CN208273923U

CN208273923U - From triggering electronic simulation waterproof bait

Info

Publication number: CN208273923U
Application number: CN201820377541.XU
Authority: CN
Inventors: 樊文峰
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-03-20
Filing date: 2018-03-20
Publication date: 2018-12-25
Anticipated expiration: 2028-03-20

Abstract

The utility model discloses a kind of from triggering electronic simulation waterproof bait, including bait ontology and electronic simulation system；Electronic simulation system includes battery, electronic simulation device and power supply contact block；Power supply contact block sets there are two and is integrally formed together with bait ontology, and bait is set inside the body closed cavity, and two power supply contact blocks wear place to outside from the inside of the cavity of bait ontology；Battery and electronic simulation device are each provided at the inside of the cavity of bait ontology, electronic simulation device and be electrically connecteds with battery with one of power supply contact block, and electronic simulation device is also electrically connected with another contact block of powering, and two power supply contact blocks are mutually not in contact with each other.Due to two power supply contact blocks and this body by integral forming of bait, power supply contact block is completely embedded with bait ontology, the junction of bait ontology and power supply contact block is not likely to produce cracking, guarantee the inside cavity airtight waterproof of bait ontology, it avoids battery and electronic simulation device from meeting water failure, extends the service life of the bait.

Description

From triggering electronic simulation waterproof bait

Technical field

The utility model relates to synthetic baits, and in particular to a kind of from triggering electronic simulation waterproof bait.

Background technique

It fishes as a kind of outdoor leisure activity, has thousands of years of history in China, although fishing movable history It is longer, but it remains to occupy a tiny space in current outdoor activities, it is lasting, it is not only due to activity energy of fishing Rodman is set to cultivate one's taste while taking exercises, due also to technology of fishing is constantly progressive.In whiffing process, bait is Determining an important factor for can fish rise to the bait, the bait of early stage generally uses true bait, but since true bait is not easy to obtain and saves, people Replace true bait to fish using false bait more and more.Common false bait is similar with the shape of true bait, and in false bait Surface coloring or printed patterns keep false bait similar to the shape of true bait, and still, general vacation bait can not move, to the attraction of fish Less.

In order to improve false bait to the attraction of fish, people have made some improvements false bait, and false bait is made to movement Electronic simulation bait, this electronic simulation bait needs can move under the power supply function of power supply, due to electronic simulation fish Bait requires to use in water, but circuit is met water and can be damaged, in order to reduce the frequency that the circuit of electronic simulation bait is damaged by water Generally the circuit of electronic simulation bait is arranged in the closed cavity of electronic simulation bait for rate, only sets the switch of circuit It sets in the outside of electronic simulation bait.But due to need for the switch of circuit to be pierced by out of electronic simulation bait cavity to The outside of cavity, traditional encapsulating method can not well by the bait ontology of electronic simulation bait and the switch seal of circuit, A possibility that water penetrates into the cavity of bait ontology from the bait ontology of electronic simulation bait and the junction of circuit is larger.Especially It is that during Reusability electronic simulation bait, electronic simulation bait is in the pulling repeatedly of fish or during bite, Yi The junction of the switch of the bait ontology and circuit of electronic simulation bait generates cracking, and water penetrates into electronic simulation bait from cracking Bait ontology inner cavity in, damage circuit, the damage of the motor function of electronic simulation bait reduces making for electronic simulation bait Use the service life.

Utility model content

One aspect according to the present utility model provides a kind of from triggering electronic simulation waterproof bait, including bait sheet Body and electronic simulation system；Electronic simulation system includes battery, electronic simulation device and power supply contact block；There are two power supply contact block is set And be integrally formed together with bait ontology, bait is set inside the body closed cavity, and two power supply contact blocks are from bait Place is worn to outside in the inside of the cavity of ontology；Battery and electronic simulation device are each provided at the inside of the cavity of bait ontology, electronics Simulator and be electrically connected with battery with one of power supply contact block, electronic simulation device is also electrically connected with another contact block of powering It connects, and two power supply contact blocks are mutually not in contact with each other.After this enters water from triggering electronic simulation waterproof bait, two power supply contact blocks pass through Water connection connects battery and electronic simulation device, and under the triggering of battery, electronic simulation device makes this from triggering electronic simulation The movement of waterproof bait.Two power supply contact blocks are equivalent to the switch of electronic simulation system, due to two power supply contact blocks and bait ontology Be integrally formed, power supply contact block be completely embedded with bait ontology, should from trigger electronic simulation waterproof bait fish pulling repeatedly or During biting, the junction of bait ontology and power supply contact block is not likely to produce cracking, guarantees that the inside cavity of bait ontology is closed Waterproof avoids battery and electronic simulation device from meeting water failure, extends this from the service life for triggering electronic simulation waterproof bait.

