CN102077814B - Fishing line length display device of fishing line reel for fishing - Google Patents
Fishing line length display device of fishing line reel for fishing Download PDFInfo
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- CN102077814B CN102077814B CN201010536321.5A CN201010536321A CN102077814B CN 102077814 B CN102077814 B CN 102077814B CN 201010536321 A CN201010536321 A CN 201010536321A CN 102077814 B CN102077814 B CN 102077814B
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- fishing line
- line length
- fishing
- spool
- length
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B21/00—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant
- G01B21/02—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring length, width, or thickness
- G01B21/06—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring length, width, or thickness specially adapted for measuring length or width of objects while moving
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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
- A01K89/00—Reels
- A01K89/01—Reels with pick-up, i.e. with the guiding member rotating and the spool not rotating during normal retrieval of the line
-
- 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
- A01K89/00—Reels
- A01K89/015—Reels with a rotary drum, i.e. with a rotating spool
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B21/00—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant
- G01B21/02—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring length, width, or thickness
- G01B21/06—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring length, width, or thickness specially adapted for measuring length or width of objects while moving
- G01B21/065—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring length, width, or thickness specially adapted for measuring length or width of objects while moving for stretchable materials
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- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Animal Husbandry (AREA)
- Biodiversity & Conservation Biology (AREA)
- Length Measuring Devices With Unspecified Measuring Means (AREA)
Abstract
The invention provides a counter capable of displaying the length of a fishing line, wherein the length of the fishing line can be corrected by a simple operation according to the winding condition thereof.The length of the fishing line (LN) is displayed as the water depth of the fishhook assembly by the counter.The device comprises a fishing line reel control part (30) equipped with a length measurement mechanism for the fishing line and a display control mechanism, a display part (5), a switch operation part (6) equipped with a storage operation mechanism and a correction operation mechanism, and a storage part (43).The length of the fishing line is measured based on the rotation position data by the length measurement mechanism according to the relation of the rotation position data detected by a spool sensor and the length of the fishing line.The length of the fishing line is displayed on the display part by the display control mechanism.The length correction data (ALD) of the fishing line displayed on the display part is stored in the storage part by the storage operation mechanism.Then the length of the fishing line detected by the length measurement mechanism and stored in the storage part is corrected by the correction operation mechanism.
Description
Technical field
The present invention relates to a kind of display unit of line pulley for fishing, relate in particular to a kind of fishing line length display device of line pulley for fishing.This fishing line length display device is used for showing the fishing line length that the spool from being arranged on the reel of line pulley for fishing is emitted, or the fishing line length of reeling on this spool.
Background technology
In the prior art, people are known has the line pulley for fishing such as the double-bearing fish-line wheel of fishing line length display device or electric fishing reel, and above-mentioned fishing line length display device shows the residing depth of water of fishhook assembly according to the fishing line of emitting from spool or the fishing line length of reeling at this spool.When being provided with fishing line length display device, fishhook assembly can being dropped to exactly to identical fish layer position, or throw the distance of jettisoninging that can show fishhook assembly while angling.
Above-mentioned fishing line length display device has: fishing line linear measure longimetry portion, and rotating spool, from this spool during unwrapping wire, this fishing line linear measure longimetry portion is used for measuring the fishing line length of emitting; Depth of water display part, it for example consists of LCDs, and the fishing line length that fishing line linear measure longimetry portion is recorded shows it as the residing depth of water of fishhook assembly.The position calculation fishing line length of fishing line linear measure longimetry portion from starting to rotate.In addition, owing to being wound on winding diameter on spool, change because of the initial winding position of fishing line on spool or the difference of fishing line thickness, so when spool rotates 1 circle, fishing line length changes because of the difference of winding diameter.Therefore in the prior art, consider that spool rotates the difference of the number of turns and fishing line thickness and by spool, rotates the number of turns and obtain fishing line length.
Specifically, someone proposes following a kind of technical scheme,, from following relation, have in mind, when every rotation 1 circle of spool, fishing line length and the spool rotation number of turns are similar to and are linear function relation, and without fishing line device for measuring length in the situation that, obtain accordingly the relation (for example, with reference to patent documentation 1) between fishing line length and the spool rotation number of turns.In the technical scheme described in patent documentation 1, fishing line length and the spool of the regulation while finishing according to reeling rotate the number of turns, and number of total coils, the specific length of reeling while finishing, and the spool when winding diameter while starting to reel, specific length rotates the slope that the number of turns is tried to achieve linear function, and the winding diameter when starting to reel (normally being used on spool reel the external diameter of fishing line part) obtains intercept, finally by the slope of trying to achieve and intercept, determine linear function.Thereby by the spool rotation number of turns that starts to be wound up into so far, described linear function is carried out integral and calculating and obtains fishing line length, that is, can obtain the residing depth of water of fishhook assembly.Due in above-mentioned fishing line length display device without using fishing line device for measuring length, so it is easy to setting operation.
No. 11-225632, [patent documentation 1] Japanese patent of invention Publication Unexamined Patent
Because above-mentioned fishing line length display device of the prior art is without using fishing line device for measuring length, so it is easy to setting operation.But the difference of the tension force when tension force during due to setting operation and actual fishing, when furling fishing line with less tension force, this fishing line can not enter between coiling fishing line in its lower section, thereby makes winding diameter become large.In addition, if while furling fishing line with larger tension force, can make winding diameter diminish.While furling fishing line under above-mentioned state, even if fishhook assembly has been positioned near ship side and has approached the position that ought to show " 0 " of the water surface, sometimes also there will be this show value or become situation large or that diminish.If water surface position is set as to " 0 " value under this state, in above-mentioned fishing line length display device of the prior art, owing to can not change the slope of linear function when setting " 0 " value, only change the position of " 0 ", so again jettisoning during fishhook assembly, shown numerical value or longer than actual fishing line length, otherwise shorter than actual fishing line length.
Summary of the invention
In view of above-mentioned technical problem, the object of this invention is to provide a kind of device that shows fishing line length according to the relation between the turned position data of spool and fishing line length, this device can be wound on the coiling tightness on spool corresponding to fishing line, by shirtsleeve operation, revises the turned position data of this spool and the relation between fishing line length.
For achieving the above object, the fishing line length display device of the line pulley for fishing described in technical solution of the present invention 1, unwrapping wire on being arranged on the spool the reel of line pulley for fishing, or while reeling fishing line on this spool, by above-mentioned fishing line length display device, show fishing line length.Described fishing line length display device has fishing line linear measure longimetry mechanism, display, demonstration controlling organization, storage operation mechanism, storing mechanism and correction operating mechanism.Wherein, fishing line linear measure longimetry mechanism has the turned position DATA REASONING mechanism of the turned position data that can measure spool, this fishing line linear measure longimetry mechanism, according to the turned position data that record and the relation between fishing line length, measures fishing line length by turned position data.Display can show fishing line length.Show that controlling organization can be presented at the fishing line length recording on display.Storage operation mechanism can carry out storage operation to the correction fishing line length relevant with being presented at fishing line length on display.When Dang Dui storage operation mechanism operates, by storing mechanism storage, revise fishing line length.Revising operating mechanism is used for the fishing line length being recorded by fishing line linear measure longimetry mechanism to revise operation.When after storage operation mechanism is operated, operating mechanism is revised in operation again, by demonstration controlling organization, according to the correction fishing line length being stored in storing mechanism, to revising the fishing line length being recorded by fishing line linear measure longimetry mechanism when operating mechanism is operated, revised.
