CN209546674U - The eye-catching buoy tail of the hollow draining of one kind and effluent buoy - Google Patents
The eye-catching buoy tail of the hollow draining of one kind and effluent buoy Download PDFInfo
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- CN209546674U CN209546674U CN201920139917.8U CN201920139917U CN209546674U CN 209546674 U CN209546674 U CN 209546674U CN 201920139917 U CN201920139917 U CN 201920139917U CN 209546674 U CN209546674 U CN 209546674U
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- buoy tail
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Abstract
The utility model discloses a kind of hollow eye-catching buoy tails of draining, it is characterized in that, it is hollow buoy tail ontology including inside, drift mesh is equipped on buoy tail body outer wall, interval mesh is equipped between two neighboring drift mesh, the interval purpose color and drift purpose color be not identical, it is equipped on buoy tail ontology multiple with the limbers being connected inside buoy tail, multiple limbers are uniformly interspersed along buoy tail ontology axial and circumferential, buoy tail attachment cap is connected in buoy tail body bottom portion, it is detachable connection or integrated molding production between the buoy tail attachment cap and buoy tail ontology；Buoy tail is redesigned by mechanical analysis to buoy and model calculating, use is hollow, the buoy tail of thin-walled, drainage hole structure substantially increases displacement sensitivity and decline (speed) sensitivity of fishing group system, deep fishes remote requirement to meet to fish.
Description
Technical field
The utility model belongs to technical field of fishing, and in particular to the eye-catching buoy tail of the hollow draining of one kind and effluent buoy.
Background technique
In sport-fishing especially platform fishes, fish small fish that the buoy with buoy tail diameter very little, especially winter is just needed to fish
When light mouth fish.If using the buoy that buoy tail is thicker, and the fish hook used is typically small, then not only thick tail buoy is unable to satisfy hook
Mesh requirement, and the power consumption of the faint suction bait of fish is just larger on the buoyancy increment of buoy decline at the thick buoy tail, makes under buoy tail
Drop distance is reduced, and also slows down buoy tail decrease speed.
From physical and mechanical analysis it is found that the power that fish inhales bait is finally to inhale bait with fish drift is driven to drop the drift in length range now
The buoyancy increment for the water that urosome product is subject to maintains an equal level.If buoy tail is excessively thick, and lymphogranuloma inguinale is very light, then the power that fish inhales bait can only be used to overcome
The buoyancy increment of water that buoy tail volume in range is subject to drops in the drift of short length now, that is, can only make to float mesh very slowly under
Seldom length drops, so that fisher can not tell effective lymphogranuloma inguinale in so slow and short drift now drop process.For fishing
For light mouth fish, thick tail drift significantly reduces the sensitivity of fishing group.So selecting thin tail drift is exactly certainty.But winter
The early spring needs to fish deep fish far.And fish far, the buoy of buoy tail diameter very little is difficult to see drift phase clearly, and does not see the spirit of drift phase
Quick is exactly invalid sensitive.
Utility model content
The utility model aim is to propose a kind of middle idle discharge to solve the problems, such as above-mentioned prior art problem
The eye-catching buoy tail of water and effluent buoy, in favor of fishing remote see to float, and the holding being able to satisfy including fishing light mouth small fish is sensitive enough
Degree；It is adopted the technical scheme that in order to achieve the above objectives:
A kind of hollow eye-catching buoy tail of draining, is hollow buoy tail ontology including inside, drift is equipped on buoy tail body outer wall
Mesh is equipped with interval mesh between two neighboring drift mesh, and the interval purpose color and drift purpose color be not identical, in buoy tail ontology
It is equipped with multiple with the limbers being connected inside buoy tail, multiple limbers are uniformly staggeredly divided along buoy tail ontology axial and circumferential
Cloth is connected with buoy tail attachment cap in buoy tail body bottom portion, is detachable connection between the buoy tail attachment cap and buoy tail ontology
Or it is integrally formed production.
Preferably, it is equipped with the spliced eye for connecting bleaching body on buoy tail attachment cap, layer of silica gel is equipped in spliced eye, and
Buoy tail attachment cap is the internal shell for being equipped with cavity, and obturator, the obturator are filled in buoy tail attachment cap internal cavities
Material it is identical as the material of bleaching body inner filling material.
Preferably, the buoy tail attachment cap includes that production transition sleeve is integrally formed with buoy tail body bottom portion, at sleeve bottom
It is equipped with water flowing support frame in portion, outlet pass is equipped on water flowing support frame, connection sleeve is coaxially fixed on water flowing support frame,
The outer diameter for connecting sleeve is less than transition sleeve outer diameter.
