Fishing reel

Abstract

To secure a waterproof property at a contact point of a circuit board.SOLUTION: A fishing reel comprises a motor, a circuit board for controlling the motor, a case body for storing the circuit board, a wire having a core wire connected to the contact point, a partition part including a partition wall forming a chamber enclosing the contact point, and a resin material filling the chamber so as to cover the contact. The partition wall includes a pair of side walls located on both sides in a radial direction of the core wire, a connecting wall connecting one ends of the pair of side walls, and an insertion part provided at the other ends of the pair of side walls to allow the core wire to pass through the insertion part.SELECTED DRAWING: Figure 6

Description

Technical Field

[0001] The present invention relates to a fishing reel equipped with a motor.

Background Art

[0002] A fishing reel includes a circuit board for controlling a motor. Wiring, for example, wiring between an external power source and wiring between the motor are connected to the circuit board. The core wire of the wiring is soldered to the contact point of the circuit board. Most of the water ingress into the circuit board including these soldering points is through the wiring. In general electrical equipment used outdoors, it is required to prevent such water ingress. In particular, in a fishing reel exposed to seawater containing salt, it is required to strictly prevent water ingress.

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] An object of the present invention is to ensure the waterproof property at the contact points of the circuit board.

Means for Solving the Problems

[0005] The fishing reel according to the first aspect of the present invention includes a motor, a circuit board, a case body, wiring, a partitioning portion, and a resin material. The circuit board controls the motor. The circuit board has contact points. The case body houses the circuit board. The wiring has a core wire. The core wire is connected to the contact points. The partitioning portion has a partitioning wall. The partitioning wall forms a room. The room surrounds the contact points. The resin material is filled in the room so as to cover the contact points.

[0006] In this configuration, the contact points are covered with resin material. Therefore, waterproofing is ensured at the contact points. In addition, the partition walls of the partitioned section form a room surrounding the contact points. As a result, the resin material is less likely to leak out of the room, and the contact points are reliably covered with resin material.

[0007] A fishing reel according to a second aspect of the first aspect of the present invention has a partition wall comprising a pair of side walls, a connecting wall, and an insertion portion. The pair of side walls are located on both sides of the core wire in the radial direction. The connecting wall connects one end of the pair of side walls. The insertion portion is provided at the other end of the pair of side walls so that the core wire passes through. With this configuration, the core wire is introduced into the interior of the chamber through the insertion portion. Since the pair of side walls and the connecting wall surround the contact point, leakage of resin material to the outside of the chamber is suppressed. The insertion portion may also be a hole.

[0008] In a fishing reel according to a third aspect of the present invention, the other ends of a pair of side walls are spaced apart radially in the direction of the core wire to form an insertion portion. At least one of the other ends of the pair of side walls has a lower flange. The lower flange protrudes between the core wire and the circuit board. With this configuration, the core wire presses the lower flange toward the circuit board. As a result, the gap between the partition wall and the circuit board is suppressed, and leakage of resin material to the outside of the chamber is suppressed.

[0009] In a fishing reel according to a fourth aspect of the present invention, the other ends of a pair of side walls are spaced apart radially in the direction of the core wire to form an insertion portion. At least one of the other ends of the pair of side walls has a sleeve wall. The sleeve wall protrudes toward the core wire. With this configuration, the sleeve wall reduces the gap between the other end of the side wall and the core wire. As a result, leakage of resin material to the outside of the chamber is suppressed.

[0010] In a fishing reel according to a fifth aspect of the fourth aspect of the present invention, the sleeve wall has a lower flange. The lower flange protrudes between the core wire and the circuit board. This configuration further suppresses leakage of resin material to the outside of the chamber.

[0011] In a fishing reel according to a sixth aspect of the present invention, which is one of the first to fifth aspects, the compartment further has a protruding piece. The protruding piece extends outward from the compartment wall. With this configuration, when filling the compartment with resin material, the protruding piece can be pressed against the circuit board. Therefore, the compartment wall is less likely to lift away from the circuit board, and leakage of the resin material to the outside of the compartment can be suppressed. Because the protruding piece extends outward from the compartment wall, it is less likely to interfere with the filling of the resin material.

[0012] In the seventh aspect of the fishing reel according to the sixth aspect of the present invention, the upper surface of the protruding piece is lower than the upper end surface of the partition wall. The lower surface of the protruding piece is flush with the lower end surface of the partition wall. With this configuration, because the upper surface of the protruding piece is lower than the upper end surface of the partition wall, the protruding piece can be easily pressed towards the circuit board when filling the chamber with resin material. Furthermore, because the lower surface of the protruding piece is flush with the lower end surface of the partition wall, the lifting of the partition wall away from the circuit board can be easily suppressed.

[0013] In the eighth aspect of the fishing reel according to the first aspect of the present invention, the circuit board has multiple contacts spaced apart from each other. The wiring has multiple core wires. The multiple core wires are connected to each of the multiple contacts. The partitioned section has multiple partition walls. The multiple partition walls form multiple rooms. The multiple rooms individually surround the multiple contacts. Each of the multiple rooms is filled with resin material. With this configuration, each of the multiple contacts is surrounded by an individual room, and each of the multiple contacts is individually covered with resin material. Therefore, each of the multiple contacts is uniformly covered with resin material with little variation. Consequently, compared to a configuration in which the multiple contacts are surrounded by one large room and covered collectively with resin material, the waterproofing of each of the multiple contacts is more easily ensured.

[0014] In a fishing reel according to the ninth aspect of the eighth aspect of the present invention, the multiple compartment walls have multiple side walls, connecting walls, and multiple insertion parts. The multiple side walls are located between multiple contact points. The connecting walls connect one end of the multiple side walls. The multiple insertion parts are provided at the other end of the multiple side walls so that multiple core wires pass through each of them. With this configuration, multiple core wires are individually introduced into each chamber through the insertion parts. Therefore, waterproofing of each contact point is easily ensured.

[0015] In a fishing reel according to the 10th aspect of the 9th aspect of the present invention, the other ends of a plurality of side walls are spaced apart radially in the direction of the core wire to form a plurality of insertion portions. At least one of the other ends of the plurality of side walls has a lower flange. The lower flange protrudes between the core wire and the circuit board. With this configuration, the core wire presses the lower flange toward the circuit board. As a result, the gap between the partition wall and the circuit board is suppressed, and leakage of resin material to the outside of the chamber is suppressed.

