CN205250170U - Cursory recoverer is used in fishing - Google Patents

Abstract

The utility model provides a cursory recoverer is used in fishing uses when cursory retrieving the fishing, prevents to lead to cursory the droing to improve the reliability of cursory recovery because of a plurality of clavules excessively open. Having the basal portion and connecting at the well axial region of aforementioned basal portion and connect a plurality of clavules at aforementioned basal portion, aforementioned clavule surrounds the configuration around aforementioned axis portion, has to fix in aforementioned claval lengthwise orientation on the way on the position and limit the circular member that aforementioned clavule moved to spindle unit orientation in keeping away from.

Description

Float for angling recover

Technical field

The utility model relates to a kind of float for angling recover, its for the process that is recovered in fishing for a certain reason from fishline come off and keep afloat or water float for angling.

Background technology

Float for angling recover in the past, it is radial outstanding form and is fixed on base portion for reclaiming multiple clavas of float for angling (hereinafter referred to as cursory). For example there are patent documentation 1, patent documentation 2, patent documentation 3 etc.

The cursory recover of patent documentation 1 has axis and cursory recoverer and locking device. The input side front end of axis is provided with hammer body, and opposite side is made fishline connecting portion. Cursory recoverer is by the slide unit being arranged in a movable manner on axis longitudinally, be connected in the many skeletons (being equivalent to clava) on slide unit along axis axle, and each skeleton is to radial integral type to fishline connecting portion one side opens, and the connection bracket parts that each skeleton integral type is drawn in form. Locking device remains on the certain position on axis by aforementioned buoy recoverer in the time that buoy recoverer launches and while gathering in. But, owing to thering is slide unit and the locking device of axis, buoy recoverer, there is the problem that complex structure cost is high.

It is 1～30cm/ second that the cursory recover of patent documentation 2 is designed to subsidence velocity, therefore, not only swims in the cursory of the water surface, such as also reclaiming in sinking the cursory of state in water because pricking the end. But, exist because skeleton excessively opens and make the cursory landing that must reclaim, even skeleton is subject to the strong resistance of water and diastrophic problem.

The cursory recover of patent documentation 3, in order to keep multiple claval opening shapes, has the closed circular mount structure along around openings part. This closed circular mount structure is to adopt the structure that bar ropes such as filament, metallic cable, synthetic resin rope, multiple skeletons is to round frame shape and is connected to front end. But, because each clava is shorter from the outside outstanding partial-length of link position of the bar ropes such as wire, be used for tangling cursory claval length shorter, there is the problem of cursory recovery difficulty.

Patent documentation 1: the JP 2001-292678 of Japan communique

Patent documentation 2: the JP 2002-272340 of Japan communique

Patent documentation 3: No. 3118150 communique of Japan's utility model registration

Utility model content

The utility model is intended to solve the problem that above-mentioned prior art exists, and provides a kind of and can prevent from reclaiming multiple clavas when cursory and, because of excessive the opening of resistance of water, improve the cursory recover of cursory recovery reliability.

The utility model is a kind of float for angling recover, it is characterized by, possess: base portion and be connected to the middle axle of aforementioned base portion and be connected to multiple clavas of aforementioned base portion, aforementioned clava is fixed on aforementioned claval longitudinally way meta and is set up and limits aforementioned clava to the circle ring part moving away from middle axle direction around being configured in around aforementioned middle axle, having.

Use the utility model, reclaiming when cursory, can prevent that clava from significantly opening because of the resistance that bears water, thereby improve the reliability of cursory recovery.

Brief description of the drawings

Fig. 1 represents that the related cursory recover of the utility model embodiment 1 uses the stereogram of state.

Fig. 2 (a) and Fig. 2 (b) are the assembling stereograms of the related cursory recover of the utility model embodiment 1.

Fig. 3 (a) and Fig. 3 (b) represent that the related cursory recover of the utility model embodiment 1 uses the stereogram of state.

Fig. 4 (a) and Fig. 4 (b) are the contrast side views of the related cursory recover of the utility model embodiment 1 and existing design.

Fig. 5 (a) and Fig. 5 (b) represent that the related cursory recover of the utility model embodiment 1 uses the side view of state.

Fig. 6 is the stereogram that represents the related cursory recover of the change example 1 of the utility model embodiment 1.

Fig. 7 (a) and Fig. 7 (b) are the assembling stereograms that represents the related cursory recover of the change example 2 of the utility model embodiment 1.

Fig. 8 (a) and Fig. 8 (b) are the assembling stereograms that represents the related cursory recover of the change example 3 of the utility model embodiment 1.

Fig. 9 (a) and Fig. 9 (b) are the assembling stereograms of the related cursory recover of the utility model embodiment 2.

Symbol description

The cursory recover of 10-; The cursory recover of 10A-(existing design); 11-base portion; 12-clava; 13-middle axle; 13A-extends axis; 14-fishline attachment; 15-buoyancy body; 20-circle ring part; 20A-elongated hole circle ring part; The radial circle ring part of 20B-; 21-annulus fixing hole; 30-fishline; 31-is cursory.

