Mechanical trigger and catching device comprising same

Abstract

A mechanical trigger and a catching device comprising same. The mechanical trigger comprises a bait protecting structure, a bait access opening, a bait hanging part, a force transmission part and a supporting part. The catching device comprises the mechanical trigger.

Description

Mechanical trigger and its catching device TECHNICAL FIELD

[0001] The present application relates to the field of aquatic tools, in particular to a mechanical trigger and a catching device designed based on the mechanical trigger. BACKGROUND

[0002] There are various crab catching devices on the market, all of which place bait in the device to lure crabs for catching. However, when the crabs eat the bait, they cannot generally obtain the signal of the crabs eating the bait in time, especially in the case of wind and waves, especially in the marine environment. The reason may be related to the unique eating habits of crabs.

[0003] The Chinese patent "Crab fishing tackle" with patent number CN213486499U, the inventor writes in the patent about the part of the crab eating bait: "When the crab finds the bait, it will approach the bait and insert the chela or step foot into the hoop 5 to clamp the bait, at this time, immediately lift the rod, and the crab can be tightly sleeved and lifted by the hoop 5", the patent does not mention how the crab catcher knows that the crab has found the bait and clamped the bait. Moreover, for such a catching device using a hoop (rope sleeve), whether the crab enters the sleeve is a probability problem.

[0004] The Chinese patent "Novel crab catching cage" with patent number CN216853498U, the inventor writes in the patent about the part of the crab eating bait: "When the crab climbs onto the stainless steel wire 12 to eat the bait, hold the nylon fishing line 14 and lift it upwards", the patent also does not mention how the crab catcher knows that the crab is eating the bait.

[0005] The Chinese patent "Connection body of float rod and bait hook and fishing tackle with the connection body" with patent number CN214257682U, the inventor writes in the patent about the part of the crab eating bait: "When fish, shrimp, crab and other aquatic organisms eat, the bait hook moves violently, the eight-shaped ring and the float rod connected with the bait hook also move, and because the upper part of the float rod is provided with a ring, the ring is pressed on the net collecting line, so the net collecting line also moves, the fishing line connected with the net collecting line and the float on the fishing line also move on the water surface, at this time, the angler lifts the fishing rod", the patent specially designs a device for catching the signal of the crab eating bait. However, after the author bought and actually used this patent fishing tackle, it was found that in the case of calm wind and waves, the signal of the crab eating bait can be obtained in time, but the intensity is weak. In the case of wind and waves, especially in the sea, the signal of the crab eating bait cannot be obtained in general. SUMMARY

[0006] The technical problem solved by the present application is to provide a crab baiting device that can produce a clear signal in time when the crab is eating bait, and output a powerful mechanical trigger, and to upgrade the existing crab catching device based on the mechanical trigger, and design a new automatic crab catching device and a manual crab catching device.

[0007] To solve the above technical problems, the present application adopts the following technical solutions:

[0008] A mechanical trigger includes a bait protection structure, a bait taking opening, a bait hanging component, a force transmission component, and a support component. The bait taking opening is located on the bait protection structure, the bait hanging component is located inside the bait protection structure, the force transmission component is combined with the bait hanging component, and the support component provides support and support for the bait hanging component and the force transmission component.

[0009] The bait protection structure is an obstacle between the bait hanging component and the target crab, which prevents the target crab from directly contacting the bait on the bait hanging component. The so-called target crab cannot directly contact the bait on the bait hanging component means that the target crab needs to overcome the obstacle or bypass the obstacle before contacting the bait, which is relative to the target crab that can directly contact the bait on the bait hanging component. The so-called target crab that can directly contact the bait on the bait hanging component means that there is no obstacle between the target crab and the bait on the bait hanging component, and the target crab can directly contact the bait on the bait hanging component without any obstruction.

[0010] The bait taking opening is a gap opened on the bait protection structure, which is a channel allowing the target crab to contact the bait on the bait hanging component inside the bait protection structure. The target crab can extend its claws or feet into the bait protection structure through the bait taking opening to contact the bait on the bait hanging component, or the target crab can drill into the bait protection structure through the bait taking opening to contact the bait on the bait hanging component. If the target crab wants to eat the bait on the bait hanging component, it first needs to overcome the obstruction of the bait protection structure and find the bait taking opening on the bait protection structure.

[0011] The design idea of the bait protection structure and the bait taking opening is that the target crab can only extend its claws or feet into the bait protection structure through the bait taking opening to contact and pull the bait on the bait hanging component, or the target crab can drill into the bait protection structure through the bait taking opening to contact the bait on the bait hanging component, but cannot stay in the bait protection structure to eat the bait normally. The target crab can only drag the bait out to eat it well.

[0012] The bait hanging component includes but is not limited to structures that can hang or tie or wrap the bait, such as fish hooks, fish forks, bait net pockets, and wire bait cages.

[0013] The force transmission component is an object that can transmit force, such as fishing line, steel wire, and lever.

[0014] The support component is a structure that can make the bait hanging component and the force transmission component stay in a certain position relative to the bait protection structure, can perform the function of the bait hanging component and the force transmission component, and can provide necessary support and support.

[0015] The force transmission component and the bait hanging component are combined with each other, and the support component provides support and support for the bait hanging component and the force transmission component, and can connect the force transmission component and the bait hanging component together, which is called a connecting body. One end of the bait hanging component of the connecting body is inside the bait protection structure, and the other end is outside the bait protection structure. The support component provides support and support for the connecting body in this position relative to the bait protection structure and the function thereof.

[0016] The force transmission component and the bait hanging component can also be integrated into one, which is called a combination body. One end of the bait hanging component of the combination body is inside the bait protection structure, and the other end is outside the bait protection structure. The support component provides support and support for the combination body in this position relative to the bait protection structure and the function thereof.

[0017] The force transmission component can also be located around the bait hanging component. The support component provides support and support for the bait hanging component inside the bait protection structure and the function thereof, and provides support and support for the force transmission component around the bait hanging component and the function thereof.

[0018] An automatic trap device comprises a mechanical trigger, a switch module, a power module, and a trapping module. The mechanical trigger controls the switch module, the switch module controls the power module, and the power module drives the trapping module.

[0019] The trapping module can be a device capable of trapping a part of a crab's body, such as a rope sleeve or a clamp. It can also be a device capable of trapping the entire body of a crab, such as a net, a net clamp, a net cage, or a wire cage.

[0020] The power module is a device that provides the required power for the trapping module to capture, such as a spring, a rubber band, or a glass fiber rod. It can also be a combination of elastic objects. When an external force acts on the power module, the power module deforms and stores energy. After the external force disappears, the power module returns to its original state and generates a restoring force, which drives the trapping module. The force that makes the elastic object return to its original state after deformation is called the elastic force.

[0021] The switch module is a device that can maintain the deformed state of the power module and can control the power module to return to its original state. When an external force acts on the power module, the power module deforms, and the switch module closes to maintain the deformed state of the power module. After the switch module is opened, the power module releases energy and returns to its original state. When the automatic trap device is working, the mechanical trigger provides the force required to open the switch module to control the opening of the switch module.

[0022] A kind of automatic organ trap device organ rope sleeve box, belong to the aforementioned one kind of automatic organ trap device, when the capture module is rope sleeve, rope sleeve is located at bait opening, when being in capture state, rope sleeve main part is substantially coincident with bait opening;The power module is spring, spring is installed on bait protection structure, spring is connected with rope sleeve.

[0023] A kind of automatic organ trap device organ clamp box, belong to another kind of the aforementioned one kind of automatic organ trap device, when the capture module is clamp, the power module is spring, spring is installed on bait protection structure;The first clamping part of clamp is the end of spring, the other clamping part is the bait protection structure body at bait opening.

[0024] For the above two kinds of automatic organ trap device, the switch module is lock catch and pressure rod, lock catch and pressure rod are used in combination, and are combined with spring and bait protection structure together;The force transmission component of mechanical trigger is connected to lock catch, and is responsible for the opening of lock catch.

[0025] The switch module is lock catch and pressure rod, lock catch and pressure rod are used in combination, and are combined with spring and bait protection structure together;Lock catch and pressure rod can be selected as two components, and are used in cooperation, one end of lock catch is connected to bait protection structure or spring, and the other end is connected to the force transmission component of mechanical trigger, one end of pressure rod is connected to bait protection structure or spring, and the other end cooperates with lock catch.

[0026] Lock catch and pressure rod can also be selected to be combined into one, and pressure rod is fused into lock catch, or pressure rod is omitted, in terms of physical form and function, the switch module is a lock catch, one end of lock catch is connected to bait protection structure or spring, and the other end is connected to the force transmission component of mechanical trigger, at this time, a plug connector needs to be provided on spring, for cooperating with lock catch.

[0027] A kind of automatic organ trap device organ net clamper and a kind of automatic organ trap device organ net disc clamp, belong to the other two kinds of the aforementioned one kind of automatic organ trap device, when the capture module is net clamper, mechanical trigger is combined with net clamper together, the power module is spring, spring is combined with net clamper together, net clamper opens when spring opens, and the rebound force of spring opening promotes net clamper to close;The switch module is lock catch and pressure rod, lock catch and pressure rod are used in combination, and are combined with net clamper together;The force transmission component of mechanical trigger is connected to lock catch, and is responsible for the opening of lock catch.

