TWI538616B - Fishing information display device - Google Patents

Description

Fishing information display device

The present invention relates to an information display device, and more particularly to a fishing information display device that can display echo map information obtained from a fish finder.

A fishing information display device that allows a fisherman to see an echo image obtained from a fish finder of a fishing boat in a fishing place is known (for example, refer to Patent Document 1). In the conventional fishing information display device, the water depth of the fishing group obtained from the reel and the position of the shed (fish migration layer depth) showing the fish cluster obtained by the fish finder can be displayed, and the water depth of the fishery bottom. Echo map portrait. The water depth of the fishing group is placed at a position corresponding to the depth of the echo image.

In this way, the fisherman can know the position of the portrait and the fishing group in the fishing place, and the area of the prey of the fishing object and the position of the fishing group can be seen at a glance. As a result, the fishing group can be reliably placed in the shed (the depth of the fish migration layer), which can have a large impact on the fruit fishing.

There are other various factors for the factors affecting the fruit. For example, the pressure of a fishing place can affect the fruit. Conventionally, in the case of measuring the air pressure, a vent hole for introducing the outside air into the detection surface of the air pressure sensor is provided. However, a vent hole cannot be provided in a fishing information display device to which seawater adheres. Here, a technique of arranging a gas pressure sensor in a sealed space composed of a sensor case can be considered (for example, refer to Patent Document 2). A conventional sensor housing is provided with a window at the top to seal the window from a flexible film of a different material from the sensor housing. The outside of the sensor case is sealed by the molded part.

[Advanced technical literature]

[Patent Literature]

[Patent Document 1] Japanese Patent Laid-Open Publication No. 2005-160421

[Patent Document 2] Japanese Patent Laid-Open Publication No. 2005-307896

In the above-described conventional configuration, the case air pressure sensor is disposed in the sealed space by the sensor sealed by the molded product portion. Therefore, after the air pressure sensor is installed, it is necessary to configure the sensor case, and it is further necessary to form the molded part. Therefore, the sealed space of the air pressure sensor cannot be easily formed.

An object of the present invention is to easily form a sealed space of a barometric pressure sensor for a fishery information display device even if a barometric pressure sensor is to be provided.

The fishing information display device according to the first aspect of the invention is a portable fishing information display device that can display echo map information transmitted from a fish finder. The fishing information display device includes a housing that can house a power source, a display unit, a pneumatic sensor, and a sealing member. The display unit is disposed in the casing so as to be visually identifiable from the outside. The air pressure sensor is disposed inside the casing and can measure the air pressure of the external air around the casing. The sealing member is an elastic system that seals the air pressure sensor. The sealing member has a deformed portion that faces the air pressure sensor and is deformable in response to the air pressure, and a mounting portion that is integrally formed around the deformed portion and that is detachably attached to the case. The display control unit displays the echo map information and the air pressure obtained by the air pressure sensor on the display unit.

In this phishing information display device, the display component displays echo map data sent from the fish finder. Moreover, the external air pressure detected by the air pressure sensor is displayed on the display assembly. The air pressure sensor is sealed by an elastic sealing member to prevent liquid from penetrating into the air pressure sensor. When the air pressure fluctuates, the deformation portion is deformed so that the air pressure inside the seal changes in accordance with the air pressure of the outside air. Here, the mounting portion integrally formed around the deformed portion is detachably attached to the case. Therefore, the sealed space can be formed only by attaching the sealing member to the casing. Therefore, even if a pneumatic sensor is to be provided, the sealed space of the air pressure sensor can be easily formed.

According to a second aspect of the invention, the fishing information display device includes the sensor storage space and the air pressure sensor, and the sealed storage space is provided in communication with the sensor storage space. The mouth is arranged next to each other, and the sealing member can be housed. In this case, the sealing member is disposed not in the sensor accommodation space in which the air pressure sensor is housed, but is disposed in the sealed accommodation space that is disposed to sandwich the partition wall together with the sensor accommodation space. Therefore, the sealing member is easily installed, and the sealed space is more easily formed.