Preferably, hydrophobic membrane is coated in buoy tail inner body wall.
Preferably, the wall thickness of the buoy tail ontology is no more than 0.15 millimeter, and the interval purpose length is long no more than drift mesh
The half of degree.
Preferably, the limbers is dug up partial sidewall on the mesh of interval and is formed, the partial sidewall area dug up
Greater than the half of interval mesh surface area.
Preferably, further include bleaching body, transition buoy tail is equipped at the top of bleaching body, be equipped with drift foot, the transition in bleaching body bottom
Buoy tail is plugged on buoy tail attachment cap, and the overall diameter of the buoy tail ontology is greater than transition buoy tail or floats the overall diameter of foot.
Preferably, further include bleaching body, be equipped with drift foot in bleaching body bottom, be coaxially fixed on buoy tail attachment cap at the top of the bleaching body
On, the overall diameter of the big drift foot of the overall diameter of the buoy tail ontology.
It has the beneficial effect that calculate by mechanical analysis to buoy and model possessed by the utility model and buoy tail is carried out
It redesigns, use is hollow, the buoy tail of thin-walled, drainage hole structure substantially increases displacement sensitivity and the decline of fishing group system
(speed) sensitivity, to meet the requirement for fishing deep fishing remote.On the other hand, by the way that buoy tail attachment cap is arranged to transition sleeve
Structure type, realize water flow from buoy tail bottom flow into inflow and (smooth discrepancy) buoy tail in and reduce water (water flowing) resistance
Power, to further improve displacement sensitivity and decline (speed) sensitivity of fishing group system.
A series of complete sides can also be made by adjusting hollow drift purpose outer diameter and wall thickness in the utility model buoy tail
Stream drift meets different hooks and fishes the requirement of fishing of long sight drift.Plug type drift mesh buoy tail and other finished products can also be fabricated to
Conventional monolithic is made with the use of being then " lymphogranuloma inguinale signal amplifier ", with a part of thin solid drift mesh buoy tail and drift tripe drift foot in drift
Buoy is then " effluent drift ".
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the hollow eye-catching buoy tail of draining in specific embodiment 1；
Fig. 2 is the structural schematic diagram of effluent buoy in specific embodiment 1；
Fig. 3 is the structural schematic diagram of the hollow eye-catching buoy tail of draining in specific embodiment 2；
Fig. 4 is the structural schematic diagram of effluent buoy in specific embodiment 2；
Fig. 5 is the structural schematic diagram of the hollow eye-catching buoy tail of draining in specific embodiment 3；
Fig. 6 is the structural schematic diagram of water flowing support frame in Fig. 5；
Fig. 7 is the structural schematic diagram of effluent buoy in specific embodiment 3；
Fig. 8 is the mechanical analysis of the utility model buoy and calculating figure.
Specific embodiment
The utility model is further described with reference to the accompanying drawing.
Specific embodiment 1:
As shown in Figure 1, a kind of hollow eye-catching buoy tail of draining, is hollow buoy tail ontology 107 including inside, in buoy tail ontology
107 outer walls be equipped with drift mesh 101, between two neighboring drift mesh 101 be equipped with interval mesh 102, it is described interval mesh 102 color and
The color for floating mesh 107 is not identical, is equipped on buoy tail ontology 107 multiple with the limbers 103, Duo Getong being connected inside buoy tail
Water hole 103 is uniformly interspersed along 107 axial and circumferential of buoy tail ontology, is connected with buoy tail connection in 107 bottom of buoy tail ontology
Cap 104 is detachable connection or integrated molding production between the buoy tail attachment cap 104 and buoy tail ontology 107.
It is equipped with the spliced eye 105 for connecting bleaching body 3 on buoy tail attachment cap 104, silica gel is equipped in spliced eye 105
Layer, and buoy tail attachment cap 104 is the internal shell for being equipped with cavity, and obturator is filled in 104 internal cavities of buoy tail attachment cap
106, the material of the obturator 106 is identical as the material of bleaching body.
Since resistance when buoy tail ontology 107 declines is increased there are water surface tension force effect in buoy tail ontology 107
Power, therefore in order to reduce this drag effect, hydrophobic membrane is coated on 107 inner wall of buoy tail ontology.
