TWM558530U - Underwater automatic starting device - Google Patents

Abstract

An underwater automatic starting device comprising at least one hollow first housing and a second housing, at least one static charge sensor, an actuation control circuit and an actuating component, wherein the first housing has at least one end An engaging portion, the second end of the second housing is provided with at least one second engaging portion for engaging the first housing and the second housing by the first engaging portion and the second engaging portion, the static charge The inductor, the actuation control circuit and the actuating component are respectively disposed between the first housing and the interior of the second housing, and the static charge sensor is coupled to the actuation control circuit to sense the first portion without contacting the water. a casing and a second casing are externally filled with water or not, and the actuation control circuit automatically controls the opening or closing of the actuating member, and the actuating member can perform a function of emitting light, sound or vibration force to form a It can be applied as a multi-purpose device for underwater automatic sensing activation.

Description

Underwater automatic starter

The present invention relates to an underwater automatic starting device, in particular, having at least one static charge sensor and an actuation control circuit therein, which senses the state of entering water without contact with water, and automatically controls to open or close at least one actuating element. Device.

According to the traditional fish fishing lights, fishing lures or life-saving life jackets, lifebuoys, lifeboat warning lights or warning devices, widely used in underwater fish collection, lure fish or life-saving warnings, but these well-known water The lower catching fish, the lure fish or the underwater rescue equipment are operated by manually controlling the fishlight, the light-emitting action of the bait or the life jacket, the lifebuoy, the warning light of the lifeboat or the warning action by a manually operated switch or a wireless remote controller. Let the fishlight, bait or life-saving life jacket, lifebuoy, lifeboat warning light or warning device must rely on manual control to achieve the function of opening or closing the underwater fishing, lure or life-saving warning. The water-collecting fish lamp and the bait can not open or close the manual switch every time when the fish lamp, the bait water or the water is removed. Therefore, the power terminal of the fish lamp and the bait is wasted, resulting in shortened effective use time. Frequent replacement of the battery, in addition to causing inconvenience to the messenger, may also cause users to miss the best news Machine, and the impact of fishing catches.

In addition, if the warning lights or warning devices provided on the life jacket, lifebuoy, and lifeboat are required to be awake and self-operating when the user falls into the water, they can be manually opened by themselves, such as the drowning person has been in a coma or In the case that the weight cannot be operated by the manual switch, the warning lights or warning devices provided on the life jacket, the lifebuoy or the lifeboat cannot be opened at all, and the location of the drowner is lost, especially in the dark without starlight or The sea surface with poor light and sight is actually a problem to be solved in underwater use and operation of the fishing light, the bait or the life-saving life jacket, the lifebuoy, the lifeboat, or the warning device for fishing.

In addition, there may be a reformer who is in contact with the sensor or the contact sensor to directly contact the sensor into the water or the water, thereby controlling the life jacket or the lifebuoy to open or close the fishlight, the bait or the lifesaving function. When the warning light or the warning device of the lifeboat is operated, the electrode plate switch or the sensor that is energized repeatedly contacts the seawater, river water or lake water with minerals, metal and electrolyte like electrolyte for a long time. Or the inductor forms an effect such as electroplating or discharge, causing the electrode or the sensor to be damaged by rust and malfunction, and if the fishlight or the bait can only be used in a single operation, it cannot be reused. Does not have the economic benefits of industrial utilization.

In addition, in the related prior patent technical literature, such as the Republic of China Patent Gazette No. 583911 "Night Light Water Collection Fish Lamp" new patent case, reveals that the ultraviolet LED lamp is illuminated by a constant conductive sheet constant conduction conduction to generate The light-gathering effect of the fish, but the structure of the fish lamp in the previous case, whether it is in or out of water, the ultraviolet LED lamp keeps the effect of lighting and lighting, and similarly, the effective use time of the fishlight is shortened, and the user has to keep on The replacement of the battery causes the user to be inconvenient to use, and may miss the best timing of the fish, which affects the catch of the fishing.