[0016] In a fishing reel according to the 11th aspect of the 9th aspect of the present invention, the other ends of a plurality of side walls are spaced apart radially in the direction of the core wire so as to form a plurality of insertion portions. At least one of the other ends of the plurality of side walls has a sleeve wall. The sleeve wall protrudes so as to approach the core wire. With this configuration, the sleeve wall reduces the gap between the other end of the side wall and the core wire. As a result, leakage of resin material to the outside of the chamber is suppressed. [Effects of the Invention]

[0017] As described above, waterproofing is ensured at the contacts of the circuit board. [Brief explanation of the drawing]

[0018] [Figure 1] A perspective view of a fishing reel according to one embodiment of the present invention. [Figure 2] A perspective view showing the counter case for the fishing reel. [Figure 3] A floor plan of the counter case. [Figure 4] Cross-sectional view AA in Figure 3. [Figure 5]Cross-sectional view taken along line B-B of FIG. 3. [Figure 6] Plan view showing the inside of the counter case. [Figure 7] Cross-sectional view taken along line C-C of FIG. 6. [Figure 8] Cross-sectional view taken along line E-E of FIG. 6. [Figure 9] Cross-sectional view taken along line D-D of FIG. 6. [Figure 10] [[ID=...]]Perspective view of the first compartment case of the counter case. [Figure 11] Plan view of the first compartment case. [Figure 12] (a) is a side view of the first compartment case, and (b) is a view showing the relationship between the first compartment case and the core wire. [Figure 13] Perspective view of the second compartment case of the counter case. [Figure 14] Plan view of the second compartment case. [Figure 15] (a) is a front view of the second compartment case, and (b) is a view showing the relationship between the second compartment case and the core wire. [Figure 16] Principal part plan view showing the manufacturing process of the counter case. [Figure 17] Principal part plan view showing the manufacturing process of the counter case. [Figure 18] Principal part plan view showing the manufacturing process of the counter case.

Mode for Carrying Out the Invention

[0019] Hereinafter, a fishing reel according to an embodiment of the present invention will be described with reference to FIGS. 1 to 18.

[0020] <Overall Configuration> It seems there is an incomplete tag reference in your original text. I've translated it as accurately as possible based on the provided content. If you have any further corrections or clarifications regarding the text, please let me know.Figure 1 shows a schematic perspective view of a fishing reel. The fishing reel is a type of double-bearing reel, an electric reel that can wind up fishing line with a motor 5. The electric reel comprises a reel body 1 attached to a fishing rod and a handle 2 rotatably attached to the reel body 1. The reel body 1 comprises a frame 3 attached to the fishing rod, a spool 4 rotatably supported by the frame 3 for winding up fishing line, a motor 5 for driving the spool 4, and a counter case 6 attached to the frame 3. In the following description, the first direction X is the axial direction of the spool 4, which is the left-right direction. The second direction Y is the direction perpendicular to the first direction in a plan view, which is the axial direction of the fishing rod, the direction in which the fishing line is paid out from the spool 4, and which is the front-back direction.

[0021] <Counter Case 6> The counter case 6 has a display window 7, and a plurality of operation buttons 8 are provided next to the second direction Y of the display window 7. The counter case 6 comprises a display device 10, a first circuit board 11 for controlling the display device 10, a second circuit board 12 for controlling the motor 5, a case body 13 that houses the display device 10, the first circuit board 11 and the second circuit board 12, and an outer cover 14 that covers the case body 13. The display device 10, the first circuit board 11 and the second circuit board 12 are mounted inside the case body 13, and the outer cover 14 is mounted outside the case body 13. The display device 10 is electrically connected to the first circuit board 11, and the first circuit board 11 is electrically connected to the second circuit board 12.

[0022] The first circuit board 11 causes the display device 10 to display various information. The information displayed on the display device 10 is, for example, water depth. The display device 10 can be viewed through the display window 7. The display device 10 is, for example, a liquid crystal panel. The display device 10 is rectangular in plan view. The display device 10 is a rectangle or square with the first direction X and the second direction Y being the directions of two mutually orthogonal sides.

[0023] Multiple contacts are provided on the upper surface of the second circuit board 12. Specifically, a first contact 21 and a second contact 22 are provided on the first side of the upper surface of the second circuit board 12 in the first direction X. The first contact 21 and the second contact 22 are aligned in the second direction Y, but are offset by a predetermined distance in the first direction X. The distance between the first contact 21 and the first side portion 34a of the case body 13 (described later) in the first direction X is greater than the distance between the second contact 22 and the first side portion 34a in the first direction X.

[0024] The second side of the upper surface of the second circuit board 12 is provided with a third contact 23, a fourth contact 24, and a fifth contact 25. The second side is located on the opposite side of the first side in the first direction X. The third contact 23, the fourth contact 24, and the fifth contact 25 are aligned in the second direction Y. The distances between the third contact 23, the fourth contact 24, the fifth contact 25 and the second side portion 34b of the case body 13 (described later) in the first direction X are equal. A sixth contact 26, to which a board connector 26a is attached, is provided next to the fifth contact 25 in the second direction Y, and a group of seventh contacts 27 (specifically six) are provided next to the sixth contact 26 in the second direction Y. Various transistors such as MOSFETs (not shown) are mounted on the lower surface of the second circuit board 12.

[0025] The exterior cover 14 comprises a main cover 14a and a sub-cover 14b. The main cover 14a covers the upper part of the case body 13. The sub-cover 14b covers the lower front part of the case body 13. The main cover 14a is provided with a display opening 15 that forms a display window 7.

[0026] The operation button 8 is inserted through the main cover 14a from top to bottom. The upper part of the operation button 8 protrudes upward from the main cover 14a. The lower end of the operation button 8 is in contact with the first circuit board 11. By pressing the operation button 8, various types of information can be input to the first circuit board 11, and the information displayed on the display device 10 via the first circuit board 11 can be changed.

[0027] The case body 13 comprises an upper case 13a and a lower case 13b. The upper case 13a and the lower case 13b are joined to each other from above and below. The joining configuration can vary; for example, it may be screw fastening, welding such as ultrasonic welding, or a combination of multiple configurations such as screw fastening and welding. A packing 16 is interposed between the upper case 13a and the lower case 13b. The upper case 13a and the lower case 13b are joined to each other airtightly. The upper case 13a has a downward opening shape with an opening on its lower surface, and the lower case 13b has an upward opening shape with an opening on its upper surface. The upper case 13a and the lower case 13b form a housing space for housing the display device 10, etc. The housing space is airtightly sealed from the outside.

[0028] The upper case 13a is preferably made of resin. Preferably, the upper case 13a is a multi-color molded product integrally molded from two or more types of resin. The upper case 13a has a top surface portion 30 and a first side surface portion 31 that is connected to the periphery of the top surface portion 30 and extends downward. The display device 10 and the first circuit board 11 are mounted on the inner surface of the upper case 13a. The display device 10 faces the lower side of the top surface portion 30, and the first circuit board 11 faces the lower side of the display device 10. The top surface portion 30, the display device 10 and the first circuit board 11 are arranged parallel to each other. The top surface portion 30 has a transparent translucent panel portion 32. The translucent panel portion 32 faces the upper side of the display device 10. The outer cover 14 exposes the translucent panel portion 32. That is, the translucent panel portion 32 is exposed from the display opening 15 of the outer cover 14. The upper end of the translucent panel portion 32 engages with the display opening 15. The transparent panel section 32 of the upper case 13a and the display opening 15 of the outer cover 14 constitute the display window 7. The display device 10 can be viewed from the outside through the transparent panel section 32. The transparent panel section 32 is rectangular in plan view, corresponding to the display device 10.