In some embodiments, bait ontology includes the first noumenon and the second ontology, and the first noumenon is equipped with the first cavity, Second ontology is equipped with the second cavity, and the port of the second cavity of the port and the second ontology of the first cavity of the first noumenon is connect, First cavity and the second cavity are connected to form the cavity of bait ontology；Bait ontology mirror symmetry, the first noumenon and the second ontology Proximate mirror is symmetrical and the first noumenon is greater than the second ontology, and two power supply contact blocks are integrally formed together with the first noumenon, and two A power supply contact block is respectively positioned on the middle position of bait ontology.Due to, bait ontology mirror symmetry, the first noumenon is close with the second ontology It is greater than the second ontology like the external form of mirror symmetry and the first noumenon, two power supply contact blocks are located at the middle position of bait ontology again, Therefore, when two power supply contact blocks and the first noumenon are integrally formed, two power supply contact blocks can be fully sunk in the first noumenon, i.e., The port of first cavity of the first noumenon does not include power supply contact block, and the port of the first cavity of the first noumenon can be one at this time Plane, the port of the second cavity of corresponding second ontology are also a plane, and two planes can pass through gluing or weldering The mode connect closely links together, and water is not easy to penetrate into the cavity of bait ontology from the junction of the first noumenon and the second ontology Inside；Moreover, because power supply contact block and the first noumenon are integrally formed, i.e. power supply contact block is closely connect with the first noumenon, water It is not easy out of, bait ontology is penetrated into the junction of power supply contact block and the first noumenon cavity, to guarantee that it is good that bait ontology has Leakproofness extends this from the service life for triggering electronic simulation waterproof bait.

In some embodiments, electronic simulation device includes the first metal-oxide-semiconductor and vibration device；One of power supply touching Block, battery, vibration device, the first metal-oxide-semiconductor and another power supply contact block be sequentially connected in series, and wherein a power supply contact block with it is another Open circuit is formed between a power supply contact block.Therefore, should from triggering electronic simulation waterproof bait enter water latter two power supply contact block pass through Water is connected, and battery is connected under the triggering in the first metal-oxide-semiconductor with vibration device, and the vibration of vibration device drives the vibration of bait ontology It is dynamic, so that this is moved from triggering electronic simulation waterproof bait, increases the attraction from triggering electronic simulation waterproof bait to fish Power.

In some embodiments, vibration device can be vibrator；Vibration device is also possible to positioned at bait ontology The intracorporal magnet coil of chamber, the magnet coil include magnet and coil, and magnet is inserted into coil, one end of coil and first Metal-oxide-semiconductor connection, the other end of coil are connect with another power supply contact block.Therefore, when vibrator or magnet coil and cell communication Afterwards, vibrator starts vibration or magnet moves back and forth in coil, drives the vibration of bait ontology, keeps this anti-from triggering electronic simulation Water fish bait can move, and increase the attraction from triggering electronic simulation waterproof bait to fish；Simultaneously as when vibrator vibrates The connection of the mobile electronic component for leading to electric wire and electronic simulation system of the connection electric wire of electronic simulation system will not be made to disconnect, Guarantee the stability that the electronic component in electronic simulation system is connected by electric wire.

In some embodiments, electronic simulation device further includes the first LED light, and the first LED light is by vibration device and The connection of one metal-oxide-semiconductor, or the first metal-oxide-semiconductor is connect with another power supply contact block.As a result, when this triggers electronic simulation waterproof bait certainly After entering water, two power supply contact blocks are connected by water, connect battery and electronic simulation device, since electronic simulation device includes vibration Dynamic device and the first LED light, under the triggering of battery, in addition to vibration device makes this from triggering electronic simulation waterproof bait vibration Outside, the first LED light can also shine, and increase the bait to the attraction of fish.