In order to further increase the displacement sensitivity and velocity sensitivity of the utility model buoy tail, the buoy tail ontology 107
Wall thickness be no more than 0.15 millimeter, it is described interval mesh 102 length no more than drift 101 length of mesh half.On the other hand in order to
Guarantee the integrality of drift mesh 101 and convenient for observation property, by the setting of limbers 103 on the mesh 102 of interval, i.e., the described limbers 103
Partial sidewall is dug up on the mesh 102 of interval and is formed, and the partial sidewall area dug up is greater than the one of interval 102 surface area of mesh
Half.
As shown in Fig. 2, a kind of effluent buoy with above-mentioned buoy tail, including bleaching body 3, transition, which is equipped with, at the top of bleaching body 3 floats
Tail 2 is equipped with drift foot 4 in 3 bottom of bleaching body, and the transition buoy tail 2 is plugged on buoy tail attachment cap 104, the buoy tail ontology 107
Overall diameter is greater than transition buoy tail 2 or floats the overall diameter of foot 4.
Specific embodiment 2:
With specific embodiment 1 the difference is that between the structure type and buoy tail 1 and bleaching body 3 of buoy tail attachment cap 104
Connection type.As shown in Figure 3 and Figure 4, it is equipped with and the arc notch 107 that cooperates at the top of bleaching body 3, drift in 105 bottom of spliced eye
The connection-peg that effect is matched with spliced eye 105 is equipped at the top of body 3, connection-peg is inserted into spliced eye 105,3 top of bleaching body and arc
It is bonded between v notch v 107, to realize quick buoy in place.
Specific embodiment 3:
With specific embodiment 1 and specific embodiment 2 the difference is that the structure type and buoy tail of buoy tail attachment cap 104
Connection type between 1 and bleaching body 3.As shown in Figs. 5 to 7, the buoy tail attachment cap include with 107 bottom of buoy tail ontology one at
Type makes transition sleeve 109, and water flowing support frame 108 is equipped in 109 bottom of sleeve, and water flowing is equipped on water flowing support frame 108
Mouth 111, is coaxially fixed with connection sleeve 112 on water flowing support frame 11, and the outer diameter of connection sleeve 112 is less than transition sleeve 107
Outer diameter.
Another kind is being combined in use, transition sleeve 112 is connected with the transition buoy tail of buoy with common buoy,
Directly transition buoy tail can also be fixedly connected with water flowing support frame 108.
The mechanical analysis of the utility model is as follows:
As shown in figure 8, code name is entitled in figure: GDriftBleaching body self weight；GLeadSheet lead weight；GHook bait is outstandingThe hook bait weight to suspend；
MJustInitially fish mesh (i.e. initial view drift length)；FFloating 1Buoyancy of the drift by water when initial fishing mesh；
FIt inhalesThe power of fish suction bait: △ FIt is floatingDrift is dropped within the scope of mesh number now when the power that fish inhales bait makes drift drop final lengths now
Buoyancy increment of the bleaching body by water；MEventuallyThe view when power and drift that fish inhales bait are maintained an equal level by the buoyancy increment of water floats mesh number；D1Effluent
The overall diameter of drift；D2The buoy tail diameter of solid drift identical with the effluent drift annulus area of buoy tail cross section, i.e. equivalent diameter；
D3Solid drift diameter identical with effluent drift overall diameter；The drift of △ M- effluent and the thin tail of equivalent diameter float power and drift that upper fish inhales bait
Mesh number drops in drift when being maintained an equal level by the buoyancy increment of water now；The hollow inside radius of R- effluent drift；The wall thickness of S- effluent drift；△M1-
The power that fish inhales bait drops mesh number with the drift for floating solid drift identical with effluent drift overall diameter when the buoyancy increment by water maintains an equal level now.
Assuming that fish is with constant power F within a certain period of timeIt inhalesTo suck hook bait.FIt inhalesFishing group is caused to decline.And under fishing group
The bleaching body that drop can make to float at mesh enters water volume increase, for entire fishing group, exactly receives the floating of the water increased
Power.When the buoyancy for the water that this is increased and fish inhale when insisting on flat of bait, fishing group drops to final position and stops decline and be in
Stationary state.At this point, buoyancy increment △ F of the bleaching body (exactly, being the bleaching body floated at mesh) by waterIt is floatingEqual to the power that fish inhales bait
FIt inhales.That is:
FIt inhales=△ FIt is floating
This means, it is dropped for final lengths, that is, fishing group system displacement sensitivity now for floating, fish inhales the power F of baitIt inhalesOnly
For " confrontation " drift, the buoyancy increment △ F that the drift mesh bleaching body in length △ M is subject to drops nowIt is floating。
Fish is within a certain period of time with constant power FIt inhalesIt is extremely important to suck hook bait this hypothesis.Make to the system spirit of fishing group
The research of sensitivity becomes clear from chaos.Even if the power of actually fish suction bait is simultaneously non-constant, still, for a certain size and kind
Fish for, the power for sucking hook bait is within the scope of one is determining.From specific fish suck hook bait cause it is specific thick
The length that thin drift is dropped now is limited angle to analyze, and such hypothesis also complies with statistical principle, thus such
Assuming that and science.
