JP6200787B2 - Fishing rhythm transmitter and fishing reel - Google Patents

Description

  The present invention relates to a rhythm transmitter for fishing used in fishing that moves a driven body such as a lure by winding a line released from a reel, and a fishing reel.

  For example, in the case of lure fishing, there are a large number of lures, and a lure to be used is selected from many lures. The retrieval speeds when these lures make desired movements are different, and when the speed exceeds a certain level, the balance is lost and the desired movement cannot be achieved. It becomes impossible to move. Thus, the retrieval speed when performing a desired movement differs for each lure and is unique to the lure.

  Therefore, when the angler uses the purchased lure for the first time, for example, the angler performs fishing while searching for the retrieval speed when the lure makes a desired movement. In other words, while trying to increase the retrieval speed or conversely slowing it, the retrieval speed when the lure makes a desired movement is grasped by feeling. Then, the retrieval speed grasped by the sense is memorized in the head, and it is attempted to use it for fishing fishing from the next time.

  However, it is extremely difficult to make the lure have the desired movement from the first use of the purchased lure. Also, because the task of grasping the retrieve speed when the lure makes the desired movement depends largely on the angler's sense, the retrieve speed to grasp will vary from angler to angler, with experienced people and beginners But it ’s different. It is also difficult to accurately memorize the retrieved retrieval speed. Furthermore, since the winding length per one rotation of the handle is different for each reel, there is a difficulty that if the reel to be used is changed, the rotation speed of the handle must be changed accordingly. As described above, it is difficult to adjust the retrieval speed to an appropriate speed by adjusting the rotational speed of the reel handle so that the lure moves as desired.

JP 2002-186388 A

  Therefore, the present invention has been made in view of the above-described conventional problems, and an object thereof is to provide a fishing rhythm transmitter and a fishing reel that can make a driven body such as a lure easily perform a desired movement.

The present invention has been made to solve the above problems, and the fishing rhythm transmitter according to the present invention is used in fishing that moves a driven body such as a lure by winding a line released from a reel. A fishing rhythm transmitter that calculates a reel winding rhythm based on a recommended retrieval speed when the driven body makes a desired movement and a winding length per reel handle rotation; A transmission unit that transmits a notification signal based on the winding rhythm calculated by the control unit, and the control unit calculates a basic winding rhythm based on the recommended retrieval speed and the winding length. In addition, a composite take-up rhythm in which the rod action rhythm is mixed in the basic take-up rhythm is created, and the transmission unit is based on the composite take-up rhythm. Characterized by transmitting a broadcast signal.

  The retrieval speed when the driven body makes a desired movement is different for each driven body and is unique to the driven body. The retrieval speed when the driven body makes a desired movement is referred to as a recommended retrieval speed. There is usually a certain range for the retrieval speed when the driven object makes a desired movement, and there is an upper limit retrieval speed at which the desired movement cannot be achieved at higher speeds. There is also a lower limit retrieval speed that can not be done. The recommended retrieval speed may be a retrieval speed within this certain range, and may be an upper retrieval speed, a lower retrieval speed, or an intermediate position between them. It may be retrieve speed.

  The recommended retrieval speed information can be obtained from a producer who manufactures a driven body such as a lure, for example, a lure manufacturer. That is, the producer of the driven body repeats various tests such as a field test to determine the final specification, and thus can easily grasp the retrieval speed when the driven body makes a desired movement. Therefore, it is possible to provide the angler with a certain range of retrieval speed at which the driven body makes a desired movement, and it is also possible to provide a predetermined value of the certain range of retrieval speed as the recommended retrieval speed. In addition, the angler can select an arbitrary value of the provided retrieval speed within a certain range and set it as the recommended retrieval speed.