In some embodiments, electronic simulation device further includes the first triode, single-chip microcontroller and the second metal-oxide-semiconductor；Wherein One power supply contact block, the first triode, the second metal-oxide-semiconductor, battery, single-chip microcontroller, vibration device, the first LED light, the first metal-oxide-semiconductor and Another power supply contact block series connection, and formed and opened a way between wherein one power supply contact block and another power supply contact block；2nd MOS Pipe, battery, single-chip microcontroller, vibration device, the first LED light, the first metal-oxide-semiconductor are sequentially connected or the second metal-oxide-semiconductor, battery, single-chip microcontroller, Vibration device, the first metal-oxide-semiconductor, the first LED light are sequentially connected；Single-chip microcontroller is arranged to one of power supply contact block and another power supply When forming access between contact block, single-chip microcontroller according to the program timing of insertion exports high level or low level to the second metal-oxide-semiconductor.By This, can time by the work of the process control vibration device and the first LED light that are embedded in single-chip microcontroller in advance and work Frequency, on the one hand can be constantly in working condition to avoid vibration device and the first LED light, not only reduce battery consumption, Extend the service life of battery, and two can be led to because being chronically at working condition to avoid vibration device and the first LED light The service life of person is shorter；On the other hand, vibration device and LED light work according to the frequency of setting can make the bait preferably True bait is simulated, increases the bait to the attraction of fish.

In some embodiments, the electronic simulation system further include charging contact block, charging contact block also with the first noumenon one The middle position for being integrally formed and being located at bait ontology is acted, the inside of charging contact block from the cavity of bait ontology is pierced by outside, Charging contact block is electrically connected with electronic simulation device and is not connected with two power supply contact blocks, and battery is rechargeable battery.Work as electricity as a result, When the electricity in pond is lower, charging contact block and power supply contact block can be connect with external power supply, charge the battery, make this Bait may be reused, the long service life of the bait.

In some embodiments, charging contact block and contact block of powering are the conductive metal that external form is in approximate " U " font Ring, the middle part of becket are located at the outside of the cavity of bait ontology, and two ends of becket are respectively positioned on the inside of cavity.By This, two power supply contact blocks can be not only connected in the part of the outside of the cavity of bait ontology by water, can also be connected and be used for Put the hanging ring of fish hook；Power contact block and charging contact block the outside of the cavity of bait ontology part can also with bait outside Power supply connection, charges to the battery of the bait；The portion of the inside of the cavity of the bait ontology of power supply contact block and the contact block that charges Divide and is connect with electronic simulation device or battery；Charging contact block and power supply contact block setting are in that approximate " U " font is not only conducive to the charging The connection of contact block and power contact block and electronic simulation device and battery, is also conducive to the charging contact block and power supply contact block and is used to put fish The hanging ring of hook connects, so that the bait simplifies the structure of the bait it is not necessary that the component for connecting fish hook is in addition arranged.

In some embodiments, which further includes the second LED light and diode；Contact block of powering includes the One contact block and the second contact block；First contact block, battery, the second LED light, diode and charging contact block are sequentially connected in series, and in the first touching It is formed and is opened a way between block and charging contact block.As a result, when the first contact block and charging contact block connect time with external power supply, external power supply exists While charging the battery, the second LED light is opened, so as to know that the bait is by observing the second LED light and whether opening It is no be in charged state, simultaneously as be provided with diode, can to avoid charging when, be reversely connected to battery and other electronic components Damage.

In some embodiments, which further includes Charge Management integrated circuit；First contact block, battery, Charge Management integrated circuit, the second LED light, diode and charging contact block be sequentially connected in series, and the first contact block and charging contact block it Between formed open circuit.Thus, it is possible to be managed by Charge Management integrated circuit to the charging of battery, after battery is full of, fill Fulgurite reason integrated circuit disconnects charging circuit, at this point, the second LED light is extinguished, so as to by whether observing the second LED light Extinguishing knows whether the battery of the bait is full of；And after being full of due to battery, Charge Management integrated circuit automatically will charging electricity Road disconnects, and avoids over-charging of battery, extends the service life of battery.

Detailed description of the invention

Fig. 1 is the structural schematic diagram from triggering electronic simulation waterproof bait of one embodiment of the utility model；

Fig. 2 is shown in FIG. 1 from the fractionation structural representation for triggering electronic simulation waterproof bait；

Fig. 3 is the circuit diagram for entering water turning circuit of electronic simulation system shown in FIG. 1；

Fig. 4 is the circuit diagram of the motor-drive circuit of electronic simulation system shown in FIG. 1；

Fig. 5 is the circuit diagram of the LED lamp drive circuit of electronic simulation system shown in FIG. 1；

Fig. 6 is the circuit diagram of the single chip circuit of electronic simulation system shown in FIG. 1；

Fig. 7 is the circuit diagram of the charging circuit of electronic simulation system shown in FIG. 1；

Fig. 8 is shown in FIG. 1 from the overlooking structure diagram for triggering electronic simulation waterproof bait；

Fig. 9 is shown in Fig. 8 from the A-A the schematic diagram of the section structure for triggering electronic simulation waterproof bait.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawing.