And fish suck hook bait cause fishing group decline during, fishing group will also be by the resistance of water.Water resistance declines fishing group
Speed impact, exactly slow down fishing group decline speed.But due to when initially fishing mesh fishing group be it is static, fish inhale
The power F of baitIt inhalesBuoyancy increment △ F with bleaching body by waterIt is floatingMaintain an equal level when, fishing group be also it is static, at this time also without water resistance.So
The length of final fishing group decline is just unrelated with water resistance.
The sensitivity for floating the reasonably combined entire fishing group system of lead hook bait can be divided into two classes.One kind is rate-sensitive
Degree.What is characterized is the velocity characteristic that fish sucks that hook bait causes fishing group to decline.Another kind of is displacement sensitivity.Characterization is that fish sucks
Displacement (length, mesh number) feature that hook bait causes fishing group to decline.As can be seen from the above analysis, water resistance only influences to fish system
The velocity sensitivity of system does not influence displacement sensitivity.So when investigating the displacement sensitivity of fishing group, it is not necessary to consider water
Resistance.
The power F of fish suction baitIt inhalesBuoyancy increment △ F with bleaching body by waterIt is floatingWhen maintaining an equal level, fishing group is static, and fishing group (at drift mesh) reaches
To maximum displacement △ M.And buoyancy increment △ FIt is floating=ρ gVRow=ρ gS1*△M。
S1The cross-sectional area at the drift mesh for the volume for arranging water is taken part in when dropping now to float.It is exactly for effluent drift
The area of the annulus of cross section is equal to π { (D1/2) 2-R2 }: it is exactly the area of cross circular section for cylindrical, massive drift,
That is π (D2/2)2With π (D3/2)2。
So having: FIt inhales=△ FIt is floating=ρ g π { (D1/2)2-R2* △ M=ρ g π (D2/2)2△ M=ρ g π (D3/2)2△M1
Since diameter is D2Solid drift be outer diameter be D1 effluent float equivalent diameter drift, so, both drift on
Same fish sucks drift caused by hook bait, and drop final lengths are the same now, are all △ M.That is, overstriking outer diameter is to D1Effluent
The displacement sensitivity and diameter of drift are carefully to D2Solid drift displacement sensitivity it is identical.And effluent drift view drift outer diameter increases very much.
So can play the role of overstriking drift mesh keeps view rinse clear and keeps enough displacement sensitivities.In fact, since effluent drift is small
The water resistance that hole is subject into draining, the solid tail drift that effluent can be made to float in velocity sensitivity than equivalent diameter decrease.But
Due to being to lead to draining drift compared in nearby into draining and come, cross water distance from extremely short, open volume also increases displacement sensitivity, what
The displacement sensitivity and diameter that condition ensure that effluent drift are carefully to D2Solid drift it is identical, and can be by suitably increasing into draining
The method of the size in hole is further reduced water resistance, so having good overstriking protects spirit effect.
Outer diameter is D1Effluent drift with diameter D3Solid drift comparatively, due to D1=D3, they have same view
Float clarity.But by formula (1) it is found that
π(D2/2)2△ M=π (D3/2)2△M1
△M/△M1=(D3/D2)2
Because of D2D is floated for effluent1Equivalent diameter, have same displacement sensitivity, so using D2It is counted instead of effluent drift
It calculates.
That is, same fish sucks hook bait, effluent drift with the drift with the solid drift of outer diameter drops length now, and (representative is exactly position
Move sensitivity) ratio, equal to the equivalent diameter and square reciprocal of the diameter ratio with the solid drift of outer diameter of effluent drift！If
The equivalent diameter D of effluent drift2It reduces to outer diameter D1Half, then displacement sensitivity △ M increases to four times.Therefore, side is minimized
The wall thickness of drift is flowed, is the key that increase substantially fishing group system displacement sensitivity to reduce the equivalent diameter of effluent drift.This is just
It is the reason of effluent drift is needed using " thin and sturdy material ".And the reason of not being able to satisfy sensitivity requirement, is floated in current draining
One of.