  The control unit calculates the reel winding rhythm from the recommended retrieval speed of the driven body thus obtained and the winding length per rotation of the reel handle to be used. Note that the winding length per reel handle rotation varies slightly depending on the winding amount of the line wound on the spool, but is generally used with a winding amount close to the maximum winding amount. For example, the winding length at the maximum winding amount, that is, the maximum winding length can be obtained. For example, if the reel winding length is 70 cm and the recommended retrieval speed of the driven body is 70 cm / second, the reel handle may be rotated once per second. If the recommended retrieval speed is 35 cm / second, the reel handle may be rotated once every two seconds. Therefore, the control unit calculates a winding rhythm of 60 times per minute if the recommended retrieval speed of the driven body is 70 cm / second, and winding of 30 times per minute if the recommended retrieval speed of the driven body is 35 cm / second. Take the rhythm. Then, the transmitter transmits a notification signal based on the calculated winding rhythm. For example, if the winding rhythm is 60 times per minute, the transmission unit transmits the notification signal at a rhythm of 60 times per minute. The angler can make the driven body easily and reliably perform a desired movement by rotating the reel handle relying on the notification signal transmitted from the transmitter.

  In particular, the control unit calculates a basic winding rhythm based on the recommended retrieval speed and the winding length, and combines the basic winding rhythm with a rod action rhythm mixed. It is preferable that a rhythm is created and the transmission unit transmits a notification signal based on the combined winding rhythm.

  In many cases, rod action such as twitch is added instead of so-called free winding to achieve a constant retrieval speed. Thus, when it is desired to add a rod action to a driven body, rhythm information (action rhythm information) regarding the rod action is taken into account. As the action rhythm information, for example, if the rod action is a twitch, and the reel handle is twitched twice, for example, every time the reel handle is rotated five times, The action rhythm information is “twitch the rod twice at a rate of once”. The control unit creates a composite winding rhythm in which action rhythm information is added to the basic winding rhythm. Then, since a notification signal is transmitted from the transmission unit based on the composite winding rhythm, the angler can rely on the notification signal to rotate the reel handle at a predetermined rhythm while inserting the rod action. it can.

  In particular, a retrieval speed setting unit for setting the recommended retrieval speed and a winding length setting unit for setting the winding length are provided, based on the set recommended retrieval speed and winding length. It is preferable that the control unit calculates the reel winding rhythm. The retrieval speed setting unit may be configured to input a recommended retrieval speed as a numerical value, or a storage unit that stores a driven body information table in which one or a plurality of driven bodies and the recommended retrieval speed are associated in advance. In addition, a configuration may be adopted in which the recommended retrieve speed is set by the angler selecting an arbitrary one from the driven objects stored in the storage unit. When the angler selects a driven body, the control unit reads the recommended retrieval speed corresponding to the selected driven body from the driven body information table. It is also preferable to include a display unit for displaying the driven object stored in the storage unit. The same applies to the winding length setting section, and the configuration may be such that the winding length is input as a numerical value, or a reel information table in which one or a plurality of reels and their winding lengths are associated in advance. May be configured such that the take-up length is set by the angler selecting an arbitrary one from the reels stored in the storage unit. When the angler selects a reel, the control unit reads the winding length corresponding to the selected reel from the reel information table. It is also preferable to provide a display unit for displaying the reels stored in the storage unit.

  For example, when using a newly obtained driven object, the recommended retrieval speed of the driven object can be set by inputting from the retrieval speed setting unit. In addition, if a list of objects already owned is displayed, the recommended retrieval speed can be set by selecting the object to be used from the list. Similarly, the winding length of the reel to be used can be input and set from the winding length setting section, and when a plurality of reels are owned, the reels are displayed in a list. In this case, the winding length can be set by selecting a reel to be used. As described above, when the recommended retrieval speed and the winding length are respectively set, it is possible to easily cope with various combinations of the driven body and the reel. Then, the winding rhythm corresponding to the driven body and reel to be used is calculated, and the transmitter transmits a notification signal based on the calculated winding rhythm, so that the angler changes the driven body and reel to be used. However, the handle of the reel can be appropriately rotated to cause the driven body to perform a desired movement.

  It is also preferable to include an action setting unit for setting rhythm information related to the rod action. The action setting unit may be configured to input rhythm information (action rhythm information) related to the rod action as a numerical value, or an action information table in which one or a plurality of rod actions and their action rhythm information are associated in advance. Even if it is the composition which has a storage part which memorizes and sets action rhythm information by displaying the rod action which the storage part memorizes on a display part, and an angler chooses arbitrary things out of it Good.