Fig. 1 to 9 schematically shows a kind of triggering electronic simulation waterproof certainly of embodiment according to the present utility model Bait.As shown in Figure 1, should include bait ontology 10 and electronic simulation system 20 from triggering electronic simulation waterproof bait.

As shown in Figure 1, electronic simulation system 20 includes battery 21, electronic simulation device 22 and power supply contact block 23, power supply touching Block 23 is set to be made there are two and using conductive metal, can also be in power supply contact block in order to improve the electric conductivity of power supply contact block 23 23 one layer of stainless steel layer of electroplating surface.The inside of bait ontology 10 is equipped with closed cavity, in order to make power contact block 23 and fish Bait ontology 10 closely connects, and water penetrates into bait sheet from the junction of power supply contact block 23 and bait ontology 10 after avoiding the bait from entering water The inside of the cavity of body 10 also avoids this from triggering electronic simulation waterproof bait in the pulling repeatedly of fish or during bite, fish The junction of bait ontology and power supply contact block generates cracking, and two power supply contact blocks 23 are integrally formed with bait ontology 10 together, And two power supply contact blocks 23 are pierced by the outside of the cavity to bait ontology 10 from the inside of the cavity of bait ontology 10.In order to keep away Exempt from battery 21 and electronic simulation device 22 is damaged by water, battery 21 and electronic simulation device 22 are each provided at the cavity of bait ontology 10 Inside, and electronic simulation device 22 and one of power supply contact block 23 are electrically connected with battery 21 and (such as are connected by electric wire Connect), electronic simulation device 22 is also electrically connected with another power supply contact block 23, and power supply contact block 23 is filled with battery 21 and electronic simulation Set 22 connections position be respectively positioned on bait ontology 10 cavity inside, two power supply 23 phases of contact block are not in contact with each other.Two power supplies Contact block 23 is equivalent to the switch of electronic simulation system 20, after this enters water from triggering electronic simulation waterproof bait, two power supply touchings Block 23 is connected by water, connects battery 21 and electronic simulation device 22, under the triggering of battery 21, electronic simulation device 22 makes It should be from triggering electronic simulation waterproof bait movement.Since two power supply contact blocks 23 and bait ontology 10 are integrally formed, contact block of powering 23 are completely embedded with bait ontology 10, should be from triggering electronic simulation waterproof bait in the pulling repeatedly of fish or during bite, fish The junction of bait ontology 10 and power supply contact block 23 is not likely to produce cracking, guarantees the inside cavity airtight waterproof of bait ontology 10, keeps away Exempt from battery 21 and electronic simulation device 22 meets water failure, extends this from the service life for triggering electronic simulation waterproof bait.

In the present embodiment, in order to which the inside for making bait ontology 10 forms closed cavity, 10 mirror symmetry of bait ontology, Bait ontology 10 is divided into two, and a portion is the first noumenon 11, and another part is the second ontology 12.The first noumenon 11 is equipped with First cavity 111, the second ontology 12 are equipped with the second cavity, the overall appearance proximate mirror pair of the first noumenon 11 and the second ontology 12 Claim, and the size of the first noumenon 11 is greater than the size of the second ontology 12, two power supply contact blocks 23 with the first noumenon 11 together one It is body formed, and two power supply contact blocks 23 are respectively positioned on the middle position of bait ontology 10.Battery 21 and electronic simulation device 22 are put It sets in the first cavity 111 or the second cavity, then by the port of the first cavity 111 of the first noumenon 11 and the second ontology 12 The port connection of second cavity, the first cavity 111 and the second cavity are connected to form the cavity of bait ontology 10.In order to make first The cavity airtight waterproof for the bait ontology 10 that body 11 is formed after connecting with the second ontology 12, it is preferred that by the first noumenon 11 and Two ontologies 12 are fixedly connected, and the mode being fixedly connected can be using gluing or using welding.

