KR20200079775A - Game fishing System for having reel - Google Patents

Abstract

The present invention relates to a reel fishing system for a game, which has a menu screen, a fishing rod, and a reel handle, allows motions of pulling of a fish, movement of a fishing rod handle, and reeling of a reel handle to enable a gamer to have the sensations like actual fishing, displays the same on a screen as well, and allocates scores for each weight in response to catching a fish to enable fishing enthusiasts to enjoy a fishing game to have sensation like the actual fishing even in an indoor place. The reel fishing system for a game of the present invention comprises: a bottom part arranged with power supply lines for transmitting a power source and a command signal to a server for communication for a game, a signal of an optical signal generator, a control unit, a monitor, and a speaker in an inner space; a front frame for displaying a graphic screen as an image; a game box including a touch menu screen having a start (throwing and casting) button, a position adjustment button, an end button, and a score check button, a fishing rod gripping part for gripping a fishing rod handle to be buffered so as to be horizontally and vertically moved, and a reeling part for performing the reeling as a reel handle; and a fishing rod for suspending a fishing line to a rear surface of a front frame, and forming a handle (122). The fishing rod gripping part includes a cylindrical body part, a through hole, and an elastic member elastically installed by forming a semicircular groove to press and grip the fishing rod handle inserted in the through hole with elastic force.

Description

Game fishing system for having reel}

In the present invention, a game gamer (a user of a fishing game, hereinafter referred to as a gamer) hangs a lure (fishing) of a fishing rod through a menu screen to cast (casting), bite (biting, bite), and hook (hook). It shows the action of fishing, etc. on the graphic screen, and it is cast by the start through the menu screen as a game, and afterwards, the movement of the programmed fish appears on the screen, and it is possible to enter by entering the menu screen of the gamer. By moving the luer to the area, the gamer attempts to chamber (hooking) while the mouth (biting) is repeated with a predetermined program, but the fishing rod handles up, down, left, and right while fishing as a reel handle. Wind the string, and the moment that fits the programmed conditions (hooking area movement, handle lifting, reel handle operation) and hooking at the same time as fishing, and score according to the weight of the fishing fish. As an added fishing game, action actions such as pulling the fish through the handle (operation of the program server) as well as pulling the strings of the reel handle tightly or unraveling so that gamers can feel the real taste of fishing. It is a game reel fishing system that allows all of these actions to be output to the screen so that the output can be controlled from the memory unit, and the program is made to add the fish-specific scores to fish gamers for each game. It provides an indoor reel fishing game system that has the feel of a handle like this, and gamers will end up with a hooking failure if the movement of the fishing rod handle, reel handle, etc., as well as the menu screen is correct (the degree of success and failure probability) This is a game reel fishing system that can improve the quality of a fishing game by improving the reliability of a fish catching action and a fishing action.

In general, in the related art, a video record of an actual fishing scene is displayed on a monitor to simulate the sensation of fishing, and biting is displayed on the monitor to have a feeling of actually enjoying fishing. There was a problem in that the actual sense was more different than the actual fishing behavior because the reel could not be wound or handled as a handle, depending on the degree of bending of the fishing rod.

In addition, various computer games related to fishing have been developed, and with the development of the Internet, computer peripherals, and mobile communication terminals, methods for executing fishing games have been diversified. For example, an example of a fishing game method using a mouse as a computer and its peripheral devices is as follows. First, put the bait on the fishing needle, press the left button of the mouse, throw the fishing rod with the bait in the reservoir, wait, and observe whether the fish bites the bait through the movement of the bob. At this time, if the fish bites the bait and rises to the surface, or bites the bait, it moves the mouse quickly in any direction to make it move as quickly as a fishing rod, so that the fish biting the bait is stabbed by the fishing needle (normally. , "Chamber". Thereafter, the mouse is moved to the left or right in a circular motion, and the fishing rod is pulled from side to side, thereby subtracting the power of the fish and pulling the fish up to the side. The movement of the bait and the fishing rod is controlled using a plurality of buttons mounted on the mobile communication terminal. However, the control of a fishing rod using a mouse or a button has a limitation in that game gamers easily lose interest and have difficulty in inducing continuous attention, and there is a disadvantage that the thrill of fishing cannot be effectively transmitted to a game gamer.

