensor 45 detects the spirit, the IC circuit chip 43 ), the LED 41 changes to red, flashes simultaneously as it changes to red, or only flashes green as it is, or changes sequentially from green to several other colors. It can be configured to excel.

In addition to this, the IC circuit chip 43 checks the voltage when the battery B is first coupled to the holder 5 so that the LED 41 emits light in a color designated according to the amount of voltage to check the remaining amount of the battery B. When the voltage of the battery B decreases during use, the voltage of the battery B is checked and the LED 41 is turned on in a predetermined color when the voltage is less than a predetermined voltage. It can be configured to notify the replacement timing, and the IC circuit chip 43 changes the brightness or color of the LED 41 at predetermined time intervals during the use of the electronic residue 1, so that the electronic residue 1 caused by the tide is instantaneously or temporarily It can also be configured to prevent it from appearing.

In the present invention, as shown in FIG. 3, the light of the LED 41 and the corresponding light are applied to the upper cap 21 or the circuit board 4 to the outside of the illuminance sensor 44 standing on the circuit board 4 An opaque tubular light vehicle unit 6 is provided to block the light irradiated from the inside of the electronic float 1 such as reflected light, while the top of the light vehicle unit 6 is transparent to allow external light to enter. Alternatively, a translucent light-transmitting cap 7 is installed.

The light vehicle unit 6 penetrates upward so that the upper end is exposed to the upper side of the upper cap 21 of the main body 2 and is fixedly installed in the coupling hole 24 communicating inside and outside the body 2 so as to surround the outside of the illuminance sensor 44 Consisting of, the light transmission cap 7 is provided with a coupling tube portion 71 that is sealedly coupled to the upper end of the light vehicle unit 6 at the bottom, and is integrally formed on the upper side of the coupling tube portion 71 on the upper side, A light-transmitting part 72 is provided so that the light-transmitting part 72 is provided, and at the edge of the light-transmitting part 72, a locking part 73 that protrudes outward from the outer circumferential surface of the coupling tube part 71 is formed to the upper or upper part of the light vehicle unit 6 It can be configured to be supported by the cap 21 coupling hole 24 to the top.

In the present invention, the holder 5 is a socket 51 to which the battery B is directly coupled as shown in FIG. 4 and a tightening ring 52 that tightens the socket 51 to securely couple the battery B. However, the socket 51 is configured such that the lower portion of the socket 51 is opened so that the battery B is coupled so that the upper end of the base plate 3 is integrally or fixedly coupled, and the male screw 511 is formed on the lower outer side and at the lower end. Several cutout grooves 512 that are opened radially downward are formed, and the tightening ring 52 is coupled to freely move up and down on the upper portion of the socket 51, and then the battery B is coupled to the socket 51. Thus, when the cut-out groove 512 is opened, a female screw 521 that is screwed to the male screw 511 of the socket 51 is formed on the inner surface to narrow the cut-off groove 512 when screwing, and the battery ( B) is configured to be sinful.

At this time, rotation handles 522 protruding downward from the battery B from both sides of the tightening ring 52 are formed, so that the female screw 521 of the tightening ring 52 is screwed to the male screw 511 of the socket 51 It is configured to easily rotate the tightening ring 52, and such a rotation handle 522 is the lower part of the battery B to facilitate rotating the tightening ring 52 on the upper side of the socket 51. It is a structure fixed to the tightening ring 52 to protrude downward to the outside.

In the present invention, as shown in Figs. 2 to 4 above, the lower part of the lower cap 22 in which the weight 25 is inserted so as to adjust the buoyancy of the electronic float 1 in the lower part is the lower end to stand in the inside of the weight 25 A support plate 8 that is elastically supported by a coil spring 81 installed to be supported on the lower cap 22 is provided, and the lower end of the battery B is configured to support the support on the upper surface of the support plate 8, At this time, the support ring 9 positioned above the edge of the support plate 8 is fixedly installed on the lower cap 22 to support the support plate 8 horizontally, and the support ring 9 is outwardly directed. The support groove 91 is formed to be opened and is configured to be coupled to each other in correspondence with the fixing groove 93 formed on the fixing rib 92 protruding inwardly from the inner surface of the lower cap 22.

