CN103238574A

CN103238574A - Sea fishing pole baiting sinker

Info

Publication number: CN103238574A
Application number: CN2013101903788A
Authority: CN
Inventors: 王立晶; 王林子
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-05-21
Filing date: 2013-05-21
Publication date: 2013-08-14
Anticipated expiration: 2033-05-21
Also published as: CN103238574B

Abstract

The invention discloses a sea fishing pole baiting sinker which comprises a connection ring, a spring, a bait container outer layer, a bait container inner layer, a container cap inner layer, a container cap outer layer and a balance weight. The top of the bait container inner layer is provided with the connection ring; the spring is arranged between the bait container inner layer and the top of the bait container outer layer; a rotation lock is utilized to generate a pre-rotation force, and when the rotation lock is opened, the outlet of the bait container outer layer corresponds to the outlet portion of the bait container inner layer; the bottom of the bait container inner layer is fixed to the container cap inner layer; the balance weight is arranged at the bottom of the container cap inner layer; and the container cap outer layer is fixed onto the outside of the container cap inner layer through a container cap lock, and the container cap lock guarantees the container cap outer layer to slide on the container cap inner layer and to drive a bait container outer layer to slide upwards to open the rotation lock. The sea fishing pole baiting sinker has the advantage of being an integration of a baiter and a sinker and can serve as a baiter when casted and become a sinker after scattering bait, thereby reducing the casting number, avoiding bait spilling, guaranteeing the uniformity of a baiting position and a fishing position and achieving uniform bait scattering.

Description

The sea pole is beaten nest and is angled bob

Technical field

The present invention relates to a kind of fishing tackle, is a kind of bob of angling specifically, more specifically is a kind of bob of angling of beating the nest function that takes into account.

Background technology

Existing extra large fishing pole fish method is: hang with extra large pole earlier in the position of pre-fishing and make the nest device; Dress nest material is beaten nest, and the bob of angling of changing the band fishhook again of extra large pole is jettisoninged in the nest of just having accomplished fluently then, but because the error that subitem is operated, often fishhook can not accurately drop into nest, lure angle a little inconsistent, influenced fish on angle.In addition old-fashioned beat the nest device when jettisoninging, beat mostly the nest device be less than angle a little in advance before, break nest material in the nest device and aloft just spill and lose.

Summary of the invention

For solving the problems of the technologies described above, the purpose of this invention is to provide and a kind ofly can guarantee to beat the nest position and fish position consistency, and nest material unrestrained losing aloft when jettisoninging, reduce and throw the bar number of times, and the nest material to shed and angle bob uniformly, concrete scheme is as follows:

A kind of extra large pole is beaten nest and is angled bob, comprises connecting ring, spring, feed bin skin, feed bin internal layer, storehouse cap internal layer, storehouse cap skin, balancing weight; Described feed bin internal layer top arranges connecting ring; Described feed bin internal layer top and feed bin arrange described spring between outer top, and described spring has pre-rotation power; Described feed bin skin arranges the outer discharging opening of feed bin, described feed bin internal layer arranges feed bin internal layer discharging opening, described feed bin is outer to arrange rotation lock with the interior interlayer of described feed bin, described rotation lock is for not relatively rotating under the situation that is subjected to pre-rotation power at feed bin skin and interior interlayer, at this moment, described feed bin internal layer discharging opening is corresponding with the outer non-discharging opening part of described feed bin, and the outer discharging opening of described feed bin is corresponding with the non-discharging opening part of described feed bin internal layer; Described feed bin internal layer bottom is fixed with described storehouse cap internal layer; Cap internal layer bottom, described storehouse arranges balancing weight; Described storehouse cap skin locks by the storehouse cap and fixes on the outside of storehouse cap internal layer, and cap lock in described storehouse guarantees that storehouse cap skin can slide at storehouse cap internal layer; When described storehouse cap skin upwards slided, cap skin in described storehouse was with the outer butt of described feed bin and drive the outer upwards slip of feed bin; Open rotation lock when the feed bin skin upwards slides, this moment, the feed bin skin rotated under the effect of spring pre-rotation power with the feed bin internal layer, and at this moment, the outer discharging opening of described feed bin is corresponding with feed bin internal layer discharging opening.

Described rotation lock arranges feed bin internal layer projection for the feed bin internal layer, and the outer relevant position of described feed bin arranges the groove that Open Side Down.

Described storehouse cap lock arranges storehouse cap internal layer projection for storehouse cap internal layer, and cap outer relevant position in described storehouse arranges strip through-hole.

For guaranteeing shedding of nest material, described storehouse cap skin arranges the outer outlet pass of storehouse cap; Described storehouse cap internal layer arranges storehouse cap internal layer outlet pass; Described storehouse cap internal layer outlet pass is corresponding with the outer outlet pass of described storehouse cap.

Water resistance when the air drag when jettisoninging for minimizing and loop line, described feed bin skin is the shuttle type.

Advantage of the present invention is: advantage of the present invention is: making the nest device and weigh down integratedly with angling, is to make the nest device when jettisoninging, and cloth spills just to become behind the nest material and angles bob, reduce the throwing bar number of times more than 50%, when jettisoninging less than angling drop point precoila material not spill in advance, the den with angle consistently, and nest material cloth spills evenly.