Patent Registration 10-1227693

Patent Publication No. 10-2015-0026089 Patent Publication No. 10-2013-0017828

Therefore, the present invention for solving the above problem is that the game system for reel fishing allows the gamer to fish through the menu screen in a state where the gamer can output a variety of graphic images on the monitor (screen) as a wallpaper. Start and display it on the monitor, enable lifting by the hand holding the handle of the fishing rod, and similar winding of the reel handle. Since it is programmed to take place for several seconds at the same time as the pulling action, the purpose is to allow gamers to feel the taste of the actual fishing due to the pulling action of the fishing line through the handle and reel of the actual fishing rod.

In addition, with the winding action of the fishing rod handle and reel handle, the game can be enjoyed through the movement of the lure to approach the location by the game screen of the gamer to the moving position of the fish programmed on the monitor (screen). In addition, the object of the present invention is to provide a fishing game system that allows a gamer to pay a predetermined score differentially by adding a score for each weight of a fish that is caught due to the success of the hooking of the fish.

In addition, for the owner of a fishing game machine, it is possible to use a fishing rod as a fishing rod even in a small indoor space, making the actual fishing feel as a minimal fishing rod, and having a game effect through the menu screen, and also quickly moving the handle (for a few seconds) and reel handle. If the string winding action (quick handle operation) is not done like real fishing, it will be made as a hooking failure, so the business owner will increase the probability of failure and use it for a long time, as well as movements such as fishing rod handle reel handle used by gamers. The ultimate goal is to provide a game reel fishing system that can improve the quality of the fishing game by accurately detecting the fish and improving the reliability of the action of catching the fish.

The game reel fishing system of the present invention for achieving the above object,

In the interior space, a bottom part in which power supply lines for transmitting power and command signals to a server for game communication, a signal of an optical signal generator, a control unit, a monitor, and a speaker, and driving drive motors are arranged; A front frame installed vertically from the front of the bottom portion and displaying a graphic screen as an image toward the front; In the center of the rear facing the monitor of the front frame, a watch screen is formed in a state close to a plane, and a start (throwing, casting) button to start casting, an adjustment button to move the position of the luer, a fish to a memorized position A menu screen with a free button to move the fish, an end button to end the fishing game, and a score button to check the score according to fishing, and installed on the side of this menu screen, grip the handle of the fishing rod and move the fish close A fishing rod gripping part that is buffered to be able to move the fishing rod handles up, down, left, and right for immediate hooking (chambering) and fighting (pulling), and hooking (chambering) according to the operation of the fishing rod handle, A game box formed with a reeling portion installed on one side of the fishing rod gripping portion so that a fishing line can be wound or unwound during fighting (pulling); And the fishing line is connected to the front end of the frame suspended from the front and the fishing gripper gripping the handle while holding the handle with one hand of the game gamer to form the handle for applying the movement force up, down, left, right One fishing rod;

Including,

The fishing rod gripping portion has a cylindrical body integrally horizontally formed inside the reeling portion, and a through hole formed to penetrate through the front and rear vertically to the cylindrical space in the middle of the body portion, and to form semi-circular grooves in the through hole respectively. It can be achieved with a reel fishing system for games that is made of a bullet member that faces each other and is configured to press and hold the fishing rod handle inserted in the through hole with a pressing force.

The front frame of the game reel fishing system of the present invention for achieving the above object,

It is formed on the front of the front frame, a monitor that shows the fishing situation and results, such as underwater conditions, casting (throwing), mouth, hooking (chambering), lifting (weight display) on a graphic screen; And formed on the rear surface of the front frame, the fishing line of the fishing rod is vertically suspended from the front to the rear, forming a first driving motor and a spool to wind or unwind one end of the fishing line, and to both sides of the bottom surface. A movable block that is movably installed by forming two through holes, and a slide bar and a screw bar passing through the connecting holes of the movable block are arranged side by side to guide the left and right movements of the suspended fishing line. In addition, a fishing line control unit comprising a guide hole formed of left and right lengths with a predetermined width to suppress movement in the other direction, and a second driving motor that rotates the screw bar at one end of the screw bar to apply the left and right movement force of the moving block; It can be achieved with the included game reel fishing system.

The reel of the game reel fishing system of the present invention for achieving the above object,

Forming a rotating plate that can be rotated forward or backward like a fishing reel, a reel handle for reeling formed at an eccentric position on the rotating plate, several counting slits formed at equal intervals on the rotating plate, and installed at opposite positions of the slit plate The reel fishing system for games can be achieved by constructing an optical signal generator that controls the winding and unwinding of a string by outputting a pulse signal from a male or light emitting element and outputting a pulse signal to a game server (server) to apply a predetermined signal.