[0028] The switch module is lock catch and pressure rod, lock catch and pressure rod are used in combination, and are combined with net clamper together at this time;Lock catch and pressure rod can be selected as two components, and are used in cooperation, one end of lock catch is connected to net clamper, and the other end is connected to the force transmission component of mechanical trigger, one end of pressure rod is connected to net clamper, and the other end cooperates with lock catch.

[0029] The lock catch and the pressure rod can be combined into one, and the pressure rod is fused into the lock catch. In terms of physical form and function, the switch module is a lock catch. One end of the lock catch is connected to the net clamp, and the other end is connected to the force transmission component of the mechanical trigger. At this time, a plug connector needs to be set on the net clamp for cooperation with the lock catch.

[0030] A kind of opening and closing structure capture device, including a mechanical trigger described above, opening and closing capture module;Opening and closing capture module includes opening and closing cage net body, elastic component, centralizing component, pull rope;Elastic component is arranged on opening and closing cage net body, controls the opening of opening and closing cage net body, pull rope is connected after opening and closing cage net body passes through centralizing component, pull rope and centralizing component cooperate to control the closure of opening and closing cage net body, bait protection structure is installed on opening and closing cage net body, centralizing component is connected with force transmission component.

[0031] The opening and closing capture module can be automatically opened by the elastic force of the elastic component, and some are also attached to the gravity of the self component or only rely on the gravity of the self component. Under the action of external force, the external force overcomes the resistance of the force that makes it open, and makes the opening and closing capture module close. The elastic component is generally a spring, but it can also be a rubber band, a glass fiber strip, etc. It can also be a combination of several elastic objects. The function of the centralizing component is to bundle the pull rope together, change the direction of the pull rope, so that the opening and closing cage net body can be closed smoothly and as tightly as possible. When the force transmission component of the mechanical trigger is pulled, the centralizing component connected with the force transmission component touches the pull rope and pulls the main line to generate a signal.

[0032] The idea of opening and closing the capture module comes from the commonly used opening and closing capture device in the prior art. Currently, there are three commonly used opening and closing capture devices, namely, a spherical opening and closing cage, mainly from Korean Patent No. KR2020090012433U, entitled "Capture Structure for Fresh water Crab Fish", Chinese Patent No. CN216853498U, entitled "A New Type of Crab Trap Cage", and Chinese Patent No. CN214257682U, entitled "A Connection Body of a Floating Rod and a Bait Hook and a Fishing Tackle Having the Connection Body"; a tower-shaped opening and closing cage, mainly from US Patent No. US19080433438A, entitled "CRAB-TRAP", US Patent No. US19120721223A, entitled "KNOCKDOWN CRAB-TRAP", and US Patent No. US19150058374A, entitled "CRAB-TRAP"; and a net clamp, mainly from UK Patent No. GB8332188A, entitled "CLAPTRAP", and US Patent No. US19770762039A, entitled "Book net for crabs, lobsters, and the like". In terms of structure and function, the opening and closing cage net body, the elastic component, the bait hanging component, the wire collecting component, and the pull rope are the five main parts, and the bait hanging component and the wire collecting component are usually connected and integrated together. In an invention patent entitled "A Switch Trigger and Its Alarm System and Capture Device", three kinds of opening and closing capture devices are described in detail. The opening and closing structure capture device described in this paper mainly installs the mechanical trigger in this paper on the opening and closing cage net body to replace the original bait hanging component, and then connects the force transmission component to the wire collecting component.

[0033] A rope sleeve capture device, comprising a mechanical trigger as described above, a rope sleeve; the rope sleeve is connected to the bait protection structure; the rope sleeve connected to the bait protection structure can be directly connected or indirectly connected.

[0034] The rope sleeve is made of a rope, one end of which is knotted into a small loop, and the other end passes through the small loop to form a live buckle. After trapping the object, the live buckle becomes tighter and tighter, and the rope can be a fishing line or a steel wire.

[0035] There are many kinds of existing rope sleeve catching devices, and their basic structural functions can be summarized as rope sleeve base, bait hanging component, and rope sleeve three parts. The rope sleeve base can be a bait cage, such as the bait cage used in the US patent "Castable crab trap" with application number US20060645957A and the Chinese patent "Simple crab bait cage" with application number CN201820248276.5; it can be an iron ring, such as the ring-shaped rope sleeve mounting device used in the US patent "Crab trap apparatus" with application number US19910783522A and the Chinese patent "Crab fishing tool" with application number CN201420627145.X; it can be a circular metal sheet with holes, such as the circular flat plate used in the Chinese patent "Net line buckle and crab fishing tool" with application number CN202122440123.5; it can also be a metal wire kneaded support, such as the support leg and framework used in the patent "Crab fishing tool" with patent authorization number CN213486499U. There is also a detailed description of this in a patent named "Switch trigger, its alarm system and catching device". The rope sleeve catching device of the present invention basically replaces the rope sleeve base and bait hanging component with a mechanical trigger.

[0036] A claw sleeve structure catching device, including a rope sleeve catching device as described above, and a wire arrangement component; at this time, the bait protection structure is a claw-shaped bait protection structure, which includes a central body and claws, and the claws are at least three, distributed around the central body; the bait taking opening is located on the claw-shaped bait protection structure, specifically the opening formed between adjacent claws and the ground surface when the claw-shaped bait protection structure is erected; the rope sleeve is connected to the claw-shaped bait protection structure, and the wire arrangement component is arranged on the claws, under the action of the wire arrangement component, the rope sleeve is unfolded around the bait taking opening;

[0037] The support component can be a hole provided on the central body of the claw-shaped bait protection structure, and the force transmission component is connected to the bait hanging component after passing through the support component, and the bait hanging component cannot pass through the support component;

[0038] The support component can also be a hole provided on the central body of the claw-shaped bait protection structure and a wire supporting rod connected to the central body, one end of the wire supporting rod is connected to the central body, the other end is connected to the force transmission component, and the other end of the force transmission component passes through the hole provided on the central body; at this time, the bait hanging component can be a section of the force transmission component connected to the wire supporting rod inside the bait protection structure, and can also be a bait hanging component connected to the section of the force transmission component connected to the wire supporting rod inside the bait protection structure; in use, the main line is connected to the end of the force transmission component passing out of the hole provided on the central body.

[0039] The claw-shaped bait protection structure is similar to an open claw and also similar to a bacteriophage. The claw can be made of a wire, such as a copper wire or a steel wire. In this case, the central body can be formed by winding the claw at one end of the wire together, welding the claw at one end of the wire together, or winding the claw at one end of the wire together. Alternatively, the claw-shaped bait protection structure can be a section of iron pipe, with the claw at one end welded to the iron pipe. Alternatively, the claw-shaped bait protection structure can be a plastic part with a hole, with the claw at one end inserted into the hole of the plastic part. Alternatively, the claw can be made of plastic, and the claw and the central body can be integrally formed by injection molding.

[0040] The wire arrangement component can be a plastic clip, which is spacedly distributed on the claw. Alternatively, the wire arrangement component can be a plastic strip with a clip groove, which is sleeved on the claw. Alternatively, the wire arrangement component can be a clip groove formed on the claw, which is integrated with the claw. The plastic can be a hard plastic, a soft plastic, a silica gel, a latex, or a rubber. The wire arrangement component allows the rope to be embedded in the clip opening or the clip groove, so that the rope is not easily pulled out when the bait is thrown or impacted by water flow. However, when an external object is hung on the bait, the rope can be easily pulled out. The rope is wound around the bait opening to expand, and the movable buckle of the bait is roughly distributed around the bait opening, and roughly coincides with the boundary of the bait opening.

[0041] A simple claw sleeve structure catching device includes a bait protection structure, a bait taking opening, a bait hanging component, a supporting component, a wire arrangement component, and a rope. In this case, the bait protection structure is a claw-shaped bait protection structure, which includes a central body and claws. The claws are at least three, and the claws are distributed around the central body. The bait taking opening is located on the claw-shaped bait protection structure, and specifically, the opening is formed between adjacent claws and the ground surface when the claw-shaped bait protection structure is erected. The rope is connected to the claw-shaped bait protection structure, and the wire arrangement component is arranged on the claw. Under the action of the wire arrangement component, the rope is expanded around the bait taking opening. The bait hanging component is connected to the bait protection structure and located inside the bait protection structure. The supporting component is the bait protection structure body at the connection between the bait hanging component and the bait protection structure. In use, the main line is connected to the central body.

[0042] The two claw sleeve structure catching devices described above can further include a lead sinker. The position of the lead sinker is arranged to ensure that the center of gravity of the combination of the claw-shaped bait protection structure, the wire arrangement component, and the rope is deviated to the lower part of the combination and deviated from the upper part where the central body of the claw-shaped bait protection structure is located. In this way, after the combination enters the water, the combination can stand on the water bottom with the claws downward and the central body upward, relying on the gravity and the water resistance.

[0043] When the claw-shaped bait protection structure is combined with the opening and closing catching module for design and use, a jack can be arranged on the opening and closing cage net body for direct plug-in installation. The claw tip direction of the claw of the claw-shaped bait protection structure can be vertically downward or bent toward the horizontal. In this case, the direction of the jack corresponds to the claw tip direction.