[0029] The lower case 13b is preferably made of metal. A metal lower case 13b offers excellent heat dissipation characteristics. The lower case 13b has a bottom surface 33 and a second side surface 34 that is connected to the periphery of the bottom surface 33 and extends upward. The lower end surface of the first side surface 31 of the upper case 13a and the upper end surface of the second side surface 34 of the lower case 13b are joined together. A packing 16 is interposed between the lower end surface of the first side surface 31 and the upper end surface of the second side surface 34. The second circuit board 12 is mounted on the upper surface of the bottom surface 33 of the lower case 13b. The second circuit board 12 covers most of the upper surface of the bottom surface 33. Heat dissipation fins 35 are formed on the lower surface of the bottom surface 33.

[0030] Multiple through holes are formed in the second side portion 34 of the lower case 13b, through which the core wires described later are inserted. Specifically, the second side portion 34 has through holes 41 through 41 through 7 through holes 47. The through holes penetrate the second side portion 34 in the first direction X, connecting the outer surface and the inner surface of the second side portion 34. The lowest part 48 of the through holes is located at the same height as the top surface of the second circuit board 12, or slightly above it.

[0031] The second side portion 34 has a first side portion 34a and a second side portion 34b that face each other in the first direction X. The first side portion 34a is close to the first side portion of the second circuit board 12. The second side portion 34b is close to the second side portion of the second circuit board 12. On the first side portion 34a, a first through hole 41 and a second through hole 42 are formed side by side in the second direction Y, corresponding to the first contact 21 and the second contact 22. On the second side portion 34b, a third through hole 43, a fourth through hole 44 and a fifth through hole 45 are formed side by side in the second direction Y, corresponding to the third contact 23 to the fifth contact 25, and a sixth through hole 46 and a seventh through hole 47 are formed side by side in the second direction Y, corresponding to the sixth contact 26 and the seventh contact 27.

[0032] A first cylindrical wall 36 projecting laterally is formed on the outer surface of the first side portion 34a. The first cylindrical wall 36 is formed to enclose the first through hole 41 and the second through hole 42 together. A second cylindrical wall 37 and a third cylindrical wall 38 projecting laterally are formed on the outer surface of the second side portion 34b. The second cylindrical wall 37 is formed to enclose the third through hole 43, the fourth through hole 44, and the fifth through hole 45 together. The third cylindrical wall 38 is located adjacent to the second cylindrical wall 37 in the second direction Y and is formed to enclose the sixth through hole 46 and the seventh through hole 47 together.

[0033] <Wiring> The first wiring 51, second wiring 52, third wiring 53, fourth wiring 54, and fifth wiring 55 are connected to the second circuit board 12. The first wiring 51 is connected to the first side portion of the upper surface of the second circuit board 12. The second wiring 52, third wiring 53, fourth wiring 54, and fifth wiring 55 are connected to the second side portion of the upper surface of the second circuit board 12. The first wiring 51, second wiring 52, third wiring 53, fourth wiring 54, and fifth wiring 55 are inserted through the second side portion 34 in the first direction X.

[0034] <1st wiring 51> The first wiring 51 is a wiring connection to an external power source. The first wiring 51 has a round main connector 56 at one end. The other end of the first wiring 51 is connected to the second circuit board 12. A cable is detachably connected to the main connector 56. The cable is connected to a battery, which is an external power source. Power is supplied from the battery to the second circuit board 12 via the cable and the first wiring 51. The first wiring 51 is a power line for supplying power to the second circuit board 12. The first wiring 51 has two core wires, a positive and a negative. That is, the first wiring 51 has a positive first core wire 51a and a negative second core wire 51b. Note that the first core wire 51a may be the negative side and the second core wire 51b may be the positive side; the positive and negative are arbitrary. The first core wire 51a and the second core wire 51b are aligned parallel to each other along the first direction X on the second circuit board 12.

[0035] The first core wire 51a and the second core wire 51b are inserted individually through the first through hole 41 and the second through hole 42. The first core wire 51a and the second core wire 51b extend along the upper surface of the second circuit board 12. The upper surface of the second circuit board 12 and the outer surfaces of the first core wire 51a and the second core wire 51b face each other vertically. The outer surfaces of the first core wire 51a and the second core wire 51b are either in contact with the upper surface of the second circuit board 12 or are positioned with a small gap between them and the upper surface of the second circuit board 12.

[0036] The first core wire 51a and the second core wire 51b both pass inside the first cylindrical wall 36, then separate and pass through the first through hole 41 and the second through hole 42, respectively. The gap between the first cylindrical wall 36 and the first core wire 51a and the second core wire 51b is filled with a sealing material 57. The sealing material 57 is a thermosetting resin, such as silicone resin, urethane resin, or epoxy resin. The sealing material 57 seals the first through hole 41 and the second through hole 42 together.

[0037] The first core wire 51a and the second core wire 51b are each drawn into the interior of the lower case 13b through the first through hole 41 and the second through hole 42, respectively. The other ends of the first core wire 51a and the second core wire 51b face the second side portion 34b of the second side portion 34. The other ends of the first core wire 51a and the second core wire 51b are soldered to the first contact 21 and the second contact 22 of the second circuit board 12, respectively, in radial contact. The length of the first core wire 51a drawn into the interior of the lower case 13b is longer than the length of the second core wire 51b drawn out.

[0038] <Second wiring 52> The second wiring 52 is connected to the motor 5. Power is supplied to the motor 5 from the second circuit board 12 via the second wiring 52. The second wiring 52 is a power line for supplying power to the motor 5. In this embodiment, the motor 5 is a three-phase motor 5. Therefore, the second wiring 52 has three core wires. That is, the second wiring 52 has a third core wire 52a, a fourth core wire 52b, and a fifth core wire 52c. The third core wire 52a, the fourth core wire 52b, and the fifth core wire 52c are aligned parallel to each other along the first direction X on the second circuit board 12.

[0039] The third core wire 52a, the fourth core wire 52b, and the fifth core wire 52c are individually inserted through the third through hole 43, the fourth through hole 44, and the fifth through hole 45. The third core wire 52a, the fourth core wire 52b, and the fifth core wire 52c extend along the upper surface of the second circuit board 12. The upper surface of the second circuit board 12 and the outer surfaces of the third core wire 52a, the fourth core wire 52b, and the fifth core wire 52c face each other vertically. The outer surfaces of the third core wire 52a, the fourth core wire 52b, and the fifth core wire 52c are either in contact with the upper surface of the second circuit board 12 or are positioned with a small gap between them and the upper surface of the second circuit board 12.