Owing to is connected with fishing line on the connecting ring, the fishing line above the connecting ring directly hangs with fish hook, and therefore, it is consistent with the drop point of fishhook to guarantee that the nest material is shed the place; Because the resistance of water, make after the entry, cap skin make progress relative storehouse cap internal layer in storehouse slides, and cap outer field slip in storehouse has the outer feed bin internal layer relatively of the feed bin of drive upwards to slide, the slip of feed bin skin and feed bin internal layer, make the feed bin internal layer projection of feed bin internal layer disengage with the outer field groove of feed bin, the feed bin skin rotates under the effect of spring pre-rotation power, makes that the outer discharging opening of feed bin is corresponding with feed bin internal layer discharging opening position; At this moment, water is entered by the outer outlet pass of storehouse cap, enters the feed bin internal layer by storehouse cap internal layer outlet pass, drives the nest material that is loaded in the feed bin internal layer in advance and is dished out by feed bin ectonexine discharging opening.Owing to be uniformly via the mobile of the water of feed bin internal layer, so shedding of nest material also is uniformly, feed bin is shed behind the nest material effect in counterweight and is lowered into the bottom and becomes and angle bob.

Cap outer power resources in described storehouse are when throwing entry, and water upwards promotes described feed bin skin and upwards slides the outer resistance that produces of described storehouse cap, opens described inside and outside feed bin rotation lock behind the compression spring 2.(resistance that air produces described storehouse cap can not promote described storehouse cap skin less than the elastic force that compresses spring 2 and the feed bin skin moves up).

Description of drawings

Fig. 1 is structural representation of the present invention;

Fig. 2 is the structure chart of another rotation lock;

Fig. 3 is the structure chart of another storehouse cap lock;

Fig. 4 is the structure chart of another storehouse cap lock.

Embodiment

Specify the present invention below in conjunction with accompanying drawing, as shown in Figure 1, the present invention includes connecting ring 1, spring 2, feed bin skin 3, feed bin internal layer 13, storehouse cap internal layer 8, storehouse cap skin 10, balancing weight 11; Described feed bin internal layer 13 tops arrange connecting ring 1; Described feed bin internal layer 13 tops and feed bin arrange described spring 2 between outer 3 tops, and described spring 2 has pre-rotation power and axial elastic force, and described axial elastic force guarantees that rotation lock locks before entry; Described feed bin skin 3 arranges the outer discharging opening 4 of feed bin, described feed bin internal layer 13 arranges feed bin internal layer discharging opening 7, described feed bin outer 3 and 13 of described feed bin internal layers arrange rotation lock 5, described rotation lock 5 is used for not relatively rotating under feed bin outer 3 and 13 of feed bin internal layers are subjected to the situation of pre-rotation power, at this moment, described feed bin internal layer discharging opening 7 is corresponding with described feed bin outer 3 non-discharging opening parts, and the outer discharging opening 4 of described feed bin is corresponding with described feed bin internal layer 13 non-discharging opening parts; Described feed bin internal layer 13 bottoms and described storehouse cap internal layer 8 are fixing; Cap internal layer 8 bottoms, described storehouse arrange balancing weight 11; Described storehouse cap skin 10 is fixed on the outside of storehouse cap internal layer 8 by storehouse cap lock 6, and described storehouse cap lock 6 guarantees that storehouse cap skins 10 can slide at storehouse cap internal layer 8; When described storehouse cap skin 10 upwards slided, described storehouse cap skin 10 was with outer 3 butts of described feed bin and drive upwards slip of feed bin outer 3; Compression spring 2 was opened rotation lock 5 when feed bin skin 3 upwards slided, and this moment, feed bin outer 3 and feed bin internal layer 13 rotated under the effect of spring pre-rotation power, and at this moment, the outer discharging opening 4 of described feed bin is corresponding with feed bin internal layer discharging opening 7; Here " upwards sliding " is that the direction of pointing to connecting ring 1 is slided.

Described rotation lock 5 arranges feed bin internal layer projection 52 for feed bin internal layer 13, and outer 3 relevant positions of described feed bin arrange the groove 51 that Open Side Down; Shown in rotation lock be not a kind of structure shown in Figure 1, can also be other modes, as shown in Figure 2, feed bin internal layer 13 arranges shift fork 101, feed bin skin 3 arranges shift fork groove 102, when storehouse cap skin 10 prolongs storehouse cap internal layer 8 and upwards slides, makes shift fork 101 regain, at this moment, feed bin outer 3 and feed bin internal layer 13 rotate.

So long as the outer 3 relative feed bin internal layers 13 of the feed bin that utilizes storehouse cap skin 10 to move upward to cause rotate, all can be described as rotation lock.

Described storehouse cap lock 6 arranges storehouse cap internal layer projection 61 for storehouse cap internal layer 8, and described storehouse cap skin 10 relevant positions arrange strip through-hole 62, when storehouse cap skin 10 moves upward, can guarantee that storehouse cap internal layer projection 61 slides in strip through-hole 62.