  For example, it is preferable that an angler can arbitrarily select from a plurality of types of rod actions stored in advance. Also, details about the rod action, for example, if it is a twitch as described above, it is possible to input the number of rotations of the reel handle and the number of twitches, such as “twice every five rotations of the reel handle”. It is also preferable. Further, a storage unit that stores the type and details of the rod action as an action information table may be provided, and an angler may select an arbitrary one from the rod actions stored in the storage unit. As described above, it is preferable to include a storage unit that stores a plurality of types of action rhythm information, and to select arbitrary action rhythm information from the plurality of types of action rhythm information stored in the storage unit. In any case, when action rhythm information is set, the control unit creates a composite winding rhythm that takes into account the set action rhythm information, and a notification signal is transmitted from the transmission unit based on the combined winding rhythm. Therefore, the angler can turn the reel handle at a predetermined rhythm while inserting the rod action, relying on the notification signal.

  Further, the transmission unit transmits a first notification signal for the basic winding rhythm of the composite winding rhythm, and transmits a second notification signal different from the first notification signal for the rod action rhythm. It is preferable to do. In this case, when the angler rotates the handle of the reel while applying the rod action, the rod action depends on the second notification signal while rotating the handle of the reel while relying on the first notification signal. Can be added. That is, the timing for applying the rod action can be easily grasped by the second notification signal different from the first notification signal.

  In particular, the transmitting unit preferably transmits at least one notification signal among sound, light, and vibration. If the notification signal is sound, light, or vibration, it is difficult to disturb fishing, it is possible to concentrate and perform fishing, and the notification signal can be easily recognized even in a dark place.

The fishing reel according to the present invention calculates a reel winding rhythm based on a recommended retrieval speed when a driven body such as a lure makes a desired movement and a winding length per reel handle rotation. A control unit, and a transmission unit that transmits a notification signal based on the winding rhythm calculated by the control unit. The control unit is configured to perform basic winding based on the recommended retrieval speed and the winding length. Calculating a take-up rhythm, creating a composite take-up rhythm in which a rod action rhythm is mixed in the basic take-up rhythm, and transmitting a notification signal based on the composite take-up rhythm Features.

  In particular, a retrieval speed setting unit for setting the recommended retrieval speed and a winding length storage unit for storing the winding length are provided, and the set recommended retrieval speed and the winding length stored. It is preferable that the control unit calculates a reel winding rhythm based on the above. In the case of this configuration, the take-up length storage unit stores the take-up length per turn of the handle, so that the angler separately sets the take-up length per turn of the handle of the reel. The take-up rhythm is automatically calculated by setting the recommended retrieve speed of the driven body to be used by the retrieve speed setting unit. In addition, it is also preferable to provide an action setting unit for setting rhythm information related to the action given to the driven body.

  As described above, the reel winding rhythm is calculated based on the recommended retrieval speed when the driven body makes a desired movement and the winding length per reel handle rotation, and based on the winding rhythm. Since the notification signal is transmitted, it is possible to make the driven body easily perform a desired movement by rotating the handle of the reel depending on the notification signal.

The front view which shows the rhythm transmitter for fishing in one Embodiment of this invention. The control block diagram of the fishing rhythm transmitter. (A) And (b) is a front view which shows the display screen of the rhythm transmitter for fishing. The flowchart which shows the processing content of the rhythm transmitter for fishing. (A) is the lure information table memorize | stored in the memory | storage part of the rhythm transmitter for fishing in other embodiment of this invention, (b) is the reel information table memorize | stored in the memory | storage part. The front view which shows the display screen of the rhythm transmitter for fishing. The flowchart which shows the processing content of the rhythm transmitter for fishing.

  Hereinafter, a fishing rhythm transmitter according to an embodiment of the present invention will be described with reference to FIGS. The front view of the rhythm transmitter 1 for fishing of this embodiment is shown in FIG. The fishing rhythm transmitter 1 is portable and can be carried at a fishing spot. By rotating the reel handle to wind up the line released from the reel spool by casting or falling, a lure or the like can be taken up. It is used in fishing where the driven body is moved sideways, i.e. towards the front, or moved vertically, i.e. upwards. The application may be varied, for example for lure fishing. Hereinafter, the case where the driven body is a lure will be described as an example.