In the present embodiment, as shown in Figure 3 and Figure 4, electronic simulation device 22 includes the first metal-oxide-semiconductor 222 and vibration device 223, wherein the first metal-oxide-semiconductor 222 of model SOT-23 can be selected.One of power supply contact block 23, battery 21, vibration device 223, the first metal-oxide-semiconductor 222 and another power supply contact block 23 are sequentially connected in series, and a power supply contact block 23 and another power supply wherein Open circuit is formed between contact block 23.In some embodiments, vibration device 223 can be vibrator.In other embodiments In, vibration device 223 is also possible to the intracorporal magnet coil of chamber positioned at bait ontology 10, and magnet coil includes magnet and line Circle, magnet are inserted into coil, and one end of coil is connect with the first metal-oxide-semiconductor, and the other end of coil and another power supply contact block 23 connect It connects.Therefore, after the bait enters water, under the triggering of the first metal-oxide-semiconductor, one of power supply contact block 23 and another power supply contact block 23 connections, vibration device 223 starts to vibrate under the power supply of battery 21, so that the bait be driven to vibrate, increases the bait to fish Attraction.When vibration device 223 is using vibrator, the vibrator of waterproof can be used, which is mini vibrator, Adoptable model, vibrator pass through double magnet steel drivings, it is only necessary to which the voltage of 0.5V can drive vibrator to vibrate, starting Sensitive, the entire appearance of vibrator is a thin cylindrical body, has built-in rotor, and automatic vibration when rotor rotates does not need Eccentric wheel is arranged in external in vibrator, and rotor can be rotated with 360 ° without dead angle, guarantee the stability of vibrator works.Work as vibration When device 223 is using magnet coil, after the bait enters water, coil is powered, and magnet moves back and forth in coil, drives bait sheet Body vibration.

Further, in order to increase the bait to the attraction of fish, which further includes the first LED light 224, the LED light of model 0805 can be used, vibration device 223 is connect by the first LED light 224 with the first metal-oxide-semiconductor, or by first Metal-oxide-semiconductor is connect with another power supply contact block 23.After the bait enters water, two power supply contact block 23 connections, in the power supply of battery 21 Under, the first LED light 224 is opened, to increase the bait to the attraction of fish.

Preferably, bait ontology 10 selects ABS material, and bait ontology 10 is made to have buoyancy, ABS excellent processing in water The shape of bait ontology 10 can preferably be copied the shape of true bait by performance, and the good impact resistance of ABS can award The intracorporal electronic simulation device 22 of the chamber of bait ontology 10 and the preferable physical protection of battery 21, the glossiness of ABS surface it is good and It is good with the associativity of other materials, suitable for carrying out surface printing, coating or coating processing to it, by the surface of bait ontology Printed patterns keep the surface of bait ontology and true bait even more like.Moreover, bait ontology 10 is made using ABS, it can be by fish Bait ontology 10 be made it is transparent, so that LED light can penetrate the outside that bait ontology 10 is irradiated to bait ontology 10.

Preferably, the shape of emulation bait is made in bait ontology 10, preferably through compression molding, in other embodiments The common bait shape such as crucian, grass carp or shrimp can be can be by injection molding, the shape of imitated true bait, pass through emulation The shape of bait increases intelligent bait to the attraction of fish, improves the catch rate fished.

Further, in order to make the bait be more nearly true bait, increase the bait to the attraction of fish, extremely such as Fig. 3 Shown in Fig. 6, electronic simulation device 22 further includes the first triode 221, single-chip microcontroller and the second metal-oxide-semiconductor.One of power supply contact block 23, the first triode 221, the second metal-oxide-semiconductor 226, battery 21, single-chip microcontroller 225, vibration device 223, the first LED light 224, first Metal-oxide-semiconductor 222 and another power supply contact block 23 are connected, and the shape between wherein one power supply contact block 23 and another power supply contact block 23 At open circuit.Second metal-oxide-semiconductor 226, battery 21, single-chip microcontroller 225, vibration device 223, the first LED light 224, the first metal-oxide-semiconductor 222 according to Secondary connection or the second metal-oxide-semiconductor 226, battery 21, single-chip microcontroller 225, vibration device 223, the first metal-oxide-semiconductor 222, the first LED light 224 It is sequentially connected.It is single when single-chip microcontroller 225 is arranged to form access between one of power supply contact block 23 and another power supply contact block 23 Piece machine 225 according to the program timing of insertion exports high level or low level to the second metal-oxide-semiconductor 226.Wherein, model can be used The metal-oxide-semiconductor of the triode of SOT-23, the single-chip microcontroller of model TSSOP20 and model SOT-23.Therefore, when the bait enters water, After two power supply contact block 23 connections, single-chip microcontroller 225 can according to the program timing being previously embedded be exported to the second metal-oxide-semiconductor 226 High level or low level, when single-chip microcontroller 225 exports high level to the second metal-oxide-semiconductor 226, the circuit of electronic simulation device 22 is led Logical, vibration device 223 starts to vibrate, and the first LED light 224 is opened；When single-chip microcontroller 225 exports low level to the second metal-oxide-semiconductor 226 When, the circuit of electronic simulation device 22 disconnects, and vibration device 223 stops vibration, and the first LED light 224 is extinguished.For example, can be It is embedded in program in single-chip microcontroller 225, makes single-chip microcontroller 225 after bait enters water 3 seconds to the second metal-oxide-semiconductor 226 output high level 2 seconds, so Afterwards, single-chip microcontroller 225, which is recycled, exports low level 4 seconds to the second metal-oxide-semiconductor 226 and exports high level 1 second to the second metal-oxide-semiconductor 226, so that Vibration device 223 and the first LED light work according to the frequency of setting, so that the bait is more nearly true bait, increase the bait pair The attraction of fish.