The fishing information display device according to the third aspect of the invention is the device according to the second aspect of the invention, wherein the sealed storage space is a space that is open to the outside in a cylindrical shape. The mounting portion of the sealing member is cylindrical and closely adheres to the sealed housing space, and the deformed portion is integrally formed with the mounting portion on the opening side of the sealed housing space. In this case, since the sealed storage space is a cylindrical space, it is easily sealed by the sealing member. Further, since the deformed portion is integrally formed with the mounting portion on the opening side, the deformed portion is more easily deformed.

The fishing information display device according to the fourth aspect of the invention is the device according to the third aspect of the invention, wherein the deformation portion is deformable such that the air pressure in the space sealed by the sealing member changes in accordance with the air pressure of the outside air. In this case, the air pressure can be accurately detected by the deformation of the sealing member.

According to a fifth aspect of the invention, the fishing information display device according to the fifth aspect of the invention is characterized in that the deformation portion is formed into a concavo-convex shape in which a cross section passing through the center of the mounting portion is regarded as a waveform and the plane is regarded as a concentric shape. In this case, since the deformed portion has a plurality of concavo-convex shapes having the same core shape, it is easily deformed by the fluctuation of the air pressure.

The fishing information display device according to any one of Inventions 1 to 5, further comprising a first receiving unit that receives the line length data from the fishing reel that can transmit the line length data to the outside. The display control unit displays the received line length data on the display unit at a position corresponding to the depth of the echo map information. In this case, since the water depth of the fishing group is also displayed together with the echo map information, it is easy to arrange the fishing group at the position of the shed (fish migration layer depth).

The fishing information display device according to any one of the first to sixth aspects of the present invention, further comprising a second receiving unit that receives the tension from the fishing reel that can transmit the tension data acting on the fishing line to the outside. data. The display control unit displays the received tension data on the display unit. In this case, since the tension acting on the fishing line is displayed on the display unit, the fishing line can be further prevented from being cut when the fishing line is taken up.

According to the invention, since the mounting portion is detachably attached to the case, the space in which the air pressure sensor is sealed can be formed by attaching the sealing member to the case. Therefore, even if a pneumatic sensor is to be provided, the sealed space of the air pressure sensor can be easily formed.

A fishing information display system according to an embodiment of the present invention, as shown in Fig. 1, includes an electric reel 10 and an embodiment of the present invention that is arranged to be receivable from the electric reel 10 A portable fish finder monitor (an example of a phishing information display device) 60 and a fish finder 80 are provided.

The electric reel 10 and the fish finder monitor 60 are connected by wireless using a specification such as ZigBee (Japanese registered trademark). Further, the fish finder monitor 60 receives information from the fish finder 80 by wireless communication such as a specific small power method. Further, when the fish finder monitor 60 has a plurality of fish finder 80 in the vicinity, in order to prevent the mixing, only the most powerful radio waves are received.

The electric reel 10 is attached, for example, to a fishing rod that is attached to the rim of a fishing boat by a cymbal mount. The electric reel 10 is known in the art, and the reel can be rotated in the winding direction by a lever or a motor. The cord reel control unit 20 is provided in the electric reel 10, and the reel control unit 20 includes a water depth display control, a microcomputer including a CPU, a RAM, a ROM, an I/O interface, and the like for performing motor drive control, and a liquid crystal. The drive circuit is constructed. The reel control unit 20 is connected to a reel operating unit 21, a reel sensor 23, and a potentiometer 25. Further, the cord reel control unit 20 is connected to a buzzer 27, a reel display unit 29, a memory unit 31, a PWM drive circuit 33, and other input/output units that perform various types of input and output.

The reel operating unit 21 is provided with a plurality of input buttons, and is provided in various settings for setting ON/OFF of the display and setting of the position of the shed (fishing layer depth). The reel sensor 23 is provided to detect the rotational speed and direction of the reel. The potentiometer 25 is provided to control the rotation of the motor 37 in a plurality of stages. The buzzer 27 is provided to output various alarms. The reel display unit 29 is constituted by, for example, a liquid crystal display, and is provided to display the water depth information of the fishing group, the position of the shed (fishing layer depth), and the setting value of the control mode. The memory unit 31 is a variety of materials that store information such as the position of the shed (fish migration layer depth), the number of reel rotations, and the line length. The PWM drive circuit 33 is an FET including a motor 37 PWM drive.