In addition, the new patent case of the Republic of China Patent Gazette No. M307964, "The New Type of Multi-purpose Life-saving Device" of M550265, and the New Patent Patent No. M500330, "Floor Detection and Life-Saving Device for Specific Waters", reveal The manual operation switch (13C), the main switch (31) of the switch unit (3), and the lifesaving button (14) are used to manually activate or deactivate the bait light flashing function and the lifesaving detection and warning function, respectively. The above-mentioned conventional fishing lamp, bait or life-saving life jacket, lifebuoy, lifeboat warning light or warning device are required to be manually pressed by the user to open the bait fish trap and the life-saving police function. .

Furthermore, as in the invention patent of the "active bait" of the Republic of China Patent No. I445497, the water battery (2) receives the fluid flowing from the position of the hole (11), and the fluid and the water battery (2) The electrodes (21) with different potential differences are contacted, and the two electrodes (21) are activated to generate electric energy to open the bait function of the bait. Similarly, the electrode (21) is exposed to seawater, river water or lake water for a long time like electrolysis. Liquid sea water, river water or lake water, there is also the above-mentioned electrode plating corrosion corrosion caused by the electrode directly contacting the water conduction power to open the fish collecting or bait function, and can only be used once, cannot be reused, and the electrode failure is malfunctioning. Problems and shortcomings.

In addition, as in the invention patent of the Republic of China Patent No. I495430 "A waterproof charging fishing aid", it is disclosed that a communication unit (72) is used to provide a user with a manual wireless remote control method to remotely activate various bait lures. In addition to the fish assist function, it is also necessary for the user to manually activate the bait trapping function by means of a wireless remote control, in addition to allowing the user to use the structure body (1) in the repeated water inlet and outlet water, by the user. Continuously pressing and pressing the opening or closing button of the wireless remote control, the user is inconvenient in operation, and the structural body (1) is deep in the depth of the water, so that the communication unit (72) Or the influence of the underwater depth between the wireless remote controller and the interference of the sea surface waves, the communication between the wireless remote controller and the communication unit (72) is hindered and interfered, and the communication unit (72) cannot be received correctly. The wireless remote control signal that controls the auxiliary function of the bait trapping fish is turned on or off, so that the overall motion accuracy and control quality are seriously affected, and the value of industrial utilization is not used.

The main purpose of the present invention is to provide an underwater automatic starting device for eliminating the life jackets, lifebuoys, lifeboat warning lights and warning devices of the fishing lights, bait or life-saving functions shown in the above prior patents or patents. Simple switch control, electrode or sensor contact with water conduction control, and easy to generate users need to repeatedly press the switch to operate inconveniently, miss the fishery opportunity and electrode corrosion damage or sensor damage, malfunction and malfunction.

Therefore, the underwater automatic starting device of the present invention comprises: at least one hollow first housing and a second housing, wherein the first housing is provided with at least one first engaging portion at one end, the second housing The first end of the body is provided with at least one second engaging portion for engaging the first engaging portion and the second engaging portion to engage the first housing and the second housing; at least one static charge sensor, the static charge sensing The device is disposed between the first casing and the interior of the second casing, and has a function of sensing the ambient static state of the environment, and sensing the water inlet of the first casing and the second casing without contacting the water. Or a state of not entering the water, and correspondingly outputting a state sensing signal; at least one actuation control circuit disposed between the first housing and the interior of the second housing, and the actuation control circuit is coupled to the The static charge sensor outputs at least one corresponding opening and closing control signal according to the state sensing signal corresponding to the water inlet or the second water inlet of the first and second housings of the static charge sensor output; At least one actuating element disposed between the first housing and the second housing, and the actuating element is coupled to the actuation control circuit to output a corresponding first housing according to the actuation control circuit The opening and closing control signal of the second housing is in the state of entering or not entering the water to control the opening or closing of the actuating element.

Further, in the above underwater automatic starting device of the present invention, the shape of the first casing and the second casing is a shape of a fish collector.