[0040] The third core wire 52a, the fourth core wire 52b, and the fifth core wire 52c all pass inside the second cylindrical wall 37, then separate and are inserted into the third through hole 43, the fourth through hole 44, and the fifth through hole 45, respectively. The inside of the second cylindrical wall 37 is filled with sealing material 57. The sealing material 57 seals the third through hole 43, the fourth through hole 44, and the fifth through hole 45 together.

[0041] The third core wire 52a, the fourth core wire 52b, and the fifth core wire 52c are each drawn into the interior of the lower case 13b through the third through hole 43, the fourth through hole 44, and the fifth through hole 45, respectively. The other ends of the third core wire 52a, the fourth core wire 52b, and the fifth core wire 52c face the first side portion 34a of the second side portion 34. The other ends of the third core wire 52a, the fourth core wire 52b, and the fifth core wire 52c are soldered to the third contact 23, the fourth contact 24, and the fifth contact 25 of the second circuit board 12, respectively, in radial contact. The lengths of the third core wire 52a, the fourth core wire 52b, and the fifth core wire 52c that are each drawn into the interior of the lower case 13b are equal to each other.

[0042] <Third wiring 53, fourth wiring 54, and fifth wiring 55> The third wiring 53, the fourth wiring 54, and the fifth wiring 55 are each connected to various electrical elements 58. The electrical elements 58 are, for example, potentiometers, solenoids, various sensors, etc. The third wiring 53 has multiple sixth core wires 53a. The fourth wiring 54 has multiple seventh core wires 54a. The multiple sixth core wires 53a and the multiple seventh core wires 54a pass inside the third cylindrical wall 38, then together pass through the sixth through hole 46 and are connected to the board connector 26a. The fifth wiring 55 has multiple eighth core wires 55a. The multiple eighth core wires 55a pass inside the third cylindrical wall 38, then together pass through the seventh through hole 47 and are individually soldered to multiple seventh contacts 27. The inside of the third cylindrical wall 38 is filled with sealing material 57. The sealing material 57 seals both the sixth through-hole 46 and the seventh through-hole 47 together.

[0043] Furthermore, the first core wire 51a to the fifth core wire 52c are all the same thickness. The first core wire 51a to the fifth core wire 52c are power lines, and the sixth core wire 53a to the eighth core wire 55a are signal lines. Therefore, the first core wire 51a to the fifth core wire 52c are thicker than the sixth core wire 53a to the eighth core wire 55a.

[0044] <Potting> The counter case 6 includes a first compartment case 17 and a second compartment case 18 as an example of a compartment having partition walls that form rooms surrounding contacts. Both the first compartment case 17 and the second compartment case 18 are formed separately from the case body 13. The first compartment case 17 and the second compartment case 18 are each placed on the upper surface of the second circuit board 12. The first compartment case 17 is placed on the first side of the upper surface of the second circuit board 12, and the second compartment case 18 is placed on the second side of the upper surface of the second circuit board 12. The first compartment case 17 forms rooms surrounding the first contact 21 and the second contact 22, respectively, and is for filling (potting) these rooms with resin material 19. The first compartment case 17 individually partitions the first contact 21 and the second contact 22. The second compartment case 18 forms rooms that enclose the third contact 23, the fourth contact 24, and the fifth contact 25, and is for filling (potting) these rooms with resin material 19. The second compartment case 18 partitions the third contact 23, the fourth contact 24, and the fifth contact 25 individually.

[0045] <Section 1 Case 17> Figures 10 to 12 show a first compartment case 17 as an example of a compartment having a partition wall that forms a room surrounding a contact. The first compartment case 17 has a first compartment wall 60, a first protruding piece 61, and a second protruding piece 62. The first compartment wall 60 forms a first room 91 surrounding the first contact 21 and a second room 92 surrounding the second contact 22. Both the first room 91 and the second room 92 are open at the top and bottom, with their upper and lower surfaces being open. However, when the first compartment case 17 is placed on the second circuit board 12, the lower surfaces of each room are closed by the second circuit board 12. The first upper end surface 60a and the first lower end surface 60b of the first compartment wall 60 are both constant in height, without any change in height. The first partition wall 60 has a first side wall 71, a second side wall 72, a third side wall 73, a fourth side wall 74, a first connecting wall 81, and a second connecting wall 82. The first to fourth side walls 71 to 74 extend along the first direction X. The first to fourth side walls 71 to 74 face the second direction Y. The direction is based on the mounting state on the second circuit board 12. The width direction of the first to fourth side walls 74 is the second direction Y. The width dimension of the first to fourth side walls 71 to 74 is smaller than the height dimension. The first to fourth side walls 71 to 74 are parallel to each other. The second side wall 72 and the third side wall 73 may be located on the same line as each other in a plan view, but in this embodiment they are offset in the second direction Y.

[0046] The first room 91 is defined by the first side wall 71, the second side wall 72, the third side wall 73, and the first connecting wall 81. The first side walls 71 to the third side walls 73 and the first connecting wall 81 surround the first contact point 21 from three sides in a plan view. The first side wall 71 and the second side wall 72 are located on both sides of the first contact point 21 in the second direction Y. The first connecting wall 81 is located adjacent to one side of the first contact point 21 in the first direction X.

[0047] The first connecting wall 81 connects one end of the first side wall 71 and the second side wall 72 in the second direction Y. The other end of the first side wall 71 is a free end. The other end of the second side wall 72 is connected to the second connecting wall 82. The other end of the first side wall 71 is located next to the third side wall 73 at a distance. A first insertion portion 101 is provided between the other end of the first side wall 71 and the third side wall 73, through which the first core wire 51a passes. The distance between the first side wall 71 and the third side wall 73 in the second direction Y is smaller than the distance between the first side wall 71 and the second side wall 72 in the second direction Y.

[0048] A first wing wall 111 is formed at the other end of the first side wall 71, projecting toward the third side wall 73. The first wing wall 111 extends over the entire height of the first side wall 71. The first wing wall 111 projects from the first side wall 71 in the second direction Y. A first lower flange 121 is formed at the lower end of the first wing wall 111. The first lower flange 121 projects toward the third side wall 73, that is, toward the second direction Y. In plan view, the first lower flange 121 has the same width as the first wing wall 111. The vertical dimension of the first lower flange 121 is smaller than that of the first wing wall 111. The lower surface of the first wing wall 111 and the lower surface of the first lower flange 121 are flush with the lower surface of the first side wall 71. The first lower flange 121 fits between the outer surface of the first core wire 51a and the upper surface of the second circuit board 12, as shown in Figure 12(b).

[0049] The second room 92 is defined by the third side wall 73, the fourth side wall 74, and the second connecting wall 82. In a plan view, the third side wall 73, the fourth side wall 74, and the second connecting wall 82 surround the second contact point 22 from three sides. The third side wall 73 and the fourth side wall 74 are located on both sides of the second contact point 22 in the second direction Y. The second connecting wall 82 is located adjacent to one side of the second contact point 22 in the first direction X.