Further, the reel control unit 20 is connected to a reel communication unit (an example of a first receiving unit) 35 that exchanges information with the fish finder monitor 60. The reel communication unit 35 transmits and receives various information including the water depth of the fishing unit with the monitor communication unit 42 provided on the fish finder monitor 60 by wireless communication as described above.

As shown in FIG. 2, the portable type fish-fishing monitor 60 is attached to, for example, a mounting case 70 that is detachably attached to the upper arm portion A of the angler P. The mounting case 70 is a transparent bag portion 70a that can accommodate the fish finder monitor 60.

In the first diagram, the fish finder monitor 60 is an echo map information of the depth of the bottom of the fishery obtained from the fish finder 80 and the position of the shed (fish migration layer depth) showing the position of the fish group. Displayed in an echo map. Further, the fish finder monitor 60 can borrow the water depth data of the fishing group obtained from the electric reel 10 and the water depth and the shed (fish migration layer depth) position displayed in the echo map at the position corresponding to the water depth. Displayed by a graphic. Further, the fish finder monitor 60 is capable of setting the ON/OFF and shed (fish migration layer depth) positions of the shed (fish migrating layer depth) and the immersion mode switching (ON/OFF). And the setting of the attraction width, the ON/OFF of the automatic attraction, the ON/OFF of the wire which the fishline spits out by the rotation of the wire discharge direction of the motor, and the on/off of the fish hook detection. Setting operation of the electric reel 10 such as (ON/OFF). Further, the fish finder monitor 60 may be used alone without being connected to the electric reel 10. In this case, it functions as a remote monitor of the fish finder 80 that displays the position (bottom of the fish migration layer) and the bottom position from the fish finder 80.

The fish finder monitor 60 is provided with a monitor display control unit (an example of a display control unit) 40 that includes CPU, RAM, ROM, and I/ for performing display control of echo map information and water depth information of the fishing group. A microcomputer such as an O interface and a liquid crystal drive circuit are formed. The monitor display unit 40 is connected to a monitor communication unit 42 that wirelessly communicates with the cord reel communication unit 35 and the fish finder 80. Further, the monitor display control unit 40 is connected to the monitor operation unit 43, the air pressure sensor 44, and the monitor display unit (an example of the display unit) 45, the memory unit 46, and other input/output units. . The monitor display control unit 40 and the monitor display unit 45 operate by a power source 47 including a secondary battery such as a lithium ion rechargeable battery.

The monitor operation unit 43 is various operations such as display control of the monitor display unit 45. As shown in FIGS. 3 and 4, the monitor operation unit 43 has four first buttons 43a, a second button 43b, and a third button 43c arranged in parallel in the lateral direction on the lower portion of the monitor display unit 45. The fourth button 43d. The first button 43a on the left side is a button that determines the ON/OFF of the display and the operation. The second button 43b is a button for canceling and returning. The third button 43c is a button for the ascending operation. The fourth button 43d is a button for the lowering operation. By operating the first button 43a to the fourth button 43d, various setting operations and display operations can be performed.

Further, in the monitor operation unit 43, the control operation on the side of the fish reel 10 can be performed not only on the side of the fish finder monitor 60 side. By the operation of the monitor operation unit 43, for example, the setting of the position of the shed (fishing layer depth) of the fishing group, the setting of the attraction operation of the fishing group, and the like can be performed to control the on/off of the motor 37.

The monitor display unit 45 is a dot matrix liquid crystal display, for example, a 4-inch color TFT liquid crystal display. The monitor display unit 45 displays water depth information of the fishing group that can be displayed on the reel display unit 29 of the electric reel 10, and the bottom position and the position of the shed (fish migration layer depth) obtained by the fish finder 80. Echo map information. As shown in FIG. 4, the monitor display unit 45 has a water depth display area 45a of a fishing group displayed by a three-digit dot number displayed on the left side, and is disposed in the water depth display area 45a. The lower air pressure display area 45b and the fish group collection time display area 45c disposed below the air pressure display area 45b. In addition, almost the entire screen of the monitor display unit 45 is an echo map image display field 45d that displays echo map information of the water depth of the sea floor and the position of the fish shed (fish migration layer depth).

In the memory unit 46, various materials used in the monitor display control unit 40 are stored. The air pressure sensor 44 is a semiconductor pressure sensor using, for example, a semiconductor integrated circuit for a specific use, and is a digital type that can output air pressure.