Described storehouse cap lock is not a kind of form shown in Fig. 1 yet, another form as shown in Figure 3 arranges a bulge loop 202 on the storehouse cap internal layer 8, storehouse cap skin 10 arranges locating ring 201, under the effect of bulge loop 202 and locating ring 201, storehouse cap skin 10 can prolong storehouse cap internal layer 8 and upwards slide; Fig. 4 arranges slip through hole 302 for another form of storehouse cap lock on the storehouse cap skin 10, on the storehouse cap internal layer 8 fixed lobe 301 is set, and described slip through hole 302 is corresponding with fixed lobe 301 positions.All can be described as storehouse cap lock 6 so long as can guarantee the device that storehouse cap skin 10 also upwards slides on storehouse cap internal layer 8.

For guaranteeing shedding of nest material, described storehouse cap skin 10 arranges the outer outlet pass 12 of storehouse cap; Described storehouse cap internal layer 8 arranges storehouse cap internal layer outlet pass 9; Described storehouse cap internal layer outlet pass 9 is corresponding with the outer outlet pass 12 of described storehouse cap.

Water resistance when the air drag when jettisoninging for minimizing and loop line, described feed bin skin 3 is the shuttle type.

Advantage of the present invention is: beat nest and fish integratedly, reduce the number of times of jettisoninging, owing to be connected with fishing line on the connecting ring 1, the fishing line of connecting ring 1 top directly hangs with fish hook, and therefore, it is consistent with the fishhook drop point to guarantee that the nest material is shed the place; Because the resistance of water, make after the entry, make progress relative storehouse cap internal layer 8 of storehouse cap skin 10 slides, and the slip of storehouse cap skin 10 drives feed bin outer 3 upwards slips of relative feed bin internal layers 13, the slip of feed bin outer 3 and feed bin internal layer 13, make the feed bin internal layer projection 52 of feed bin internal layer 13 disengage with the outer field groove 51 of feed bin, feed bin skin 3 rotates under the effect of spring 2 pre-rotation power, makes that the outer discharging opening 5 of feed bin is corresponding with feed bin internal layer discharging opening 7 positions; At this moment, water is entered by the outer outlet pass 12 of storehouse cap, enters feed bin internal layer 13 by storehouse cap internal layer outlet pass 9, drives the nest material that is loaded in feed bin internal layer 13 in advance and dishes out via feed bin internal layer discharging opening, the outer discharging opening 4 of feed bin.Because the mobile of water via feed bin internal layer 13 is uniformly, so shedding of nest material also is uniform.

Claims

1. an extra large pole is beaten nest and is angled bob, it is characterized in that: comprise connecting ring, spring, feed bin skin, feed bin internal layer, storehouse cap internal layer, storehouse cap skin, balancing weight; Described feed bin internal layer top arranges connecting ring; Described feed bin internal layer top and feed bin arrange described spring between outer top, described spring has pre-rotation power, described feed bin skin arranges the outer discharging opening of feed bin, described feed bin internal layer arranges feed bin internal layer discharging opening, described feed bin is outer to arrange rotation lock with the interior interlayer of described feed bin, described rotation lock is for not relatively rotating under the situation that is subjected to pre-rotation power at feed bin skin and interior interlayer, at this moment, described feed bin internal layer discharging opening is corresponding with the outer non-discharging opening part of described feed bin, and the outer discharging opening of described feed bin is corresponding with the non-discharging opening part of described feed bin internal layer; Described feed bin internal layer bottom is fixed with described storehouse cap internal layer; Cap internal layer bottom, described storehouse arranges balancing weight; Described storehouse cap skin locks by the storehouse cap and fixes on the outside of storehouse cap internal layer, and cap lock in described storehouse guarantees that storehouse cap skin can slide at storehouse cap internal layer; When described storehouse cap skin upwards slided, cap skin in described storehouse was with the outer butt of described feed bin and drive the outer upwards slip of feed bin; , when upwards sliding, opens the feed bin skin rotation lock, and this moment, the feed bin skin rotated under the effect of spring pre-rotation power with the feed bin internal layer, and at this moment, the outer discharging opening of described feed bin is corresponding with feed bin internal layer discharging opening.

2. extra large pole according to claim 1 is beaten nest and angled bob, it is characterized in that: described rotation lock arranges feed bin internal layer projection for the feed bin internal layer, and the outer relevant position of described feed bin arranges the groove that Open Side Down.

3. extra large pole according to claim 1 is beaten nest and angled bob, it is characterized in that: cap lock in described storehouse arranges storehouse cap internal layer projection for storehouse cap internal layer, and cap outer relevant position in described storehouse arranges strip through-hole.

4. extra large pole according to claim 1 is beaten nest and angled bob, it is characterized in that: described storehouse cap skin arranges the outer outlet pass of storehouse cap; Described storehouse cap internal layer arranges storehouse cap internal layer outlet pass; Described storehouse cap internal layer outlet pass is corresponding with the outer outlet pass of described storehouse cap.

5. extra large pole according to claim 1 is beaten nest and angled bob, it is characterized in that: described feed bin skin is the shuttle type.