[0050] The second connecting wall 82 connects one end of the third side wall 73 and the fourth side wall 74 in the second direction Y. The second connecting wall 82 is offset in the first direction X relative to the first connecting wall 81. The other end of the third side wall 73 and the other end of the fourth side wall 74 are both free ends. The other end of the third side wall 73 and the other end of the fourth side wall 74 are spaced apart from each other in the second direction Y and also face each other in the second direction Y. A second insertion section 102 is provided between the other end of the third side wall 73 and the other end of the fourth side wall 74 through which the second core wire 51b passes.

[0051] A second sleeve wall 112 is formed at the other end of the third side wall 73, projecting toward the fourth side wall 74. The second sleeve wall 112 extends over the entire height of the third side wall 73. The second sleeve wall 112 does not have a lower flange. A third sleeve wall 113 is formed at the other end of the fourth side wall 74, projecting toward the third side wall 73. The third sleeve wall 113 extends over the entire height of the fourth side wall 74. A second lower flange 122 is formed at the lower end of the third sleeve wall 113. The second lower flange 122 protrudes toward the third side wall 73. The second lower flange 122 fits between the outer surface of the second core wire 51b and the upper surface of the second circuit board 12.

[0052] The second wing wall 112 and the third wing wall 113 face each other. The presence of the second wing wall 112 and the third wing wall 113 reduces the distance between the third side wall 73 and the fourth side wall 74. The space between the second side wall 72 and the third side wall 73 becomes the second insertion section 102.

[0053] Thus, the first partition wall 60 has two lower flanges (first lower flange 121 and second lower flange 122) whose protruding directions are opposite to each other. The two lower flanges are provided on the first side wall 71 and the fourth side wall 74, which are located at the ends of the first to fourth side walls 71 to 74.

[0054] The first protruding piece 61 and the second protruding piece 62 protrude outward from the outer surface of the first partition wall 60. The first protruding piece 61 protrudes from the first connecting wall 81 in a first direction X. The first upper surface 61a of the first protruding piece 61 is lower than the first upper end surface 60a of the first partition wall 60 and lower than the upper end surface of the first connecting wall 81. The first lower surface 61b of the first protruding piece 61 is flush with the first lower end surface 60b of the first partition wall 60 and continuous with the lower end surface of the first connecting wall 81. The second protruding piece 62 protrudes from the fourth side wall 74 in a second direction Y. The second upper surface 62a of the second protruding piece 62 is lower than the first upper end surface 60a of the first partition wall 60 and lower than the upper end surface of the fourth side wall 74. The second lower surface 62b of the second protruding piece 62 is flush with the first lower end surface 60b of the first compartment wall 60 and is continuous with the lower end surface of the fourth side wall 74. In this way, the lower surface of the first compartment case 17 forms a single continuous plane. The lower surface of the first compartment case 17 is a mounting surface on which it is placed on the upper surface of the second circuit board 12.

[0055] <Second Section Case 18> Figures 13 to 15 show the second compartment case 18. The second compartment case 18 has a second compartment wall 63 and a third protruding piece 64. The second compartment wall 63 forms a third room 93 surrounding the third contact 23, a fourth room 94 surrounding the fourth contact 24, and a fifth room 95 surrounding the fifth contact 25. The three rooms are aligned in the second direction Y. The second compartment case 18 has a line-symmetric shape with the center line along the first direction X as the axis of symmetry. With the central fourth room 94 as the center, the third room 93 and the fifth room 95 at both ends are arranged symmetrically. Each room is open at the top and bottom, and its top and bottom surfaces are open. However, when the second compartment case 18 is placed on the second circuit board 12, the bottom surfaces of each room are closed by the second circuit board 12. The second upper end surface 63a and the second lower end surface 63b of the second partition wall 63 both have no change in height and their heights remain constant.

[0056] The second partition wall 63 has a fifth side wall 75, a sixth side wall 76, a seventh side wall 77, an eighth side wall 78, a third connecting wall 83, a fourth connecting wall 84, and a fifth connecting wall 85. Each side wall extends along a first direction X. Each side wall is parallel to each other and spaced apart from each other in a second direction Y. The dimension of each side wall in the second direction Y is the width dimension. The width dimension of each side wall is smaller than the height dimension of each side wall. The fifth side wall 75 and the eighth side wall 78 are located at opposite ends of the second partition wall 63 in the second direction Y. The lengths of the fifth side wall 75 and the eighth side wall 78 in the first direction X are equal to each other. The sixth side wall 76 and the seventh side wall 77 are located between the fifth side wall 75 and the eighth side wall 78. The lengths of the sixth side wall 76 and the seventh side wall 77 in the first direction X are equal to each other. The length of the fifth side wall 75 and the eighth side wall 78 in the first direction X is longer than the length of the sixth side wall 76 and the seventh side wall 77 in the first direction X. The third connecting wall 83, the fourth connecting wall 84, and the fifth connecting wall 85 are located on the same line in a plan view and constitute a single continuous wall.

[0057] The third room 93 is defined by the fifth side wall 75, the sixth side wall 76, and the third connecting wall 83. In a plan view, the fifth side wall 75, the sixth side wall 76, and the third connecting wall 83 surround the third contact point 23 from three sides. The fifth side wall 75 and the sixth side wall 76 are located on both sides of the third contact point 23 in the second direction Y. The third connecting wall 83 is located next to the third contact point 23 in the first direction X.

[0058] The third connecting wall 83 connects one end of the fifth side wall 75 and the sixth side wall 76 in the second direction Y. The other end of the fifth side wall 75 and the other end of the sixth side wall 76 are both free ends. The other end of the fifth side wall 75 and the other end of the sixth side wall 76 are offset from each other in the first direction X. The other end of the fifth side wall 75 is further from the third connecting wall 83 in the first direction X than the other end of the sixth side wall 76. A third insertion section 103 is provided between the other end of the fifth side wall 75 and the other end of the sixth side wall 76 through which the third core wire 52a passes.

[0059] A fourth sleeve wall 114 is formed at the other end of the fifth side wall 75, projecting toward the sixth side wall 76. A third lower flange 123 is formed at the lower end of the fourth sleeve wall 114. The third lower flange 123 protrudes toward the sixth side wall 76. As shown in Figure 15(b), the third lower flange 123 fits between the outer surface of the third core wire 52a and the upper surface of the second circuit board 12. A fifth sleeve wall 115 is formed at the other end of the sixth side wall 76, projecting toward the fifth side wall 75. No lower flange is formed at the lower end of the fifth sleeve wall 115. The presence of the fourth sleeve wall 114 and the fifth sleeve wall 115 reduces the distance between the fifth side wall 75 and the sixth side wall 76. The passage between the fourth wing wall 114 and the fifth wing wall 115 becomes the third insertion point 103 for the third core wire 52a to enter the third room 93.