As shown in FIGS. 3, 4, 5, and 6, the fish finder monitor 60 is provided with a casing 50 to which the power source 47 can be housed. In the casing 50, a monitor display unit 45 and a monitor display control unit 40 that are visually identifiable from the outside are provided.

The case 50, as shown in Fig. 6, has an upper case 52 and a lower case 53. The upper case 52 is made of synthetic resin such as ABS (acrylonitrile ‧ butadiene ‧ styrene copolymerized synthetic resin) having a rectangular shape of the display opening 52 a and the oblong operation opening 52 b member. The upper surface of the upper case 52 is slightly recessed, in which the waterproof double-sided tape 54 is held therebetween to cause the transparent display panel 55 to be engaged. The back surface of the display panel 55 is printed, for example, black except for a portion where the monitor display portion 45 is exposed. A monitor display portion 45 composed of a liquid crystal display is disposed inside the casing 50 facing the display opening 52a. A monitor operating portion 43 is disposed in the operation opening 52b.

A circuit board 56 is disposed below the monitor display unit 45. A monitor display control unit 40 is mounted on the lower surface of the circuit board 56. Further, a buzzer 27 and a camera 59 are fixed to the lower surface of the circuit board 56. A connection terminal 61 for charging and data transfer is mounted on the lower left side of the sixth end of the circuit board 56. A substrate holder 57 is disposed on the lower side of the circuit board 56. The substrate holder 57 is fixed to the lower case 53 by two bolts 68. The circuit board 56 and the monitor display unit 45 are fixed to the substrate holder 57.

The lower case 53 is made of the same material as the upper case 52. The lower case 53 has a sensor accommodation space 53a that is recessed in a substantially square shape in which the air pressure sensor 44 is housed as shown in FIGS. 7 and 8. The air pressure sensor 44 is mounted on the lower surface of the sensor substrate 58. A light-emitting diode (not shown) and an illuminance sensor, which are flash lamps for the camera 59, are mounted on the lower surface of the sensor substrate 58. The illuminance sensor is used to control the back light source of the monitor display unit 45 in accordance with the illuminance. The sensor substrate 58 is fixed to the lower case 53 by a sealant above the sensor accommodation space 53a.

The underside of the air pressure sensor 44 is sealed by a sealing member 48. A detection hole (not shown) is formed on the detection surface of the air pressure sensor 44, that is, below. On the lower surface of the air pressure sensor 44, a waterproof double-sided tape 62 having a vent hole 62a communicating with the detection hole is attached, and is fixed to the bottom portion 53b of the sensor accommodation space 53a by a waterproof double-sided tape 62. In the bottom portion 53b, a communication port 53e that communicates with the vent hole 62a is formed. On the left side of the eighth drawing of the sensor accommodation space 53a, a power supply storage space 53h for accommodating the power source 47 is provided. A terminal opening 53i that exposes the connection terminal 61 disposed on the circuit board 56 is formed in an end surface of the lower case 53 on the power storage space 53h side. The terminal opening 53i is plugged by the terminal cap 63. The terminal cap 63 is elastically locked to the terminal opening 53i, and is detachable from the terminal opening 53i. The terminal cap 63 is provided with a metal frame member and an external component member made of a flexible soft synthetic resin.

Below the sensor accommodation space 53a, as shown in Fig. 7, a sealed accommodation space 53d is formed. The sealed storage space 53d is disposed to hold the partition wall 53c in which the communication port 53e and the bottom portion 53b are formed. The sealed accommodation space 53d is a columnar space that opens to the outside. In the sealed accommodation space 53d, an annular projection 53f for positioning the sealing member 48 on the outer peripheral side of the communication port 53e is formed.

The sealing member 48 is an elastic member such as acryl rubber, nitrile rubber, chloroprene rubber or ruthenium rubber as shown in Figs. 7 , 8 , 9 , and 10 . The sealing member 48 has a deformed portion 48a disposed to face the air pressure sensor 44, and a mounting portion 48b integrally formed with the deformed portion 48a. The mounting portion 48b is cylindrical and is in close contact with the inner peripheral surface 53g of the sealed housing space 53d. The deformed portion 48a is formed integrally with the mounting portion 48b on the opening side of the sealed housing space 53d. The deformed portion 48a is deformable so that the air pressure of the sealed storage space 53d and the communication port 53e sealed by the sealing member 48 can be substantially the same as the air pressure of the outside air. As shown in Fig. 7, the deformed portion 48a is thinner than the mounting portion 48b, and has a concave-convex shape which is regarded as a waveform from a cross section passing through the center of the cylindrical mounting portion 48b and which is regarded as a concentric shape from a plane.