[0044] The design idea of the present application comes from the author's long-term observation on the crab feeding and the experience of using the existing crab catching device. The author found that crabs like to hold food and eat it, specifically, two claws hold the food together, and directly gnaw with the mouth, or one claw holds the food to fix the food, and the other claw clamps a piece of food from the food and puts it into the mouth to eat. Under this eating method, the crab can eat the food without changing the position of the food and without moving the food. In many cases, the crab walks away after eating. There are also cases where the crab finds food and drags the food to run, but only a small part.

[0045] The author refers to the trigger principle of the existing automatic machine catching device, such as a mouse clamp, and designs a trigger for crab catching, which is not ideal. The reason should be due to the commonality of this trigger principle, which can directly touch the food and directly eat the food.

[0046] If a structure is designed to place food in it, the crab can find the food and contact the food through the designed opening path channel, but cannot normally eat the food. If the crab wants to eat the food normally, it must take the food out of the structure through the designed opening path channel. This will force the crab to pull and drag the food, and the crab should exert a lot of force when pulling and dragging the food. Therefore, the food can produce a larger displacement, and further produce a clear signal, which can be used for more device design and trigger larger design space. According to this idea, a series of devices such as food protection structure are designed, and the experimental results are completely consistent with the design idea.

[0047] The beneficial effects of the present application are: 1. A mechanical trigger of the present application, the force exerted by the target crab to overcome the block before obtaining the food, or the force exerted by the crab after obtaining the food through the food taking opening, is relatively large, which can output strong force and clear signal.

[0048] 2. An automatic machine catching device of the present application, the mechanical trigger is triggered by the target crab, which will immediately trigger the switch module to open, and then the power module drives the catching module. The crab can be caught before the crab eats the food, and the catching efficiency is high. At the same time, the power module will trigger the main line to send a clear signal to the crab catcher in time. After the crab is trapped, it is basically impossible to escape. Even if the fisherman does not timely retract the catching device, the crab will not be lost, and the catching effect is reliable. Since the catching module is triggered to catch the crab before the crab puts the food into the mouth to eat, the food is difficult to be eaten by the crab, and one bait can catch multiple crabs, and the bait utilization rate is high.

[0049] 3. An opening and closing structure catching device of the present application, which changes the traditional opening and closing structure catching device and solves the problem of no signal or small signal force.

[0050] 4. The rope sleeve catching device of the present application changes the problem that the traditional rope sleeve catching device cannot obtain the crab feeding signal in time.

[0051] 5. The claw sleeve structure catching device of the present application is a new type of crab catching device, which makes the crab enter the rope sleeve 100%, changes the problem that whether the crab enters the sleeve depends on probability in the traditional rope sleeve catching device.

[0052] 6. The present application improves the existing aquatic catching device technology, enriches the aquatic catching device market, changes the traditional crab catching method, improves the crab catching efficiency, and increases the crab catching fun.

[0053] The mechanical trigger and the catching device of the present application are mainly described by taking crabs as an example, which are not only suitable for crab catching, but also suitable for lobster, sea eel and the like, and can greatly enrich the aquatic catching device market. BRIEF DESCRIPTION OF DRAWINGS

[0054] Fig. 1-6 is a schematic diagram of six different mechanical triggers;

[0055] Fig. 7 is a schematic diagram of a mechanism rope sleeve box of an automatic mechanism catching device;

[0056] Fig. 8 is a schematic diagram of a mechanism rope sleeve box lock buckle pressure rod two-in-one and power module connection of an automatic mechanism catching device;

[0057] Fig. 9 is a schematic diagram of a mechanism rope sleeve box part disassembly of an automatic mechanism catching device;

[0058] Fig. 10 is a schematic diagram of a mechanism clamp box part disassembly of an automatic mechanism catching device;

[0059] Fig. 11 is a schematic diagram of a mechanism clamp box of an automatic mechanism catching device;

[0060] Fig. 12 is a schematic diagram of a mechanism net clamper switch module detail of an automatic mechanism catching device;

[0061] Fig. 13 is a schematic diagram of a mechanism net clamper power module detail of an automatic mechanism catching device;

[0062] Fig. 14 is a schematic diagram of a mechanism net clamper of an automatic mechanism catching device;

[0063] Fig. 15 is a schematic diagram of a mechanism net clamper part disassembly of an automatic mechanism catching device;

[0064] Fig. 16 is a schematic diagram of a mechanism net disc clamp of an automatic mechanism catching device;

[0065] Fig. 17 is a schematic diagram of a mechanism net disc clamp part disassembly of an automatic mechanism catching device;

[0066] Figure 18 is a schematic diagram of a combined lock and press lever of a mechanical net catching device;

[0067] Figure 19 is a schematic diagram of a tower-shaped opening and closing cage of an opening and closing structure catching device;

[0068] Figure 20 is a schematic diagram of a connection detail of a power module of a tower-shaped opening and closing cage of an opening and closing structure catching device;

[0069] Figure 21 is a schematic diagram of a spherical opening and closing cage of an opening and closing structure catching device

[0070] Figure 22 is a top view of a claw sleeve structure catching device;

[0071] Figure 23 is a schematic diagram of a claw sleeve structure catching device;

[0072] Figure 24 is a schematic diagram of a claw sleeve structure catching device with special support components;

[0073] Figure 25 is a schematic diagram of a simple claw sleeve structure catching device;

[0074] The labels of the components in the figures 1-6 are as follows: 1, bait protection structure; 2, bait taking opening; 3, bait hanging component; 4, force transmission component; 5, support component;

[0075] The labels of the components in the figures 7-9 are as follows: 1, mechanical trigger; 11, bait protection structure; 111, first hole; 112, second hole; 113, third hole; 114, fourth hole; 115, rotating shaft; 116, slit; 12, bait taking opening; 13, bait hanging component; 14, force transmission component; 141, third knot; 15, support component; 2, switch module; 21, lock; 211, first iron ring; 212, second iron ring; 213, third iron ring; 214, iron wire; 215, notch; 22, press lever; 221, press lever ring; 222, plug-in end; 3, power module; 31, energy storage ring; 32, first force arm; 321, first curved part; 322, second curved part; 33, second force arm; 331, first circular ring; 332, second circular ring; 333, plug; 4, rope sleeve; 41, first knot; 42, movable buckle; 43, second knot; 5, fishing main line; 51, fourth knot;

[0076] Fig. 10-11: 1 - mechanical trigger; 11 - bait protection structure; 111 - first hole; 112 - second hole; 113 - third hole; 114 - long insertion shaft; 115 - short insertion shaft; 12 - bait taking opening; 13 - bait hanging component; 14 - force transmission component; 141 - first knot; 15 - support component; 2 - switch module; 21 - lock; 211 - first iron ring; 212 - second iron ring; 213 - third iron ring; 214 - iron wire; 215 - notch; 22 - pressure rod; 221 - support end; 222 - pressure rod ring; 223 - insertion end; 3 - power module; 31 - energy storage ring; 32 - first force arm; 321 - first bending part; 33 - second force arm; 331 - second bending part; 34 - third force arm; 4 - clip; 41 - first clamping part; 42 - second clamping part; 5 - fishing main line; 51 - second knot;

[0077] Fig. 12-15: 1 - mechanical trigger; 11 - bait protection structure; 12 - bait taking opening; 13 - bait hanging component; 14 - force transmission component; 141 - first knot; 15 - support component; 2 - switch module; 21 - lock; 211 - first iron ring; 212 - second iron ring; 213 - third iron ring; 214 - iron wire; 215 - notch; 22 - pressure rod; 221 - support end; 222 - pressure rod ring; 223 - insertion end; 3 - power module; 31 - energy storage ring; 32 - first bending; 33 - second bending; 4 - net clip; 41 - first clamping part; 411 - recess; 412 - support seat; 4121 - hole; 414 - support rod; 4141 - first support ring; 4142 - bending section; 4143 - support bend; 4144 - second support ring 42 - second clamping part; 421 - door-shaped frame; 4211 - rotating ring; 422 - net; 4221 - knot; 43 - rotating shaft; 5 - fishing main line; 51 - second knot;

[0078] The labels of the components in FIG. 16-18 are as follows: 1, mechanical trigger; 11, bait protection structure; 12, bait taking opening; 13, bait hanging component; 14, force transmission component; 141, first knot; 15, support component; 2, switch module; 21, lock; 211, first iron ring; 212, second iron ring; 213, third iron ring; 214, iron wire; 215, notch; 22, pressure rod; 221, pressure rod ring; 222, plug end; 3, power module; 31, energy storage ring; 32, first force arm; 321, bend; 33, second force arm; 4, net clamp; 41, first clamp piece; 411, notch; 412, support seat; 413, net passing hole; 414, lock ring; 415, pressure rod ring; 42, second clamp piece; 421, door-shaped frame; 4211, rotating ring; 4212, plug; 422, net; 4221, knot; 43, rotating shaft; 5, fishing main line; 51, second knot;

[0079] The labels of the components in FIG. 19-21 are as follows: 1, mechanical trigger; 11, bait protection structure; 12, bait taking opening; 13, bait hanging component; 14, force transmission component; 15, support component; 151, half-circle iron ring; 152, iron cylinder; 2, open-close cage net body; 21, square bottom piece; 22, triangular side piece; 23, connection head; 24, connection hole; 25, connection rod; 26, center base; 27, elastic steel wire; 28, threading ring; 3, elastic force assembly; 4, wire collecting assembly; 5, pulling rope;