In the above underwater automatic starting device of the present invention, the shape of the first casing and the second casing is a shape of a bait.

In the underwater automatic starting device of the present invention, the outer end of the first housing is provided with at least one first fixing ear, and the outer end of the second housing is provided with at least one second fixing ear. The first fixed ear and the second fixed ear respectively correspond to one end of one of the fishing line and one end of a fishing hook line.

In the underwater automatic starting device of the present invention, at least one hook mounting ear is respectively disposed around the first housing and the second housing, and the hook mounting ears are respectively connected to at least one hook group.

In the underwater automatic starting device of the present invention, the first engaging portion of the first housing is a series of internal threaded teeth, and the second engaging portion of the second housing is a series of external threaded teeth. The first joint portion and the second joint portion are screwed together.

The underwater automatic starting device of the present invention, wherein a first joint portion of the first casing and a second joint portion of the second casing are sleeved with at least one waterproof gasket to make the first joint A waterproof sealing joint is formed between the portion and the second joint portion.

The underwater automatic starting device of the present invention, wherein the actuation control circuit comprises: at least one microprocessor coupled to the static charge sensor to prevent the static charge sensor from contacting the first housing and the water sensing The state sensing signal of the second housing externally entering the water or not entering the water state is input to the microprocessor, so that the microprocessor outputs a driving control signal according to the state sensing signal of the static charge sensor; at least one driving circuit is coupled to the The microprocessor and the actuating component output at least one corresponding opening and closing control signal according to the actuation control signal of the microprocessor to control the actuating component to start And operating or shutting down; and at least one power supply unit respectively connecting the static charge sensor, the microprocessor and the driving circuit to provide a DC working power to the static charge sensor, the microprocessor and the driving circuit.

Further, in the above underwater automatic starting device of the present invention, the static charge sensor is composed of an electrostatic discharge (ESD) sensor.

The underwater automatic starting device of the above-mentioned creation, wherein the microprocessor is composed of a Reduced Instruction Set Computing (RISC) microcontroller.

The underwater automatic starting device of the present invention, wherein the static charge sensor and the microprocessor of the actuation control circuit are coupled with at least one application adjustment circuit to adjust the first of the static charge sensors in a plurality of different applications. The state sensing signal sensitivity is outputted by the housing and the second housing in the form of water or no water.

In the underwater automatic starting device of the present invention, the application adjusting circuit connected between the static charge sensor and the microprocessor of the actuating controller is coupled to at least one setting switch to open or close the setting switch. To adjust the state sensing signal sensitivity of the state output of the static charge sensor in a state in which the first housing and the second housing are in a water-in or non-influent state in a plurality of different applications.

In the above underwater automatic starting device, the power supply unit of the actuation control circuit is composed of a DC battery.

In the underwater automatic starting device of the present invention, the actuating element is formed by a light emitting diode.

In the above underwater automatic starting device of the present invention, the actuating element is constituted by a buzzer.

In the above underwater automatic starting device of the present invention, the actuating element is constituted by a small vibrator.

