CN113940320B - Fishing buoy capable of reducing reflection interference on water surface and method thereof - Google Patents
Fishing buoy capable of reducing reflection interference on water surface and method thereof Download PDFInfo
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- CN113940320B CN113940320B CN202111255571.6A CN202111255571A CN113940320B CN 113940320 B CN113940320 B CN 113940320B CN 202111255571 A CN202111255571 A CN 202111255571A CN 113940320 B CN113940320 B CN 113940320B
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 title claims abstract description 40
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- 238000000926 separation method Methods 0.000 abstract description 14
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- 241000276420 Lophius piscatorius Species 0.000 description 3
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; AVICULTURE; APICULTURE; PISCICULTURE; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K93/00—Floats for angling, with or without signalling devices
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Abstract
The utility model provides a reduce fishing of surface of water reflection interference is cursory, its characterized in that is including cursory tail for make things convenient for the observation of fishing people, cursory body for produce buoyancy, cursory foot for with the group link, cursory tail be provided with sight separation ring or grating and block or keep apart the sight at different visual angles, on the cursory tail that has the sight at different visual angles to block or the isolation function, as distinguishing through the difference of observation angle, in the region that corresponds, set up corresponding target color respectively, make cursory vertical cursory tail from last angle observation cursory tail or from down up angle observation cursory tail under the circumstances that cursory upright cursory tail up, the main target color corresponding with this angle that sees of sight of concentrating on cursory tail.
Description
Technical Field
The invention relates to a fishing gear, fishing and a buoy, in particular to a fishing buoy for reducing reflection interference on water surface and a method thereof.
Background
The float is a message reaction tool for fish to bite during fishing, and is the 'eye' of the fisherman. Because the bait is not seen in the water bottom state and the fish eating scene during the fishing process. People can judge the eating condition of fishes through the action of the buoy, can judge what fishes bite the hook through the action of the buoy, judge the timing of lifting the rod through the signal transmitted to the buoy when the fishes eat the hook, and have great influence too early and too late, so that a fisherman needs to focus on the buoy with a great concentration and also needs an excellent buoy to timely and sensitively feed back the action of eating baits of the fishes, and the action is related to the buoy adjustment and the buoy type selected by the fisherman. The existing vertical buoy with the highest popularity rate is provided with a buoy tail which is erected on the water surface, the buoy tail is also coated with striking colors, red, green and black or red, yellow and black are generally alternated, the response is sensitive and easy to observe, and extremely small bait eating actions can be fed back to a fisherman through the buoy phase. There are also some related solutions, such as the following: 5363 and the authorization number of 201921653706.2 is: the technical scheme of CN 210929245U is that a spiral floating tail is designed to enhance the visual effect, and the application number is as follows: 5363 and the authorization number of 202023071935.9 is: the technical scheme of CN 214071318U also designs a floating tail buoy with a rhombus and a bold, so that the floating tail is more striking, and the trouble caused by the problems is reduced. However, no technical solution for reducing the reflection interference is found in the market and in the technical pool at present. Therefore, fishing enthusiasts seek a technical scheme of a vertical float capable of reducing reflection interference on the water surface to reduce interference caused by reflection of the float.
Disclosure of Invention
The invention aims to provide a fishing buoy and a method thereof for reducing reflection interference on a water surface.
The technical scheme for solving the technical problems is as follows:
the utility model provides a reduce fishing of surface of water reflection interference is cursory, its characterized in that is including floating the tail for make things convenient for fishing people's observation, cursory body for produce buoyancy, cursory foot, be used for following the group link, cursory tail be provided with sight separation ring or grating and come to block or keep apart the sight at different visual angles, on the cursory tail that has the sight at different visual angles to block or the isolation function, the difference through observation angle is as distinguishing, in the region that corresponds, sets up corresponding target color respectively, makes cursory tail or follow the angle observation cursory tail up down of cursory straight angle observation under the circumstances that cursory vertical cursory tail up, concentrates on the sight on cursory tail to see mainly be with the corresponding target color of this angle.