2 and 3, the upper cap 21 has an upper through-hole 261 through which the fishing line A passes, and a coupling support 26 formed to protrude downwardly. A coupling groove 262 opening downward is formed at the lower end of the lower cap 22, and a through pillar 27 in which a lower through hole 271 through which the fishing line A passes is formed is erected upwardly to the upper outer side. Several O-rings (28) are hermetically coupled to the coupling groove (262) of the coupling support (26) in a coupled state, and at this time, the uppermost column (272) and the coupling groove (262) of the through pillar (27) When the inner surface 263, which is the upper inner surface of the unit, is in contact with each other, when the electronic float 1 is submerged in the water, the upper surface of the column 272 of the through pillar 27 is placed on the inner surface 263 of the coupling support 26 It is constructed to block leakage in two layers by making it in close contact with each other to block leakage first, and to block minute leakage by an O-ring (28) coupled to the upper part of the through column (27). The upper end of the electronic float 1 is configured to protrude more upward than the water surface on which the electronic float 1 is floated, so that water leakage into the inside of the electronic float 1 through the upper end of the through pillar 27 does not occur.

As shown in FIG. 5, a watertight pad 29 is interposed between the inner surface 263 of the coupling support 26 and the top surface 272 of the through column 27, whereby the upper cap 21 When the lower cap 22 and the lower cap 22 are coupled, the column top surface 272 is pressed against the inner surface 263, and the space between the inner surface 263 and the column top surface 272 is sealed by the watertight pad 29, so that the through column 27 The watertight pad 29 is formed in a donut shape so that the watertight pad 29 can be attached to one side of the inner surface 263 or the column top surface 272.

In the electronic jib 1 having a sense of the sense of the present invention configured as described above, first, the upper cap 21 and the lower cap 22 are separated, and then the battery B is attached to the holder 5, and the battery B is coupled. , At this time, the voltage of the battery B is checked by the IC circuit chip 43 installed on the circuit board 4 above the base plate 3 connected to the battery B and the terminal 42, and the LED ( 41) emits light in a predetermined color so that the remaining amount of the battery (B) can be checked, and then, when it is dark by sensing external brightness by the illuminance sensor 44, the LED 41 is turned on through the IC circuit chip 43. If it is possible and bright, the LED 41 should be turned on.

After the battery (B) is coupled to the holder (5) as described above, the upper cap (21) and the lower cap (22) are coupled, and at this time, a support plate that is elastically supported by the coil spring (81) of the lower cap (22) Support the base plate (8) horizontally by the support ring (9) while elastically supporting the lower end of the battery (B) by (8), and support several batteries (B) flat with the support plate (8). It is possible to improve the gripping force of the battery B to the terminal 42 and the coupling force to the holder 5.

As in the above, after attaching the battery (B) to the float (1), cast a fishing rod to fish, but when the float (1) floats on the water surface, the light sensor 44 When the brightness of the light is sensed and it is dark, such as at night, the user can immediately check the electronic device 1 by emitting light from the LED 41 as described above, and in this case, the LED 41 as shown in FIG. 6 Since the light of the light or reflected light reflected on the upper cap 21 or the circuit board 4 is blocked by the light vehicle unit 6 installed outside the illuminance sensor 44, the illuminance sensor 44 by the LED 41 It is possible to prevent the error of.

In addition, when the battery (B) is coupled to the holder (5) as shown in FIG. 7, first in a state in which the tightening ring (52) is coupled to the upper portion of the socket (51) as in (a) of FIG. When the battery (B) is coupled to the socket (51) as shown in (b) of FIG. 7, the cut groove (512) is opened, and then, as in (c) of FIG. 7, the tightening ring (52) is inserted into the socket (51). ) When moving downward and screwing the female screw 521 of the tightening ring 52 and the male screw 511 of the lower part of the socket 51, the cutout groove 512 is narrowed and the lower part of the socket 51 is By pressing the outer circumferential surface, the battery (B) is firmly coupled to the holder (5).

The electronic float (1) of the present invention has an upper through hole (261) and a lower through hole (271) through which the fishing line (A) passes through the upper cap (21) and the lower cap (22). When the through-pillar 27 and the through-pillar 27 are sealedly coupled from the inside by the mutual O-ring 28, as shown in FIG. 8, the upper end of the through-pillar 27 is at a predetermined height above the water surface on which the electronic float 1 is floating ( It is configured to protrude more than h) so that the upper end of the through-pillar 27 is higher than the water surface inside the coupling groove 262 of the coupling support 26 to which the through-pillar 27 is coupled, so that leakage can be fundamentally prevented. .

In addition, since the electronic float 1 of the present invention is floating on the surface of the water and the tide is severe, it is not easily seen, so the visibility can be further improved by changing the brightness or color of the LED 41 at predetermined time intervals.

As described above, in the detailed description of the present invention, the most preferred embodiments of the present invention have been described, but various modifications may be implemented within the scope not departing from the technical scope of the present invention. It is not limited to the examples, and the scope of protection from the technologies in the claims to be described later and from these technologies to equivalent technical means should be recognized.