The function of the underwater automatic starting device of the present invention is that the static charge sensor and the actuation control circuit accurately sense the water inlet or the water inlet state of the first casing and the second casing without contacting the water. The actuating element is automatically controlled to start the lighting, sounding or vibrating function when the first housing and the second housing are indeed in the water state without any artificial pressing operation mode, and can be applied to fishing. Use of fish lamp, bait or rescue function Raw clothes, lifebuoys, warning lights for lifeboats, warning devices or other applications for underwater activities, and the first and second casings of the present invention are completely waterproof and sealed, and the static charge is sensed. The device does not touch the water at all, which ensures that the metal contact between the actuation control circuit, the static charge sensor, the power supply unit and the actuating components of the first housing and the second housing is never water oxidized. Or the problem of rust damage, completely eliminating the problem of automatic power consumption of the power supply unit due to water oxidation or rust damage of the metal contacts of the circuit or electronic component, thereby prolonging the service life of the power supply unit (DC battery), and further, can be extended The life of the fishlights, bait or life-saving life jackets, lifebuoys, lifeboat warning lights, warnings or other underwater activities, as well as power saving, and in emergency situations such as personnel falling into water or In other underwater emergency situations, the actuating component with the function of illuminating and audible warning can be automatically activated to indicate the position of the person to be rescued. Or as other underwater emergency start signs and warnings, without having to consider the awake or behavioral state of the drowning personnel, which can greatly increase the chances of rescued rescuers or other underwater emergency situations, and can completely eliminate them. Conventional and prior cases of fishlights, bait or life-saving life jackets, lifebuoys, lifeboat warning lights or warnings with manual switch operation or water contact electrodes, sensor control actions and shortcomings, and, further, The creation adjustment circuit for connecting the static charge sensor and the microprocessor of the actuation controller can adjust the life jacket, the lifebuoy, the lifeboat of the fish collection device, the bait or the lifesaving function. Sensing signal sensitivity for various applications of warning lights, warnings or other underwater activities, and can be set directly by the setting switch when the product is shipped or not, instead of for each type of fishing light, bait Life-saving life jackets, lifebuoys, lifeboat warning lights, warnings or other underwater activities The static charge sensor and the actuation controller are separately fabricated and designed in various applications, which can greatly save the manufacturing cost of the product, for example, more precise setting, such as high-speed towed bait for fishing, deep fishing bait, shallow swimming The different water sensing state of the fishing lure and the timing of starting the actuating component can make the starting timing of the actuating component more precise and more effective in saving power, thereby greatly increasing the application scope and industrial utilization value of the creation.

100‧‧‧Underwater automatic starting device

10‧‧‧First housing

10'‧‧‧ first housing

11‧‧‧First joint

12‧‧‧Waterproof gasket

13‧‧‧First fixed ear

13’‧‧‧First fixed ear

14‧‧‧Hook hooks

141‧‧‧hook group

20‧‧‧ second housing

20’‧‧‧Second shell

21‧‧‧Second joint

22‧‧‧Second fixed ear

23‧‧‧Hook hooks

231‧‧‧hook group

30‧‧‧Static charge sensor

31‧‧‧ State sensing signal

40‧‧‧ actuation control circuit

40A‧‧‧Open and close control signals

41‧‧‧Microprocessor

411‧‧‧ actuation control signal

42‧‧‧Drive circuit

43‧‧‧Power unit

44‧‧‧Application adjustment circuit

441‧‧‧Setting switch

442‧‧‧Setting switch

443‧‧‧Setting switch

444‧‧‧Setting switch

50‧‧‧actuating components

60‧‧‧actuating components

70‧‧‧actuating components

200‧‧‧fishing group

210‧‧‧ Busbar

220‧‧‧fish hook line

300‧‧‧ life jackets

400‧‧‧Lifebuoy

500‧‧‧Lifeboat

600‧‧‧ Activity buckle

The first figure is a perspective view of a first embodiment of the underwater automatic starting device of the present invention; the second drawing is a perspective exploded view of the first figure; and the third figure is a circuit block diagram of the actuating control circuit of the first figure; 4 is a second embodiment of the underwater automatic starting device of the present invention; the fifth drawing is a first application example of the underwater automatic starting device of the present invention; and the sixth drawing is the underwater automatic starting device of the present invention. The third embodiment is a second application example of the underwater automatic starting device of the present invention; the eighth drawing is a third application example of the underwater automatic starting device of the present invention; A fourth application example of the underwater automatic starting device; the tenth drawing is a fourth embodiment of the underwater automatic starting device of the present invention.