The floating tail is characterized in that the floating tail is distinguished by the difference of observation angles, a striking color consisting of red, green, yellow, blue and black or a striking color formed by combining any 2 or more than 2 of the red, green, yellow, blue and black and a dark color consisting of any one or more than 2 of the black, dark green, gray, brown and dark yellow are respectively used, the floating tail is observed from top to bottom under the condition that the floating tail is upright, the striking color mainly consisting of red, green, yellow, blue and black or formed by combining any 2 or more than 2 of the red, green, yellow, blue and black is focused on the sight line of the floating tail, the floating tail is observed from bottom to top under the condition that the floating tail is upright, and the dark color mainly consisting of any one or more than two of the black, dark green, gray, brown and dark yellow is focused on the sight line of the floating tail.
The floating tail is characterized in that sight line blocking rings are arranged on the floating tail and are longitudinally stacked along the floating tail, wherein the face, facing the direction of the floating tail, of the sight line blocking ring is made of striking colors formed by red, green, yellow, blue and black or any 2 or any more than 2 colors, the face, facing the direction of the floating foot, of the sight line blocking ring is made of dark colors formed by any one or more of black, dark green, gray, brown and yellow, so that the floating tail is observed from top to bottom under the condition that the floating vertical floating tail faces upwards, the floating tail is mainly observed from red, green, yellow, blue and black or any 2 or any more than 2 colors, and the floating tail is observed from bottom to top under the condition that the floating vertical floating tail faces upwards.
The floating tail is characterized in that gratings are arranged on the floating tail and are longitudinally stacked along the floating tail, wherein the floating tail is observed from top to bottom under the condition that the floating vertical floating tail faces upwards according to the grating principle, a striking color consisting of red, green, yellow, blue and black or formed by combining any 2 or any more than 2 colors is projected in the range of the sight focus of the floating tail, the floating tail is observed from bottom to top under the condition that the floating vertical floating tail faces upwards, a dark color consisting of any one or more than 2 colors of black, dark green, gray, brown and earthy yellow is projected in the range of the sight focus of the floating tail, the floating tail is observed from top to bottom under the condition that the floating vertical floating tail faces upwards, the floating tail is mainly observed from red, green, yellow, blue and black or formed by combining any 2 or any more than 2 colors of the red, green, yellow, blue and black, and the floating tail is mainly observed from bottom to top under the condition that the floating vertical floating tail faces upwards, and the floating tail is mainly observed from black, black and black or black and brown.
The floating tail is characterized in that the floating tail is provided with a grating or sight blocking ring which is longitudinally stacked along the floating tail, and the floating tail core used for strengthening the structural strength is further arranged inside the floating tail and used for installing and fixing the grating or sight blocking ring and strengthening the structural strength of the whole floating tail.
The cursory tail, its characterized in that is observed cursory tail from the angle down under cursory vertical cursory tail circumstances up, concentrates on the pigment that the striking colour that the sight of cursory tail was seen used to have reflection or fluorescence effect, and cursory vertical cursory tail is observed cursory tail under the circumstances up from up angle down, concentrates on the pigment that the dark colour that the sight of cursory tail was seen used to have the extinction effect.
A fishing float method for reducing reflection interference on water surface features that the optical path of actual float is seen by eyes, the angle difference between the optical path of reverse image of float and horizontal plane is seen by eyes, and the regions seen by different angles on float tail are optically isolated or shielded according to said angle difference, so the colors of float tail seen by the optical path of actual float and the optical path of reverse image of float are different.
The fishing buoy method capable of reducing reflection interference on the water surface is characterized in that a visible area of a buoy tail is divided into an upper visual area and a lower visual area, when the buoy floats upwards in water in an absolute vertical posture, most of a visible area of eyes to the buoy tail is an upper visual area when the positive angle between an optical path from the eyes to the buoy tail and the horizontal plane is less than 180 degrees, and most of the visible area of eyes to the buoy tail is a lower visual area when the positive angle between the optical path from the eyes to the buoy and the horizontal plane is more than 180 degrees.
The fishing float method capable of reducing the reflection interference on the water surface is characterized in that a visible area of a float tail is divided into an upper visual area and a lower visual area, the upper visual area and the lower visual area are mutually optically isolated or shielded through shielding or refracting a light path between the upper visual area and the lower visual area, and when the float is standing in water, the float tail faces upwards, and the angle between the sight line and the horizontal plane changes, the visible area can change along with the change.