In order to be fixed on battery 21 and electronic simulation device 22 preferably in the cavity of bait ontology 10, battery 21 is avoided It is disconnected with electronic simulation device 22 because being shaken in the cavity in bait ontology 10, as shown in figure 9, in the first cavity 111 Cavity in be separated out the battery rest area 211 for placing battery 21, the electronic simulation for placing electronic simulation device 22 Device rest area 221.

In order to enable the bait submerged, as shown in figure 9, being also separated out in the cavity of bait ontology 10 for placing The rest area of clump weight 50 and steel ball 60, wherein in order to guarantee the weight of clump weight 50, clump weight is made of lead, in order to protect The level that the bait keeps bait ontology 10 in submerged is demonstrate,proved, clump weight 50 is disposed proximate to head and the position of the bait In the lower part of the bait ontology 10.In order to make the bait when dishing out, the level of bait ontology 10 is kept, in bait ontology 10 The head steel ball rolling groove 601 that rearwardly direction extends by bait ontology 10, the both ends of steel ball rolling groove 601 are equipped in cavity Low middle part is high, so that the bait, when dishing out, steel ball 60 is rolled along steel ball rolling groove 601, when the bait is static, steel ball 60 In wherein one end of steel ball rolling groove 601, with guarantee the bait when dishing out or when static holding it is horizontal.

Further, in order to which the bait may be reused, extend the service life of the bait, as shown in fig. 7, the electricity Sub- analogue system 20 further includes charging contact block 24, and charging contact block 24 is also integrally formed with the first noumenon 11 together, and is located at bait The middle position of ontology 10, the inside of the cavity for the 24 word bait ontology 10 of contact block that charges are pierced by outside, and charge contact block 24 and electricity Sub- simulator 22 is electrically connected and is not connected with two power supply contact blocks 23, and battery 21 is rechargeable battery.

Further, whether it is in charged state for the ease of observation battery 21, as shown in fig. 7, the electronic simulation system System 20 further includes the second LED light 25 and diode 26, and power supply contact block 23 includes the first contact block 231 and the second contact block 232, such as Fig. 2 With shown in Fig. 9, the caudal position that connects of the bottom of bait ontology 10 is arranged in the first contact block 231, and the setting of the second contact block 232 exists The position close to head of the bottom of bait ontology 10.It first contact block 231, battery 21, the second LED light 25, diode 26 and fills Electric contact block 24 is sequentially connected in series, and is formed and opened a way between the first contact block 231 and charging contact block 24, the second contact block 232 and the first MOS Pipe 222 connects.It can be using the LED light of model 1206 and the diode of model 0805.In order to distinguish the electronics of the bait Analogue system 20 be it is in the conductive state be in charged state, the second of the first LED light 224 of red and blue can be selected LED light 25 distinguishes the state of electronic simulation system 20 by the color of light.Simultaneously as being provided with diode 26, can keep away When exempting from charging, it is reversely connected the damage to battery 21 and other electronic components.

Further, in order to avoid overcharging to damage caused by battery 21, electronic simulation system 20 further includes charging valve Manage integrated circuit 27；First contact block 231, battery 21, Charge Management integrated circuit 27, the second LED light 25, diode 26 and charging Contact block 24 is sequentially connected in series, and is formed and opened a way between the first contact block 231 and charging contact block 24, can be used model SOT-23-5's Charge Management integrated circuit.The charging of battery 21 can be managed by Charge Management integrated circuit 27, when battery 21 fills Man Hou, Charge Management integrated circuit 27 disconnect charging circuit, at this point, the second LED light 25 is extinguished, so as to pass through observation the Whether two LED light 25, which are extinguished, is known whether the battery 21 of the bait is full of；And after being full of due to battery 21, Charge Management is integrated Circuit 27 automatically disconnects charging circuit, and battery 21 is avoided to overcharge, and extends the service life of battery 21.