It can be seen that effluent float on meet the drift of thick tail sight rinse it is clear on the basis of, greatly improve displacement sensitivity.
So effluent buoy tail can be known as " lymphogranuloma inguinale signal amplifier ".
It is eye-catching and keep the effect of enough sensitivity can be visually seen this thick tail with the effluent of special case size drift example below
Fruit.
According to the bleaching body feature that fisher actually uses, design plug bore dia has 0.8mm, 1.0mm, 1.2mm, 1.5mm tetra-
A specification, to be suitable for currently used buoy tail diameter, the plug for facilitating effluent to float is replaced.And buoy tail diameter (outer diameter) is divided into
Tetra- specifications of 1.5mm, 2.0mm, 2.5mm, 3.0mm different fish remote and hook purpose needs to meet.
By several thin and sturdy material is tried out to ten, medical film color ultrasound printing paper can be selected as hollow buoy tail
Material (can also select the other materials for more meeting thin and tough and tensile requirement).It is rolled into tubulose and applies mesh pore-forming and form drift mesh buoy tail.
The thin-walled material of different-thickness is rolled into the drift mesh buoy tail of various outer diameter, has different equivalent buoy tail diameters, has wider range
Demand of fishing.
The drift mesh buoy tail parameter of specific some special case effluent drifts see the table below.
Note: equivalent diameter is the buoy tail diameter of solid drift identical with the effluent drift annulus area of buoy tail cross section.It is same
It is a that be hooked in the hook mesh measured on both identical.Namely has same displacement sensitivity.Mesh is regarded than the drift floated as effluent
The ratio of tail diameter and equivalent diameter.What is represented is exactly side under the premise of keeping the sensitivity of buoy of thinner buoy tail diameter
Flow the increased multiple of visual diameter of drift.It is same fish to suck hook bait that displacement sensitivity, which increases multiple, and effluent floats and with outer
The ratio of length (representative is exactly displacement sensitivity) drops in the drift of the solid drift of diameter now, is also equal to the equivalent diameter of effluent drift and same
Square reciprocal of the diameter ratio of the solid drift of outer diameter.
Even if the power that fish inhales bait is not easy accurately to measure, but the fish of determination size and kind that preparation is fished is matched
Model and the fish hook of size be that fisher is confirmable.In this way, fish just to be inhaled to the power of bait and the buoyancy increment of buoy tail feature
Between transformation be according to being suitble to the fish hook for the object fish fished to connect with buoy tail feature.Exactly, exactly make
It is suitble to a fish hook for object fish to press 2 mesh of drift or so in the buoy tail of the buoy of selection (hook mesh is that 1~3 mesh is all feasible).
Why be 2 mesh or so, easily differentiated because the continuous general color contrast of two mesh of buoy tail is higher.So as to from drift
The ratio state that fish hook still suspends on earth is clearly judged in mesh variation.Because the fish hook for being suitble to object fish to suck entrance exists
The mesh number for being easy to differentiate can be given expression on drift mesh, so can also give expression to easily on drift mesh when object fish sucks such hook bait
In the mesh number of resolution, exactly make lymphogranuloma inguinale clear and legible, is conducive to fisher and captures effectively drift phase, improve fish-catching rate.So suitably
Hook mesh is exactly the displacement sensitivity for making fishing group system have basis.
Special case effluent drift model see the table below with matched common hook number.
Note: it is too small and mismatch to be labeled as the hook mesh that measures in the effluent drift for being hooked in this model of this model of 0 expression.
Being labeled as x indicates that the hook mesh that measures is excessive and mismatches in the effluent drift for being hooked in this model of this model.Due to different
One mesh length of buoy tail is different, so the hook mesh measured also can be variant.It here is that 1cm substantially recommends with a mesh length.
In this way, when fishing using the drift of the utility model effluent suitable hook can be determined according to kind of size is gone fishing,
Matched effluent drift model is selected further according to hook, makes this hook mesh measured in selected effluent drift that is hooked in 2 mesh or so.So
The suitable mesh number of drift is adjusted according to hook bait specific gravity relationship afterwards, and mesh is fished to make hook bait within 4 mesh or more mesh numbers (having hole to float mesh)
The submerged condition for having suitable lymphogranuloma inguinale.
Moreover, can satisfy different hook mesh requirements by adjusting the outer diameter and wall thickness of hollow buoy tail, so having wide
General applicability of fishing.