  The fishing rhythm transmitter 1 includes a touch panel 2 serving as an input unit and a display unit, and a speaker 3 serving as a transmission unit. The memory 4 as a storage unit and a central processing as a control unit are provided. The device 5 is incorporated.

  As shown in FIG. 2, a touch panel 2, a memory 4, a speaker 3, and a communication control unit 6 are connected to the central processing unit 5. The touch panel 2 functions as an input unit for inputting various information and a display unit for displaying various information. For example, on the display screen of the touch panel 2, a retrieve speed setting unit 21 for setting a recommended retrieve speed of the lure and a winding length setting unit 22 for setting a winding length per reel handle rotation. And an action setting unit 23 for inputting rhythm information related to the rod action.

  An example of the display screen of the touch panel 2 is shown in FIG. For example, a recommended retrieval speed provided by a lure manufacturer can be input to the retrieval speed setting unit 21 as a numerical value. That is, in this embodiment, the retrieve speed setting unit 21 functions as a retrieve speed input unit for inputting a recommended retrieve speed of the lure. Here, the recommended retrieval speed is the retrieval speed when the lure makes a desired movement. There is a certain range of retrieve speed when the lure makes the desired movement, but the minimum value may be the recommended retrieve speed, the maximum value may be the recommended retrieve speed, and the intermediate value is The optimum value and the recommended retrieval speed may be used.

  The winding length setting unit 22 can input the winding length per rotation of the handle of the reel to be used. That is, in this embodiment, the winding length setting unit 22 functions as a winding length input unit for inputting the winding length. As the winding length, for example, the winding length in a state where the line is wound to the maximum extent on the spool can be used. Further, the winding length in the actual use state where the angler winds the line around the spool can be used instead of the state where the line is wound around the spool as much as possible. Furthermore, the winding length provided by the reel manufacturer can also be used.

  The recommended retrieval speed and take-up length can be entered in any way. For example, if you touch the input position once, the keypad mode is displayed and the numeric keypad is displayed, and you can enter the value from there. Alternatively, a drop-down list may be displayed, and for example, a numerical value displayed in 1 cm units may be selected and input, or a representative numerical value may be displayed and selected from among them. .

  Further, the action setting unit 23 is preferably configured so that the angler can select and input the presence or absence of the rod action. Furthermore, when the rod action is attached, the type of the rod action can be selected. It is also preferable to be configured as described above. For example, as shown in FIG. 3A, the characters “none” and “twitch” are displayed so that the angler can select between them. The case where the rod action is not attached is “none”, and the case where the rod action is attached is “twitch”. Of course, in addition to “twitch”, other types of rod actions such as “jerk” may be displayed so that an arbitrary rod action can be selected from them.

  When “twitch” is selected in the action setting section 23, it is preferable that the display becomes as shown in FIG. 3B so that the details of the action rhythm information can be input. For example, when “twitch” is selected in the action setting unit 23, as shown in FIG. 3B, the handle rotation number input unit 24 for inputting the rotation number of the handle of the reel, and the number of twitches are input. The twitch count input unit 25 is displayed, and a number can be input to each of those portions. For example, if you want to twitch the rod twice for every five turns of the reel handle, the action of "twitch the rod twice for every turn of the reel handle" Since it is rhythm information, “5” is input to the handle rotation number input unit 24, and “2” is input to the twitch count input unit 25. Note that the number of rotations of the reel handle and the number of times of the twitch are not individually input, but a plurality of combinations of the number of rotations of the reel handle and the number of times of the twitch are stored in advance, and they are listed. It may be configured to be displayed and selected by the angler from among them, or if "twitch" is selected, the number of rotations of the reel handle and the number of twitches are automatically set to predetermined values. Also good.

  The central processing unit 5 calculates a reel winding rhythm based on the recommended retrieval speed input from the retrieval speed setting unit 21 and the winding length input from the winding length setting unit 22. Further, when the action rhythm information is input from the action setting unit 23, the central processing unit 5 creates a composite winding rhythm in consideration of the action rhythm information. In other words, when action rhythm information is input from the action setting unit 23, the central processing unit 5 performs the recommended retrieval speed input from the recommended retrieval speed setting unit 21 and the winding input from the winding length setting unit 22. A basic winding rhythm is calculated based on the winding length, and a composite winding rhythm in which a rod action rhythm is mixed in the basic winding rhythm is created.