[0060] The fourth room 94 is defined by the sixth side wall 76, the seventh side wall 77, and the fourth connecting wall 84. In a plan view, the sixth side wall 76, the seventh side wall 77, and the fourth connecting wall 84 surround the fourth contact point 24 from three sides. The sixth side wall 76 and the seventh side wall 77 are located on both sides of the fourth contact point 24 in the second direction Y. The fourth connecting wall 84 is located next to the fourth contact point 24 in the first direction X.

[0061] The fourth connecting wall 84 connects one end of the sixth side wall 76 and the seventh side wall 77 in the second direction Y. The other end of the seventh side wall 77 is a free end. The other end of the sixth side wall 76 and the other end of the seventh side wall 77 are at the same position in the first direction X. A fourth insertion section 104 is provided between the other end of the sixth side wall 76 and the other end of the seventh side wall 77 through which the fourth core wire 52b passes.

[0062] A sixth wing wall 116 and a seventh wing wall 117 are formed at the other end of the sixth side wall 76 and the other end of the seventh side wall 77, respectively. The sixth wing wall 116 protrudes toward the seventh side wall 77, and the seventh wing wall 117 protrudes toward the sixth side wall 76. Neither the sixth wing wall 116 nor the seventh wing wall 117 has a lower flange formed at their lower ends. The presence of the sixth wing wall 116 and the seventh wing wall 117 reduces the distance between the sixth side wall 76 and the seventh side wall 77. The passage between the sixth wing wall 116 and the seventh wing wall 117 becomes the fourth insertion part 104 through which the fourth core wire 52b enters the fourth chamber 94.

[0063] The fifth room 95 is defined by the seventh side wall 77, the eighth side wall 78, and the fifth connecting wall 85. In a plan view, the seventh side wall 77, the eighth side wall 78, and the fifth connecting wall 85 surround the fifth contact point 25 from three sides. The seventh side wall 77 and the eighth side wall 78 are located on both sides of the fifth contact point 25 in the second direction Y. The fifth connecting wall 85 is located next to the fifth contact point 25 in the first direction X.

[0064] The fifth connecting wall 85 connects one end of the seventh side wall 77 and the eighth side wall 78 in the second direction Y. The other end of the eighth side wall 78 is a free end. The other end of the seventh side wall 77 and the other end of the eighth side wall 78 are offset from each other in the first direction X. The other end of the eighth side wall 78 is further from the fifth connecting wall 85 in the first direction X than the other end of the seventh side wall 77. A fifth insertion section 105 is provided between the other end of the seventh side wall 77 and the other end of the eighth side wall 78 through which the fifth core wire 52c passes.

[0065] An eighth sleeve wall 118 is formed at the other end of the seventh side wall 77, projecting toward the eighth side wall 78. No lower flange is formed at the lower end of the eighth sleeve wall 118. A ninth sleeve wall 119 is formed at the other end of the eighth side wall 78, projecting toward the seventh side wall 77. A fourth lower flange 124 is formed at the lower end of the ninth sleeve wall 119. The fourth lower flange 124 projects toward the seventh side wall 77. As shown in Figure 15(b), the fourth lower flange 124 fits between the outer surface of the fifth core wire 52c and the upper surface of the second circuit board 12. The presence of the eighth sleeve wall 118 and the ninth sleeve wall 119 reduces the distance between the seventh side wall 77 and the eighth side wall 78. The passage between the eighth wing wall 118 and the ninth wing wall 119 becomes the fifth insertion point 105 through which the fifth core wire 52c enters the fifth room 95.

[0066] Thus, the second compartment wall 63 has two lower flanges (third lower flange 123 and fourth lower flange 124) whose protruding directions are opposite to each other. The two lower flanges are provided on the fifth side wall 75 and the eighth side wall 78, which are located at the ends of the fifth side wall 75 to the eighth side wall 78, and are positioned opposite each other.

[0067] The second compartment case 18 has a third protruding piece 64 that projects outward from the outer surface of the second compartment wall 63. The third protruding piece 64 projects in a first direction X from the fourth connecting wall 84. The third upper surface 64a of the third protruding piece 64 is lower than the second upper end surface 63a of the second compartment wall 63 and lower than the upper end surface of the fourth connecting wall 84. The third lower surface 64b of the third protruding piece 64 is flush with the second lower end surface 63b of the second compartment wall 63 and is continuous with the lower end surface of the fourth connecting wall 84. In this way, the lower surface of the second compartment case 18 forms a single continuous plane. The lower surface of the second compartment case 18 is a mounting surface that rests on the upper surface of the second circuit board 12.

[0068] The first compartment case 17 and the second compartment case 18 are preferably made of synthetic resin. In the first compartment case 17, the first side wall 71 elastically deforms so as to bend in the second direction Y, with the first connecting wall 81 as a fulcrum. As the first side wall 71 elastically deforms in the second direction Y, the first insertion portion 101 expands and contracts. That is, the first insertion portion 101 can be expanded beyond its normal state as shown in Figure 11, and can also be restored to its normal state. Similarly, the third side wall 73 and the fourth side wall 74 elastically deform so as to bend in the second direction Y, with the second connecting wall 82 as a fulcrum. As the third side wall 73 and the fourth side wall 74 elastically deform in the second direction Y, the second insertion portion 102 expands and contracts. That is, the second insertion portion 102 can be expanded beyond its normal state, and can also be restored to its normal state. Furthermore, the elastic deformation of the third side wall 73 also contributes to the expansion and contraction of the first insertion portion 101.

[0069] Similar to the first compartment case 17, in the second compartment case 18, the fifth side walls 75 to the eighth side walls 78 elastically deform in the second direction Y, with the third connecting wall 83 to the fifth connecting wall 85 as fulcrums. As the fifth side wall 75 and the sixth side wall 76 elastically deform in the second direction Y, the third insertion portion 103 expands and contracts; as the sixth side wall 76 and the seventh side wall 77 elastically deform in the second direction Y, the fourth insertion portion 104 expands and contracts; and as the seventh side wall 77 and the eighth side wall 78 elastically deform in the second direction Y, the fifth insertion portion 105 expands and contracts.

[0070] As shown in Figure 6, the first compartment case 17 is placed on the upper surface of the second circuit board 12 such that the first insertion portion 101 and the second insertion portion 102 face the first side portion 34a of the second side portion 34 of the lower case 13b. The first compartment case 17 is preferably positioned close to the first side portion 34a, and preferably even closer to the first side portion 34a than the periphery of the second circuit board 12. It is also preferable that the first compartment case 17 is in contact with the inner surface of the first side portion 34a. Specifically, it is preferable that the other end of the third side wall 73 and the other end of the fourth side wall 74 are in contact with the inner surface of the first side portion 34a. When the other end of the third side wall 73 and the other end of the fourth side wall 74 are in contact with the inner surface of the first side portion 34a, the position of the first compartment case 17 in the first direction X is determined.