Above-mentioned fishing line length display device shows fishing line length according to the turned position data of spool.But sometimes there is the fishing line length situation different from physical length showing.For example, while furling fishing line with less tension force, this fishing line can not enter between coiling fishing line in its lower section, thereby makes winding diameter become large, at this moment shows than the short numerical value of actual fishing line length.On the fishing line having, for example, every predetermined distance (1m interval or 10m interval), indicate mark, when using this fishing line, rodman can know actual fishing line length according to the relation between mark and fishing line line end.When being judged as actual fishing line length, rodman operates from the different Shi Dui storage operation of the fishing line length mechanism recording.So just the fishing line length now recording is stored in storing mechanism as revising fishing line length.Follow by rodman while seeing that the mark on fishing line furls fishing line or unwrapping wire, so that fishing line length reaches correction fishing line length.Next, when seeing mark, make fishing line length reach while revising fishing line length, by rodman, to revising operating mechanism, operated.Fishing line length correction when now this correction is operated by demonstration controlling organization is to revise fishing line length.
Specifically, the fishing line length for example showing is 60m, and the actual fishing line length of rodman while seeing the mark on fishing line is while being 62m, and rodman operates storage operation mechanism, thereby using the fishing line length now recording as revising fishing line length.Then limit sees that the mark limit on pole tip place fishing line furls fishing line, until it reaches 60m.Now, to revising operating mechanism, operate.Even if be at this moment shown as 58m, after correcting process, this show value can become 60m.Turned position data now and the relation between fishing line length will change.
As mentioned above, because this fishing line length display device is provided with storage operation mechanism, storing mechanism and correction operating mechanism, so if rodman can know actual fishing line length, only need carry out 2 operations and only with take-up operation or unwrapping wire operation, just can to the fishing line length recording, revise according to actual fishing line length.Therefore, above-mentioned fishing line length display device can be wound on the concrete condition on spool according to fishing line, by carrying out the turned position data of this spool of shirtsleeve operation correction and the relation between fishing line length.
On the basis of technical solution of the present invention 1, in the fishing line length display device of the line pulley for fishing described in technical solution of the present invention 2, storage operation mechanism is carried out operation time, irrelevant with the measurement result being recorded by fishing line linear measure longimetry mechanism, can be by showing that controlling organization is temporarily presented at correction fishing line length on display.Now, because the fishing line length of storing is temporarily shown, so rodman is easy to alignment mark.
On the basis of technical solution of the present invention 1 or 2, in the fishing line length display device of the line pulley for fishing described in technical solution of the present invention 3, the numerical value of revising fishing line length is that numerical value that fishing line linear measure longimetry mechanism is recorded rounds and processes and obtain.Now, be easy to make to revise fishing line length corresponding with mark, therefore, rodman is easy to alignment mark.
In technical solution of the present invention 1～3 on the basis of any one, in the fishing line length display device of the line pulley for fishing described in technical solution of the present invention 4, fishing line linear measure longimetry mechanism has fishing line length computation mechanism.The specific length of fishing line during roughly final winding part when this fishing line length computation mechanism is wound up on spool according to fishing line, and the 1st relation between the measurement result being recorded by turned position DATA REASONING mechanism, fishing line length when starting to reel during every rotation 1 circle of fishing line is as the linear function of intercept, fishing line length while obtaining every rotation 1 circle of spool and the 2nd relation between the data of turned position, and the turned position data that record according to turned position DATA REASONING mechanism are obtained fishing line length with the linear function of obtaining.
Now, owing to being linear function relation between turned position data and fishing line length, so be easy to carry out computing when measuring fishing line length.
On the basis of technical solution of the present invention 4, in the fishing line length display device of the line pulley for fishing described in technical solution of the present invention 5, while operating revising operating mechanism, by showing that controlling organization is according to the slope that is stored in the correction fishing line length change linear function in storing mechanism.Now, owing to only needing to change slope, just can revise, so be easy to carry out correcting process.
In technical solution of the present invention 1～5 on the basis of any one, in the fishing line length display device of the line pulley for fishing described in technical solution of the present invention 6, when powered-down, by revising the correcting process that fishing line length carries out, be cancelled.Now, when fishing finishes, for example, pull out power line and during powered-down, owing to being cancelled by revising the correcting process that fishing line length carries out, so even suffered tension force is different during fishing, also can accurately show fishing line length.
[invention effect]
Adopt when of the present invention, because this fishing line length display device is provided with storage operation mechanism, storing mechanism and correction operating mechanism, so if rodman can know actual fishing line length, only need carry out 2 operations and only by take-up, operate or unwrapping wire operates, just can to the fishing line length recording, revise according to actual fishing line length.Therefore, above-mentioned fishing line length display device can be wound on the concrete condition on spool according to fishing line, by carrying out shirtsleeve operation, revises the turned position data of this spool and the relation between fishing line length.
Accompanying drawing explanation
Fig. 1 is the vertical view of the electric fishing reel that adopts in an embodiment of the invention.
Fig. 2 is the vertical view around of display part of the electric fishing reel in Fig. 1.
Fig. 3 is the control block diagram of electric fishing reel.
Fig. 4 means the schematic diagram of the storage content of storage part.
The chart of relation between fishing line length when Fig. 5 means the spool rotation number of turns and every rotation 1 circle of spool.
Fig. 6 means the schematic diagram of used fishing line.
Fig. 7 means the schematic diagram of the displaying contents while revising operation.
Fig. 8 means the flow chart of main program.
Fig. 9 means the flow chart of switch input processing.
Figure 10 means the flow chart that set model is processed.
Figure 11 means and determines the flow chart of processing.
Figure 12 means the flow chart that each pattern is processed.
[description of reference numerals]
1, reel; 4, counter (example of fishing line length display device); 5, display part; 6, switching manipulation portion; 10, spool; 18, power line; 19, terminal; 30, fishing line reel control part; 41, spool sensor; 42, spool counter; 43, storage part; 43b, fishing line length data memory block
Embodiment
[overall structure of electric fishing reel]
As shown in Figure 1, the electric fishing reel in an embodiment of the invention mainly comprises: reel 1, and it is arranged on fishing rod R; Handle 2, the sidepiece that it is arranged on reel 1, is used for rotating spool; The star-like force mechanisms 3 that unloads, the side that it is arranged on the close reel 1 of handle 2, is used for adjusting brake force.
Reel 1 comprises: framework 7, and its a plurality of attaching parts 8 by pair of right and left side plate 7a, 7b and connection pair of side plates 7a, 7b form; Left-right side cover 9a, 9b, it is used for distinguishing the left and right sides of cover framework 7.At the side cover 9b upper support of handle 2 place one sides (right side in Fig. 1), have the turning cylinder of handle 2, this turning cylinder is rotatable.On the side cover 9a with the contrary side of handle 2 place one side (left side in Fig. 1), be provided with terminal 19, it is used for connecting with the power line 18 that is connected the external power source PS such as battery.