[0080] The labels of the components in FIG. 22-25 are as follows: 1, mechanical trigger; 11, claw-shaped bait protection structure; 12, bait taking opening; 13, bait hanging component; 14, force transmission component; 141, knot; 15, support component; 151, wire supporting rod; 152, wire supporting ring; 111, center main body; 112, claw; 113, claw hole; 114, rope sleeve hole; 115, force transmission hole; 116, soft iron wire; 2, wire arranging component; 3, rope sleeve; DETAILED DESCRIPTION

[0081] The preferred embodiments of the present application are described in detail below with reference to the accompanying drawings, so that the advantages and features of the present application can be more easily understood by those skilled in the art, and the protection scope of the present application can be more clearly defined. Example 1

[0082] A mechanical trigger is shown in FIG. 1, the bait protection structure 1 is a cylindrical cavity, the bait taking opening 2 is obtained by removing the bottom surface of one end of the cylindrical cavity, the bait hanging component 3 is a fish hook, the force transmission component 4 is a fishing line, and the support component 5 is a small hole on the bottom surface of the other end of the bait taking opening 2 opposite to the bait protection structure 1; one end of the force transmission component 4 is connected to the bait hanging component 3, and the other end is connected to an external component after passing through the support component 5.

[0083] In use, first bait hanging component 3 hangs bait, target crab finds bait, wants to eat bait, can only drill into bait taking opening 2 or extend crab pincers or crab legs into bait protection structure 1, after obtaining bait, pulls out, force transmission component 4 transmits the pulling force to external component. Example 2

[0084] A mechanical trigger, as shown in FIG. 2, bait protection structure 1 is an ellipsoidal cavity, bait taking opening 2 is an opening formed after one end of the ellipsoidal cavity is removed, bait hanging component 3 is a fish hook, force transmission component 4 is a fishing line, support component 5 is a circular ring welded on the other end of the ellipsoidal cavity corresponding to bait taking opening 2, one end of force transmission component 4 is connected to bait hanging component 3, the other end passes through support component 5 and then passes out of bait taking opening 2 to connect to external component. The use method is the same as that of Example 1. Example 3

[0085] A mechanical trigger, as shown in FIG. 3, bait protection structure 1 is a cuboid cavity, bait taking opening 2 is obtained by removing the bottom of one end of the cuboid cavity, bait hanging component 3 is a fish hook, force transmission component 4 is a cross-shaped lever, support component 5 is a groove dug in the square hole opened on the top of the bottom of the other end of the cuboid cavity, one end of force transmission component 4 is connected to bait hanging component 3, the middle horizontal rod is placed in the groove and can rotate around the groove, the other end extends out of bait protection structure 1 to connect to external component. The use method is the same as that of Example 1. Example 4

[0086] A mechanical trigger, as shown in FIG. 4, bait protection structure 1 is a cuboid cage made of welding iron wires, bait taking openings 2 are formed by removing the cages at both ends of the cuboid cage, there are two, bait hanging component 3 is a fish hook connected to the center of the top of the cage, force transmission component 4 is a cross-shaped cruciform made of iron wires, there are two, respectively across the two bait taking openings 2, the part extending out of bait protection structure 1 is connected to external component. Support component 5 is the iron wire of the cage around the ring part of force transmission component 4 and the iron wire bound with bait hanging component 3.

[0087] In use, first bait hanging component 3 hangs bait, target crab finds bait, wants to eat bait, can only drill into bait taking opening 2 or extend crab pincers or crab legs into bait protection structure 1, at this time, it will first encounter the block of force transmission component 4, in order to obtain the bait in bait protection structure 1, the crab will push away or push away or pull away force transmission component 4, force transmission component 4 transmits the force touched by the crab to external component. Example 5

[0088] A mechanical trigger, as shown in Figure 5, the bait protection structure 1 is a tetrahedral frame welded by iron wire, the bottom is sealed; the bait taking opening 2 is three triangular openings corresponding to the three sides of the tetrahedral frame, there are three; the bait hanging component 3 is a fish hook, welded on the ring at the top of the tetrahedral frame; the force transmission component 4 is a fishing line, one end is tied to the semicircle ring in the middle of one bottom edge of the tetrahedral frame, the other end passes through the ring at the top of the tetrahedral frame, and is connected to the external component, there are three; the supporting component 5 is the ring at the top and the semicircle ring in the middle of the three edges of the bottom of the tetrahedral frame.

[0089] In use, first, the bait hanging component 3 hangs the bait, after the target crab finds the bait on the bait hanging component 3, wants to eat the bait, can only drill into the bait protection structure 1 through the bait taking opening 2 or stretch into the bait protection structure 1 with the crab pincers or the crab legs, at this time, will first encounter the block of the force transmission component 4, the crab will push away or push away or pull away the force transmission component 4 in order to obtain the bait in the bait protection structure 1, the force transmission component 4 is pulled, the force transmission component 4 transmits the force pulled by the crab to the external component. Example 6

[0090] A mechanical trigger, as shown in Figure 6, the bait protection structure 1 is a hexagonal cage, the upper and lower bottom surfaces of the cage are hexagonal; the bait taking opening 2 is a square opening formed by connecting the corresponding vertices between the two hexagonal bottom surfaces of the hexagonal cage, there are 6; the bait hanging component 3 is a fish hook; the force transmission component 4 is a fishing line, one end of the fishing line is connected to the fish hook, and the other end passes through the hexagonal hole at the center of the top of the hexagonal cage and is connected to the external component; the supporting component 5 is the hexagonal hole at the center of the top of the hexagonal cage through which the fishing line passes. The method for use is the same as that of Example 1. Example 7

[0091] An automatic trap capturing device trigger rope sleeve box, as shown in Figures 7-9, comprising: a mechanical trigger 1, a switch module 2, a power module 3 and a capturing module 4;

[0092] The mechanical trigger 1 comprises a bait protection structure 11, a bait taking opening 12, a bait hanging component 13, a force transmission component 14 and a supporting component 15; the bait protection structure 11 is a cuboid cavity, the bait protection structure 11 has a first hole 111, a second hole 112, a third hole 113, a fourth hole 114, two fourth holes 114, a rotating shaft 115; the bait taking opening 12 is obtained by removing one end bottom surface of the cuboid cavity; there are slits 116 on the two side surfaces and the bottom surface of the bait protection structure 11 at the bait taking opening 12; there is a small hole on the other end bottom surface of the cuboid cavity corresponding to the bait taking opening 12, and the supporting component 15 is this small hole; the bait hanging component 13 is a fish hook; the force transmission component 14 is a fishing line.

[0093] The switch module 2 comprises a lock 21 and a pressing rod 22; the lock 21 is sequentially welded by a first ring 211, a wire 214, a second ring 212 and a third ring 213; the first ring 211 and the second ring 212 are coplanar, the third ring 213 is perpendicular to the plane where the first ring 211 and the second ring 212 are located, and the third ring 213 has a notch 215; the pressing rod 22 has a pressing rod ring 221 at one end and a plug-in end 222 at the other end, and the plug-in end 222 is used for plugging into the second ring 212.

[0094] The power module 3 is a spring, comprising an energy storage ring 31, a first force arm 32 and a second force arm 33; the first force arm 32 has a first bending part 321 and a second bending part 322; the second force arm 33 has a first ring 331 and a second ring 332; the natural state of the spring is an open state, at this time the first force arm 32 and the second force arm 33 are located at both ends of the energy storage ring 31; under the action of external force, the spring is closed, at this time the first force arm 32 and the second force arm 33 are located at one end of the energy storage ring 31, and the work done by the external force is stored into the energy storage ring 31.

[0095] The capture module 4 is a rope sleeve, which is made of fishing line; one end of the fishing line is made into a first knot 41, the other end passes through the first knot 41 to form a movable buckle 42, then passes through the first ring 331 to be connected with the power module 3, and finally passes through the second hole 112 to form a second knot 43 which is tied on the bait protection structure 11.

[0096] After the second bending part 322 of the power module 3 is clamped at the top of the bait taking opening 12 of the bait protection structure 11, the energy storage ring 31 falls between the two fourth holes 114, and the rotating shaft 115 passes through the fourth hole 114 and the energy storage ring 31, so that the power module 3 is installed on the bait protection structure 11.

[0097] The lock 21 of the switch module 2 is sleeved on the first bending part 321 through the first ring 211 to be connected with the power module 3, and can rotate around the connection; the pressing rod 22 of the switch module 2 is sleeved on the second bending part 322 through the pressing rod ring 221 to be connected with the power module 3, and can rotate around the connection.

[0098] After one end of the force transmission component 14 of the mechanical trigger 1 is connected with the bait hanging component 13, the other end passes through the support component 15, then passes through the third ring 213 on the lock 21 of the switch module 2 to be connected with the switch module 2, and finally passes through the first hole 111 to form a third knot 141 which is tied on the bait protection structure 11; after one end of the force transmission component 14 is connected with the bait hanging component 13, the other end passes through the support component 15, and the third knot 141 can also be directly formed on the third ring 213.