Detailed description of the invention

Below, with reference to accompanying drawing, the related cursory recover of the utility model embodiment is described. Accompanying drawing used herein is Fig. 1～Fig. 9.

Embodiment 1

Fig. 1～Fig. 8 represent embodiment 1 of the present utility model with and become example 1～3.

Cursory recover 10 is used for reclaiming owing to pricking cursory 31 of certain situations such as the end and fishline disconnection. Be used for tangling, reclaim cursory 31 and multiple clavas 12,12 of fishline 30 ... being radial is fixed on base portion 11. And, using being used for connecting, traction is as the middle axle 13 of the fishline 30 of exhausting line, be fixed on aforementioned base portion 11, and make its be substantially positioned at multiple clava 12,12 ... center.

Base portion 11 forms the end top of cursory recover 10, is in the present embodiment conical shaped shape. In the bottom surface of conical shaped shape, be circumferentially formed multiple hole portion, its be used for by multiple clava 12,12 ... be radial fixing. And, in the center that approaches of the bottom surface of conical shaped shape, be provided with for inserting and the middle axle installing hole of fixing middle axle 13 front ends. The rear end of middle axle 13 has for fastening the fishline attachment 14 as the fishline 30 of exhausting line.

In the present embodiment, the hole portion bonding agent that 20 clavas 12 is inserted to base portion 11 is fixed. The length of each clava 12 is about 175 millimeters, and diameter is about 2 millimeters. And, although the material of clava 12 has adopted Merlon, also can use metal and the other materials such as the synthetic resin such as polyethylene, polyvinyl chloride or aluminium, titanium. In addition, the material of clava 12, shape, radical etc. are not particularly limited.

Meanwhile, fixed form is also not limited to bonding agent. For example can bolt be set at the front end of clava 12, at base portion 11, nut be set, be tightened by screw thread.

Clava 12 acutangulates (profile is cone shape) with respect to the axis direction of middle axle 13 and is fixed on base portion 11, and its proper angle is 5～10 degree.

Middle axle 13 is parts that the requirement of drawing cursory recover 10 for connecting fishline 30 has rigidity. Its material can adopt metal and the other materials such as the synthetic resin such as polyethylene, polyvinyl chloride or aluminium, titanium. In the present embodiment, diameter is 6 millimeters, and length is 175 millimeters. In addition, material, the shape etc. of middle axle 13 are not particularly limited.

And the outside of middle axle 13 is embedded with the tubulose floatage body 15 of 17 millimeters of diameters, 87.5 millimeters of length. Floatage body 15 has adopted foaming EVA, but as long as the buoyant material of tool in water can, be not particularly limited. And according to circumstances floatage body 15 itself can also.

Cursory recover 10 has the circle ring part 20 that forms the utility model major part. Circle ring part 20 from outer ring around be configured in multiple clava 12,12 ... around, be fixed on multiple clava 12,12 ... in at least 2 on. Circle ring part 20 limit multiple clava 12,12 ... expansion, with respect to each clava 12,12 ... fixed position clava 12,12 ... longitudinally on can move.

In present embodiment, circle ring part 20 packaged types be fixed on 20 clavas 12,12 ... in 4 on. Circle ring part 20 in a circumferential direction by 4 places of basic equal intervals (90 degree) configuration be provided with can insert clava 12,12 ... annulus fixing hole 21,21 ... Annulus fixing hole can be made small-bore that clava 12 can not be slid through easily. , remain on the structure on clava 12 not apply manpower with regard to irremovable degree. In addition, although annulus fixing hole 21 is provided with 4 places by equal intervals in present embodiment, 2 places of equal intervals, 3 places or 5 places above also can, and, whole clavas 12 are all inserted also passable.

Circle ring part 20 is preferably elastic materials such as rubber. Annulus fixing hole 21,21 ... by the elastic force of elastic material, circle ring part 20 can be fixed on movably to clava 12,12 ... on.

Below, use the cursory recover 10 of present embodiment 1, to keep afloat or water in cursory reclaimer operation describe.

Cursory recover 10 is tied up on the fishline being connected with fishing rod, aim at keep afloat or water in the cursory recover 10 of cursory input. Cursory recover 10 is due to the floatage body 15 on middle axle 13, and front end base portion 11 sinks in water and to approach the state lying low and keeps afloat.

When pulling back fishline 30, under the traction strength of cursory recover 10 and the resistance of water, multiple clava 12,12 ... start with radial expansion, limit because expansion is subject to circle ring part 20, be controlled in certain open configuration. Therefore, can be by cursoryly reclaiming with the state conscientiously tangling of catching.

To this, if the existing design shown in Fig. 4 (b) and Fig. 5 (b), due to the circle ring part 20 not having in the utility model, clava can significantly open, even if tangled cursory 31 also easily landings.

And, in the utility model, due to circle ring part 20 multiple clava 12,12 ... longitudinally on can move, can by mobile circle ring part 20 multiple bar-shaped topic 12,12 ... on position, according to the situations such as current adjust multiple clava 12,12 ... stretching degree.