Have in 1 mesh length due to fishing near mesh into discharge outlet, water flowing greatly reduces water resistance, ensure that apart from extremely short
The sensitivity of effluent drift.Meanwhile the effluent drift outer diameter of overstriking makes fishing remote that view rinse is clear, and fisher can be made to realize in time simultaneously
Lymphogranuloma inguinale signal is captured, fish-catching rate is greatly improved.Used effluent buoy tail is made of thin and sturdy material, significantly reduces
Buoy tail diameter is imitated, so that overstriking is protected spirit becomes feasible.
Finally, it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that:
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement, but these are modified or replaceed, various embodiments of the utility model technology that it does not separate the essence of the corresponding technical solution
The spirit and scope of scheme.
Claims (8)
1. a kind of hollow eye-catching buoy tail of draining, which is characterized in that including inside be hollow buoy tail ontology, in buoy tail body outer wall
It is equipped with drift mesh, interval mesh is equipped between two neighboring drift mesh, the interval purpose color and drift purpose color be not identical, In
Buoy tail ontology is equipped with multiple with the limbers being connected inside buoy tail, and multiple limbers are equal along buoy tail ontology axial and circumferential
It is even to be interspersed, it is connected with buoy tail attachment cap in buoy tail body bottom portion, is removable between the buoy tail attachment cap and buoy tail ontology
It unloads formula connection or is integrally formed production.
2. the hollow eye-catching buoy tail of draining according to claim 1, which is characterized in that be equipped on buoy tail attachment cap for connecting
The spliced eye for connecing bleaching body is equipped with layer of silica gel in spliced eye, and buoy tail attachment cap is the internal shell for being equipped with cavity, is connected in buoy tail
It connects filled with obturator in cap internal cavities, the material of the obturator is identical as the material of bleaching body inner filling material.
3. the eye-catching buoy tail of hollow draining according to claim 1, which is characterized in that the buoy tail attachment cap includes and buoy tail
Body bottom portion is integrally formed production transition sleeve, and water flowing support frame is equipped in sleeve bottom, is equipped on water flowing support frame logical
The mouth of a river is coaxially fixed with connection sleeve on water flowing support frame, and the outer diameter for connecting sleeve is less than transition sleeve outer diameter.
4. the hollow eye-catching buoy tail of draining according to any one of claims 1 to 3, which is characterized in that in buoy tail inner body wall
It is upper to be coated with hydrophobic membrane.
5. the hollow eye-catching buoy tail of draining according to claim 4, which is characterized in that the wall thickness of the buoy tail ontology is no more than
0.15 millimeter, half of the interval purpose length no more than drift mesh length.
6. the hollow eye-catching buoy tail of draining according to claim 4, which is characterized in that the limbers is to dig on the mesh of interval
Fall partial sidewall and formed, the partial sidewall area dug up is greater than the half of interval mesh surface area.
7. a kind of effluent buoy with the hollow eye-catching buoy tail of draining such as claimed in any one of claims 1 to 6, feature exist
In further including bleaching body, transition buoy tail be equipped at the top of bleaching body, be equipped with drift foot in bleaching body bottom, the transition buoy tail is plugged on drift
On tail attachment cap, the overall diameter of the buoy tail ontology is greater than transition buoy tail or floats the overall diameter of foot.
8. a kind of effluent buoy with the hollow eye-catching buoy tail of draining such as claimed in any one of claims 1 to 6, feature exist
In further including bleaching body, be equipped with drift foot in bleaching body bottom, be coaxially fixed on buoy tail attachment cap at the top of the bleaching body, the buoy tail
The overall diameter of the big drift foot of the overall diameter of ontology.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109644957A (en) * | 2019-01-28 | 2019-04-19 | 河南理工大学 | The eye-catching buoy tail of the hollow draining of one kind and effluent buoy |
| CN111642474A (en) * | 2020-04-24 | 2020-09-11 | 徐永胜 | Sliding float foot type float body, balance assembly and water flow resistant float |
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2019
- 2019-01-28 CN CN201920139917.8U patent/CN209546674U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109644957A (en) * | 2019-01-28 | 2019-04-19 | 河南理工大学 | The eye-catching buoy tail of the hollow draining of one kind and effluent buoy |
| CN109644957B (en) * | 2019-01-28 | 2023-08-29 | 河南理工大学 | Hollow row Shui Xingmu floats tail and sidestream cursory |
| CN111642474A (en) * | 2020-04-24 | 2020-09-11 | 徐永胜 | Sliding float foot type float body, balance assembly and water flow resistant float |
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