According to the present invention, fishing enthusiasts can enjoy a fishing game that feels like real fishing even indoors, and from a business owner's point of view, it enables a fishing game with a fishing rod installed in a small space, and reels and fishing rods used by gamers You can expect the effect to improve the quality of the fishing game by improving the reliability of the action of catching fish by accurately controlling the three functions of the handle and menu screen.

1 is a perspective view of a game reel fishing system for the present invention,
Figure 2 is a perspective view showing the back of the game reel fishing system for the present invention,
Figure 3 is a perspective view of the game box portion of the game reel fishing system for the present invention,
Figure 4 is a view excerpt the main portion of the game box portion of the present invention game reel fishing system
Figure 5 is a schematic plan view of the game box portion of the game reel fishing system of the present invention
Figure 6 is a plan view schematically showing the operation process of the fishing rod gripping and control unit for explaining the fishing situation of the game reel fishing system for the present invention,
Figures 7a, 7b is an explanatory drawing for explaining the use of the fishing rod handle according to the fishing situation of the present invention game reel fishing system,
8A, 8B, and 8C are views of embodiments showing the configuration of the gripping portion of the game reel fishing system according to the present invention,
Figure 9a is a cross-sectional view showing the internal structure of a schematic reel of the game reel fishing system of the present invention,
9B is a schematic diagram showing the configuration of a printed circuit board, a power supply line, and communication lines inside a menu screen of a game box,
9c is a schematic diagram showing a case where an acceleration sensor is applied as a piezoelectric element,
10 is a block diagram showing the overall operating system of the game reel fishing system of the present invention,
11 is a diagram showing the quality of fish and lure on the monitor of the game reel fishing system of the present invention,
12 is a flow chart for explaining the overall operation of the game reel fishing system for the present invention.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

It will be described in detail focusing on the parts necessary to understand the operation and operation according to the present invention. In describing the embodiments of the present invention, descriptions of technical contents well known in the technical field to which the present invention pertains and not directly related to the present invention will be omitted. This is to more clearly convey the subject matter of the present invention by omitting unnecessary descriptions. In addition, in describing the components of the present invention, different reference numerals may be assigned to components having the same name according to the drawings. In addition, the same reference numerals may be assigned to different drawings. However, even in such a case, it does not mean that the corresponding component has different functions according to embodiments, or does not mean that it has the same functions in different embodiments, and the function of each component is the corresponding embodiment It will have to be judged based on the description of each component in the. In addition, the technical terms used in the present specification have ordinary knowledge in the technical field to which the present invention belongs, unless otherwise defined in this specification. It should be interpreted as a meaning that is generally understood by a person, and should not be interpreted as an excessively comprehensive meaning or an excessively reduced meaning. In addition, unless the context means otherwise, the singular expression used in this specification does not mean otherwise. , Contains multiple expressions. In the present application, the terms "consisting of" or "comprising" should not be construed as including all of the various components, or various steps described in the specification, among which some components or some steps It may not be included, or it should be construed to further include additional components or steps. In particular, fishing terms such as casting (throwing), bite (mouthing), and hooking (chambering) were introduced, and mixed. Other terms used have been used as meanings commonly used in patent literature.

In the accompanying drawings, FIG. 1 is a perspective view of the game reel fishing system for the present invention, FIG. 2 is a perspective view showing the rear surface of the game reel fishing system for the present invention, and FIG. 3 is a perspective view excerpting the game box portion of the game reel fishing system for the present invention, and FIG. 4 Figure 5 is a schematic excerpt of the main part of the game box portion of the game reel fishing system of the present invention, Figure 5 is a schematic plan view of the game box portion of the game reel fishing system of the present invention, and Figure 6 is for explaining the fishing situation of the game reel fishing system of the present invention. 7A, 7B are explanatory drawings for explaining the use of a fishing rod handle according to the fishing situation of the game reel fishing system of the present invention, and FIGS. 8A, 8B, and 8C are gripping parts of the game reel fishing system of the present invention. It is a schematic diagram of the embodiments showing the configuration of.

The frame 100 of the game reel fishing system according to the preferred embodiment of the present invention shown in FIGS. 1 and 2 of the above drawings consists of a game box 101, a front frame 103, and a bottom portion 104 The control unit 130 is configured on the back surface of the front frame 103.