  The memory 4 stores a control program. The speaker 3 transmits a sound as a notification signal based on the winding rhythm. For example, if the calculated winding rhythm is 60 times per minute, the sound is emitted 60 times per minute at a rate of once per second. This sound may be various sounds such as single sound. Note that the speaker 3 includes a speaker body and a drive control unit that drives and controls the speaker body based on a winding rhythm sent from the central processing unit 5.

  The communication control unit 6 is for controlling the portable information terminal 8 such as a cellular phone. A communication I / F 7 is connected to the communication control unit 6, and a portable information terminal 8 having an Internet connection function can be connected via the communication I / F 7. Various information can be downloaded to the portable information terminal 8 via the Internet, and the downloaded various information can be stored in the memory 4. Various information includes lure information such as recommended lure retrieve speed and rod action suitable for the lure (moving object information), reel information such as reel winding length per reel handle rotation, spool diameter, gear ratio, etc. Etc.

  Next, main control processing performed based on the control program will be described with reference to the flowchart shown in FIG. First, the angler inputs the recommended retrieval speed of the lure to be used (S1), and then inputs the winding length per rotation of the handle of the reel to be used (S2). Subsequently, action rhythm information is input (S3). That is, the presence / absence of a rod action and, when adding a rod action, detailed information thereof is input.

  In the above-described example, when “none” is selected in the action setting unit 23, the central processing unit 5 calculates a reel winding rhythm based on the input recommended retrieval speed and winding length. The winding rhythm is sent to the speaker 3 (S4). On the other hand, if “twitch” is selected in the action setting unit 23, the central processing unit 5 determines the handle rotation number input to the handle rotation number input unit 24 and the twitch number input to the twitch number input unit 25. In consideration of the above, a composite winding rhythm is created, and the composite winding rhythm is sent to the speaker 3 (S4). In other words, the central processing unit 5 calculates a basic winding rhythm based on the inputted recommended retrieval speed and winding length, and adds the rhythm of the rod action “twitch” to the basic winding rhythm. Create a mixed take-up rhythm. Then, the speaker 3 outputs a sound based on the winding rhythm sent from the central processing unit 5 (S5). In FIG. 4, the recommended retrieval speed is input first and then the winding length is input, but the order may be reversed. Further, the action information may be input first.

  For example, if the angler inputs 50 cm / sec as the recommended retrieval speed, 50 cm as the winding length per reel handle rotation, and selects the rod action “None”, then once per second, ie 60 times per minute The winding rhythm is calculated and 60 sounds per minute are output from the speaker 3. Therefore, the angler can turn the handle of the reel by relying on the sound transmitted from the speaker 3 at a rhythm and tempo of 60 times per minute. Similarly, if the angler inputs 25 cm / sec as the recommended retrieval speed, 75 cm as the winding length per rotation of the reel handle, and selects the rod action “none”, 1/3 times per second, The winding rhythm of 20 times per minute at a rate of once every 3 seconds is calculated, and the speaker 3 outputs 20 sounds per minute.

  Since the sound is output from the speaker 3 in accordance with the appropriate winding rhythm according to the lure and reel used in this way, the angler rotates the reel handle according to the sound emitted from the speaker 3 to set the line. Even if it is a lure that is used for the first time or when the reel to be used is changed, the lure can be made to accurately move. Note that the calculated winding rhythm, for example, a numerical value of 60 times per minute may be displayed on the display screen.

  On the other hand, the angler inputs 50 cm / sec as the recommended retrieve speed and 50 cm as the winding length per reel handle rotation, and selects the rod action “twitch” and the number of times the handle rotates “5”. When “2” is entered, a basic winding rhythm of once per second is calculated, and the basic winding rhythm includes a twitch rhythm of two per five handle rotations. A composite take-up rhythm in which is mixed is created. In this case, after the sound is output from the speaker 3 once every second for 5 times, the sound is continuously output twice at shorter intervals, and again once every second. Sound is output five times in succession, and sound is output twice in succession at short intervals. Such a cycle is continuously repeated. Therefore, the angler can apply a rod action called twitch by rotating the handle of the reel 5 times continuously according to the sound coming out of the speaker 3 and then shaking the rod 2 times in short succession. By repeating the above, it is possible to give a rod action while causing the lure to make a desired movement. Note that the basic winding rhythm may be 60 consecutive times per minute, and the twitch rhythm may be mixed twice at a rate of once every five times to form a combined winding rhythm. In that case, the angler will rotate the reel handle twice at a rate of once every 5 turns of the handle while continuously turning the handle of the reel at a rate of 60 times per minute according to the sound coming out of the speaker 3. Shake continuously to add rod action.