The spool 10 of connecting handle 2 is bearing in the inside of reel 1, and spool 10 is rotatable.In the inside of spool 10, be provided with motor 12, its mode with direct drive makes spool 10 rotate along furling fishing line direction.In addition, on the 2 place one side side surfaces of the handle on reel 1, be provided with clutch lever 11 and conversion rod 13.The object that clutch lever 11 is set is, while operating on it, can make power transfer path combination or separation between handle 2 and spool 10 and motor 12 and spool 10.When emitting fishing line because of the deadweight of fishhook assembly, when making power transfer path in bonding state, can make unwrapping wire action stop.By conversion rod 13, not only can make electric machine rotation or stop operating, also can determine that motor 12 becomes maximum (top) speed rotary state from the state of stopping operating by its residing swing position.For example, by conversion rod 13, can make motor 12 be adjusted to rotary state from the state of stopping operating, and rotary state is divided into 30 grades.For example, on conversion rod 13, there is rotary encoder, can differentiate it from its pendulum angle and rotate progression.
On the top of reel 1, be fixed with counter 4 (example of fishing line length display device).Counter 4 is arranged on the top of reel 1, is formed with display window 20 on its upper surface.As shown in Figure 2, on the upper surface of counter 4, there is the display part 5 facing to rodman, it consists of liquid crystal display, and this liquid crystal display residing depth of water of fishhook assembly or fish layer position while showing two different benchmark by display window 20, and this benchmark is divided into two kinds of situations from water column or from the meter of the bottom.Surrounding at display part 5 is provided with switching manipulation portion 6.In the inside of counter 4, be provided with the fishing line reel control part 30 that motor 12 and display part 5 are controlled.
Display part 5 has: depth of water viewing area 5a, and it is arranged on the middle position of display part 5, and shows in the mode of 4 numerical digit 7 segment encodes; Record depth of water viewing area 5b, it is arranged on the lower right of depth of water viewing area 5a, shows 3 numerical digits; Progression viewing area 5c, it is arranged on the lower left of depth of water viewing area 5a.For example in the 5c of progression viewing area, can show 30 ranks, its difference representation transformation bar 13 is in 30 positions (progression).Above the 5a of the depth of water viewing area of display part 5, show 5 kinds of patterns, be respectively " tension force ", " speed ", " bottom ", " unwrapping wire " and " luring ".In these patterns, only show selected pattern, not selected pattern does not show.Therefore, a display mode " tension force " or " speed ".In addition, when display mode " bottom " not, represent it is the pattern from water column.
Switching manipulation portion 6 has: menu switch MN, make zero and determine switch ZD and record switch MM, they are arranged side by side the downside of the display part 5 in Fig. 2 from left to right.Often, by a menu switch MN, can dodge and go out and select or remove corresponding modes by the order of " speed " (constant airspeed pattern), " tension force " (constant tension pattern), " bottom " (pattern from the bottom), " unwrapping wire " (unwrapping wire pattern) and " luring " (luring pattern).In addition, when being chosen to be set model, can be in a plurality of establishing methods (such as described later by carrying out common setting, the given settings that pre-stored appointment fishing line is set of operating and setting and being used for being set as the pre-volume setting etc. of pre-volume state) selected one.
Menu switch MN is operated and while selecting a certain pattern, determines that switch ZD is selected or remove this pattern by making zero.When pressing, make zero while determining switch ZD, can make to dodge the display section of going out and light or extinguish.In addition, when pressing for a long time, make zero while determining switch ZD, can carry out that the deal with return to zero of the fishhook assembly depth of water of living in and bus (main line) cut off and the not disconnected situation of sub-line (brain line) is revised.Carry out deal with return to zero and to Bus cutting and the not disconnected situation of sub-line while revising, rodman can make fishhook assembly concordant with the water surface under the top that is tied with the fishing line of fishhook assembly only exceeds the state on fishing rod top a little.
When the fish layer position that the shoal of fish need to be assembled or the seabed depth of water are stored in when aftermentioned shows in data storage area 43a, can use and record switch MM.The stored fishing line length that records is presented at and records depth of water viewing area 5b.Also have, when press simultaneously, record switch MM and make zero while determining that switch ZD reaches the more than 3 seconds long periods, can store correction fishing line length.In addition, press menu switch MN simultaneously and make zero and determine when switch ZD reaches the more than 3 seconds long periods, can enter set model.Enter after set model, as mentioned above, by pressing menu switch MN and making zero, determine switch ZD, can in a plurality of establishing methods, select one.
Fishing line reel control part 30 comprises the microcomputer being arranged in counter 4, and this microcomputer comprises CPU, RAM, ROM and I/O interface etc.According to control program, by fishing line reel control part 30, complete the various control actions such as the demonstration control of display part 5 or drive and control of electric machine.As shown in Figure 3, on fishing line reel control part 30, be connected with various switches, spool sensor (example of rotation data measuring mechanism) 41 and the spool counter 42 of conversion rod 13, switching manipulation portion 6.In addition, on fishing line reel control part 30, be also connected with buzzer 40, PWM driving loop 31, display part 5, storage part 43 and other input and output portions.
Spool sensor 41 consists of two reeds that are one in front and one in back arranged side by side, and by judgement, has or not some reeds first to send detection pulse, the rotation direction of spool 10 just can be detected.In addition, also can measure the spool rotation number of turns according to detecting pulse.The detection pulse of 42 pairs of spool sensors 41 of spool counter is counted, and by this count value, can obtain the turned position data relevant to the rotation number of turns of spool 10.When spool 10 forwards (rotating along unwinding direction), the count value of spool counter 42 can reduce, and during reversion, increases.According to this count value, can record fishing line length.Using the object of buzzer 40 is for the sound that gives the alarm.PWM drives loop 31 to be used for motor 12 to drive under PWM controls, and by fishing line reel control part 30, controls its dutycycle.By fishing line reel control part 30, control motor 12, make it or be constant airspeed state, or be constant tension state.In addition, fishing line reel control part 30 has as the demonstration controlling organization of the display part 5 of functional structure and fishing line linear measure longimetry mechanism, by this fishing line linear measure longimetry mechanism, the fishing line length showing is measured.
Storage part 43 is such as consisting of nonvolatile memories such as EEPROM.As shown in Figure 4, in storage part 43, be provided with: show data storage area 43a, wherein store the demonstration data such as fish layer position; Fishing line length data memory block 43b, wherein stores and represents that actual fishing line length and spool rotate the fishing line length data of the relation between the number of turns or revise fishing line length A LD etc.; Rotation data memory block 43c, wherein stores corresponding to the speed that furls (rpm) of the spool 10 of different progression SC and furls the higher limit of moment of torsion; Data storage area 43d, wherein stores various data.
Under invariablenes turning speed pattern, in the 43c of rotation data memory block, store the maximum duty cycle corresponding with each progression and minimum duty cycle data.Or under constant tension pattern, in the 43c of rotation data memory block, store the lowest high-current value corresponding with each progression and minimum current value.
[fishing line length calculation method]
In the present embodiment, profit is obtained fishing line length L N with the following method, that is, every rotation 1 circle of spool, makes fishing line length Y and spool rotate the approximate linear function relation that is of relation (example of the 2nd relation) between number of turns X.By thickness, whole length all unknown fishing line from winding diameter Bmm, start layering and be wound up into spool 10, rotate c circle all fishing lines of just can having reeled.Next under this state, when fishing line is emitted to Smm, spool 10 has rotated d circle.Relation between this length S and number of turns d is the 1st relation.