The front frame 103 forms a monitor 106 showing a graphic screen as an image toward the front, and a speaker can be formed at the rear or the bottom, and the monitor 106 is initialized in the water and throwing (casting) programmed in each situation. ), mouth (byte), hooking (chambering), hooking failure, hooking success, lifting (catching), the size and weight of the catched fish can be graphically displayed in a memory screen. At this time, in the lower part of the graphic, the screen can be configured to additionally display the casting distance and tension of the reeling fishing line in the fixed screen.

The bottom portion 104 forms the bottom of the frame 100 and connects between the front frame 103 and the rear game box 101. In the inner space of the bottom portion 104, power and communication lines through which power and communication signals are transmitted between the front frame 103 and the game box 101 may be arranged and designed. To the game processor (hereinafter referred to as a server) of the menu screen 110 to be described later, the reeling unit 140, the signal and control unit 130, the monitor 106 of the optical signal generator 144, a speaker for sound, etc. A power supply line for transmitting power and command signals, a drive motor, and a server for game communication may be built in. Drawings of detailed power supply means and communication means are not shown. If necessary, short-range wireless communication such as Bluetooth can be used.

According to the perspective view showing the back surface of the game reel fishing system for the present invention of FIG. 2, the control unit 130 is formed on the back surface of the front frame 103, and the fishing line 121 is located at the central portion of the upper part of the front frame 103. Suspended vertically, the first driving motor 133 and the spool 134 are formed to wind or unwind one end of the fishing line 121, and two connecting holes (sign omitted) penetrated on both sides are moved. The movable block 131 and the slide bar 135 and the screw bar 136 penetrating the connection hole of the movable block 131 are arranged side by side, and the left side of the suspended fishing line 121 is installed. A guiding hole 132 formed to have a predetermined width to the left and right to guide the right movement, and rotating the screw bar 136 at one end of the screw bar 136 to apply the left and right movement force of the moving block 131 It consists of a two-drive motor 137, and the control of the second drive motor 137 is programmed to transmit a driving signal in accordance with the reeling time and the number of reeling of the game gamer in the hooked situation after the mouth of the fish.

Fishing rod 120 is a fishing line 122 is connected to the front end of the frame 103 suspended from the front, and the fishing rod grip portion 90 gripping the handle 122 in the state of the game gamer with one hand , Lower, left, right handle 122 for applying a moving force is formed on the lower side. In accordance with the operation of the fishing rod handle 122, a reeling portion 140 is formed on one side of the fishing rod gripping portion 90 so as to wind or unwind the fishing line during hooking (chambering) and fighting (pulling).

The game gamer casts the fishing rod 120 toward the screen of the monitor 106, so that on the graphic screen of the monitor 106, any, such as a raster scan type display or a dot matrix type display as known as the monitor 106, A display capable of displaying images by a television signal can be applied. The fishing rod 120 is installed to have a minimum length and height in order to minimize the indoor space.

A reel handle 142 is installed under the housing of the reel unit 140, and the game gamer reels the fish with a reel handle 142 to raise fish when fighting. The fishing rod 120 is also provided with a relatively strong fishing line 121 made of, for example, plastic. One end of the fishing line 121 is fixed to the tip of the fishing rod 120, and the other end is wound around the spool 133 of the control unit 130, as described later. The fishing line 121 is adjusted by the menu screen 110 of the game gamer when casting, and then casts to the luer (b) position (b11, b12, b13) after casting.

The fishing game screen of FIG. 11 displays a game screen on the monitor 106. A fishing field display portion and a game information display portion may be formed on the game screen. The fishing field display portion is mainly a sprite image. During the game, there is no change in each display element except that the color representing the passage of time changes. In the fishing field display portion, a fish (a) can be displayed and the position of the fish can be displayed as a11, a12, and a13. After casting, the position of the luer (b) may be divided into b11, b12, and b13 on the fishing field display portion.

According to the drawing of the game box portion of the game reel fishing system for use in the present invention shown in FIG. 3 in the accompanying drawings, and the main part excerpt of FIG. 4 and the game box excerpt of FIG. 5, the game box 101 has a menu screen 110. And, it consists of a gripping portion 90 and the reeling portion 140.

The menu screen 110 forms a squelch screen in a state close to a plane at the center of the rear facing the monitor 106 of the front frame 103, and starts a casting (casting) button 111, which starts casting. It is equipped with an adjustment switch 112 for adjusting the position for moving the position, an end button 113 for finishing the fishing game (see FIG. 4), and a score confirmation button 114 for checking the score according to fishing.

The fishing rod gripping portion 90 is installed on the side of the menu screen 110, grips the handle 122 of the fishing rod 120, and immediately moves the fish for proximity hooking (chambering) and fighting (pulling). It is configured to grip the handle 122 bufferably so that it can move up, down, left, and right.