The beneficial effects of the invention are: make the reflection of cursory tail in aqueous of cursory have obvious colour difference with actual cursory tail, let fishing people go to distinguish more easily which part is actually cursory tail which part is cursory tail reflection, get rid of more easily when observing cursory action cursory vision interference that the reflection of cursory brought, do not need extra energy to go to distinguish actual cursory tail and cursory tail reflection. When the float moves because the fish eats the bait, the visual dynamics reflected on the float tail is more clear and more visible, and is easier to distinguish, and the fishing bait has positive effects on the fish besides improving the fishing experience.
According to one aspect of the invention, the fishing buoy capable of reducing reflection interference on the water surface is characterized by comprising a buoy tail, a buoy body and buoy feet, wherein the buoy tail is used for facilitating observation of a fisherman, the buoy body is used for generating buoyancy, the buoy feet are used for being connected with a line set, the buoy tail is provided with a sight blocking ring or a grating for blocking or isolating sight lines at different visual angles, on the buoy tail with the sight line blocking or isolating function at different visual angles, the buoy tail is observed at an angle from top to bottom or at an angle from bottom to top under the condition that the buoy vertical buoy tail faces upwards through the difference of observation angles, and the sight lines concentrated on the buoy tail are mainly seen at a target color corresponding to the angle. The blocking ring with the inclined plane and the grating with the arc surface are used, so that the weight of the whole scheme is reduced, the whole weight of the buoy can be controlled in a reasonable range, and the influence on the sensitivity of the buoy is reduced. The blocking ring with the tangent plane and the grating with the arc surface are used for reducing the resistance of the floating tail in water, so that the floating tail cannot lag or slow down due to the resistance of water when the fish eats the bait, the influence on the original performance of the float is further reduced, and the influence of the whole scheme on the float performance is reduced on the premise of ensuring the beneficial effect of reducing the reflection interference of the water surface.
According to one aspect of the invention, the fishing buoy method for reducing reflection interference on the water surface is characterized in that an optical path of an actual buoy is seen by eyes, the angle difference between the optical path of the inverted image of the buoy seen by the eyes and the water surface is obtained, and areas seen by different angles of a buoy tail are optically isolated or shielded according to the angle difference, so that the colors of the buoy tail seen by the optical path of the actual buoy seen by eyes and the colors of the buoy tail seen by the optical path of the inverted image of the buoy seen by eyes are different. The characteristic that fishing people's eyes position is higher than the surface of water forever is utilized to reflection according to the cursory tail of reality and the surface of water forms has the characteristics of different optical paths, under the prerequisite of the beneficial effect that reduces surface of water reflection interference guaranteeing, makes this scheme obtain improving to region, period, the adaptation nature of aspects such as the mode of fishing, target fish, fishing people custom, lets the application scope of this scheme wider.
Drawings
FIG. 1 is an overall schematic view schematically showing a preferred embodiment 1 of the present invention;
FIG. 2 is an overall schematic view schematically showing a preferred embodiment 2 of the present invention;
FIG. 3 is a partial schematic view schematically showing a preferred embodiment 1 of the present invention;
FIG. 4 is a partial schematic view schematically showing a preferred embodiment 2 of the present invention;
FIG. 5 is a schematic diagram schematically illustrating a practical implementation of the present invention;
the list of components represented by the various reference numbers in the figures is as follows:
the floating tail comprises (1) a barrier ring type floating tail, (2) a grating type floating tail, (3) a floating body, (4) a floating foot, (10) a sight line barrier ring, (11) a red floating tail, (12) a yellow floating tail, (20) a grating, (21) a focus range of a sight line projected from top to bottom on the floating tail, (22) a focus range of a sight line projected from bottom to top on the floating tail, (30) a floating tail core, (40) eyes, (41) an angle observation from top to bottom, (42) an angle observation from bottom to top, (43) an optical path from the eyes to the actual floating tail, (44) an optical path from the eyes to the floating shadow, (50) a water surface, (51) a horizontal line, (101) a surface of the sight line barrier ring facing the direction indicated by the floating tail, (102) a surface of the sight line barrier ring facing the direction indicated by the floating foot, (103) a floating shadow reflection, (104) an upper visual area, (105) a lower visual area, (a 1) a positive angle between the optical path from the eyes to the actual floating tail and a horizontal plane, and (a positive angle between the optical path from the eye floating shadow plane and the horizontal plane.