[0099] In use, first, the force transmission component 14 is taken out through the gap 215 on the third iron ring 213 of the lock catch 21 of the switch module 2, the bait hanging component 13 is pulled out through the bait taking opening 12, after the bait is hung, the force transmission component 14 is reconnected with the lock catch 21 of the switch module 2 through the gap 215;

[0100] Then, the closing power module 3, the post 22 presses the part between the first ring 331 and the second ring 332 on the second force arm 33, and then the plug-in end 222 of the post 22 is inserted into the second iron ring 212, at this time, the switch module 2 is closed, and the power module 3 is maintained in the closed state.

[0101] Then, the movable catch 42 of the trapping module 4 is embedded in the slit 116 near the part of the slit 116. The movable catch 42 is unfolded around the bait taking opening 12.

[0102] Then, one end of the fishing main line 5 is connected to the fishing rod, and the other end is threaded through the third hole 113 on the bait protection structure 11 to form the fourth knot 51, which is tied to the second ring 332 of the power module 3.

[0103] Finally, the trapping device is thrown into the water. After the target crab finds the bait on the bait hanging component 13, it wants to eat the bait and can only drill into the bait protection structure 11 through the bait taking opening 12 or extend the crab pincers or crab legs into the bait protection structure 11 to get the bait and then pull it out. The pulling force pulls the lock catch 21 through the force transmission component 14, the lock catch 21 rotates, the plug-in end 222 of the post 22 loses the block of the second iron ring 212 of the lock catch 21, at this time, the switch module 2 is opened, and the post 2 is lifted under the action of the rebounding force of the second force arm 33.

[0104] When the second force arm 33 of the power module 3 rebounds, it pulls the movable catch 42 of the trapping module 4 to contract, and the movable catch 42 traps the crab pincers, the crab legs, or the body of the crab, and the trapping device traps the crab.

[0105] When the second force arm 33 of the power module 3 rebounds, it pulls the main line 5, so that the crab catcher can timely and obviously receive the signal that the crab is caught, and then the fishing rod is lifted to harvest the crab.

[0106] In this device, the first iron ring 211 of the lock catch 21 and the post ring 221 of the post 22 can also be connected to the bait protection structure 11 by adding the same structure as the fourth hole 114 and the rotating shaft 115 on the bait protection structure 11, at this time, the first iron ring 211 and the post ring 221 need to be twisted by 90 degrees to be installed on the bait protection structure 11.

[0107] The lock 21 and the pressure bar 22 of the switch module 2 can be combined, and the connection mode of the power module 3 is shown in Figure 8. The plug 333 is welded between the first ring 331 and the second ring 332 of the second force arm 33 of the power module 3. The first iron ring 211 of the lock 21 is connected at the second bending part 322 of the power module 3, and the plug 333 is inserted into the second iron ring 212 of the lock 21. At this time, the first iron ring 211 can also be connected to the bait protection structure 11 by adding the same structure as the fourth hole 114 and the rotating shaft 115 on the bait protection structure 11. At this time, the first iron ring 211 needs to be twisted by 90 degrees to be installed on the bait protection structure 11.

[0108] The pressure bar 22 in the device can also be replaced by the pressure bar 22 in Embodiment 8. At this time, the pressure bar 22 is connected between the first ring 331 and the second ring 332. At this time, the second bending part 322 needs to change the twisting direction to hold one end of the pressure bar 22. This belongs to another combined use mode of the lock and the pressure bar. Embodiment 8

[0109] A trap clasp box of an automatic trap device is shown in Figures 10-11, which comprises a mechanical trigger 1, a switch module 2, a power module 3 and a trapping module 4.

[0110] The mechanical trigger 1 comprises a bait protection structure 11, a bait taking opening 12, a bait hanging part 13, a force transmission part 14 and a support part 15. The bait protection structure 11 is a rectangular cavity. The bait protection structure 11 has a first hole 111, a second hole 112, two third holes 113, a long insertion shaft 114 and a short insertion shaft 115. The bait taking opening 12 is a rectangular cavity with one end bottom removed. The bait taking opening 12 has a small hole on the other end bottom corresponding to the rectangular cavity. The support part 15 is the small hole. The bait hanging part 13 is a fish hook. The force transmission part 14 is a fishing line.

[0111] The switch module 2 comprises a lock 21 and a pressure bar 22. The lock 21 is sequentially welded by a first iron ring 211, an iron wire 214, a second iron ring 212 and a third iron ring 213. The first iron ring 211 and the second iron ring 212 are coplanar. The third iron ring 213 is perpendicular to the plane where the first iron ring 211 and the second iron ring 212 are located. The third iron ring 213 has a notch 215. The pressure bar 22 has a support end 221 at one end, a pressure bar ring 222 in the middle and a plug end 223 at the other end. The plug end 223 is used to plug into the second iron ring 212.

[0112] The power module 3 is a double-body spring, including an energy storage ring 31, two first force arms 32, each having a first bending part 321, a second force arm 33, having a second bending part 331, and a third force arm 34 being a one-piece door-shaped frame; the spring is in a natural open state, at which the first force arms 32 and the second force arms 33 are in a plane having an angle with a plane where the third force arm is located; under the action of an external force, the spring is closed, at which the planes where the first force arms 32 and the second force arms 33 are located tend to be parallel to the plane where the third force arm is located, and the three force arms are located on the same side of the energy storage ring, and the work done by the external force is stored in the energy storage ring 31.

[0113] The catching module 4 is a clip formed by a part of the power module 3 and a part of the bait protection structure 11, a first clamping part 41 being a top spring body of the door-shaped frame of the third force arm 34 of the power module 3, and a second clamping part 42 being a bottom protruding part of the bait protection structure 11 at the bait taking opening 12; when the power module is in the natural open state, the first clamping part 41 and the second clamping part 42 are tightly clamped together; when the power module 3 is closed under the action of an external force, the first clamping part 41 and the second clamping part 42 are respectively located at the upper and lower ends of the bait taking opening 12, like teeth in an open mouth.

[0114] The first force arms 32 and the second force arms 33 of the power module 3 are tightly attached to the top of the bait protection structure 11, the energy storage ring 31 falls on both sides of the second hole 112, the long insertion shaft 114 passes through the second hole 112 and the energy storage ring 31, and the short insertion shaft 115 passes through the third hole 113 to press the first force arms 32 and the second force arms 33 tightly on the top of the bait protection structure 11, so that the power module 3 is installed on the bait protection structure 11.

[0115] The lock catch 21 of the switch module 2 is sleeved on the first bending part 321 through the first iron ring 211 and connected with the power module 3, and can rotate around the connection; the pressing rod 22 of the switch module 2 is sleeved on the second bending part 331 through the pressing rod ring 222 and connected with the power module 3, and can rotate around the connection.

[0116] After one end of the force transmission component 14 of the mechanical trigger 1 is connected with the bait hanging component 13, the other end passes through the support component 15, then passes through the third iron ring 213 on the lock catch 21 of the switch module 2 and is connected with the switch module 2, and finally passes through the first hole 111 to form the first hitch 141 and is hitched on the bait protection structure 11; after one end of the force transmission component 14 is connected with the bait hanging component 13, the other end passes through the support component 15, and the first hitch 141 can also be directly formed and hitched on the third iron ring 213.

[0117] When in use, first, the force transmission component 14 is taken out through the gap 215 on the third iron ring 213 of the lock catch 21 of the switch module 2, the bait hanging component 13 is pulled out through the bait taking opening 12, the bait is hung after being baited, and then the force transmission component 14 is connected with the lock catch 21 of the switch module 2 through the gap 215 again;

[0118] Then the support end 221 of the pressure bar 22 is blocked under the first clamping part 41 of the catching module 4 after the power module 3 is closed, and then the insertion end 223 of the pressure bar 22 is inserted into the second iron ring 212, at this time the switch module 2 is closed, maintaining the spring of the power module 3 in the closed state, and also maintaining the first clamping part 41 and the second clamping part 42 of the catching module 4 in the open state.

[0119] Then one end of the fishing main line 5 is connected to the fishing rod, and the other end forms the second knot 51 which is tied to the spring body on the top of the door-shaped frame of the third force arm 34 of the power module 3.

[0120] Finally, the catching device is thrown into the water. After the target crab finds the bait on the bait hanging part 13, it wants to eat the bait and can only drill into the bait taking opening 12 or extend the crab pincers or crab legs into the bait protection structure 11 to get the bait and then pull it out. The pulling force pulls the lock 21 through the force transmission part 14, the lock 21 rotates, the insertion end 223 of the pressure bar 22 loses the block of the second iron ring 212 of the lock 21, at this time the switch module 2 is opened, and the pressure bar 22 is popped up under the action of the rebounding force of the third force arm 34.

[0121] When the third force arm 34 of the power module 3 rebounds, the first clamping part 41 and the second clamping part 42 of the catching module 4 quickly close and clamp, or clamp the crab pincers, or clamp the crab legs, or clamp the body of the crab, and the catching device catches the crab.

[0122] When the third force arm 34 of the power module 3 rebounds, the main line 5 is pulled, so that the crab catcher can timely and obviously receive the signal that the crab is caught, and then the fishing rod is raised to harvest the crab.