And, in the situation that circle ring part 20 is elastic material, tangling at cursory 31 o'clock, firmly draw fishline 30 can make multiple clava 12,12 ... the resistance that is subject to water temporarily significantly opens, and its result can further improve the reliability of catching cursory 31.

Figure 6 shows that the change example 1 of embodiment 1.

In this change example, adopt extended type axis 13, on floatage body 15, received other floatage body 15A. Kind according to will reclaim cursory 31 and reclaim the factor such as distance, needs to use the cursory recover of this type sometimes.

Fig. 7 (a) and Fig. 7 (b) are depicted as the change example 2 of embodiment 1.

In this change example, adopt the circle ring part 20A that has in a circumferential direction 4 elongated holes as circle ring part 20. Annulus fixing hole 21 on the circle ring part 20 that replacement embodiment 1 adopts, by packing multiple clavas 12 into structure in elongated hole, realizes the folding restriction of reclaiming at cursory 31 o'clock.

In addition, also can adopt and will fix the circular hole of a clava 12 and pack the form that the elongated hole of many clavas 12 is arranged alternately into, accompanying drawing slightly.

Fig. 8 (a) and Fig. 8 (b) are depicted as the change example 3 of embodiment 1.

In this change example, adopt radial ring component 20B as circle ring part 20. Annulus fixing hole 21 on the circle ring part 20 that replacement embodiment 1 adopts, by being fixed on the central ring portion and the structure being connected with the outer shroud that is positioned at many clavas 12 outsides from this central authorities' ring portion radiated entends radioactive department out on middle axle 13 (floatage body parts 15), the folding fixing and that reclaim cursory 31 o'clock realizing on certain position limits.

Circle ring part can be also the structure that embodiment 1, the radial ring that becomes example 1,2 and above-mentioned change example 3 combine,, be provided with and be fixed on both standing parts (annulus fixing hole) of middle shaft part 13 (floatage body 15) and clava 12, accompanying drawing slightly.

Embodiment 2

Fig. 9 (a) and Fig. 9 (b) are the stereograms that represents the utility model embodiment 2.

The difference of present embodiment 2 and embodiment 1 is the fixed structure of clava 12 with respect to base portion 11.

The clava 12 of embodiment 2, as shown in Fig. 9 (a), is almost fixed on base portion 11 abreast with middle axle 13. The material of middle axle 13 is identical with embodiment 1, by adopting the circle ring part identical with the change example 2 of embodiment 1 (preferably slightly hard material), as shown in Fig. 9 (b), can open clava 12 according to certain amplitude.

Because the clava of embodiment 1 is fixed on base portion 11 to be the profile of cone shape, take up space, be not easy to storage and carry. And in embodiment 2, under state, clava is closed conventionally, so small volume is convenient to storage and is carried.

Claims (11)

1. a float for angling recover, has base portion and the middle axle and the company that are connected to aforementioned base portionThe multiple clavas that are connected on aforementioned base portion, is characterized by,

Aforementioned clava is around being configured in around aforementioned middle axle,

Have and be fixed on aforementioned claval longitudinally way meta and be set up, and limit aforementioned clava to away fromThe circle ring part that middle axle direction moves.

2. float for angling recover according to claim 1, is characterized by,

Aforementioned clava acutangulates and is fastened on aforementioned base portion with respect to the axis direction of aforementioned middle axle.

3. float for angling recover according to claim 2, is characterized by,

Aforementioned acute angle is 5～10 degree.

4. float for angling recover according to claim 1, is characterized by,

Aforementioned clava is with before on axis direction, the mode of almost parallel is fastened on aforementioned middle axleState base portion.

5. according to the float for angling recover described in any one in claim 1～4, it is characterized by,

The fixed position of aforementioned circle ring part on aforementioned clava can be along aforementioned claval longitudinallyRegulate.

6. according to the float for angling recover described in any one in claim 1～3, it is characterized by,

Aforementioned circle ring part has aforementioned claval 4 holes of inserting that interval 90 in a circumferential direction spends.

7. according to the float for angling recover described in any one in claim 1～3, it is characterized by,

Aforementioned circle ring part has aforementioned claval 3 holes of inserting that interval 120 in a circumferential direction spends.

8. according to the float for angling recover described in any one in claim 1～3, it is characterized by,

Aforementioned circle ring part has aforementioned claval 2 holes of inserting that interval 180 in a circumferential direction spends.

9. according to the float for angling recover described in any one in claim 1～4, it is characterized by,

Aforementioned circle ring part has 2～4 elongated holes at circumferencial direction, in aforementioned elongated hole, can insert multiple beforeState clava.

10. according to the float for angling recover described in any one in claim 1～4, it is characterized by,

Aforementioned circle ring part is made up of elastomeric material.

11. according to the float for angling recover described in any one in claim 1～4, it is characterized by,

Aforementioned circle ring part therein heart position has the hole that can insert aforementioned middle axle.