  In addition, when adding the rod action, the speaker transmits the first sound for the basic winding rhythm of the composite winding rhythm, and the second sound different from the first sound for the rod action rhythm. It is preferable to transmit the sound. Different types of sounds are, for example, those that differ in tone color, pitch, pitch, sound pressure, and the like. In the above example, the first sound is output from the speaker 3 once every second, informing the angler of rotating the reel handle to the angler, and twice at shorter intervals. A second sound is continuously output from the speaker 3 to inform the angler of the timing of twitching. Thereby, the angler can easily know the timing of applying the rod action, and even a beginner can easily add the rod action.

  In the present embodiment, the recommended retrieval speed is directly input as a numerical value to the retrieval speed setting unit 21. However, the lure information table 30 in which one or a plurality of lures and their recommended retrieval speeds are associated in advance is stored. A configuration may be adopted in which the recommended retrieval speed is set by the angler selecting an arbitrary one from the stored lures stored in the memory 4. The same applies to the winding length. A reel information table 31 in which one or a plurality of reels and their winding lengths are associated in advance is stored in the memory 4, and fishing is performed from the stored reels. A configuration in which the winding length is set by a person selecting an arbitrary one may be used.

  Specific examples of the lure information table 30 and the reel information table 31 are shown in FIGS. The lure information table 30 stores the type of lure owned and the recommended retrieval speed in association with each other. It is preferable that the new lure type and its recommended retrieval speed are separately input or downloaded via the Internet and sequentially added to the lure information table 30. The reel information table 31 is the same, and the type of reels owned and the winding length are stored in association with each other. It is preferable that the new reel type and its winding length are separately input or downloaded via the Internet and added to the reel information table 31 sequentially. In this embodiment, the case of three types of lures and three types of reels is illustrated, but of course, this number is arbitrary.

  A display screen of the touch panel 2 in this embodiment is shown in FIG. On the display screen, a retrieve speed setting unit 21 and a winding length setting unit 22 are provided. The retrieve speed setting unit 21 is not configured to directly input the recommended retrieve speed as a numerical value as in the above embodiment, but an angler can arbitrarily select from three types of lures stored in the lure information table 30 of the memory 4. This is a configuration for inputting the type of lure. That is, the retrieve speed setting unit 21 functions as a luer information input unit (moved object information input unit) for inputting the type of the lure to specify the lure to be used. The retrieve speed setting unit 21 is preferably configured to display a drop-down list so that three types of lures stored in the luer information table 30 can be displayed and selected from them. In addition, information specifying the type of lure, for example, characters, numbers, symbols such as “A”, “B”, and “C”, or a product name or product number may be input. It is also preferable to be able to select a new lure that is not in the lure information table 30. That is, new lure information (type of lure and its recommended retrieve speed) may be input from the retrieve speed setting unit 21, and the input new lure information may be added to the lure information table 30.

  The take-up length setting unit 22 is the same, and is not configured to directly input the take-up length as a numerical value as in the above embodiment. The angler inputs an arbitrary reel type from the inside. That is, the winding length setting unit 22 functions as a reel information input unit for inputting the type of reel to specify the reel to be used. The take-up length setting unit 22 is preferably configured to display a drop-down list so that three types of reels stored in the reel information table 31 can be displayed and selected from them. In addition, information specifying the type of reel, for example, characters, numbers, symbols such as “1”, “2”, and “3”, or a product name and product number may be input. It is also preferable that a new reel that is not in the reel information table 31 can be selected. That is, new reel information (reel type and winding length) can be input from the winding length setting unit 22, and the input new reel information is added to the reel information table 31. Also good.