[0123] In this device, the first iron ring 211 of the lock 21 of the switch module and the pressure bar ring 222 of the pressure bar 22 can also be connected to the bait protection structure 11 by adding the same structure as the third hole 113 and the short insertion shaft 115 on the bait protection structure 11. At this time, the first iron ring 211 needs to be twisted by 90 degrees to be installed on the bait protection structure 11.

[0124] The pressure bar 22 in this device can also be replaced by the pressure bar 22 in Embodiment 7, at this time the pressure bar ring 221 of the pressure bar 22 is twisted by 90 degrees and connected at the first clamping part 41, which belongs to another combined use mode of the lock and the pressure bar. Embodiment 9

[0125] A mechanical trigger 1, a switch module 2, a power module 3 and a catching module 4 are provided in the automatic mechanical catching device.

[0126] The mechanical trigger 1 includes a bait protection structure 11, a bait retrieval opening 12, a bait hanging component 13, a force transmission component 14, and a support component 15. The bait protection structure 11 is a cuboid cavity. The bait retrieval opening 12 is obtained by removing one end of the bottom surface of the cuboid cavity. A small hole is opened on the bottom surface of the other end of the cuboid cavity corresponding to the bait retrieval opening 12, and the support component 15 is this small hole. The bait hanging component 13 is a fishhook. The force transmission component 14 is a fishing line.

[0127] The switch module 2 includes a latch 21 and a pressure rod 22. The latch 21 is formed by welding a first iron ring 211, an iron wire 214, a second iron ring 212, and a third iron ring 213 in sequence. The first iron ring 211 and the second iron ring 212 are coplanar, and the third iron ring 213 is perpendicular to the plane containing the first iron ring 211 and the second iron ring 212. The third iron ring 213 has a notch 215. One end of the pressure rod 22 is a support end 221, the middle is a pressure rod ring 222, and the other end is a plug-in end 223. The plug-in end 223 is used to insert the second iron ring 212.

[0128] The power module 3 is a spring, including an energy storage ring 31. One lever arm is bent to form a first bend 32, and the end of the other lever arm is bent to form a second bend 33. There are two springs.

[0129] The capturing module 4 is a net clamp, including a first clamping piece 41, a second clamping piece 42, and a rotating shaft 43. The first clamping piece 41 is injection molded from plastic, with a support base 412 at one end. The support base has holes 4121, and there are four support bases 412. A recess 411 is provided in the middle of one end near the support base. The support rod 414 is an extension of the first clamping piece 41. One end is a first support ring 4141. The middle part is bent twice to form a bent section 4142 perpendicular to both ends of the support rod 414. The other end is bent several more times to form a support bend 4143 and a second support ring 4144. The support rod 414 can move with the first clamping piece 41. The connection can also be fixedly connected to the first clamp 41. When fixedly connected, the end of the first support ring 4141 is inserted into the end of the first clamp 41 with the support seat 412, and then they are combined into one piece. The support rod 414 and the first clamp 41 form an angle. The second clamp 42 is composed of a portal frame 421 and a net 422. The portal frame 421 has rotating rings 4211 at both ends, and the net 422 has a fastener 4221 on one side. There are six fasteners 4221. The second clamp 42 passes through the rotating rings 4211, the holes 4121 on the support seat 4121, and the fasteners 4221 in sequence by the rotating shaft 43, and is movably connected to the first clamp 41.

[0130] The power module 3 is clamped on the first clamping piece 41 by the bend 32, the energy storage ring 31 passes through the rotating shaft 43, the bend 33 is buckled on the door-shaped frame 421, and details are shown in FIG. 13. When the trapping module 4 is opened, the power module 3 is opened at the same time, and the rebound force after the power module 3 is opened promotes the closing of the trapping module 4.

[0131] The bait protection structure 11 of the mechanical trigger 1 is bonded at the recess 411 of the first clamping piece 41, and the bait taking opening 12 is located near the center of the first clamping piece 41. The support rod 414 and the first clamping piece 41 are movably connected, the first support ring 4141 of the support rod 414 passes through the rotating shaft 43, and the bend segment 4142 relies on the top of the bait protection structure 11. At this time, the support rod 414 and the first clamping piece 41 form an opening angle.

[0132] The pressing rod 22 of the switch module 2 is sleeved on the support bend 4143 of the support rod 414 through the pressing rod ring 222, and the lock catch 21 is sleeved on the second support ring 4144 of the support rod 414 through the first iron ring 211. Details are shown in FIG. 12.

[0133] After one end of the force transmission component 14 is connected to the bait hanging component 13, the other end passes through the support component 15 of the mechanical trigger 1, then passes through the third iron ring 213 of the lock catch 21, and is connected with the switch module 2, and finally passes around the rotating shaft 43 to form the first knot 141 and is hung on the upper surface of the rotating shaft 43. After one end of the force transmission component 14 is connected to the bait hanging component 13, the other end passes through the support component 15, and the first knot 141 can also be directly formed and hung on the third iron ring 213.

[0134] In use, first, the force transmission component 14 is taken out through the gap 215 on the third iron ring 213 of the lock catch 21 of the switch module 2, the bait hanging component 13 is pulled out through the bait taking opening 12, after the bait is hung, the force transmission component 14 is reconnected with the lock catch 21 of the switch module 2 through the gap 215;

[0135] Then, the trapping module 4 is opened, the support end 221 of the pressing rod 22 is blocked in the middle position of the top of the door-shaped frame 421 of the second clamping piece 42, the first clamping piece 41 and the second clamping piece 42 are prevented from closing, the plug-in end 223 of the pressing rod 22 is inserted into the second iron ring 212 of the lock catch 21, at this time, the switch module 2 is closed, and the trapping module 4 is in an open state waiting for trapping.

[0136] As shown in FIG. 14, then, one end of the fishing main line 5 is connected to the fishing rod, the other end passes through the pressing rod ring 222 of the pressing rod 22, and forms the second knot 51 and is hung in the middle position of the top of the door-shaped frame 421 of the second clamping piece 42.

[0137] Finally the capturing device is thrown into the water, the target crab finds the bait on the bait hanging component 13, and wants to eat the bait, and can only drill into the bait taking opening 12 or extend the crab pincers or crab legs into the bait protection structure 11 to obtain the bait and then pull it outwards, the pulling force pulls the lock 21 through the force transmission component 14, the lock 21 rotates, the insertion end 223 of the pressure rod 22 loses the blocking of the second iron ring 212 of the lock 21, at this time the switch module 2 is opened, the pressure rod 22 rotates under the rebound force of the power module 3, the rebound force is transmitted through the door-shaped frame 421 of the second clamping piece 42, the first clamping piece 41 and the second clamping piece 42 are closed, and the capturing module 4 catches the crab. When the second clamping piece 42 is closed, the door-shaped frame 421 pulls the main line 5, so that the crab catcher can timely and obviously receive the signal of catching the crab, and the crab is harvested by lifting the rod.

[0138] The net clamp can also be made into a circular or scallop or mussel shape, the included angle between the first clamping piece 41 and the extension part support rod 414 can be 180 degrees, and the first clamping piece 41 can also be made of a net and a wire like the second clamping piece 42. Embodiment 10

[0139] A net clamp of an automatic trap capturing device, as shown in Figures 16-18, comprises a mechanical trigger 1, a switch module 2, a power module 3 and a capturing module 4.

[0140] The mechanical trigger 1 comprises a bait protection structure 11, a bait taking opening 12, a bait hanging component 13, a force transmission component 14 and a support component 15; the bait protection structure 11 is a cuboid cavity; the bait taking opening 12 is obtained by removing one end bottom surface of the cuboid cavity; the bait taking opening 12 is attached with a circular ring at the other end of the cuboid cavity, and the support component 15 is the circular ring; the bait hanging component 13 is a fish hook; and the force transmission component 14 is a fishing line.

[0141] The switch module 2 comprises a lock 21 and a pressure rod 22; the lock 21 is sequentially welded by a first iron ring 211, a wire 214, a second iron ring 212 and a third iron ring 213, the first iron ring 211 and the second iron ring 212 are coplanar, the third iron ring 213 is perpendicular to the plane where the first iron ring 211 and the second iron ring 212 are located, and the third iron ring 213 has a notch 215; one end of the pressure rod 22 is a pressure rod ring 221, and the other end is an insertion end 222, which is used for inserting into the second iron ring 212. The power module 3 is a spring, comprising an energy storage ring 31, a first force arm 32 and a second force arm 33, the end of the first force arm 32 is bent to form a bend 321, and there are two springs.

[0142] The catching module 4 is a net clamp, comprising a first clamp 41, a second clamp 42, and a rotating shaft 43; the first clamp 41 is made of plastic injection molding, and a support seat 412 with a hole is arranged at the middle of the first clamp 41; the support seat 412 has four, two on one side, and a gap 411 is arranged in the middle; a lock ring 414 and a pressing rod ring 415 are sequentially adhered to the middle of one end of the first clamp 41; a plurality of net holes 413 are arranged on the edge of one half of the first clamp 41; the second clamp 42 is combined by a door frame 421 and a net 422; the door frame 421 has rotating rings 4211 at both ends; the net 422 has a plurality of buckles 4221 at the lower end; the second clamp 42 sequentially passes through the rotating rings 4211 by the rotating shaft 43; and the support seat 412 is movably connected with the first clamp 41; the buckles 4221 of the net 422 are buckled on the net holes 413 on the edge of the first clamp 41, and the first clamp 41 and the second clamp 42 are connected together; the half of the first clamp 41 with the net holes 413 is an extension part without the net holes on the other half, which supports the opening of the organ net disc clamp and has the same function as the support rod 414 in the embodiment 9.