Below, relation between fishing line length Y when spool is rotated to number of turns X and every rotation 1 circle of spool is reflected in rectangular coordinate system,, transverse axis represents that spool rotates number of turns X, fishing line length Y when the longitudinal axis represents every rotation 1 circle of spool, owing to above-mentioned relation can being defined as to linear function relation, when its slope represents with A, its relational expression is as follows.
Y＝AX+Bπ…(1)
The chart of the relation between the fishing line length Y while therefore, being used for representing spool rotation number of turns X and every rotation 1 circle of spool is Fig. 5.
Below, when rotating c circle spool 10 be equivalent to every rotation 1 this spool of circle time fishing line length be designated as Y (c), after rotation c circle furls, when fishing line is emitted to Smm, when spool 10 rotates d circle be equivalent to every rotation 1 this spool of circle time fishing line length while being designated as Y (c-d), their relational expression is as follows respectively.
Y(c)＝A·c+Bπ…(2)
Y(c-d)＝A·(c-d)+Bπ…(3)
In the chart shown in Fig. 5, because the trapezoidal area representing with hatching is equivalent to the unwrapping wire length S reeling after finishing, so the relational expression of unwrapping wire length S is as follows.
S＝d·{Y(c)+Y(c-d)}/2…(4)
Formula (2), formula (3) substitution formula (4) can be obtained,
S＝d·{A·c+Bπ+A·(c-d)+Bπ}/2
＝d·{A·(2c-d)+2Bπ}/2…(5)
Relational expression when the slope A of formula (5) is solved is as follows.
A＝2(S-Bπd)/d(2c-d)…(6)
Hence one can see that, by 4 data S, B, c and d substitution formula (6), can obtain the slope A of linear function.For example, spool 10 finishes to reel from starting to be wound up into after rotating 2000 circles, thereby emits 10m fishing line and this spool has rotated 60 while enclosing, if self diameter (winding diameter) of spool 10 is 30mm, the slope A of linear function is as follows.
A＝2×(10000-94.2×60)/60(2×2000-60)
＝0.0368
If can determine the linear function approximate with efficiency A, intercept B π, while this linear function being carried out to integrated (obtaining area) in the situation that of the every rotation of spool 1 circle, can obtain the fishing line length L 1～LN when starting to be wound up into every rotation 1 circle of for example spool between finishing to reel.Fishing line length L X when spool when next end is reeled rotates number of turns c makes zero.Obtain afterwards fishing line length (L0) when making zero fishing line length L X (=LN) and the spool when starting to reel and rotate the relation number of turns X.This result of calculation is for example stored in the fishing line length data memory block 43b of storage part 43 with the form (LX=MAP (X)) of reflection.
While rotating spool 10 in reality fishing, according to the spool that now spool sensor 41 is measured, rotate number of turns X, from the reflection of storage part 43, read fishing line length L X, then from the fishing line length L X reading, the fishing line length L X that represents the fishhook assembly depth of water of living in is presented at the depth of water viewing area 5a of display part 5.
By moving above-mentioned common set model, only carry out unwrapping wire operation and just can easily obtain the fishing line length L X that represents the fishhook assembly depth of water of living in.
But, the difference of the tension force when tension force owing to carrying out setting operation and actual fishing, when furling fishing line with less tension force, this fishing line can not enter between coiling fishing line in its lower section, thereby makes winding diameter become large.Under this effect while furling fishing line again, even if the residing depth of water of fishhook assembly (fishing line length L 0) has been positioned near ship side and has approached the position that ought to show " 0 " of the water surface, sometimes also there will be this show value to become the situation of large (for example 2m).If while the set positions at water surface place being " 0 " value under this state, owing to can not changing the slope of linear function when the rezero operation, be the position that changes " 0 ".Therefore upper, once jettisoning during fishhook assembly, the fishing line length of shown numeric ratio reality is short.At this moment, rodman will select correcting process.
Rodman in addition, as the prerequisite of carrying out correcting process, uses in the present embodiment every the markd fishing line of predetermined distance mark, so that can judge fishing line length through just watching.Utilize Fig. 6 to illustrate to have an example of the fishing line of described feature.In addition, in Fig. 6, with different hatchings, represent the different colours of fishing line.
Fishing line FL for example carries out twisted filament processing by polyester fiber and makes, that is, be so-called polyethylene (PE) fishing line.Fishing line FL for example,, every different color for 10m (blue, red, green, orange, the purple) processing of painting, also has, and every 50m, repeats above-mentioned color again.In addition, in 10m length range, every 1m, be formed with again the mark M1 of the color different from color every 10m (for example white).At 5m place, be formed with mark M 1 every 1m place with color but difform mark M2.
Below according to the operating sequence of the display frame explanation correcting process shown in Fig. 7.Wherein, use the fishing line with These characteristics while carrying out this correcting process, Fig. 7 means the schematic diagram of situation of change of the display frame of display part 5.
In addition, in Fig. 7, the switch that indicates hatching is the switch being operated by rodman.Situation during fishing shown in Fig. 7 is as follows, that is, for example the fish layer position of last registration is 58m, when depth of water viewing area 5a shows 60.5m, and the situation that the actual fishing line length while seeing mark is 62m.
In the present embodiment, can be according to the fishing line length L X of the shown residing depth of water of expression fishhook assembly of the depth of water viewing area 5a of display part 5, and take the difference of fishing rod termination between the fishing line length shown in the fishing line mark that benchmark is seen, shown fishing line length L X is carried out to correcting process.
Now, as shown in (a) in Fig. 7, to press for a long time to record switch MM and make zero and determine switch ZD simultaneously.At this moment, as shown in (b) in Fig. 7, the numerical value in the 5a of depth of water viewing area will dodge and go out, and the fishing line length L X being presented in the 5a of depth of water viewing area is rounded processing (for example following numeral of fractions omitted point) and becomes 60m.In addition, through rounding the correction fishing line length A LD (60m) of processing, store in fishing line length data memory block 43b.Also have, the correction fishing line length A LD having stored is presented at and records on the 5b of depth of water viewing area.
Below, rodman sees on limit above-mentioned demonstration numerical value limit furls at pole tip place line end and is positioned at the fishing line of 62m position and makes it to arrive 60m place.When rodman rotates spool 10, as shown in (c) in Fig. 7, dodge the show state that goes out and be closed, the numerical value showing in the 5a of depth of water viewing area starts to diminish gradually from 60m.When rodman furls 60m place by fishing line, to making zero, determine that switch ZD operates, at this moment, the numerical value that depth of water viewing area 5a shows becomes 60m, and the numerical value that records depth of water viewing area 5b demonstration returns to the depth of water 58m of the fish layer position of nearest record.
When determining that to making zero switch ZD operates, can to the slope A of linear function, carry out correcting process according to the above-mentioned depth of water.According to Fig. 5, this modification method is described.
Currently to making zero, determine that it is e that spool when switch ZD operates rotates number of turns X, now the area as fishing line length is designated as S1 (being for example 60m), in Fig. 5, in the region shown in left low right high hatching, carries out correcting process.Slope A ' now can be obtained by following formula (7).Wherein, with spool, rotate number of turns e and substitute spool rotation number of turns c, the d in above-mentioned formula (6), with area S1, substitute S wherein.