The sensor housing space 53a including the lower case 53 is formed below the portion, and is formed to be recessed than the other portions. In the recessed portion, the back panel 66 is fixed by the waterproof double-sided tape 64. The waterproof double-sided tape 64 is formed with a circular opening 64a for the sealing member 48, a circular opening 64b for the light emitting diode, a rectangular opening 64c for the illuminance sensor, and a circular opening 64d of the camera 59. The outer diameter of the circular opening 64a is slightly smaller than the sealing member 48. In the back panel 66, the circular opening 66a for the sealing member 48, the circular opening 66b for the light emitting diode, the rectangular opening 66c for the illuminance sensor, and the circular opening 66d of the camera 59 are formed in a circular shape. The diameter of the circular opening 66a is slightly the same as the communication port 53e.

In the fish finder monitor 60 configured as described above, when the display is turned on (ON) by the first button 43a, the fishery screen shown in Fig. 4 is displayed. In the fish detection screen, as described above, the echo map information of the water depth of the seabed and the position of the display shed (fish migration layer depth) obtained by the fish finder 80 is displayed. And, the air pressure measured by the air pressure sensor 44 is displayed. Further, when connected to the fishing reel for the electric reel 10 or the like, the figure indicating the depth of the fishing group is displayed at a position corresponding to the depth of the echo map information. Moreover, the water depth of the fishing group is also indicated by a numerical value.

<Features>

(A) The fish finder monitor 60 is a device that can display echo map information transmitted from the fish finder 80. The fish finder monitor 60 includes a case 50 that can house the power source 47, a monitor display unit 45, a gas pressure sensor 44, and a sealing member 48. The monitor display unit 45 is disposed on the case 50 so as to be visually identifiable from the outside. The air pressure sensor 44 is disposed in the casing 50 and can measure the air pressure of the outside air around the casing 50. The sealing member 48 is an elastic system. The sealing member 48 has a deformed portion 48a that faces the air pressure sensor 44 and is deformable in response to air pressure, and a mounting portion 48b that is formed integrally with the deformed portion 48a and that is detachably attached to the case 50. The sealing member 48 seals the air pressure sensor 44. The monitor display control unit 40 displays the echo map information and the air pressure obtained by the air pressure sensor 44 on the monitor display unit 45.

In the fish finder monitor 60, the echo map data transmitted from the fish finder 80 is displayed on the monitor display unit 45. The air pressure detected by the air pressure sensor 44 is displayed on the monitor display unit 45. The air pressure sensor 44 is sealed by an elastic sealing member 48 to prevent liquid from penetrating into the air pressure sensor 44. When the air pressure of the outside air fluctuates, the deformation portion 48a is deformed so that the air pressure inside the sealing member 48 changes in accordance with the air pressure of the outside air. Here, the mounting portion 48b integrally formed around the deformed portion 48a is detachably attached to the case 50. Therefore, only the sealing member 48 is attached to the case 50, and a space for sealing the air pressure sensor 44 can be formed. Therefore, even if the air pressure sensor 44 is to be provided, the sealed space of the air pressure sensor can be easily formed.

(B) In the fish finder monitor 60, the case 50 has a sensor accommodation space 53a in which the air pressure sensor 44 can be housed, and a partition wall 53c having a communication port 53e is held together with the sensor accommodation space 53a. And a sealing accommodation space 53d in which the sealing member 48 can be accommodated. In this case, the air pressure sensor 44 is disposed not only in the sensor accommodation space 53a but also in the sealed accommodation space 53d in which the partition wall 53c is held together with the sensor accommodation space 53a. Therefore, the sealing member 48 is easily installed, and the sealed space is more easily formed.