Detailed description of the invention
The principles and features of this invention are described below in conjunction with the following drawings, the examples of which are set forth to illustrate the invention and are not intended to limit the scope of the invention.
Main technical principle of preferred embodiment 1: it is understood that a fishing buoy that reduces surface of water reflection interference includes cursory body 3, separation ring type cursory tail 1, cursory foot 4, separation ring type cursory tail 1 still includes cursory tail core 30, sight separation ring 10 structure, be equipped with the through-hole in the middle of sight separation ring 10, can overlap outside cursory tail core 30, sight separation ring 10 overlaps outside cursory tail core, the annular bottom of large tracts of land is faced up (cursory tail indicates the direction be last) forms the one side 101 of sight separation ring towards cursory tail direction, point portion is down (cursory foot indicates the direction be down) forms the one side 102 of sight separation ring towards cursory foot direction, a plurality of sight separation rings 10 vertically pile up along the cursory tail core 30 that floats tail 1 of separation ring type, form one and can block the structure of keeping apart to the sight of different visual angles from top to bottom. The side 101 of the sight line blocking ring facing the direction of the floating tail is coated with a striking color consisting of red, green, yellow, blue and black with reflection and fluorescence effects or formed by combining any 2 or more than 2 colors, and the embodiment selects a coloring scheme with alternate red and yellow colors. The 5 vision blocking rings 10 coated with red surfaces are combined to form a red bleaching eye 11,5 the vision blocking rings 10 coated with yellow surfaces are combined to form a yellow bleaching eye 12, and the red bleaching eyes 11 and the yellow bleaching eyes 12 are stacked at intervals to form a striking effect color with red and yellow intervals to form an upper visual area 104. The side 102 of the sight line blocking ring facing the direction of the floating foot is coated with dark color formed by any one or more of black, dark green, gray, brown and earthy yellow with light absorption effect, the embodiment selects a black coating scheme to form dark color effect, and the side 102 of the sight line blocking ring facing the direction of the floating foot coated with black forms a lower viewing area 105. The blocking ring type floating tail 1 is observed 41 from top to bottom under the condition that the blocking ring type floating tail 1 is upright upwards, due to the fact that the sight blocking rings 10 are stacked together to play a sight blocking and isolating effect, the sight of the side 102, facing the direction pointed by the floating feet, of the sight blocking ring is partially blocked by the edge, extending outwards, of the sight blocking ring 10, most of the sight focused on the blocking ring type floating tail 1 can only see the upper visual area 104 formed by the side 101, facing the direction pointed by the floating tail, of the sight blocking ring, and due to the fact that red and yellow alternate striking colors with a reflection fluorescence effect are sprayed on the area, the blocking ring type floating tail 1 seen at the visual angle is the red and yellow alternate striking blocking ring type floating tail 1 with the reflection fluorescence effect. The obstructing ring type floating tail 1 is observed 42 from the bottom to the top under the condition that the obstructing ring type floating tail 1 is upright upwards, due to the fact that the sight line obstructing rings 10 are stacked together to play a sight line obstructing and isolating role, the sight line of one face 101 of the sight line obstructing ring towards the direction pointed by the floating tail is partially blocked by the edge extending outwards of the sight line obstructing ring 10, most of the sight line projected to the obstructing ring type floating tail 1 only can see a lower view area 105 formed by one face 102 of the sight line obstructing ring towards the direction pointed by the floating foot, and due to the fact that dark colors formed by any one of black, dark green, gray, brown and soil yellow with light absorbing effects are sprayed on the area, the black color scheme is selected to form the dark color effect. Therefore, the blocking ring type floating tail 1 seen from the visual angle is a dark black floating tail 1 with a light absorption effect, and the beneficial effect that the target color corresponding to the angle is mainly seen by the sight line concentrated on the floating tail is achieved.