A: fishing line B: battery
1: electronic steamer
2: Body 21: upper cap 22: lower cap 23: packing 24: coupling hole 25: weight 26: coupling support 261: upper through hole 262: coupling groove 263: inner contact surface 27: through column 271: lower through hole 272 : Column top surface 28: O-ring 29: Watertight pad
3: Base plate
4: circuit board 41: LED 42: terminal 43: IC circuit chip 44: illuminance sensor 45: acceleration sensor
5: Holder 51: Socket 511: Male thread 512: Incision groove 52: Tightening ring 521: Female thread 522: Rotating handle 53: Storage holder
6: Light vehicle group
7: Transmitting cap 71: Coupling tube portion 72: Transmitting portion 73: Engaging portion
8: support plate 81: coil spring
9: support ring 91: support groove 92: fixing rod 93: fixing groove

Claims (7)

A main body 2 configured to be screwed so that the packing 23 is interposed between the upper cap 21 and the lower cap 22 through which the fishing line A passes, respectively;
A base plate 3 fixed to the upper cap 21 inside the main body 2 and having a circuit board 4 installed thereon;
A holder 5 configured to be coupled to the battery B by fixedly installing several at the bottom of the base plate 3;
An LED 41 configured to be connected to a battery B and a terminal 42 to emit light by installing several on the circuit board 4 fixed on the upper part of the base plate 3;
An IC circuit chip 43 installed on the circuit board 4 and configured to control the lighting of the LED 41;
An illuminance sensor 44 installed upright on the circuit board 4 to detect external brightness and send a signal to the IC circuit chip 43 to control the lighting of the LED 41 according to the brightness;
The illumination sensor 44 is fixed to the coupling hole 24 formed through the upper so that the upper end is exposed to the upper side of the upper cap 21 so that the light emitted from the LED 41 and the reflected light reflected from the LED 41 are blocked. A light vehicle unit 6 in a cylindrical shape configured to be installed to surround the illuminance sensor 44;
A transparent translucent cap 7 configured to be coupled to the upper end of the light vehicle body 6 to introduce external light and supply it to the illuminance sensor 44 inside the light vehicle body 6;
Electronic steamer having a detective function, characterized in that included.
The method according to claim 1;
The holder (5)
The lower part is opened so that the battery B is coupled, and the upper end is fixed to the lower part of the base plate 3, and a male screw 511 is formed outside the lower part, and several incision grooves 512 open radially downward at the lower end. A cylindrical socket 51 formed therein;
When the battery (B) is coupled to the socket (51) and the incision groove (512) is opened, a female screw (521) that is screwed to the male screw (511) of the socket (51) is formed on the inner surface of the incision groove (512). Tightening ring 52 configured to be tightly coupled to the battery (B) by narrowing the socket 51 by the lower portion;
Electronic steamer having a detective function, characterized in that included.
The method according to claim 1;
It is installed in connection with the IC circuit chip 43 on the circuit board 4, and the IC circuit chip 43 detects the amount of change per unit time when the fish is biting, so that the color change and the blinking action of the LED 41 occur individually or at the same time. An acceleration sensor 45 configured to occur;
Electronic steamer having an assault detection function, characterized in that further included.
The method according to claim 1;
The IC circuit chip 43 checks the voltage when the battery B is first coupled to the holder 5 and causes the LED 41 to emit light in a color designated according to the amount of voltage so that the remaining amount of the battery B can be checked. Configuration;
Electronic steamer having a detective function, characterized in that included.
The method according to claim 1;
The IC circuit chip 43 is configured to change the brightness or color of the LED 41 at predetermined time intervals;
Electronic steamer having a detective function, characterized in that included.
The method according to claim 1;
A support plate 8 configured to support the lower end of the battery B on the upper surface by being elastically supported by the coil spring 81 at the inner lower part of the lower cap 22;
A support ring 9 fixedly installed on the lower cap 22 so as to be positioned above the edge of the support plate 8 so as to support the support plate 8 horizontally;
Electronic steamer having a detective function, characterized in that included.
The method according to claim 1;
In the upper cap 21, an upper through hole 261 through which the fishing line A passes is formed, and a coupling support 26 configured to protrude downward to form a coupling groove 262 that is opened downward at the lower end;
The lower cap 22 is erected upward so that a lower through hole 271 through which the fishing line A passes is formed, and several O-rings 28 are attached to the upper outer side, and the coupling groove of the coupling support 26 ( Through pillars 27 configured to be hermetically coupled to 262;
Electronic steamer having a sense of the assault function, characterized in that further included.

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