[0071] The second compartment case 18 is placed on the upper surface of the second circuit board 12 such that the third insertion portions 103 to the fifth insertion portions 105 face the second side portion 34b of the second side portion 34 of the lower case 13b. The second compartment case 18 is preferably positioned close to the second side portion 34b, and preferably even closer to the second side portion 34b than the periphery of the second circuit board 12. It is also preferable that the second compartment case 18 is in contact with the inner surface of the second side portion 34b. Specifically, it is preferable that the other end of the fifth side wall 75 and the other end of the eighth side wall 78 are in contact with the inner surface of the second side portion 34b. When the other end of the fifth side wall 75 and the other end of the eighth side wall 78 are in contact with the inner surface of the second side portion 34b, the position of the second compartment case 18 in the first direction X is determined.

[0072] Each compartment of the first compartment case 17 and each compartment of the second compartment case 18 are individually filled from above with resin material 19. In Figures 6 to 9, the resin material 19 is shown with numerous dots. The resin material 19 is a potting material. The resin material 19 is a thermosetting resin and consists of urethane resin, epoxy resin, silicone resin, etc. The resin material 19 can be made of the same type of resin as the sealing material 57. By filling each compartment with resin material 19, each contact and the end of each core wire are covered with resin material 19. Therefore, airtightness and waterproofness are ensured at each contact.

[0073] When the resin material 19 is filled, the upper surfaces of the first protruding piece 61 and the second protruding piece 62 are pressed downward against the second circuit board 12, thereby suppressing the lifting of the first compartment case 17 away from the second circuit board 12 and suppressing leakage of the resin material 19 from each chamber. Similarly, by pressing the upper surface of the third protruding piece 64 downward against the second circuit board 12, the lifting of the second compartment case 18 away from the second circuit board 12 can be suppressed, thereby suppressing leakage of the resin material 19 from each chamber.

[0074] Figures 16 to 18 show the assembly procedure. First, as shown in Figure 16, solder the first core wire 51a to the fifth core wire 52c to the first contact 21 to the fifth contact 25, respectively. At this stage, the first compartment case 17 and the second compartment case 18 are not installed. Next, install the first compartment case 17 and the second compartment case 18 into their designated positions on the upper surface of the second circuit board 12. At this time, slide the first compartment case 17 and the second compartment case 18 along the first direction X. The first compartment case 17 slides toward the first edge 34a on the upper surface of the second circuit board 12, and the second compartment case 18 slides toward the second edge 34b on the upper surface of the second circuit board 12. Figure 17 shows the state during the sliding process, and Figure 18 shows the state after the sliding is complete.

[0075] The first compartment case 17 is slid in the first direction X to approach the first side portion 34a. Since the first side wall 71, the third side wall 73, and the fourth side wall 74 of the first compartment case 17 can be elastically deformed in the second direction Y, the first core wire 51a and the second core wire 51b can be easily inserted into the first insertion portion 101 and the second insertion portion 102, respectively, and the first lower flange 121 and the second lower flange 122 can be smoothly inserted below the first core wire 51a and the second core wire 51b, respectively.

[0076] The first side wall 71 and the fourth side wall 74 are provided with a first lower flange 121 and a second lower flange 122, respectively, while the third side wall 73 is not provided with a lower flange. Therefore, the first side wall 71 smoothly elastically deforms away from the third side wall 73, expanding the first insertion portion 101. Similarly, the fourth side wall 74 smoothly elastically deforms away from the third side wall 73, expanding the second insertion portion 102. When the first lower flange 121 is positioned between the outer surface of the first core wire 51a and the second circuit board 12, the outer surface of the first core wire 51a comes into contact with the first lower flange 121, pushing the first lower flange 121 downward. Similarly, when the second lower flange 122 is positioned between the outer surface of the second core wire 51b and the second circuit board 12, the outer surface of the second core wire 51b contacts the second lower flange 122 and pushes the second lower flange 122 downward. As a result, the lifting of the first compartment case 17 away from the second circuit board 12 is suppressed, and in particular, the lifting of the other ends of the first side wall 71 and the fourth side wall 74 is suppressed. Since the first contact 21 and the second contact 22 are close to the first side portion 34a of the second side portion 34, the length of the first core wire 51a and the second core wire 51b pulled out into the lower case 13b is short. As a result, the first core wire 51a and the second core wire 51b are not far apart upward from the second circuit board 12, and the lifting of the first compartment case 17 can be effectively suppressed by the first core wire 51a and the second core wire 51b.

[0077] Furthermore, during potting, pressing the upper surface of the first protruding piece 61 with a jig or the like further suppresses the lifting of one end of the first side wall 71, i.e., the lifting of the first connecting wall 81 side. In this way, since the first lower flange 121, the second lower flange 122 and the first protruding piece 61 are located on opposite sides of the first direction X of the first compartment case 17, the lifting of the first compartment case 17 can be effectively suppressed. Moreover, by pressing the upper surface of the second protruding piece 62 together with the first protruding piece 61 with a jig or the like, the lifting of the first compartment case 17 can be further suppressed.

[0078] The second compartment case 18 is slid in the first direction X to approach the second side portion 34b. Since the fifth side wall 75, sixth side wall 76, seventh side wall 77, and eighth side wall 78 of the second compartment case 18 can be elastically deformed in the second direction Y, the third core wire 52a, fourth core wire 52b, and fifth core wire 52c can be easily inserted into the third insertion portion 103, fourth insertion portion 104, and fifth insertion portion 105, respectively, and the third lower flange 123 and fourth lower flange 124 can be smoothly inserted below the third core wire 52a and fifth core wire 52c, respectively.

[0079] The fifth side wall 75 and the eighth side wall 78 are provided with a third lower flange 123 and a fourth lower flange 124, respectively, while the sixth side wall 76 and the seventh side wall 77 are not provided with lower flanges. Therefore, the fifth side wall 75 smoothly elastically deforms away from the sixth side wall 76, expanding the third insertion portion 103, and the eighth side wall 78 smoothly elastically deforms away from the seventh side wall 77, expanding the fifth insertion portion 105. Then, when the third lower flange 123 and the fourth lower flange 124 enter below the third core wire 52a and the fifth core wire 52c, respectively, the third core wire 52a pushes the third lower flange 123 downward, and the fifth core wire 52c pushes the fourth lower flange 124 downward. Therefore, the lifting of the second compartment case 18 from the second circuit board 12 is suppressed, and in particular, the lifting of the other ends of the fifth side wall 75 and the eighth side wall 78 is suppressed. Since the third contacts 23 to the fifth contacts 25 are close to the second side portion 34b of the second side portion 34, the length of each core wire drawn out into the lower case 13b is short. Therefore, each core wire is not far above the second circuit board 12, and the lifting of the second compartment case 18 can be effectively suppressed by the third core wire 52a and the fifth core wire 52c.