  FIG. 7 shows a flowchart of main control processing performed based on the control program stored in the memory 4. First, the angler selects a lure to be used and inputs the information (S11). The central processing unit 5 reads the recommended retrieval speed corresponding to the selected lure from the lure information table 30 (S12). Subsequently, the angler selects a reel to be used and inputs the information (S13). The central processing unit 5 reads the winding length corresponding to the selected reel from the reel information table 31 (S14). The central processing unit 5 calculates a winding rhythm based on the recommended retrieval speed read from the lure information table 30 and the winding length read from the reel information table 31, and sends it to the speaker 3 (S15). The speaker 3 outputs a sound based on the received winding rhythm (S16).

  For example, if the angler selects “Lure B” as the lure to be used and “Reel 1” as the reel to be used, the recommended retrieval speed of “Lure B” is 50 cm / sec. Since the winding length per one rotation of the handle of “1” is 50 cm, a winding rhythm of once per second, that is, 60 times per minute is calculated by the central processing unit 5 and 60 times per minute from the speaker 3. Sound will be output. Thus, the angler only needs to specify the lure and reel to be used, so that the setting work can be performed easily.

  When the angler selects a lure, the central processing unit 5 reads the recommended retrieval speed corresponding to the lure from the luer information table 30 and displays it on the display screen (for example, below the retrieve speed setting unit 21). May be. Similarly, when the angler selects a reel, the central processing unit 5 reads the winding length corresponding to that reel from the reel information table 31 and displays it on the display screen (for example, under the winding length setting unit 22). You may make it display. The calculated winding rhythm may also be displayed on the display screen.

  Also, a plurality of recommended retrieval speeds for each lure may be stored instead of one. For example, as the recommended retrieval speed, three kinds of numerical values of the intermediate value, the upper limit value, and the lower limit value in the predetermined range are stored, and the angler can select a favorite one from the three recommended retrieval speeds. It may be. Further, an arbitrary speed may be selected from a predetermined range of recommended retrieval speeds.

  The calculated winding rhythm may be adjusted to be arbitrarily fast or slow, and the touch panel 2 may be provided with an adjustment input unit for that purpose. For example, it may be arbitrarily selected from three stages of winding rhythms: a standard winding rhythm, a fast winding rhythm, and a slow winding rhythm. Moreover, you may provide the adjustment input part which can be adjusted in multistep. Furthermore, the adjustment input unit may be configured so as to be able to cope with a stop & go or a case where the retrieval speed is moderated. For example, in the case of stop & go, it is possible to input information on how many times the handle is stopped at once, or when adding speed, information about plus or minus percentage or reference value plus how many times or minus It is possible to input information etc. how many times.

  In the above-described embodiment, the speaker 3 is provided as the transmission unit. However, instead of the speaker 3 or with the speaker 3, an earphone or a headphone may be connected as the transmission unit, and the angler listens to the sound from them. You may be able to do that.

  Moreover, although the touch panel 2 was provided in the said embodiment, you may make it provide an input part and a display part separately. The display unit may be omitted, and the input unit may be various buttons, keys, dials, and the like.

  In addition to a configuration that emits sound as a notification signal, a configuration of a transmitter that emits vibration or light as a notification signal may be used, and various combinations of sound, vibration, and light may be used, such as emitting light while emitting sound. Also good. For example, when adding a rod action as described above, the winding rhythm sound and the rod action rhythm sound are different from each other, but one notification signal is used as sound and the other notification signal is used as vibration or light. Also good. Also, the winding rhythm notification signal and the rod action notification signal may both be light and their colors may be different from each other, and the same applies when the notification signal is a vibration. Further, in addition to sound, vibration, and light, for example, a predetermined rhythm and timing may be notified to the angler using a movement such as a swinging movement of a predetermined member as a notification signal. Thus, the configuration of the transmission unit may be various configurations.

  In the above embodiment, the communication control unit 6 is connected to the central processing unit 5 and the portable information terminal 8 can be connected via the communication I / F 7. However, the fishing rhythm transmitter 1 has an Internet connection function. You may make it provide the communication terminal which has. That is, the fishing rhythm transmitter 1 may be a portable information terminal such as a smartphone or a tablet terminal. Moreover, it is good also as a structure which acquires the information of a lure and a reel with a wire communication or radio | wireless. Furthermore, it is good also as a structure which attaches the rhythm transmitter 1 for fishing to a fishing rod, a reel, etc. Moreover, it is good also as various fishing tackles, such as a fishing rod provided with the rhythm transmitter 1 for fishing, a reel, and a fish finder.