A′＝2(S1-Bπd)/e
2…(7)
By the slope A ' obtaining, determine and revise linear function (Y '=A ' X+B π), while this correction linear function being carried out to integral and calculating (obtaining area) in the situation that of every rotation 1 circle of spool in addition, employing is same as the order of common set model, can obtain the fishing line length M L1～MLN when starting to be wound up into every rotation 1 circle of for example spool between finishing to reel.Fishing line length M LX when spool when next end is reeled rotates the number of turns makes zero.Obtain afterwards fishing line length (ML0) when making zero fishing line length M LX (=MLN) and the spool when starting to reel and rotate the relation number of turns X.This result of calculation is for example stored in the fishing line length data memory block 43b of storage part 43 with reflection form (MLX=MAP (X)).
For example, fishing line length is 60m and spool 10 while having rotated 450 circle, and slope A ' is as follows.
A′＝2×(60000-94.2×560)/560×560)
＝0.04622
[control of being undertaken by fishing line reel control part]
Next according to Fig. 8 and subsequent control flow chart, the concrete control handling process of being undertaken by fishing line reel control part 30 is described.
When electric fishing reel is when power line 18 is connected with external power source PS, can in the step S1 in Fig. 8, carry out initial setting.In this initial setting, by the count value zero clearing of spool timer 42, or reset various variablees or mark.In addition, the ship side stop position FN on fishing line (depth of water example while stopping) can being set in as the position of the 6m of standard ship side stop position.Also have, the reflection (MAP (X)=LX) of setting before selected, to cancel reflection (MAP (X)=MLX), the fishing line length that the correction fishing line length A LD of this reflection (MAP (X)=MLX) based on aftermentioned correcting process is corresponding and the relation between the data of turned position.
Next in step S2, carry out Graphics Processing.In Graphics Processing step, can carry out the various Graphics Processings such as depth of water demonstration.Now, if during the pattern from water column, at depth of water viewing area 5a, show and take the depth of water that the water surface is benchmark.In addition, if in fish layer position or when bottom position operates recording switch MM, this depth of water is presented at and records on the 5b of depth of water viewing area.
In step S3, judge whether certain switch of switch operating portion 6 to carry out pressing operation and selected certain processing.In addition, in step S4, judge whether spool 10 rotates.This will judge according to the output of spool sensor 41.In step S5, judgement has or not other instructions or input etc.While having selected certain processing when certain switch is carried out to pressing operation, can enter step S6 and carry out the switching manipulation shown in Fig. 9 and process by step S3.In addition, when spool 10 being detected, there is while rotation to enter step S7 by step S4.In step S7, whether judgement correction mark P opens.In step S8, show fishing line length L X generally, to replace for showing sudden strain of a muscle that the step S26 in Fig. 9 of correcting process the sets show state that goes out.In step S9, carry out each pattern shown in Figure 12 and process and enter step S5.Revise mark P and when closed condition, enter step S9.
When having carried out other instructions, by step S5, enter step S10 and carry out other processing.
In the switching manipulation of step S6 is processed, judge whether to have selected set model processing in the step S11 of Fig. 9.Specifically, judge whether menu switch MN and make zero to determine that switch ZD has carried out 3 seconds above pressing operations.In step S12, judge whether to have selected the processing that the switching motor 12 that undertaken by operational transformation bar 13 and classification change speed or tension force.In step S13, judged whether to select the depth of water stores processor that is used for recording the depth of water.Specifically, judge whether to have carried out pressing operation in short-term to recording switch MM.In step S14, judge whether to have selected correcting process.Specifically, judge whether to determine that to recording switch MM and making zero switch ZD has carried out 3 seconds above pressing operations.
In step S15, judged whether to select the definite processing that is used for determining selected processing.Specifically, judge whether to determine that to making zero switch ZD has carried out pressing operation in short-term.In step S16, judge whether to have selected other the switching manipulation of being undertaken by pressing operation menu switch MN in short-term and process.Specifically, judge whether to have operated other switches.These other switching manipulation, comprises other long-time pressing operations such as operation of pressing for a long time recording switch MM separately.In addition, this so-called long-time pressing operation, refers to that pressing duration reaches above pressing operation of stipulated time (for example 3 seconds), and pressing operation refers to the pressing operation that does not reach regulation duration in short-term.In addition, in the time of need to interrupting correcting process, as long as menu switch MN is carried out to pressing operation in short-term.Now, the correction fishing line length A LD of storage can be deleted.
When being judged as to have selected when set model is processed, from step S11, enter step S17 in step S11.In step S17, judge whether the menu switch MN after selected and definite switch ZD that makes zero to operate and selected certain set model.As mentioned above, set model comprises common set model, given settings pattern and rolls up in advance set model.When selected common set model, from step S17, enter step S18 and carry out common setting described later and process.When being set as given settings pattern or rolling up other set models such as set model in advance by actions menu switch MN, from step S17, enter step S19 and other set models of selecting.
When carrying out Electric Machine Control, selected operational transformation bar 13 enters the Electric Machine Control processing of step S20 from step S12.In Electric Machine Control is processed, if when constant airspeed pattern, not only open and close motor but also control motor so that its rotating speed reaches the rotating speed of setting progression.If when constant tension pattern, be also not only to open and close motor but also control motor so that effect reaches the tension force of setting progression to the tension force of fishing line.
To recording that switch MM carries out pressing operation in short-term and the selected depth of water during to operation while carrying out stores processor enters step S21 from step S13.In step S13, the fishing line length L X recording is at that time stored in and is shown in data storage area 43a.
During selected correcting process, from step S14, enter step S22.In step S22, judge the whether not enough 10m of fishing line length L X.When the not enough 10m of fishing line length L X, owing to not making correcting process, so skip processing thereafter, enter step S15.When fishing line length L X enters step S23 when 10m is above.In step S23, open and revise mark P.This correction mark P is used for judging whether to enter correcting process.In step S24, shown fishing line length L X is rounded to processing.Specifically, carry out the processing that rounds of the following numeral of fractions omitted point.In step S25, will as revising fishing line length A LD, store in the fishing line length data memory block 43b of storage part 43 through rounding the fishing line length L X of processing.In step S26, both made the depth of water viewing area 5a sudden strain of a muscle that shows correction fishing line length A LD go out, also with the correction fishing line length A LD replacement of storage, record fishing line length and be presented at and record on the 5b of depth of water viewing area.
When being judged as while having selected definite processing, from step S15, enter step S27, and carry out the definite processing shown in Figure 11.
When having operated other switches, from step S16, enter step S28 and carry out other switch process.For example, menu switch MN is carried out to pressing operation in short-term and some in selected 2 display modes,, one of pattern from water column and the pattern from the meter of bottom, or some in selected 2 Electric Machine Control patterns, that is,, during the first-class state of constant airspeed pattern and constant tension pattern, in this step S28, carry out switch process correspondingly.
In the common setting of step S18 is processed, the fishing line that has judged whether to start in the step S31 of Figure 10 furls operation.While doing this judgement, the result that whether starts to rotate according to spool sensor 41 detection spools 10 judges.In step S32, judge that fishing line furls operation and whether finishes, this will for example, judge according to the switching manipulation (having carried out pressing operation more than regulation duration to recording switch MM) of whether having carried out regulation.After fishing line furls EO, for example, emit the relation between the fishing line length of 10m fishing line when setting spool and rotating the number of turns and every rotation 1 circle of this spool.Whether the operation that judges unwrapping wire 10m in step S33 finishes, and this also will judge according to the switching manipulation of whether having carried out regulation.In addition, on fishing line, for example when having different colors, 10m can carry out above-mentioned unwrapping wire operation, but according to the difference of fishing line, the not colouring having.Now, also 10m fishing line can be fastened and emit again 10m fishing line afterwards.When not finishing, unwrapping wire operation returns to step S31.