Preferably, the preferred lithium battery of battery 34 (can also select nickel-cadmium cell, nickel-metal hydride battery, lithium polymer battery or lead The repeatable charge and discharge of the battery such as sour battery), the first contact block 231 is set as charging charging cathode, and charging contact block 24 is being set as charging just Pole shows affiliated charging pole (charging anode in the first contact block 231 and the charging corresponding position of contact block 24 for the ease of charging Or charging cathode).First contact block 231 and charging contact block 24 are connect with the positive and negative anodes of external power supply respectively, the integrated electricity of Charge Management Road 27, which passes through, judges the voltage control external power supply of battery 21 and being switched on or switched off for battery 21, when the voltage of battery 21 is not up to When setting voltage, Charge Management integrated circuit 27 connects external power supply and battery 21, and battery 21 starts to charge at this time, works as battery When 21 voltage reaches setting voltage, Charge Management integrated circuit 27 disconnects external power supply and battery 21, and battery 21 is complete at this time At charging.In the present embodiment, the first contact block 231 and charging contact block 24, crocodile clip and general-purpose interface are clamped with crocodile clip respectively Electrical connection, the preferred USB interface of general-purpose interface, general-purpose interface also can be selected general socket, pass through general-purpose interface and external power supply Connection, the preferably external power supply of 5V voltage.

In the present embodiment, as shown in Figure 1, Figure 2 and shown in Fig. 9, a power supply contact block 23 is located at the tail portion of bait ontology 10, separately One power supply contact block 23 is located at the bottom of bait ontology 10.It in further embodiments, can also be equal by two power supply contact blocks 23 The bottom of bait ontology 10 is set；One of power supply contact block 23 can also also be can be set in yet other embodiments, On the head or back of bait ontology 10.In the present embodiment, the bottom of bait ontology 10 is arranged in charging contact block 24.At other In embodiment, optionally setting position is identical as the power supply setting position of contact block 23 for charging contact block 24, and details are not described herein.

For the ease of the integrated molding of power supply contact block 23 and charge contact block 24 and the first noumenon 11, while convenient for power supply contact block 23 and charge contact block 24 and electronic simulation device 22 and battery 21 connection, as shown in figure 9, charging contact block 24 and power contact block 23 It is the conductive becket that external form is in approximate " U " font, the middle part of becket is located at the outside of the cavity of bait ontology 10, gold Two ends for belonging to ring are respectively positioned on the inside of cavity.Two power supply contact blocks 23 the outside of the cavity of bait ontology 10 part not It can be only connected to by water, the hanging ring 30 for putting fish hook 40 can also be connected；Charging contact block 24 and the power supply setting of contact block 23 are in Approximate " U " font is not only conducive to the connection of the charging contact block 24 and power contact block 23 and electronic simulation device 22 and battery 21, It is connect conducive to the charging contact block 24 and power supply contact block 23 with the hanging ring 30 for putting fish hook 40, so that the bait is without in addition setting For connecting the component of fish hook 40, simplify the structure of the bait.

For the ease of the connection of the electronic component of electronic simulation device 22, by the first triode 221, the first metal-oxide-semiconductor 222, Vibration device 223, the first LED light 224, single-chip microcontroller 225, the second metal-oxide-semiconductor 226, the second LED light 25, diode 26, Charge Management Integrated circuit 27 and third metal-oxide-semiconductor are all connected on circuit boards, meanwhile, in order to guarantee 22 steady operation of electronic simulation device, It is also connected with capacitor 228, resistance 229 and power voltage step down chip on circuit boards.The electricity of model 0402 or 0603 can be used Hold the 228, resistance 229 of model 0402 and the circuit board of model.

Above-described is only some embodiments of the utility model.For those of ordinary skill in the art, Without departing from the concept of the present invention, various modifications and improvements can be made, these belong to practical Novel protection scope.

Claims

1. from triggering electronic simulation waterproof bait, which is characterized in that including bait ontology (10) and electronic simulation system (20)；

The electronic simulation system (20) includes battery (21), electronic simulation device (22) and power supply contact block (23)；

The power supply contact block (23) sets there are two and is integrally formed together with the bait ontology (10), the bait ontology (10) inside is equipped with closed cavity, and two power supplies contact block (23) are pierced by from the inside of the cavity of the bait ontology (10) To outside；

The battery (21) and electronic simulation device (22) are each provided at the inside of the cavity of the bait ontology (10), the electronics Simulator (22) and one of power supply contact block (23) are electrically connected with the battery (21), the electronic simulation device (22) It is also electrically connected with another power supply contact block (23), and two power supply contact blocks (23) are mutually not in contact with each other.