[0143] The second force arm 33 of the power module 3 is tightly attached to the first clamp 41; the energy storage ring 31 passes through the rotating shaft 43; the bending 321 of the first force arm 32 is buckled on the door frame 421; the catching module 4 and the power module 3 are combined together; when the catching module 4 is opened, the power module 3 is also opened; and the rebound force after the power module 3 is opened promotes the closing of the catching module 4.

[0144] The bait protection structure 11 of the mechanical trigger 1 is adhered to the gap 411 of the first clamp 41; and the bait taking opening 12 is arranged at the position of the gap 411.

[0145] The pressing rod 22 of the switch module 2 is sleeved on the pressing rod ring 415 of the first clamp 41 through the pressing rod ring 221; and the lock 21 is sleeved on the lock ring 414 through the first iron ring 211; the pressing rod 22 and the lock 21 of the switch module can be combined into one lock 21, as shown in FIG. 18; at this time, the plug-in connector 4212 is welded in the middle of the first clamp 41, and the plug-in connector 4212 is used for plugging into the second iron ring 212 of the lock 21.

[0146] After one end of the force transmission component 14 is connected with the bait hanging component 13, the other end passes through the support component 15 of the mechanical trigger 1, then passes out of the bait taking opening 12, and then passes through the third iron ring 213 of the lock 21 to form the first buckle 141 connected with the switch module 2.

[0147] When used, first, the first buckle 141 of the force transmission component 14 is taken out through the gap 215 on the third iron ring 213 of the lock 21 of the switch module 2; then the bait hanging component 13 is pulled out through the bait taking opening 12; after the bait is hung, the first buckle 141 is connected with the lock 21 of the switch module 2 through the gap 215 again;

[0148] Then the capture module 4 is opened, the pressure bar 22 is pressed on the middle of the top of the door frame 421 of the second clamping piece 42, preventing the first clamping piece 41 and the second clamping piece 42 from closing, the insertion end 222 of the pressure bar 22 is inserted into the second iron ring 212 of the lock 21, at this time the switch module 2 is closed, and the capture module 4 is in the open state waiting for capture.

[0149] Then the fishing main line 5 is connected to the fishing rod at one end and forms the second knot 51 tied to the top of the door frame 421 of the second clamping piece 42 at the other end.

[0150] Finally, the capture device is thrown into the water. After the target crab finds the bait on the bait hanging component 13, it wants to eat the bait and can only drill into the bait taking opening 12 or extend the crab pincers or crab legs into the bait protection structure 11 to obtain the bait and then pull it out. The pulling force pulls the lock 21 through the force transmission component 14, the lock 21 rotates, the insertion end 222 of the pressure bar 22 loses the block of the second iron ring 212 of the lock 21, at this time the switch module 2 is opened, the pressure bar 22 rotates under the action of the rebound force of the power module 3, the rebound force is transmitted through the door frame 421 of the second clamping piece 42, the first clamping piece 41 and the second clamping piece 42 are closed, the net 422 is fully opened and covers the first clamping piece 41, and the capture module 4 catches the crab. When the second clamping piece 42 is closed, the door frame 421 pulls the main line 5, so the crab catcher can timely and obviously receive the signal that the crab is caught, and then the fishing rod is lifted to harvest the crab.

[0151] The net disc clamp of the device can also be circular, the bait protection structure can also be placed flat on the first clamping piece 41 away from the end of the switch module 2 with the bait taking opening 12 facing the switch module 2, or the bait protection structure can also be placed flat on the first clamping piece 41 close to the end of the switch module 2 with the bait taking opening 12 facing away from the switch module 2, and the first clamping piece 41 can also be made of a net and a wire like the second clamping piece 42. Example 11

[0152] A tower-shaped opening and closing cage of a capture device with an opening and closing structure, as shown in Figures 19-20, includes a mechanical trigger 1, an opening and closing cage net body 2, a spring assembly 3, a wire collecting assembly 4, and a pulling rope 5.

[0153] The mechanical trigger 1 includes a bait protection structure 11, a bait taking opening 12, a bait hanging component 13, a force transmission component 14, and a support component 15. The bait protection structure 11 is a cuboid-shaped cavity. The bait taking opening 12 is a cuboid-shaped cavity with one end bottom removed. A circular ring is attached to the other end of the cuboid-shaped cavity corresponding to the bait taking opening 12, and the support component 15 is the circular ring. The bait hanging component 13 is a fish hook. The force transmission component 14 is a fishing line.

[0154] The openable and closable mesh cage 2 is connected by connecting rods 25 from a square base sheet 21 and four triangular side sheets 22. The square base sheet 21 has a square opening in the middle. The connecting parts of the square base sheet 21 and the four triangular side sheets 22 have protruding connecting heads 23. The connecting heads 23 have connecting holes 24. The connecting heads 23 of the square base sheet 21 and the four triangular side sheets 22 are interlocked. The connecting rods 25 are inserted into the connecting holes 24 to connect the square base sheet 21 and the four triangular side sheets 22. The elastic component 3 is a spring. The spring is connected by the connecting rods 25 at the connecting parts of the square base sheet 21 and the four triangular side sheets 22. In the natural state of the spring, the square base sheet 21 and the four triangular side sheets 22 are substantially in a plane. The openable and closable mesh cage 2 is in an open state.

[0155] The collecting component 4 is a wire ring. After the force transmission component 14 is connected to the bait hanging component 13, the other end of the force transmission component 14 passes through the support component 15 of the mechanical trigger 1, then passes through the bait taking opening 12 and is connected to the collecting component 4.

[0156] The pulling rope 5 is fishing line. There are four fishing lines. One end of the fishing line is connected to the top end of the triangular side sheet 22 away from the elastic component 3. The other end of the fishing line passes through the collecting component 4 and is connected to the main fishing line. The bait protection structure 11 is bonded to the square opening in the middle of the square base sheet 21 of the openable and closable mesh cage 2.

[0157] When in use, the bait hanging component 13 hangs the bait. Then the trapping device is thrown into the water. The openable and closable mesh cage 2 is naturally opened under the action of the elastic component 3. The main line has a float. Under the action of the float, the pulling rope 5 is pulled tight. After the target crab finds the bait, the crab uses the crab pincers or the crab legs to stretch into the bait protection structure 11 to grab the bait. After grabbing the bait, the crab pulls back. The force transmission component 14 pulls the collecting component 4 to drive the pulling rope 5. Then the float is pulled. The person who sees the signal of the float pulls the main line to drive the pulling rope 5. The force overcomes the elastic force of the elastic component 3 to close the openable and closable mesh cage 2 to capture the crab. Example 12

[0158] A kind of openable and closable mesh cage of openable and closable structure trapping device, as shown in Figure 21, including mechanical trigger 1, openable and closable mesh cage 2, elastic component 3, collecting component 4, pulling rope 5.

[0159] The mechanical trigger 1 includes bait protection structure 11, bait taking opening 12, bait hanging component 13, force transmission component 14, support component 15. The bait protection structure 11 is welded from a iron cylinder 152 and a iron wire. It is ellipsoidal. A semicircular iron ring 151 is welded at the bottom. The bait taking opening 12 is the opening between the iron wires of the bait protection structure 11. The support component 15 is the iron cylinder 152 and the semicircular iron ring 151. The bait hanging component 13 is an anchor hook. The force transmission component 14 is fishing line.

[0160] The open-close cage 2 is welded by a center base 26 made of lead and a plurality of steel wires 27, the top of the steel wire 27 deviating from the center base 26 is provided with a threading ring 28, the elastic component 3 is the steel wire 27 itself, the open-close cage 2 is in an unfolded state in a natural state of the steel wire 27; the line collecting component 4 is a circular ring made of iron wire, which is called a line collecting ring; the pull rope 5 is fishing line, which has four ends, one end of the fishing line is connected to the threading ring 128, then sequentially passes through the three adjacent threading rings 28, and finally passes through the line collecting component 4 to be connected to the main fishing line;

[0161] The bait protection structure 11 is welded on the center base 26, and of course can also be fixed on the center base 26 by screwing or twisting the iron wire, one end of the force transmission component 14 is connected to the bottom half circular iron ring 151 of the bait protection structure 11, the other end passes through the iron cylinder 152, and then is connected with the line collecting component 4, the bait hanging component 13 is fixed on the force transmission component 14 inside the bait protection structure 11. The use method is the same as that of example 11. Example 13

[0162] A claw sleeve structure capturing device, as shown in FIGS. 22-23, includes a mechanical trigger 1, a wire arrangement component 2, and a rope sleeve 3; the mechanical trigger 1 includes a claw-shaped bait protection structure 11, a bait taking opening 12, a bait hanging component 13, a force transmission component 14, and a support component 15.