When furling when operation starts, fishing line enters step S34 from step S31.In step S35, according to the numerical value of spool counter 42, increase spool and rotate number of turns X.For example, 10 pulses of spool sensor 41 outputs during the every rotation of spool 1 circle, the numerical value of spool counter 42 increases respectively 10 when every rotation 1 circle of spool, and during the every increase 10 of numerical value of spool counter 42, the numerical value that spool rotates number of turns X increases 1.
When spool 10 stops operating when finishing fishing line to furl operation, from step S32, enter step S35.In step S35, fishing line is completed to spool while furling and rotate number of turns X and be set as number of total coils c.In step S36, in unwrapping wire, correspondingly reduce spool and rotate number of turns X.The way of this additive operation is the same with step S34, and for example the numerical value of spool counter 42 often reduces at 10 o'clock, and the numerical value that spool is rotated to number of turns X reduces 1.
When unwrapping wire EO, from step S33, enter step S37.In step S37, from spool number of total coils c, deduct the spool reducing because of unwrapping wire and rotate number of turns X, then gained difference is set as to unwrapping wire rotation number of turns d.This unwrapping wire rotates the rotation number of turns that number of turns d is spool 10 while emitting 10m fishing line.In step S38, from storage part 43, read winding diameter B π and unwrapping wire length S.These 2 data write in storage part 43 in advance.
In step S39, by 4 data c, the d, B π and the S that obtain, according to above-mentioned formula (6), obtained the slope A of approximate linear function, thereby obtain approximate linear function.Therefore,, to wire diameter, length unknown whole fishing lines all, can determine length when the every rotation 1 of spool is enclosed and the relation between the spool rotation number of turns.In step S40, obtained linear function is carried out to integrated, thereby can obtain from starting to be wound up into the spool finishing between coiling, rotate the relation between number of turns X and fishing line length L N.Depth of water when then end is reeled is set as numerical value " 0 " and changes fishing line length L N into fishing line length L X.Can determine that thus spool rotates the relation between number of turns X and fishing line length L X.
In step S41, the relation that the spool of obtaining is rotated between number of turns X and fishing line length L X stores in storage part 43 with reflection form and returns to main program.Carry out thus above-mentioned setting processing, now without whole fishing line set and only got its final part and set, the relation that the spool that can change to the difference because of winding diameter thus rotates between the number of turns and fishing line length is revised.Returning switch input program after above-mentioned processing all finishes.
In definite processing of step S27, judge that whether correction mark P in the step S42 of Figure 11 is in opening.Whether this judged result is used for to being to determine by revising the situation that fishing line length A LD revises and judge by carrying out correcting process.When revising mark P in opening, from step S42, enter step S43.In step S43, close and revise mark P.In step S44, according to revising fishing line length A LD, obtain correction slope A '.In step S45, the linear function of revising slope A ' to obtaining carries out integrated, thereby obtain from starting to be wound up into the spool finishing between coiling, rotates the relation between number of turns X and fishing line length L N.Depth of water when then end is reeled is set as numerical value " 0 " and changes fishing line length L N into fishing line length L X.Can determine that thus spool rotates the relation between number of turns X and fishing line length L X.In step S46, the spool the obtained relation between number of turns X and fishing line length M LX of rotating stored in the fishing line length data memory block 43b of storage part 43 with reflection form and return to main program.
When revising mark P in closed condition, from step S42, enter step S47, and carry out definite processing of the selection result of other processing such as display mode or Electric Machine Control pattern.
In each pattern of step S9 is processed, judge whether the rotation direction of spool 10 in the step S51 of Figure 12 is unwinding directions.Whether this will first send pulse according to certain reed of spool sensor 41 judges.When being judged as the rotation direction of spool 10 and being unwinding direction, from step S51, enter step S52.In step S52, reduce one by one spool and rotate the number of turns, this step is the same with the step S36 in Fig. 9.In step S53, when spool rotates the every minimizing of the number of turns once, will rotate the number of turns and read and be stored in the reflection in storage part 43 and set fishing line length L X from spool.Now, if stored, revise reflection, by this, revise reflection and set fishing line length M LX.Described fishing line length L X or MLX are presented on the 5a of depth of water viewing area through the Graphics Processing of step S2 as the residing depth of water of fishhook assembly.In step S53, judge that whether this fishing line length L X calculating is consistent with bottom position, that is, judge whether fishhook assembly has arrived bottom.As mentioned above, when fishhook assembly arrives bottom, by pressing, record switch MM, bottom position can be arranged in the demonstration data storage area 43a of storage part 43.In step S54, determine whether other patterns.If not finish during other patterns each pattern to process, return to main program.
When fishing line length L X is consistent with bottom position, from step S53, enter step S55, for informing that rodman's fishhook assembly has arrived bottom buzzer 40 is sounded.If enter step S56 and move the pattern of other appointments from step S54 during other patterns.
When being judged as the rotation direction of spool 10, be exactly that fishing line enters step S57 from step S51 while furling direction.In step S57, increase one by one spool and rotate the number of turns.In step S57, when spool rotates the every increase of the number of turns once, will rotate the number of turns and read and be stored in the reflection in storage part 43 and set fishing line length L X from spool.Now, if stored, revise reflection, by this, revise reflection and set fishing line length M LX.Described fishing line length L X or MLX are presented on the 5a of depth of water viewing area through the Graphics Processing of step S2 as the residing depth of water of fishhook assembly.In step S59, judge that whether the depth of water is consistent with ship side stop position.When not furled ship side stop position, fishhook assembly returns to main program.And from step S59, enter step S60 when fishhook assembly arrives ship side stop position.In step S61, in order to inform that rodman's fishhook assembly has arrived ship side and buzzer 40 is sounded.In step S61, disable motor 12.Caught fish can be placed on to the position that is easy to take thus.The establishing method of described ship side stop position is as follows, that is, for example, in depth of water 6m, motor 12 stops operating and reaches regulation duration it is set when above.
Now, because the roughly shorter fishing line length of final winding part of available fishing line is carried out common setting, and described common setting is used for obtaining the spool rotation number of turns of unknown fishing line and the relation between fishing line length, so, without being installed, fishing line device for measuring length also can record fishing line length.