Referring to the first embodiment, the second figure and the third figure, a first embodiment of the underwater automatic starting device 100 of the present invention, wherein the underwater automatic starting device 100 comprises at least one hollow first The housing 10 and the second housing 20 are provided with at least one first engaging portion 11 at one end. The first engaging portion 11 is not limited in type. In the present creation, a series of internal threads are used. For example, the second housing 20 is provided with at least one second engaging portion 21 at one end, and the second engaging portion 21 is not limited in type. In the present invention, a series of external threaded teeth is taken as an example to borrow the first joint. The portion 11 and the second joint portion 21 are screw-engaged, and at least one waterproof gasket 12 is sleeved between the first joint portion 11 and the second joint portion 21 to engage the first joint portion 11 with the second joint portion 11 . The first housing 10 and the second housing 20 are joined to each other by a waterproof sealing connection between the portions 21, and the first housing 10 and the second housing 20 are not limited in type and shape. For example, the transparent insulated spindle-shaped fish-shaped shell is used as an example. Others, such as translucent or impervious insulating shells, do not deviate from the creation. Visible, the other end of the first outer housing 10 is provided with at least a first fixing lug 13, and the other end of the second outer housing 20 is provided with at least a second fixing lug 22.

At least one static charge sensor 30 is disposed between the interior of the first housing 10 and the interior of the second housing 20, and the static charge sensor 30 has a function of sensing an ambient static charge state. The first housing 10 and the second housing 20 are sensed to be in or out of water, and the state sensing signal 31 (shown in the third figure) is correspondingly outputted, and the static charge sensing is performed. The type of the device 30 is not limited. In the present application, an electrostatic discharge sensor is taken as an example to sense the static charge change of the first housing 10 and the second housing 20 in contact with water or friction. The state, in turn, accurately senses the state in which the first housing 10 and the second housing 20 are immersed in water or not.

At least one actuation control circuit 40 is disposed between the interior of the first housing 10 and the interior of the second housing 30, and the actuation control circuit 40 is coupled to the static charge sensor 30 to correspond to the static charge sensor 30. The first housing 10 and the second housing 20 are externally filled with water or the state sensing signal 31 that is not in the water, and output at least one corresponding opening and closing control signal 40A (as shown in the third figure), for example, when the sensing signal When the above-mentioned level corresponding to the external water inlet state of the first casing 10 and the second casing 20 is reached, the opening and closing control signal 40A is a control signal for the opening operation; otherwise, if the sensing signal 31 does not reach the corresponding correspondence When the first housing 10 and the second housing 20 are in the state of the water inlet state, it is determined that the first housing 10 and the second housing 20 are in a non-water inlet state, and the opening and closing control signal 40A is closed. Control signal.

At least one of the actuating elements 50 and 60 disposed between the interior of the first housing 10 and the interior of the second housing 20, and the actuating elements 50 and 60 are coupled to the actuation control circuit 40 to The actuation control circuit 40 outputs an opening and closing control signal 40A corresponding to the state in which the first housing 10 and the second housing 20 are externally filled with water or not, to control the opening or closing of the actuating elements 50 and 60, and the actuating element 50 and The type of 60 is not limited. In the first embodiment of the present invention, an LED lamp and a buzzer are respectively exemplified to emit light and emit sound when respectively in an open state.

As shown in the third figure, the above-mentioned type of the actuation control circuit 40 is not limited. In the present invention, the series includes at least one microprocessor 41, a drive circuit 42 and a power supply unit 43 as an example. The static charge sensor 30 is coupled to the state in which the static charge sensor 30 is in contact with the water-inducing state of the first housing 10 and the second housing 20, and the state sensing signal 31 is input to the microprocessor. 41, the microprocessor 41 is configured to sense the signal 31 according to the state of the static charge sensor 30, and correspondingly output an actuation control signal 411. The type of the microprocessor 41 is not limited. In the present series, the series is provided with a reduced instruction set. The calculation microcontroller is exemplified.

The driving circuit 42 connects the microprocessor 41 and the actuating elements 50 and 60, The at least one corresponding opening and closing control signal 40A is outputted according to the actuation control signal 411 of the microprocessor 41 to drive and control the actuation elements 50 and 60 to open or close.