[0163] The claw-shaped bait protection structure 11 includes a center main body 111 made of injection molding and six claw-shaped structures 112 made of steel wire; as shown in FIG. 22, the claw-shaped structures 112 are distributed around the center main body by inserting claw-shaped holes 113 on the center main body 111; the wire arrangement component 2 made of silica gel is sleeved on the claw-shaped structures 112, three on each claw-shaped structure; the rope sleeve 3 is connected to the center main body 111 by passing through a rope sleeve hole 114; the bait hanging component 13 is a fish hook, the force transmission component 14 is fishing line, and the support component 15 is a force transmission hole 115 provided on the center main body 111 of the claw-shaped bait protection structure 11, the force transmission component 14 is connected to the bait hanging component 13 after passing through the force transmission hole 115, and the bait hanging component 13 cannot pass through the support component 15; the main line is connected to the force transmission component 14 during use; the bait taking opening 12 is an opening formed between adjacent claw-shaped structures 112 and the ground surface when the claw-shaped bait protection structure 11 stands on the ground surface.

[0164] During use, bait is first hung on the bait hanging component 13, then the rope sleeve 3 is embedded in the opening on the wire arrangement component 2, so that the rope sleeve 3 is unfolded around the bait taking opening 12, and finally the capturing device is thrown into water, the crab must pass through the rope sleeve 3 through the bait taking opening 12 to touch the bait after finding the bait; the crab clamps the bait and drags, which will pull the main line, so that the catcher finds the crab and quickly pulls the main line to lift the claw-shaped bait protection structure 11, a part of the body of the crab, such as a crab claw, will be hung on the rope sleeve 3, and the rope sleeve 3 is contracted to catch the crab.

[0165] Six rope sleeves 3 are spread out at the six bait taking openings, one is shown as an example, the same as examples 14 and 15.

[0166] The mechanical trigger bait taking opening in examples 1-6 can also catch crabs after the rope sleeve is connected to the support component, and can also get the bait taking signal in time. Example 14

[0167] A support component special claw sleeve structure trapping device, as shown in Figure 24, the support component 15 is a force transmission hole 115 and a support wire rod 151, the support wire rod 151 is made of hard iron wire, one end is provided with a support wire ring 152, the other end is inserted into the rope sleeve hole 114, one end of the force transmission component 14 is formed with a hitch 141 which is hitched on the support wire ring 152, the other end passes through the force transmission hole 115 and is connected to the main line, the bait hanging component 13 is a section of the force transmission component 14 near the hitch 141, the bait hanging component 13 can also be a fish hook provided on the section of the force transmission component 14 near the hitch 141; the rest of the components are the same as example 12. When using, first put bait on the bait hanging component 13, and the rest is the same as example 12, except that the force transmission component 14 is pulled a greater distance because one end is formed with a hitch 141 which is hitched on the support wire ring 152. Example 15

[0168] A simple claw sleeve structure trapping device, as shown in Figure 25, including a mechanical trigger 1, a wire arrangement component 2, and a rope sleeve 3; the mechanical trigger 1 includes a claw-shaped bait protection structure 11, a bait taking opening 12, a bait hanging component 13, and a support component 15; the force transmission component of the mechanical trigger 1 is removed.

[0169] The claw-shaped bait protection structure 11 includes six claws 112 made of steel wire, and a central body 111 formed by winding six claws 112 at one end with a soft iron wire 116 to gather together; the central body 111 is the support component 15; the bait hanging component 13 is a fish hook connected to the central body 111; the wire arrangement component 2 made of silica gel is sleeved on the claws 112, three on each claw; the rope sleeve 3 is connected at one end to the central body 111; the bait taking opening 12 is the opening formed between the adjacent claws 112 and the ground surface when the claw-shaped bait protection structure 11 stands on the ground surface;

[0170] When using, first hang bait on the bait hanging component 13, then embed the rope sleeve 3 into the opening on the wire arrangement component 2, make the rope sleeve 3 surround the bait taking opening 12, and finally throw the trapping device into the water, the crab must pass through the rope sleeve 3 through the bait taking opening 12 to touch the bait after finding the bait; the crab will drag the trapping device when clamping the bait, the catcher will find the crab and quickly pull the main line to lift the claw-shaped bait protection structure 11, a part of the crab's body, such as the crab claw, will be hung on the rope sleeve 3, and the rope sleeve 3 will shrink to trap the crab.

[0171] The above merely illustrates the embodiments of the present application, and does not limit the patent scope of the present application, and any equivalent structure or equivalent process transformation, or direct or indirect application in other related technical fields, which are made by using the content of the present application specification and drawings, are also included in the patent protection scope of the present application.

Claims

1. A mechanical trigger, characterized by: The bait protection structure, the bait taking opening, the bait hanging component, the force transmission component, the supporting component, the bait taking opening is located on the bait protection structure, the bait hanging component is located inside the bait protection structure, the force transmission component is combined with the bait hanging component, and the supporting component provides support and support for the bait hanging component and the force transmission component.

2. An automatic gun capture device, comprising a switch module, a power module, a capture module, the switch module controls the power module, the power module drives the capture module, characterized in that: Also comprising a mechanical trigger of claim 1; the mechanical trigger controls the switch module.

3. An automatic animal capture device according to claim 2, wherein: The power module is a spring, the spring is installed on the bait protection structure; the capturing module is a rope sleeve, the rope sleeve is located at the bait taking opening, one end of the rope sleeve is connected with the spring; the switch module is a lock and a pressing rod, the lock and the pressing rod are used in combination and are combined with the spring and the bait protection structure; the force transmission component of the mechanical trigger is connected with the lock and is responsible for the opening of the switch module.

4. An automatic animal capturing device according to claim 2, characterized in that: The power module is a spring, the spring is installed on the bait protection structure; the capturing module is a clip, the first clamping part of the clip is one end of the spring, and the other clamping part is the bait protection structure body at the bait taking opening; the switch module is a lock and a pressing rod, the lock and the pressing rod are used in combination and are combined with the spring and the bait protection structure; the force transmission component of the mechanical trigger is connected with the lock and is responsible for the opening of the switch module.

5. An automatic animal capturing device according to claim 2, characterized in that: The capturing module is a net clamp, the mechanical trigger is combined with the net clamp, the power module is a spring, the spring is combined with the net clamp, the net clamp is opened when the spring is opened, and the rebound force of the opened spring promotes the closing of the net clamp; the switch module is a lock and a pressing rod, the lock and the pressing rod are used in combination and are combined with the net clamp; the force transmission component of the mechanical trigger is connected with the lock and is responsible for the opening of the lock.

6. An opening and closing structure capturing device, comprising an opening and closing capturing module, the opening and closing capturing module comprising an opening and closing cage net body, an elastic component, a collection component, a pull rope, the elastic component being arranged on the opening and closing cage net body and controlling the opening of the opening and closing cage net body, the pull rope being connected to the opening and closing cage net body and passing through the collection component, the pull rope and the collection component cooperating to control the closing of the opening and closing cage net body, characterized in that: Also comprising a mechanical trigger of claim 1; the bait protection structure is installed on the opening and closing cage net body, and the force transmission component is connected with the collection assembly.

7. A noose capture device comprising a noose, characterised in that: Also comprising a mechanical trigger of claim 1; the rope sleeve is connected to the bait protection structure.

8. A noose capture device according to claim 7, wherein: Also comprising a wire arranging component; the bait protection structure is a claw-shaped bait protection structure, the claw-shaped bait protection structure comprises a central body and claws, the claws are at least three, and the claws are distributed around the central body; the bait taking opening is located on the claw-shaped bait protection structure, specifically, the opening formed between adjacent claws and the ground surface when the claw-shaped bait protection structure stands up; the rope sleeve is connected to the claw-shaped bait protection structure, and the wire arranging component is arranged on the claw, under the action of the wire arranging component, the rope sleeve is unfolded around the bait taking opening; The supporting component can be a hole provided on the central body of the claw-shaped bait protection structure, and the force transmission component is connected with the bait hanging component after penetrating through the supporting component, and the bait hanging component cannot penetrate through the supporting component; The supporting component can also be a hole provided on the central body of the claw-shaped bait protection structure and a supporting wire rod connected with the central body, one end of the supporting wire rod is connected with the central body, the other end is connected with the force transmission component, and the other end of the force transmission component penetrates through the hole provided on the central body; at this time, the bait hanging component can be a section of the force transmission component connected with the supporting wire rod inside the bait protection structure, and can also be a bait hanging component connected to the section of the force transmission component connected with the supporting wire rod inside the bait protection structure.

9. A simple claw structure capturing device, characterized by: The application relates to a baiting device, which comprises a bait protection structure, a bait taking opening, a bait hanging component, a supporting component, a wire arranging component and a rope sleeve; the bait protection structure is a claw-shaped bait protection structure, the claw-shaped bait protection structure comprises a central body and claws, the claws are at least three, and the claws are distributed around the central body; the bait taking opening is located on the claw-shaped bait protection structure, and specifically is an opening formed between adjacent claws and the ground surface when the claw-shaped bait protection structure stands up; the rope sleeve is connected to the claw-shaped bait protection structure, the wire arranging component is arranged on the claws, under the action of the wire arranging component, the rope sleeve is unfolded around the bait taking opening; the bait hanging component is connected to the bait protection structure and is located inside the bait protection structure; and the supporting component is a bait protection structure body at the connection position of the bait hanging component and the bait protection structure.

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