[architectural feature]
(A) counter 4 is from being arranged on spool 10 reel 1, emitting or to be wound on the fishing line length L N of the fishing line on this spool 10, as the depth of water at fishhook assembly place and the device showing.Counter 4 has: fishing line reel control part 30, and it has the fishing line linear measure longimetry mechanism of functional structure and shows controlling organization; Display part; Switching manipulation portion 6, it has the storage operation mechanism of functional structure and revises operating mechanism; Storage part 43.Wherein, fishing line linear measure longimetry mechanism has as the spool sensor of turned position DATA REASONING mechanism that can measure the turned position data of spool 10, this fishing line linear measure longimetry mechanism, according to the turned position data that record and the relation between fishing line length, measures fishing line length by turned position data.Display part 5 can show the fishing line length recording as the residing depth of water of fishhook assembly.Show that controlling organization can be presented at the fishing line length recording on display part 5.Storage operation mechanism can carry out storage operation to the correction fishing line length A LD relevant with being presented at fishing line length on display part 5.When Dang Dui storage operation mechanism operates, by storage part 43 storages, revise fishing line length A LD.Revising operating mechanism is used for to revising operation by the measured fishing line length of fishing line linear measure longimetry mechanism.When after storage operation mechanism is operated, operating mechanism is revised in operation again, by showing that controlling organization revises according to being stored in correction fishing line length in the storage part 43 fishing line length being recorded by fishing line linear measure longimetry mechanism while being operated revising operating mechanism.
Above-mentioned counter 4 shows fishing line length according to the turned position data of spool 10.But sometimes there is the fishing line length situation different from physical length showing.For example, while furling fishing line with less tension force, this fishing line can not enter between coiling fishing line in its lower section, thereby makes winding diameter become large, at this moment shows than the short numerical value of actual fishing line length.On the fishing line having, for example, every predetermined distance (1m interval or 10m interval), indicate mark, when using this fishing line, rodman can know actual fishing line length according to the relation between mark and fishing line line end.When being judged as actual fishing line length, rodman operates from the different Shi Dui storage operation of the fishing line length mechanism recording.So just the fishing line length now recording is stored in storing mechanism as revising fishing line length.Then by rodman, furl fishing line or unwrapping wire, so that mark markd fishing line length, reach correction fishing line length.Next, when seeing mark, make fishing line length reach while revising fishing line length, by rodman, to revising operating mechanism, operated.Fishing line length correction when now, this correction is operated by demonstration controlling organization is to revise fishing line length.
Specifically, the fishing line length for example showing is 60m, and rodman sees when the actual fishing line length of the mark on fishing line is 62m, by rodman, storage operation mechanism is operated, thereby using the fishing line length now recording as revising fishing line length.Then limit sees that the mark limit from the fishing line of fishing pole top end furls fishing line, until it reaches 60m.Even if be at this moment shown as 58m, after correcting process, this show value also can become 60m.And turned position data now and the relation between fishing line length will change.
As mentioned above, because described counter 4 is provided with storage operation mechanism, storing mechanism and correction operating mechanism, when so if rodman can know actual fishing line length, only need carry out 2 operations and only by take-up, operate or unwrapping wire operates, according to actual fishing line length, the fishing line length recording being revised.Therefore, above-mentioned counter 4 can be wound on the concrete condition on spool according to fishing line, by carrying out the turned position data of this spool of shirtsleeve operation correction and the relation between fishing line length.
(B) in counter 4, during operation that storage operation mechanism is carried out, and the measurement result being recorded by fishing line linear measure longimetry mechanism is irrelevant, can be by showing that controlling organization temporarily be presented at correction fishing line length on display part 5.Now, because the fishing line length of storing is temporarily shown, so rodman is easy to alignment mark.
(C), in counter 4, the numerical value of revising fishing line length is that the fishing line length numerical value to being recorded by fishing line linear measure longimetry mechanism rounds processing and obtains.Now, be easy to make to revise fishing line length corresponding with mark, therefore, rodman is easy to alignment mark.
(D), in counter 4, fishing line linear measure longimetry mechanism has fishing line length computation mechanism.The specific length of fishing line during the roughly final winding part of this fishing line length computation mechanism when fishing line being wound up on spool 10, and the 1st relation between the measurement result that records of turned position DATA REASONING mechanism, fishing line length when the every rotation 1 of fishing line is enclosed when utilization starts to reel is as the linear function of intercept, fishing line length while obtaining every rotation 1 circle of spool and the 2nd relation between the data of turned position, then the turned position data that record according to turned position DATA REASONING mechanism are obtained fishing line length with the linear function of obtaining.
Now, owing to being linear function relation between turned position data and fishing line length, so be easy to carry out computing when measuring fishing line length.
(E) in counter 4, while operating revising operating mechanism, by showing that controlling organization is according to the slope that is stored in the correction fishing line length change linear function in storage part 43.Now, owing to only needing to change slope, just can revise, so be easy to carry out correcting process.
(F), in counter 4, when powered-down, the correcting process of being undertaken by correction fishing line length is cancelled.Now, when fishing finishes, for example, pull out power line and during powered-down, owing to being cancelled by revising the correcting process that fishing line length carries out, so even suffered tension force is different during fishing, also can accurately show fishing line length.
[other embodiments]
An embodiment of the invention have been described, but the present invention is not limited to above-mentioned embodiment above, within not departing from the scope of inventive concept, can does various modification to it.
(a) in the above-described embodiment, when carrying out correcting process, change the slope of linear function, but the present invention is not limited thereto, for example, when carrying out correcting process, also can with the ratio DR between the fishing line length of seeing and the fishing line length of demonstration, (DR=60/58.5) replace for example in the above-described embodiment, the fishing line length L N of reflection form.
(b) the present invention had both been applicable to electric fishing reel, was also applicable to have the manual coiling fishing line reel of depth of water indication mechanism.
(c) in the above-described embodiment, utilize linear function to measure fishing line length, but also applicable the present invention when the relation between spool rotation number of turns X and fishing line length has been preset.In addition, when using fishing line device for measuring length to set, also can be suitable for the present invention.In these cases, as mentioned above, when carrying out correcting process, also can be without the slope of linear function, and carry out correcting process with the ratio DR between the fishing line length of seeing and the fishing line length of demonstration.
(d) in the above-described embodiment, be the fishing line length being presented on display part 5 be the correcting process that benchmark carries out, but also can take fishing line length that reality seen carries out correcting process as benchmark.
(e) when correction operating mechanism is operated, can operate without switches such as buttons, also can after carrying out storage operation, after regulation duration, to furling fishing line operation, carry out shut-down operation.In addition, while changing the rotation direction of spool, spool can be become to unwinding direction from furling fishing line direction.
Claims (9)
1. the fishing line length display device of a line pulley for fishing, unwrapping wire on being arranged on the spool the reel of described line pulley for fishing, or while reeling fishing line on described spool, by described fishing line length display device, show fishing line length, it is characterized in that, the fishing line length display device of described line pulley for fishing has:
Fishing line linear measure longimetry mechanism, it has the turned position DATA REASONING mechanism of measuring described spool turned position data, described fishing line linear measure longimetry mechanism, according to the described turned position data that record and the relation between described fishing line length, calculates described fishing line length by described turned position data;
Display, it can show fishing line length;
Show controlling organization, it is presented at the described fishing line length recording on described display;
Storage operation mechanism, carries out storage operation by it to the correction fishing line length relevant with being presented at fishing line length on described display;
Storing mechanism, when described storage operation mechanism is operated, stores described correction fishing line length by described storing mechanism;
Revise operating mechanism, it revises operation to the fishing line length recording by described fishing line linear measure longimetry mechanism;
While operating again described correction operating mechanism after described storage operation mechanism is operated, by described demonstration controlling organization, according to being stored in the correction fishing line length in described storing mechanism, the fishing line length that the described fishing line linear measure longimetry mechanism when being operated by described correction operating mechanism records is revised.