The power supply unit 43 is connected to the static charge sensor 30, the microprocessor 41 and the drive circuit 42 to provide a DC power supply to the static charge sensor 30, the microprocessor 41 and the drive circuit 42. The power supply unit 43 The type is not limited. In this creation, a series of continuous battery is taken as an example.

Please refer to the second embodiment of the underwater automatic starting device 100 of the present invention, wherein the actuating component 70 is configured as a small vibrator, and the actuating component 70 is coupled to the actuating control circuit. 40, the actuating element 70 can be controlled by the opening and closing control signal 40A outputted by the actuation control circuit 40 to generate a vibration force or to close the vibration force.

Referring to FIG. 5 again, in the first application example of the underwater automatic starting device 100 of the present invention, the first fixed ear 13 of the outer end of the first casing 10 and the outer end of the second casing 20 are displayed. The two fixing ears 22 are respectively connected to one end of one of the bus bars 210 and one end of the fishing hook wire 220, and the first housing 10 and the second casing that are not in contact with water are provided by the static charge sensor 30. The state sensing signal 31 of the water inlet or the non-water inlet state of the body 20 is given to the actuation control circuit 40, and the actuation control circuit 40 determines that the state sensing signal 31 is watered by the first housing 10 and the second housing 20. In the state, the actuating elements 50 and 60 are driven and controlled by the control signal 40A, respectively, respectively, to illuminate and vocalize to attract the phototropic fish or the vocal fish to gather and bait, and to achieve the fishing with the function of illuminating and vocalizing fish. The function of the fish collector application.

Please refer to the sixth embodiment, which is a third embodiment of the underwater automatic starting device 100 of the present invention, wherein the shape of the first housing 10 ′ and the second housing 20 ′ is displayed in the shape of a fishing lure. And at least one hook mounting lug 14 and a hook mounting lug 23 are respectively disposed around the first housing 10 ′ and the second housing 20 ′, and the hook mounting lug 14 and the hook mounting lug 23 respectively provide at least one hook set 141 and The hook group 231 is coupled, and one end of the bus bar 210 of the fishing hook group 200 is coupled by the first fixing ear 13' at the outer end of the first housing 10'. Similarly, the static charge sensor 30 is provided. The state sensing signal 31 of the first housing 10' and the second housing 20' which are in contact with the water in the water inlet or the water inlet state is given to the actuation control circuit 40, and the actuation control circuit 40 determines the state sensing signal. 31 is that the first housing 10' and the second housing 20' are in a water state In the state, the control signals 40A are respectively driven to control the actuating elements 50, 60 and 70 to activate the illuminating, vocalizing and generating vibration forces to attract the phototropic fish, the vocal fish or the nearby fish to gather and bait. The function of the fishing lure for illuminating, vocalizing and vibrating forces.

Please refer to the seventh, eighth, and ninth drawings, respectively, which are respectively a second application example, a third application example, and a fourth application example of the underwater automatic activation device 100, wherein the respective display applications are applied. An application example of a life jacket 300, a lifebuoy 400, and a lifeboat 500 is fastened to the life jacket 300, the lifebuoy 400, and the rescue by the first fixing ear 13 at the outer end of the first casing 10 through a movable buckle 600. The stern 500 is external, and the underwater automatic starting device 100 of the present invention is combined with the manner of being fixed to the outside of the life jacket 300, the lifebuoy 400 and the lifeboat 500, and is not limited thereto, and the others are equivalent to bonding and binding. In combination with the fixed manner, the static charge sensor 30 provides a sense of state of the water inlet or the non-water inlet state of the first housing 10 and the second housing 20 that are not in contact with water sensing. The control signal 40 is given to the actuation control circuit 40, and the actuation control circuit 40 is configured to drive the control signal 40A to control the state of the first housing 10 and the second housing 20, respectively. Actuating elements 50 and 6 0 actuation, so that the actuating elements 50 and 60 respectively emit light and sound to warn the position of the person to be rescued, without having to manually operate any switch, and without considering whether the person who is in the water is in a state of waking, coma or serious injury, the actuating element 50 and 60 can quickly and automatically illuminate and sound when the life jacket 300, the lifebuoy 400 and the lifeboat 500 fall into the water, so as to clearly mark the position of the person who is in the rescue, and facilitate the smooth progress of the rescuers. Search and rescue.