(C) In the fish finder monitor 60, the sealed storage space 53d is a space that is cylindrical and opens to the outside. The mounting portion 48b of the sealing member 48 is cylindrical and closely adheres to the sealed housing space 53d, and the deformed portion 48a is integrally formed with the mounting portion 48b on the opening side of the sealed housing space 53d. In this case, since the sealed accommodation space 53d is a columnar space, it is easily sealed by the sealing member 48. Further, since the deformed portion 48a is integrally formed with the mounting portion 48b on the opening side, it is more easily deformed than the deformed portion 48a.

(D) In the fish finder monitor 60, the deformed portion 48a is deformable so that the air pressure in the space sealed by the sealing member 48 can be varied in accordance with the air pressure of the outside air. In this case, the air pressure can be accurately detected by the deformation of the sealing member 48.

In the fish finder monitor 60, the deformed portion 48a is formed into a concave-convex shape which is regarded as a waveform from a cross section passing through the center of the mounting portion 48b and which is regarded as a concentric shape from a plane. In this case, since the deformed portion 48a has a plurality of concavo-convex shapes having the same concentric shape, it is easily deformed by the fluctuation of the air pressure.

(E) The fish finder monitor 60 further includes a monitor communication unit 42 that receives the line length data from a fishing reel that can transmit the line length data to the outside. The monitor display control unit 40 displays the received line length data on the monitor display unit 45 at a position corresponding to the depth of the echo map information. In this case, since the water depth of the fishing group is also displayed together with the echo map information, it is easy to arrange the fishing group at the position of the shed (fish migration layer depth).

<Other Embodiments>

The embodiment of the present invention has been described above, but the present invention is not limited to the above embodiment, and various modifications can be made without departing from the spirit and scope of the invention.

(a) In the above embodiment, the fish finder monitor 60 displays the water depth of the fishing group sent from the electric reel 10, but the present invention is not limited thereto.

For example, as shown in Fig. 11, the tension of the fishing line acting on the reel attached to the fishing reel may be displayed on the fish finder monitor 60. In this case, the electric reel 10 sets a torque sensor 36 that can detect the torque acting on the motor 37 or the reel to the electric reel 100 to detect the torque. The tension acting on the fishing line can be obtained by the detected value of the torque and the winding diameter which can be calculated when the water depth of the fishing set is obtained. Then, the tension acting on the fishing line is transmitted to the fish finder monitor 60 through the reel communication unit (an example of the second communication unit) 35. When the information fish monitor 206 of the tension is received, the monitor display control unit 40 may display the value on the monitor display unit 45. In this case, since the tension acting on the fishing line is displayed on the display unit, the fishing line can be surely prevented from being cut when the fishing line is wound up. Further, it is also possible to detect the torque by the current flowing through the motor 37.

(b) In the foregoing embodiment, the fishing reel disclosed the electric reel 10. However, the fishing reel is not limited to the electric reel. The fishing reel for manual winding may be used as long as it is a fishing reel that can transmit the water depth of the fishing group or the tension of the fishing line.

(c) In the above embodiment, the deformed portion 48a of the sealing member 48 is formed into a concavo-convex shape having a concentric shape, and the present invention is not limited to this shape. For example, the flexible film material of different materials may be integrally formed by, for example, insert molding together with the mounting portion.

10. . . Electric reel

20. . . Reel control unit

twenty one. . . Reel operating unit

twenty three. . . Roll sensor

25. . . Potentiometer

27. . . buzzer

29. . . Reel display unit

31. . . Memory department

33. . . PWM drive circuit

35. . . Reel Communication Department

36. . . Torque sensor

37. . . motor

40. . . Monitor display control unit

42. . . Monitor communication department

43. . . Monitor operation unit

43a. . . 1st button

43b. . . 2nd button

43c. . . 3rd button

43d. . . 4th button

44. . . Air pressure sensor

45. . . Monitor display

45a. . . Water depth display field

45b. . . Barometric display field

45c. . . Fishing group recovery time display field

45d. . . Echo map image display field

46. . . Memory department

47. . . power supply

48. . . Sealing member

48a. . . Deformation department

48b. . . Installation department

50. . . shell

52. . . Upper shell

52a. . . Display opening

52b. . . Operating opening

53. . . Lower case

53a. . . Sensor storage space

53b. . . bottom

53c. . . next door

53d. . . Sealed storage space

53e. . . Connecting port

53f. . . Annular protrusion

53g. . . Inner circumference

53h. . . Power storage space

53i. . . Terminal opening

54. . . Waterproof double-sided tape

55. . . Display panel

56. . . Circuit substrate

57. . . Substrate holder

58. . . Sensor substrate

59. . . camera

60. . . Fish probe monitor (an example of a fishing information display device)