  In particular, the reel is preferably provided with a central processing unit 5 as a control unit for calculating a winding rhythm, a speaker 3 as a transmission unit for transmitting a notification signal, lights such as LEDs, and the like. In this case, it is preferable to provide the retrieval speed setting unit 21 as described above so that the recommended retrieval speed can be set. Further, the memory 4 is provided as a storage unit, and the reel winding length is stored in the memory 4. In other words, the memory 4 is preferably configured as a winding length storage unit that stores the winding length of the reel. In addition, the actual line discharge length is counted, and the winding rhythm is adjusted according to the amount of thread wound around the spool during winding, taking into account the amount of thread wound around the spool and its change. You may make it do. For example, there is a difference in the amount of thread winding at the start of winding when the distance of the lure is long and short, and similarly, there is a difference in the amount of winding at the start of winding between when the water depth is deep and shallow. is there. Accordingly, it is preferable to adjust the winding rhythm at the start of winding in consideration of the amount of winding at the start of winding, and the amount of thread winding increases as the winding is gradually performed. Accordingly, the winding rhythm may be gradually slowed down. A sensor for detecting the amount of thread wound around the spool may be provided, and the winding rhythm may be calculated or adjusted based on the output from the sensor.

  In the above description, the lure is taken as an example of the driven body. It's okay.

1 Rhythm transmitter for fishing 2 Touch panel (input unit and display unit)
3 Speaker (transmitter)
4 Memory (storage unit)
5 Central processing unit (control unit)
6 Communication control unit 7 Communication I / F
8 Mobile Information Terminal 21 Retrieve Speed Setting Unit 22 Winding Length Setting Unit 23 Action Setting Unit 24 Handle Rotation Number Input Unit 25 Twitch Count Input Unit 30 Lure Information Table 31 Reel Information Table

Claims (7)

A rhythm transmitter for fishing used in fishing performed by moving a driven body such as a lure by winding a line released from a reel,
A control unit that calculates a reel winding rhythm based on a recommended retrieval speed when the driven body makes a desired movement and a winding length per reel handle rotation, and a winding rhythm calculated by the control unit. And a transmitter for transmitting a notification signal based on the
The control unit calculates a basic winding rhythm based on the recommended retrieval speed and the winding length, and a composite winding rhythm in which a rod action rhythm is mixed in the basic winding rhythm. A fishing rhythm transmitter, characterized in that the transmitter transmits a notification signal based on the composite winding rhythm . A retrieval speed setting unit for setting the recommended retrieval speed and a winding length setting unit for setting the winding length are provided, and control is performed based on the set recommended retrieval speed and winding length. fishing rhythm transmitter of claim 1, part calculates a winding rhythm of the reel. An action setting unit for setting rhythm information related to a rod action is provided, and the control unit creates a composite winding rhythm in which the set rod action rhythm is mixed in the basic winding rhythm. The rhythm transmitter for fishing according to 1 . The transmitting unit transmits a first notification signal for a basic winding rhythm of the composite winding rhythm, and transmits a second notification signal different from the first notification signal for a rod action rhythm. Item 1. A rhythm transmitter for fishing according to item 1 . The fishing rhythm transmitter according to any one of claims 1 to 4 , wherein the transmission unit transmits at least one notification signal of sound, light, and vibration. A control unit that calculates a reel winding rhythm based on a recommended retrieval speed when a driven object such as a lure makes a desired movement and a winding length per reel handle rotation, and a winding calculated by the control unit And a transmitter that transmits a notification signal based on the rhythm ,
The control unit calculates a basic winding rhythm based on the recommended retrieval speed and the winding length, and a composite winding rhythm in which a rod action rhythm is mixed in the basic winding rhythm. A fishing reel , wherein the transmitting reel transmits a notification signal based on the composite winding rhythm . A retrieval speed setting section for setting the recommended retrieval speed; and a winding length storage section for storing the winding length, and based on the set recommended retrieval speed and the stored winding length. The fishing reel according to claim 6, wherein the control unit calculates a reel winding rhythm.

Images