2. the fishing line length display device of line pulley for fishing according to claim 1, is characterized in that,
When described storage operation mechanism is operated, irrelevant with the measurement result being recorded by described fishing line linear measure longimetry mechanism, can described correction fishing line length be temporarily presented on described display by described demonstration controlling organization.
3. the fishing line length display device of line pulley for fishing according to claim 1, is characterized in that,
The numerical value of described correction fishing line length is that the numerical value to being recorded by described fishing line linear measure longimetry mechanism rounds and processes and obtain.
4. the fishing line length display device of line pulley for fishing according to claim 2, is characterized in that,
The numerical value of described correction fishing line length is that the numerical value to being recorded by described fishing line linear measure longimetry mechanism rounds and processes and obtain.
5. according to the fishing line length display device of the line pulley for fishing described in any one in claim 1～4, it is characterized in that,
Described fishing line linear measure longimetry mechanism has fishing line length computation mechanism, the specific length of fishing line during the roughly final winding part of this fishing line length computation mechanism when fishing line being wound up on described spool, and the 1st relation between the measurement result that records of described turned position DATA REASONING mechanism, fishing line length described in when starting to reel during every rotation 1 circle of fishing line is as the linear function of intercept, fishing line length while obtaining every rotation 1 circle of described spool and the 2nd relation between the data of turned position, the turned position data that record according to described turned position DATA REASONING mechanism again and the described linear function of obtaining are obtained described fishing line length.
6. the fishing line length display device of line pulley for fishing according to claim 5, is characterized in that,
When described correction operating mechanism is operated, by described demonstration controlling organization according to the slope that is stored in described correction fishing line length in described storing mechanism and changes described linear function.
7. according to the fishing line length display device of the line pulley for fishing described in any one in claim 1～4, it is characterized in that,
When powered-down, the correcting process of being undertaken by described correction fishing line length is cancelled.
8. according to the fishing line length display device of the line pulley for fishing described in claim 5, it is characterized in that,
When powered-down, the correcting process of being undertaken by described correction fishing line length is cancelled.
9. according to the fishing line length display device of the line pulley for fishing described in claim 6, it is characterized in that,
When powered-down, the correcting process of being undertaken by described correction fishing line length is cancelled.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2009252769A JP5525795B2 (en) | 2009-11-04 | 2009-11-04 | Fishing reel thread length display device |
| JP2009-252769 | 2009-11-04 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102077814A CN102077814A (en) | 2011-06-01 |
| CN102077814B true CN102077814B (en) | 2014-10-08 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010536321.5A Expired - Fee Related CN102077814B (en) | 2009-11-04 | 2010-11-03 | Fishing line length display device of fishing line reel for fishing |
Country Status (4)
| Country | Link |
|---|---|
| JP (1) | JP5525795B2 (en) |
| KR (1) | KR20110049688A (en) |
| CN (1) | CN102077814B (en) |
| TW (1) | TWI477738B (en) |
Families Citing this family (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103329861B (en) * | 2013-06-03 | 2015-04-22 | 宁波中源欧佳渔具股份有限公司 | Multi-view adjustable counter |
| CN103329860B (en) * | 2013-06-03 | 2015-04-22 | 宁波中源欧佳渔具股份有限公司 | Fishing line wheel counter |
| CN105981696B (en) * | 2015-01-27 | 2019-03-29 | 佛山市南海中宇渔具有限公司 | Fishing vessel and its fishing line outlet length read method |
| JP7040922B2 (en) * | 2017-11-09 | 2022-03-23 | 株式会社シマノ | Fishing reel |
| JP3222261U (en) | 2019-02-22 | 2019-07-25 | 威海市浪宝漁具有限公司 | Fishing reel memory depth electronic alarm |
| CN110068369A (en) * | 2019-05-30 | 2019-07-30 | 宁波海伯集团有限公司 | A kind of rolled round device for detecting performance and method for testing performance |
| CN110954091B (en) * | 2019-12-05 | 2023-06-16 | 南京快轮智能科技有限公司 | Intelligent fishing vessel with gesture detection function |
| EP3837951B1 (en) * | 2019-12-19 | 2024-05-22 | Andreas Stihl AG & Co. KG | Thread head with residual display |
| JP7330931B2 (en) * | 2020-08-27 | 2023-08-22 | グローブライド株式会社 | fishing reel |
| KR20220027735A (en) * | 2020-08-27 | 2022-03-08 | 글로브라이드 가부시키가이샤 | System for controlling fishing information and processing method thereof |
| CN116973091B (en) * | 2023-09-21 | 2023-12-12 | 天祥(天津)质量技术服务有限公司 | Fish wire wheel test equipment and test method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH04183348A (en) * | 1990-11-19 | 1992-06-30 | Shimano Inc | Reel for fishing |
| JPH08256651A (en) * | 1995-03-20 | 1996-10-08 | Daiwa Seiko Inc | Line-length measuring device of fishing reel |
| JPH11325875A (en) * | 1998-05-20 | 1999-11-26 | Shimano Inc | Apparatus for measuring line length of fishing reel |
| CN1375197A (en) * | 2001-03-12 | 2002-10-23 | 株式会社岛野 | Electric coil winder |
| JP2004000054A (en) * | 2002-05-31 | 2004-01-08 | Daiwa Seiko Inc | Reel for fishing |
| CN1466874A (en) * | 2002-06-18 | 2004-01-14 | 株式会社岛野 | Electric fishing line reel |
| JP3502280B2 (en) * | 1998-10-30 | 2004-03-02 | ダイワ精工株式会社 | Fishing reel |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3375276B2 (en) * | 1998-02-16 | 2003-02-10 | 株式会社シマノ | Fishing reel line length measuring device |
-
2009
- 2009-11-04 JP JP2009252769A patent/JP5525795B2/en active Active
-
2010
- 2010-09-17 TW TW099131651A patent/TWI477738B/en active
- 2010-10-29 KR KR1020100106600A patent/KR20110049688A/en active Search and Examination
- 2010-11-03 CN CN201010536321.5A patent/CN102077814B/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH04183348A (en) * | 1990-11-19 | 1992-06-30 | Shimano Inc | Reel for fishing |
| JPH08256651A (en) * | 1995-03-20 | 1996-10-08 | Daiwa Seiko Inc | Line-length measuring device of fishing reel |
| JPH11325875A (en) * | 1998-05-20 | 1999-11-26 | Shimano Inc | Apparatus for measuring line length of fishing reel |
| JP3502280B2 (en) * | 1998-10-30 | 2004-03-02 | ダイワ精工株式会社 | Fishing reel |
| CN1375197A (en) * | 2001-03-12 | 2002-10-23 | 株式会社岛野 | Electric coil winder |
| JP2004000054A (en) * | 2002-05-31 | 2004-01-08 | Daiwa Seiko Inc | Reel for fishing |
| CN1466874A (en) * | 2002-06-18 | 2004-01-14 | 株式会社岛野 | Electric fishing line reel |
Also Published As
| Publication number | Publication date |
|---|---|
| TWI477738B (en) | 2015-03-21 |
| KR20110049688A (en) | 2011-05-12 |
| JP2011097831A (en) | 2011-05-19 |
| JP5525795B2 (en) | 2014-06-18 |
| CN102077814A (en) | 2011-06-01 |
| TW201128165A (en) | 2011-08-16 |
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Granted publication date: 20141008 Termination date: 20171103 |