Please refer to the fourth embodiment of the underwater automatic starting device 100 of the present invention, wherein at least one connection between the static charge sensor 30 and the microprocessor 41 of the actuation control circuit 40 is displayed. The adjustment circuit 44 is applied to adjust the first housing 10 and 10' and the second housing of the static charge sensor 30 in various different applications such as the above-described fishing fish collector, bait and life jacket 300, lifebuoy 400 and lifeboat 500. The sensitivity of the state sensing signal 31 of the state of the body 20 and 20' externally entering the water or not entering the water state, for example, the water sensing state for different applications of the high-speed towed bait, the deep-fishing bait, and the shallow-back fishing bait The timing of the actuation of the actuating element 50, 60 or 70 can be adjusted to make the actuation timing of the actuating element 50, 60 or 70 more precise and more efficient, or to save against different seas, rivers, lakes or streams. Appropriate action of the actuating element 50, 60 or 70 in the application and environment The timing adjustment and the reaction time are adjusted, and the application adjustment circuit 44 connected between the static charge sensor 31 and the microprocessor 41 of the actuation control circuit 40 is coupled to at least one of the setting switches 441-444 to borrow the setting switch 441~ The opening or closing state of the 444 adjusts the state sensing of the output of the first and second housings 10 and 10' and the second housings 20 and 20' of the static electricity sensor 30 in the plurality of different applications. The sensitivity of the signal 31, that is, before the manufacture of the underwater automatic starting device 100 of the present invention, the code of the setting switch 441~444 can be turned on or off, so that the application adjusting circuit 44 can respond to the corresponding pre-processing. The underwater automatic starting device 100 of the present invention is applied to adjust the sensitivity of the state sensing signal 31, and further adjusts the timing and reaction time of the actuating component 50, 60 or 70, and does not need to follow the water one by one. The static charge sensor 30 and the actuation control circuit 40 are respectively designed for different applications and environmental scenarios of the automatic starting device 100, which can greatly save manufacturing costs and enhance the creation of the present invention. Industrial utilization benefits.

The application adjustment circuit 44 is not limited in type. In this creation, a programmable integrated circuit is formed, and the related software program can be pre-programmed, and the setting adjustment method is not set by the above-mentioned setting switches 441 to 444. Limits, and other equivalent electronic knob adjustment and setting circuit methods, are not out of the scope of this creation.

The underwater automatic starting device 100 of the present invention shown in the above first to tenth drawings, wherein various fishing fishing devices, bait, underwater lifesaving life jacket 300, lifebuoy 400 and lifeboat 500 are listed. It is disclosed that it is only one of the application examples disclosed in the content and function of the present invention, and is not limited thereto or thus limits the scope of the creation, for various emergency or non-emergency applications of other underwater activities, Does not deviate from the scope of this creation.

The underwater automatic starting device 100 of the present invention shown in the above first to tenth drawings, the related description and the drawings are merely for facilitating clarification of the technical content and technical means of the present creation, and the preferred disclosure is disclosed. One of the embodiments does not limit the scope of the invention, and the details of the modification of the details of the creation or the equivalent substitution of the components and methods are not deviated from the spirit of creation and scope of the creation. The scope to define it.