Main technical principle of preferred embodiment 2: please refer to fig. 2 and 4, a fishing buoy for reducing reflection interference on water surface includes a buoy body 3, a grating floating tail 2, a buoy leg 4, a grating floating tail 2 further including a floating tail core 30, a grating 20 disposed on the floating tail core 30 of the grating floating tail 2 (the grating is of various types and has different principles, and the beneficial effects of the present solution can be also achieved, the present embodiment only adopts a cylindrical mirror grating scheme for description, the grating 20 described in the description of the implementation method of the preferred embodiment is a cylindrical mirror grating, and the description of the cylindrical mirror grating is not limited to the cylindrical mirror grating, as long as the beneficial effects of the present invention achieved by using a shielding or refraction scheme are all applicable to the present embodiment, and also fall into the protection range of the present invention), the grating 20 is provided with through holes, the through holes disposed on the grating 20 are sleeved outside the floating tail core 30, the grating 20 is longitudinally stacked along the floating tail 2, wherein the grating principle is that the floating tail 2 viewed from top to bottom has a green or yellow or blue light reflection combined with a red light reflection effect, and a red light reflection. Wherein, 10 grids red are used as groups to form a red first eye 11, 10 grids yellow are used as groups to form a yellow first eye 12, the red first eye 11 and the yellow first eye 12 are sprayed at intervals to form a red-yellow alternate striking effect color, and all the sight lines of the whole grating type floating tail 2 observed from top to bottom are projected in the focus range 21 of the floating tail to form an upper visual area 104 of the red-yellow alternate striking effect color. In the embodiment, a black painting scheme is selected, and the sight line of the whole grating type floating tail 2 observed from bottom to top is projected in the focal range 22 of the floating tail to form a black lower viewing area 105 with a dark effect. The grating floating tail 2 is observed 41 from the top to the bottom under the condition that the grating floating tail 2 is vertically upward, due to the visual angle blocking and isolating effect caused by the refraction and focusing effect of the grating 20 on light, most of the sight lines projected on the grating floating tail 2 can only see the upper visual area 104 formed by the focal range 21 of the floating tail projected from the sight lines observed from the top to the bottom, and the focal range is coated with the striking color formed by red, green, yellow, blue and black or by any 2 or more than 2 colors. The grating floating tail 2 is observed 42 from the bottom to the top under the condition that the grating floating tail 2 is vertically upward, due to the visual angle blocking and isolating effect caused by the refraction and focusing effect of the grating 20 on light, most of the visual lines projected on the grating floating tail 2 can only see the lower viewing area 105 with the dark color effect formed by the visual line projected on the focal range 22 of the floating tail from the bottom to the top, and the dark color formed by any one of black, dark green, gray, brown and earthy yellow is coated in the focal range.
The actual implementation principle is as follows: as will be understood in conjunction with fig. 5 (since the preferred embodiment 1 and the preferred embodiment 2 differ only in local principles, the principles that they function during actual fishing are consistent, and therefore the actual principle of implementation is mainly described in the preferred embodiment 1). In the actual fishing process, the float is thrown into the water, the float feet 4 and the float body 3 are in the water, the blocking ring type float tail 1 or the grating type float tail 2 is vertically upwards exposed on the water surface 50, the blocking ring type float tail 1 or the grating type float tail 2 is supposed to be upwards in an absolute vertical posture at the moment, the angler is on the shore, the position of the eyes of the angler is definitely higher than that of the blocking ring type float tail 1 or the grating type float tail 2 on the water surface, the visual angle of the angler is an angle 41 from top to bottom to observe the blocking ring type float tail 1 or the grating type float tail 2, the sight line reaches the blocking ring type float tail 1 or the grating type float tail 2 along an optical path 43 from the eyes to the actual float tail, the positive angle a1 from the eyes to the actual float tail is smaller than 180 degrees, namely, the positive angle a1 from the eyes to the horizontal plane is smaller than 180 degrees, the visual area from the eyes 40 to the actual float tail is a red floating area 104 which is formed by the combination of the red float ring type float tail 1 or the red float tail 104 and the red float tail 104 or the optional float ring type float and the red float tail 104 or the optional float. Therefore, the barrier ring type floating tail 1 or the grating type floating tail 2 seen from the visual angle is the red and yellow alternating striking barrier ring type floating tail 1 or the grating