61. . . Connection terminal

62. . . Waterproof double-sided tape

62a. . . Vent

63. . . Terminal cap

64. . . Waterproof double-sided tape

64a. . . Round opening

64b. . . Round opening

64c. . . Rectangular opening

64d. . . Round opening

66. . . Back panel

66a. . . Round opening

66b. . . Round opening

66c. . . Rectangular opening

66d. . . Round opening

68. . . bolt

70. . . Mounting shell

70a. . . Bag department

80. . . Fish finder

100. . . Electric reel

[Fig. 1] A block diagram of a fishing information display system employed in an embodiment of the present invention.

[Fig. 2] A view showing a state in which a fish finder monitor according to an embodiment of the present invention is attached to an upper wrist portion.

[Fig. 3] A perspective view of a fish finder monitor.

[Fig. 4] Its plan view.

[Fig. 5] Its rear view.

[Fig. 6] This part is a perspective view.

[Fig. 7] A sectional view taken along line VII-VII of Fig. 5.

[Fig. 8] An exploded perspective view of the air pressure sensor housing portion.

[Fig. 9] A plan view of the sealing member.

[Fig. 10] An X-X cross-sectional view of Fig. 9.

[Fig. 11] A view corresponding to Fig. 1 of another embodiment.

42. . . Monitor communication department

43. . . Monitor operation unit

44. . . Air pressure sensor

45. . . Monitor display

47. . . power supply

48. . . Sealing member

50. . . shell

52a. . . Display opening

52b. . . Operating opening

53. . . Lower case

53a. . . Sensor storage space

53h. . . Power storage space

53i. . . Terminal opening

54. . . Waterproof double-sided tape

55. . . Display panel

56. . . Circuit substrate

57. . . Substrate holder

58. . . Sensor substrate

59. . . camera

60. . . Fish probe monitor

61. . . Connection terminal

62. . . Waterproof double-sided tape

63. . . Terminal cap

64. . . Waterproof double-sided tape

66. . . Back panel

68. . . bolt

Claims (6)

A fishing information display device is a portable type, and can display echo map information sent from a fish finder, and has a casing, which can be a built-in power source, and a display component that is visually confirmed from the outside. The inside of the casing; and the air pressure sensor are disposed in the casing and capable of measuring the air pressure of the outside air around the casing; and the sealing member is an elastic system that seals the air pressure sensor, and has: a deformation portion that is disposed to face the sensor and deformable in accordance with the air pressure, and a mounting portion that is integrally formed around the deformation portion and that is detachably attached to the casing; and a display control unit The display unit displays the echo map information and the air pressure obtained by the air pressure sensor, and the housing has a sensor storage space for accommodating the air pressure sensor, and a sealed storage space. The measuring instrument storage space is disposed to sandwich the partition wall provided with the communication port, and the sealing member can be housed. The fishing information display device according to claim 1, wherein the sealed storage space is a space that is cylindrical and open to the outside, and the mounting portion of the sealing member is cylindrical and inside the sealed storage space. The circumferential surface is in close contact with each other, and the deformed portion is integrally formed with the mounting portion on the opening side of the sealed housing space. The fishing information display device according to claim 2, wherein the deformation portion is deformable such that a pressure of a space sealed by the sealing member fluctuates according to a pressure of the outside air. The fishing information display device according to claim 2, wherein the deformation portion is formed into a concavo-convex shape in which a cross section passing through a center of the mounting portion is regarded as a waveform and a plane is regarded as a concentric shape. The fishing information display device according to any one of claims 1 to 3, further comprising: a first receiving unit that receives the line from a fishing reel that can transmit line length data to the outside In the long data, the display control unit displays the received line length data on the display unit at a position corresponding to the depth of the echo map information. The phishing information display device according to any one of claims 1 to 3, further comprising a second receiving unit for collecting a fishing reel that can transmit tension data acting on the fishing line to the outside. In the tension data, the display control unit displays the received tension data on the display unit.