Claims (16)

An underwater automatic starting device includes: at least one hollow first housing and a second housing, wherein the first housing is provided with at least one first engaging portion at one end, and the second housing is provided with at least one first end a second joint portion for engaging the first housing portion and the second joint portion to engage the first housing and the second housing; at least one static charge sensor, the static charge sensor being disposed at the first Between the interior of the casing and the interior of the second casing, and having the function of sensing the ambient static state of the environment, sensing the state of the first casing and the second casing into or out of the water without contacting the water, and Corresponding to output a state sensing signal; at least one actuation control circuit, the actuation control circuit is disposed between the first housing and the interior of the second housing, and the actuation control circuit is coupled to the static charge sensor to The static charge sensor outputs a state sensing signal corresponding to the water inlet or the second water inlet of the first casing and the second casing, and outputs at least one corresponding opening and closing control signal; and at least one actuating component, the actuating component is disposed In the first housing Between the portion and the second housing, and the actuating element is coupled to the actuation control circuit to open and close the control signal according to the actuation control circuit output corresponding to the external or non-water inlet of the first housing and the second housing To control the opening or closing of the actuating element. The underwater automatic starting device of claim 1, wherein the first housing and the second housing are in the shape of a fish collector. The underwater automatic starting device of claim 1, wherein the first casing and the second casing are in the shape of a bait. The underwater automatic starting device of claim 1, wherein an outer end of the first housing is provided with at least one first fixing ear, and an outer end of the second housing is provided with at least a second fixing. The ear is connected to one end of one of the fishing line and one end of a fishing hook line by the first fixed ear and the second fixed ear respectively. The underwater automatic starting device according to the first or third aspect of the invention, wherein at least one hook mounting ear is respectively disposed around the first housing and the second housing, and the hook mounting ears are respectively provided for at least one A hook set is attached. The underwater automatic starting device according to claim 1, wherein the first housing is The first engaging portion is formed by a series of internal threaded teeth, and the second engaging portion of the second housing is formed by a series of external threaded teeth, so that the first engaging portion and the second engaging portion are correspondingly screwed link. The underwater automatic starting device according to the first or sixth aspect of the invention, wherein at least one of the first joint portion of the first casing and the second joint portion of the second casing is sleeved The waterproof gasket is configured to form a waterproof sealing joint between the first joint portion and the second joint portion. The underwater automatic starting device of claim 1, wherein the actuation control circuit comprises: at least one microprocessor coupled to the static charge sensor to prevent the static charge sensor from contacting the water sensor. The state sensing signal of the first housing and the second housing externally entering the water or not entering the water state is input to the microprocessor, so that the microprocessor senses the signal according to the state of the static charge sensor, and correspondingly outputs an actuation control signal; a driving circuit connecting the microprocessor and the actuating component to output at least one corresponding opening and closing control signal to control the actuating component to be turned on or off according to the operating control signal of the microprocessor; and at least one power supply unit The static charge sensor, the microprocessor and the driving circuit are respectively connected to provide a DC working power to the static charge sensor, the microprocessor and the driving circuit. The underwater automatic starting device according to claim 1 or 8, wherein the static charge sensor is composed of an electrostatic discharge (ESD) sensor. The underwater automatic starting device according to claim 8, wherein the microprocessor is constituted by a Reduced Instruction Set Computing (RISC) microcontroller. The underwater automatic starting device of claim 8, wherein the static charge sensor and the microprocessor of the actuation control circuit are coupled with at least one application adjustment circuit to adjust the static charge sensor in a plurality of The state sensing signal sensitivity of the state output of the first housing and the second housing in different applications in the water inlet or the non-water inlet state. The underwater automatic starting device according to claim 11, wherein the application adjusting circuit connected between the static charge sensor and the microprocessor of the actuating controller is coupled to at least one setting switch to thereby set The opening or closing state of the switch adjusts the static charge sensor to output water or no water in the first housing and the second housing of the different applications. Status sensing signal sensitivity. The underwater automatic starting device according to claim 8, wherein the power supply unit of the actuation control circuit is a DC battery. The underwater automatic starting device of claim 8, wherein the actuating element is formed by a light emitting diode. The underwater automatic starting device of claim 8, wherein the actuating element is constituted by a buzzer. The underwater automatic starting device according to claim 8, wherein the actuating element is constituted by a small vibrator.