type floating tail 2 with the reflection fluorescence effect. The floating reflection 103 is the reflection of the light from the water surface 50 to the blocking ring-type floating tail 1 or the grating-type floating tail 2, so that the actual viewing angle of the eye 40 seeing the floating reflection 103 is from below the water surface to above, i.e. from below to above, the eye 42 observes the blocking ring-type floating tail 1 or the grating-type floating tail 2, the viewing angle line of sight reaches the blocking ring-type floating tail 1 or the grating-type floating tail 2 along the optical path 44 from the eye to the floating reflection, so the positive angle a2 between the optical path from the eye 40 to the floating reflection 103 and the horizontal plane is greater than 180 degrees, i.e. most of the visible area of the fishing person's eye 40 from the eye to the floating reflection through the optical path 44 from the eye to the floating reflection to the blocking ring-type floating tail 1 or the grating-type floating tail 2 is the lower floating visual area 105 in the fishing use process, the lower viewing area 105 is formed by projecting a view blocking ring to the side 102 of the direction pointed by the float foot or the view observed from bottom to top in the focal range 22 of the float tail, and the area is sprayed with a dark color formed by any one of black, dark green, gray, brown and earthy yellow with a light absorption effect, in this embodiment, a black coloring scheme is selected, so that the blocking ring type float tail 1 or the grating type float tail 2 seen at the viewing angle is a dark black ring type blocking float tail 1 or a grating type float tail 2 with a light absorption effect. The beneficial effect that the colors of the tail of the buoy seen by the optical path of the sight line through the eyes to see the actual buoy are different from the colors of the tail of the buoy seen by the optical path of the sight line through the eyes to see the inverted shadow of the buoy is achieved. That is actual separation ring formula floats tail 1 or grating formula floats tail 2 and seems to be red and yellow that has reflection fluorescence effect and alternate striking separation ring formula floats tail 1 or grating formula floats tail 2, and the cursory reflection 103 seems to dull and stereotyped black separation ring formula floats tail 1 or grating formula floats tail 2, the person of fishing just can clearly and definitely distinguish that which part is the true cursory of aquatic at this time, which part is the reflection of cursory in the aquatic, reduce the influence of surface of water reflection to the fishing by a wide margin, more clear directness when observing cursory, it is more accurate to the judgement of cursory looks.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and all such modifications, equivalents, improvements, etc. that are within the spirit and scope of the present invention are therefore intended to be included therein.
Claims (8)
1. A fishing buoy capable of reducing reflection interference on water surface is characterized by comprising a buoy tail, a buoy body and buoy feet, wherein the buoy tail is used for facilitating observation of a fisherman, the buoy body is used for generating buoyancy, the buoy feet are used for being connected with a line set, the buoy tail is provided with a sight blocking ring or a grating for blocking or isolating sights at different visual angles, the buoy tail with the sight blocking or isolating function at different visual angles is distinguished through the difference of observation angles, corresponding target colors are respectively arranged in corresponding areas, so that the buoy tail is observed at an angle from top to bottom or at an angle from bottom to top under the condition that the vertical buoy tail of the buoy faces upwards, and the target color corresponding to the angle is seen by the sight line focused on the buoy tail; the floating tail is observed from the top to the bottom with the vertical floating tail facing upwards, the floating tail is observed from the bottom to the top with the vertical floating tail facing upwards in a centralized mode, and the floating tail is observed from the bottom to the top with the vertical floating tail facing upwards in a centralized mode.
2. A fishing float for reducing interference from reflections from water surfaces as claimed in claim 1, wherein a sight blocking ring is provided at the float tail and is stacked longitudinally along the float tail, wherein the side of the sight blocking ring facing the direction of the float tail is made of a striking colour consisting of red, green, yellow, blue, black or a combination of any 2 or more of these colours, the side of the sight blocking ring facing the direction of the float foot is made of a dark colour consisting of any one or more of black, aqua, grey, brown, and earthy yellow, such that the float tail is viewed from above with the upright float tail facing upwards, the striking colour consisting of red, green, yellow, blue, black or a combination of any 2 or more of these colours is viewed from below with the upright float tail facing upwards, and the float tail is viewed from below with the upright float tail facing upwards, the dark colour consisting of any one or more of black, aqua, brown, earthy green, brown, or yellow.