8A, 8B, and 8C of the accompanying drawings are schematic views of embodiments showing the configuration of the gripping portion of the game reel fishing system for the present invention.

The fishing rod gripping portion 90 according to this drawing has a cylindrical shape inside the reeling portion 140 and is integrally horizontally formed, and vertically before and after the cylindrical portion in the middle of the body portion 91. It consists of a through-hole 92 formed to be penetrated, and a semi-circular groove 93 in each of the through-holes 92 to form a bullet member 94 that faces each other, and is inserted into the through-hole 92. 122) is configured to be pressurized and held by the elastic force. In FIG. 8C, the elastic member 94 can adjust the elasticity of the coil spring 94a in addition to the elastic member of the elastic material.

5 of the accompanying drawings is a schematic plan view of the game box portion of the game reel fishing system of the present invention, and FIG. 6 is a schematic plan view of a gripping portion for explaining the fishing situation of the game reel fishing system of the present invention, and FIGS. 7a, 7b It is an explanatory drawing for explaining the use of the fishing rod handle according to the fishing situation of the game reel fishing system for the present invention.

The operation of the handle 122 of the game reel fishing system according to the present invention will be described as follows.

The configuration and operation of the core handle 122 of the present invention can be applied to the fishing line 121 through the server 70 to be described later. The control of this line can control winding or unwinding with the program of the server 70 delivered to the first driving motor 134 installed on the coaxial of the spool 133 of the moving block 131. That is, described later. When the fishing gamers attempt to hook by reaching the proximity positions of the fish (a) and the luer (b), the acceleration sensor 40 generates a predetermined output signal and transmits it to the server 70 according to the movement of the handle 122 Then, the server 7 drives the second driving motor 137 by switching the second driving motor 137 to be able to supply power to the output signal, and the predetermined programmed left and right moving signals are the second driving motor. 137 is applied to the left and right moving force. That is, by rotating the screw bar 136 installed on the rotating shaft of the second driving motor 137 forward and backward, the fishing line 121 is pulled left and right. At the same time, the fishing situation is also adjusted to the fishing situation through the server 70, for example, when the fish (a) and the luer (b) are hooked to the hookable area (a11+b13), the left and right pulls of the fishing line 121 and At the same time, the left and right movements of the fish (a) can be displayed on the monitor 106 with a graphic screen.

Of course, when the fishing line is thrown from the start button (casting, 111) of the menu screen 110 through the server 70, the server 70 is cast to the stepped positions (b11, b12, b13) on the memorized screen, and Through the left and right movement of the adjustment button 112, it is possible to adjust to be located in the hooking area b13 of the fish a.

Thereafter, an operation situation at the time of the rapid hooking operation suitable for the situation of the fish (a) and the luer (b) close to the hookable area b13 will be described later. Approximately, the movement of fish (a) is determined by the program to move in a certain length and range for about 1-3 seconds, and the game gamer moves the position of luer (b) in the meantime, and eventually the fish (a) and luer (b) move. When the position reaches the hooking area (a11+b13)dp, the hooking is attempted, and the reeling unit 140 may be moved due to excessive fast movement, slow movement, or inexperienced winding operation of the reel handle 142 of the reeling unit 140. By inputting the pulse signal of the optical signal generator 144 to the server 70, the failure conditions (movement of the position of the lure, upward movement of the handle, and timely winding of the reel handle) are set harshly to reach the hooking failure. The weight of the programmed fish (a) can be displayed as large, medium, and small, as well as added by giving a difference in score by weight, by re-casting (start button hitch) or by making the hooking timing correct. Of course, the pull force of the fishing line 121 is the output signal programmed in the server 70 to match the weight of the large, medium, and small fish at this time, thereby driving the first driving motor 134 of the controller 130 to spool. By controlling the string winding of (133) to three or more stages, it is possible to control so that the feeling of pulling (hand) transmitted to the fishing rod 120 by weight of the fish (a) during hooking can be differentiated.

9A is a cross-sectional view showing the internal structure of a schematic reel of a game reel fishing system according to the present invention, and FIG. 9B shows the configuration of an internal printed circuit board, a power supply line, and communication lines of the menu screen 110 of the game box 101. It is a schematic drawing, and 9c is a schematic drawing showing a case where an acceleration sensor is applied as a piezoelectric element.

The reeling part 140 of the game reel fishing system according to the above drawings is configured to be connected to the fishing rod gripping part 90 and a side surface.