2. according to claim 1 from triggering electronic simulation waterproof bait, which is characterized in that bait ontology (10) packet The first noumenon (11) and the second ontology (12) are included, the first noumenon (11) is equipped with the first cavity (111), second ontology (12) it is equipped with the second cavity, the of the port of the first cavity (111) of the first noumenon (11) and second ontology (12) The port of two cavitys connects, and first cavity (111) is connected to form the cavity of the bait ontology (10) with the second cavity；

Bait ontology (10) mirror symmetry, the first noumenon (11) and the second ontology (12) proximate mirror are symmetrical and described The first noumenon (11) is greater than second ontology (12), and two power supply contact blocks (23) are integrated together with the first noumenon (11) Molding, and two power supplies contact block (23) are respectively positioned on the middle position of the bait ontology (10).

3. according to claim 2 from triggering electronic simulation waterproof bait, which is characterized in that the electronic simulation system It (20) further include charging contact block (24), the charging contact block (24) is also integrally formed and is located at together with the first noumenon (11) The inside of the middle position of the bait ontology (10), cavity of charging contact block (24) from the bait ontology (10) is pierced by To outside, the charging contact block (24) be electrically connected with the electronic simulation device (22) and not with two power supply contact block (23) phases Even, the battery (21) is rechargeable battery.

4. it is according to claim 3 from triggering electronic simulation waterproof bait, which is characterized in that the charging contact block (24) and Power supply contact block (23) is conductive becket of the external form in " U " font, and the middle part of the becket is located at the bait ontology (10) outside of cavity, two ends of the becket are respectively positioned on the inside of the cavity.

5. according to claim 3 from triggering electronic simulation waterproof bait, which is characterized in that the electronic simulation system It (20) further include the second LED light (25) and diode (26)；

The power supply contact block (23) includes the first contact block (231) and the second contact block (232)；

First contact block (231), battery (21), the second LED light (25), diode (26) and charging contact block (24) are successively gone here and there Connection, and formed and opened a way between first contact block (231) and charging contact block (24).

6. according to claim 5 from triggering electronic simulation waterproof bait, which is characterized in that the electronic simulation system It (20) further include Charge Management integrated circuit (27)；

First contact block (231), battery (21), Charge Management integrated circuit (27), the second LED light (25), diode (26) It is sequentially connected in series with charging contact block (24), and is formed and opened a way between first contact block (231) and charging contact block (24).

7. according to claim 1 to described in 6 any one from triggering electronic simulation waterproof bait, which is characterized in that the electricity Sub- simulator (22) includes the first metal-oxide-semiconductor (222) and vibration device (223)；

One of power supply contact block (23), battery (21), vibration device (223), the first metal-oxide-semiconductor (222) and another confession Electric contact block (23) is sequentially connected in series, and is formed and opened between one of power supply contact block (23) and another power supply contact block (23) Road.

8. according to claim 7 from triggering electronic simulation waterproof bait, which is characterized in that the vibration device (223) It is vibrator；Or

The vibration device (223) is the intracorporal magnet coil of chamber positioned at the bait ontology (10), the magnet coil packet Magnet and coil are included, the magnet is inserted into the coil, and one end of the coil is connect with first metal-oxide-semiconductor (222), institute The other end for stating coil is connect with another power supply contact block (23).

9. according to claim 7 from triggering electronic simulation waterproof bait, which is characterized in that the electronic simulation device It (22) further include the first LED light (224), first LED light (224) is by the vibration device (223) and first metal-oxide-semiconductor (222) it connects, or first metal-oxide-semiconductor (222) is connect with another described power supply contact block (23).

10. according to claim 9 from triggering electronic simulation waterproof bait, which is characterized in that the electronic simulation device It (22) further include the first triode (221), single-chip microcontroller (225) and the second metal-oxide-semiconductor (226)；

One of power supply contact block (23), the first triode (221), the second metal-oxide-semiconductor (226), battery (21), single-chip microcontroller (225), vibration device (223), the first LED light (224), the first metal-oxide-semiconductor (222) and another power supply contact block (23) series connection, and It is formed and is opened a way between one of power supply contact block (23) and another power supply contact block (23)；

Second metal-oxide-semiconductor (226), battery (21), single-chip microcontroller (225), vibration device (223), the first LED light (224), first Metal-oxide-semiconductor (222) is sequentially connected or second metal-oxide-semiconductor (226), battery (21), single-chip microcontroller (225), vibration device (223), One metal-oxide-semiconductor (222), the first LED light (224) are sequentially connected；

The single-chip microcontroller (225) is arranged to be formed between one of power supply contact block (23) and another power supply contact block (23) When access, the single-chip microcontroller (225) according to the program timing of insertion exports high level or low to second metal-oxide-semiconductor (226) Level.