[0080] Furthermore, during potting, pressing the upper surface of the third protruding piece 64 with a jig or the like suppresses the lifting of one end of the fifth side wall 75 to the eighth side wall 78. In this way, since the third lower flange 123 and the fourth lower flange 124 and the third protruding piece 64 are located on opposite sides of the second compartment case 18 in the first direction X, the lifting of the second compartment case 18 can be effectively suppressed.

[0081] In this embodiment, the lower flange is provided at the lower end of the sleeve wall, but the sleeve wall may be omitted and only the lower flange may be provided. Also, the partition case may be configured to surround multiple contacts, or to surround only one contact. In this embodiment, a partition case separate from the case body 13 is provided as the partition, but the partition may be integrally formed with the case body 13 or the like. For other wiring, for example, the 8th core wire 55a of the 5th wiring 55, a partition case may also be provided and filled with resin material 19.

[0082] Thus, in this embodiment, seawater and the like that entering through the first through-hole 41 and second through-hole 42 via the first core wire 51a and second core wire 51b is sealed by the sealing material 57, and the first through-hole 41 and second through-hole 42 are sealed. Furthermore, the first compartment case 17 and the second compartment case 18 form rooms surrounding the first contact 21, second contact 22, third contact 23, fourth contact 24, and fifth contact 25, respectively, and by filling these rooms with resin material 19 (potting), water ingress can be reliably prevented even outdoors, especially in environments exposed to seawater. [Explanation of Symbols]

[0083] 1. Reel body 2 handles 3 frames 4 spools 5 Motors 6 Counter Cases 7 Display window 8 Operation buttons 10 Display device 11 1st circuit board 12 Second circuit board 13 Case body 13a Upper case 13b Lower case 14 Exterior Cover 14a Main Cover 14b Subcover 15 Display aperture 16 Gasket 17. First compartment case (compartment section) 18. Second compartment case (compartment section) 19 Resin materials 21 First contact point 22 Second contact point 23 Third contact point 24 Fourth contact point 25 Fifth contact point 26. Sixth Contact Point 26a PCB connector 27. Seventh Contact Point 30 Top section 31 First side part 32 Transparent panel section 33 Bottom part 34 Second side part 34a First side 34b 2nd side 35 heat dissipation fins 36. First cylindrical wall 37. Second cylindrical wall 38 Third cylindrical wall 41 First through hole 42 Second through hole 43 Third through hole 44 Fourth through hole 45 Fifth through hole 46. ​​Sixth through hole 47. Seventh through hole 48 Bottom 51 1st wiring 51a First core wire 51b Second core wire 52 2nd wiring 52a Third core wire 52b Fourth core wire 52c Fifth core wire 53 3rd wiring 53a 6th core wire 54 4th wiring 54a Seventh core wire 55 5th wiring 55a 8th core wire 56 Main unit connector 57 Sealing material 58 Electrical Elements 60. First Section Wall 60a First upper end surface 60b 1st lower end surface 61 1st protruding piece 61a 1st top surface 61b 1st bottom surface 62 Second protruding piece 62a 2nd top surface 62b 2nd bottom surface 63 Second Section Wall 63a 2nd upper end surface 63b 2nd lower end surface 64 Third protruding piece 64a 3rd top surface 64b 3rd bottom surface 71 First side wall 72 Second side wall 73 Third side wall 74. Fourth side wall 75 Fifth side wall 76. Sixth side wall 77. Seventh side wall 78. Eighth side wall 81 1st connecting wall 82 2nd connecting wall 83 Third connecting wall 84 4th connecting wall 85 5th connecting wall 91 Room 1 92 Room 2 93 Room 3 94 Room 4 95 Room 5 101 First insertion section 102 Second insertion section 103 Third insertion section 104 Fourth insertion section 105 Fifth insertion section 111 1st sleeve wall 112 2nd sleeve wall 113 Third sleeve wall 114 4th sleeve wall 115 5th sleeve wall 116 6th sleeve wall 117 7th sleeve wall 118 8th sleeve wall 119 9th sleeve wall 121 1st Shimotsuba 122 Second lower tsuba 123 3rd Shimotsuba 124 No. 4 Shimotsuba X 1st direction Y Second direction

Claims

1. Motor and, A circuit board that controls the motor and has contacts, A case body for housing the aforementioned circuit board, A wiring having a core wire connected to the aforementioned contact, A partition section having partition walls that form a room surrounding the aforementioned contact point, A resin material is filled into the chamber so as to cover the contact, A fishing reel equipped with [features / equipment].

2. The partition wall is, A pair of side walls located on both sides in the radial direction of the core wire, A connecting wall that connects one end of the pair of side walls, An insertion portion is provided at the other end of the pair of side walls so that the core wire passes through, A fishing reel according to claim 1, having the following features.

3. The other ends of the pair of side walls are spaced apart in the radial direction of the core wire so as to form the insertion portion. The fishing reel according to claim 2, wherein at least one of the other ends of the pair of side walls has a lower flange that protrudes between the core wire and the circuit board.

4. The other ends of the pair of side walls are spaced apart in the radial direction of the core wire so as to form the insertion portion. The fishing reel according to claim 2, wherein at least one of the other ends of the pair of side walls has a sleeve wall that protrudes toward the core wire.

5. The fishing reel according to claim 4, wherein the sleeve wall has a lower flange that protrudes between the core wire and the circuit board.

6. The fishing reel according to any one of claims 1 to 5, wherein the partition portion further has a protruding piece that protrudes from the partition wall toward the outside of the room.

7. The fishing reel according to claim 6, wherein the upper surface of the protruding piece is lower than the upper end surface of the partition wall, and the lower surface of the protruding piece is flush with the lower end surface of the partition wall.

8. The circuit board has multiple contacts spaced apart from each other. The aforementioned wiring has multiple core wires, The aforementioned plurality of core wires are connected to the respective plurality of contacts, The partitioned section has a plurality of partition walls that form a plurality of rooms that individually surround the plurality of contact points, The fishing reel according to claim 1, wherein the resin material is filled into each of the aforementioned multiple chambers.

9. The aforementioned plurality of partition walls are A plurality of side walls located between the plurality of contacts, A connecting wall that connects one end of the plurality of side walls, Multiple insertion portions are provided at the other end of the multiple side walls, through which the multiple core wires pass, A fishing reel according to claim 8, having the following features.

10. The other ends of the plurality of side walls are spaced apart in the radial direction of the core wire so as to form the plurality of insertion portions. The fishing reel according to claim 9, wherein at least one of the other ends of the plurality of side walls has a lower flange that protrudes between the core wire and the circuit board.

11. The other ends of the plurality of side walls are spaced apart in the radial direction of the core wire so as to form the plurality of insertion portions. The fishing reel according to claim 9, wherein at least one of the other ends of the plurality of side walls has a sleeve wall that protrudes toward the core wire.

Images