3. A fishing buoy according to claim 1, characterised in that gratings are arranged on the buoy tail longitudinally stacked along the buoy tail, wherein the buoy tail is viewed from the top downwards with the buoy upright buoy tail facing upwards according to the grating principle, striking colours consisting of red, green, yellow, blue, black or a combination of any 2 or more of these colours are used within the focus of the line of sight of the buoy tail as projected, and the buoy tail is viewed from the bottom upwards with the buoy upright buoy tail facing upwards, the floating tail is observed from the top to the bottom under the condition that the floating vertical floating tail faces upwards, the floating tail is observed to be striking color consisting of red, green, yellow, blue and black or formed by combining any 2 or any more than 2 colors, and the floating tail is observed from the bottom to the top under the condition that the floating vertical floating tail faces upwards, and the dark color consisting of any one or more than two colors of black, dark green, gray, brown and khaki is observed.
4. A fishing buoy according to claim 2 or 3, having grating or sight blocking rings stacked longitudinally along the buoy tail, and further including a buoy tail core for reinforcing the structural strength for mounting and securing the grating or sight blocking rings and reinforcing the structural strength of the entire buoy tail.
5. A fishing buoy according to any of the claims 1-3, characterised in that the buoy tail is viewed from a top-down angle with the vertical buoy tail of the buoy facing upwards, the pigment used for the striking colours concentrated on the line of sight of the buoy tail having a reflective or fluorescent effect, whereas the pigment used for the dark colours concentrated on the line of sight of the buoy tail having a light absorbing effect is viewed from a bottom-up angle with the vertical buoy tail of the buoy facing upwards.
6. A fishing float method for reducing reflection interference on water surface is characterized in that an optical path of an actual float is seen by eyes, the angle difference between the optical path of the inverted image of the float and the horizontal plane is seen with the eyes, and areas seen by different angles of a float tail are optically isolated or shielded according to the angle difference, so that the colors of the float tail seen by the optical path of the actual float seen by eyes and the colors of the float tail seen by the optical path of the inverted image of the float seen by eyes are different; the floating tail is observed from top to bottom under the condition that the vertical floating tail of the floating body faces upwards, the eye-catching color consisting of red, green, yellow, blue and black or formed by combining any 2 or more than any 2 colors is observed by focusing on the sight line of the floating tail, the floating tail is observed from bottom to top under the condition that the vertical floating tail of the floating body faces upwards, and the dark color consisting of any one or more of black, dark green, gray, brown and earthy yellow is observed by focusing on the sight line of the floating tail.
7. A fishing buoy method for reducing reflection interference on a water surface as claimed in claim 6, wherein the visible area of the buoy tail is divided into an upper visual area and a lower visual area, when the buoy tail stands in water and is upward in an absolute vertical posture, most of the area of the eye that is seen to the buoy tail when the positive angle between the optical path from the eyes to the buoy tail and the horizontal plane is less than 180 degrees is an upper visual area, and most of the area of the eye that is seen to the buoy tail when the positive angle between the optical path from the eyes to the buoy and the horizontal plane is greater than 180 degrees is a lower visual area.
8. A fishing buoy method for reducing reflection interference on water surface as claimed in claim 6 or 7, characterized in that the visible area of the buoy tail is divided into an upper visual area and a lower visual area, the upper visual area and the lower visual area are optically isolated or shielded from each other by blocking or refracting the light path between the two areas, and when the buoy stands in water with the buoy tail facing upwards and the angle of the sight line and the horizontal plane is changed, the visible area is changed.
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| CN202111255571.6A CN113940320B (en) | 2021-10-27 | 2021-10-27 | Fishing buoy capable of reducing reflection interference on water surface and method thereof |
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| CN113940320B true CN113940320B (en) | 2023-03-10 |
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| KR20020065986A (en) * | 2001-02-08 | 2002-08-14 | 윤석근 | a float of luminescence for optical fiber |
| JP2002286841A (en) * | 2001-03-26 | 2002-10-03 | Tateyama Kagaku Kogyo Kk | Fish detector for fishing tackle |
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|---|---|
| CN113940320A (en) | 2022-01-18 |
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