That is, in a cylindrical housing (not shown), a rotating plate 146 that can be rotated forward or backward like a fishing reel is formed, and a reeling handle 142 formed at an eccentric position on the rotating plate 146 is formed. A rotating plate 146 having several counting slits 143 formed at equal intervals in 146 is formed, and a pulse signal is output from the male and light emitting elements at opposite positions of the rotating plate 146 to provide a game server (server). And outputs a predetermined signal to configure an optical signal generator 144 that controls the winding and unwinding of the string.

5 and 10A, the reel handle 142 is rotatably mounted, but the revolving plate 146 fixed to the rotation axis of the reel handle 142 is rotatably supported by the reel unit 140. The rotary plate 146 is formed by distributing a plurality of slits at equal intervals in the circumferential direction. An optical signal generator 144 having a light-emitting element and a light-receiving element disposed at positions facing each other by sandwiching the rotating plate 146 is installed. Accordingly, a pulse signal is output from the optical signal generator 144 through the rotating plate 146, that is, according to the rotation of the reel handle 142, and the pulse signal is input to the game server 70 described later. Thereby, the game server 70 controls the rotation amount of the reel handle 142 by comparing it with the memorized rotation amount.

When the winding of the reel handle 142 is operated, the click sound generating means 149 that generates a click sound like an actual reel can be provided.

In addition, a vibrator 148 that vibrates as an eccentric motor is installed in the reeling unit 140. The vibrator 148 is operated, for example, from the time when it is possible to fish, and provides gamers with vibrations like real fishing. In addition to the eccentric motor, any of these vibrators 148 can be used as long as it can impart this kind of vibration, for example, an electronic solenoid.

The printed circuit board 117 shown in FIG. 9B is configured with a server 70rk on which the game processor shown in FIG. 10 is mounted. Any processor may be used as the game server 70. The specific game processor is a known game processor, and its detailed configuration and description will be omitted.

The game server 70 is not shown, but includes various processors such as a calculation processor, a graphics processor, a sound processor, and a DMA processor, and input signals such as AD converters or key manipulation signals used when receiving analog signals. It includes input/output control circuits that receive or provide output signals to external devices. The computation processor performs required computation according to the input signal and provides the result to another processor. The graphics processor executes necessary graphic processing according to the calculation result, and creates a changing game image. The sound processor similarly executes necessary sound processing according to the calculation result.

The external memory 72 is connected to the game server 70 by an external bus. The external memory 72 is a ROM and/or RAM, and includes a program area 72a, a data table area 72b, an image data area 72c, and an audio data area 72d. In the program area 72a, the game control program shown in Fig. 12, which will be described later, is stored, and in the data table area 72b, for example, the type of fish, the weight of the fish, and the like of the specified fishing ground (fishing field). The indicated data table is stored.

In the image data area 72c, when all the image data such as the rod figure a11 or the fishing line figure a12 displayed in the game screen shown in FIG. 11 or the fish's minimum, middle, and maximum proximity movement is made, Required image data such as dressing and hooking are stored. In the audio data area 72d, audio for game music or sound effects is stored.

Then, an acceleration correlation voltage signal from the acceleration sensor unit 40 described with reference to FIGS. 9B and 9C is provided to the AD converter input of the game server 70. The pulse signal from the optical signal generator 144 is provided to the input of the game server 70, and the signals of each key or switch 111, 112 and 114 are input to the input port of the game server 70. The game server 70 also outputs the drive signal of the vibrator 148 from the output port. Further, video signals (forming a game image) and audio signals (effect sound, music) from the game server 70 are provided to the television monitor 106 by an AV cable.

Here, the configuration to apply the movement force according to the movement of the up, down, left, and right of the fishing rod handle 122 as the acceleration sensor 40 will be described.

The acceleration sensor 40 may be installed at the front of the handle 122 of the fishing rod as shown in FIG. 5, or may be disposed at a movable position of the gripper 90. In the embodiment of the present invention, it is preferable to be mounted on the fishing rod 120 (FIG. 5), or to be installed on the gripping portion 90 for explanation, but described as being installed in the game box 101 for explanation of the operation structure Shall be

In this embodiment, the piezoelectric buzzer 44 is used as the acceleration sensor unit 40. That is, when the handle 122 moves up, down, left, and right, sensing in the gripping portion 90 is a potential difference according to the positional movement of the piezoelectric buzzer 44. As is well known, for example, electrodes 44b and 44c are formed on both main surfaces of a piezoelectric ceramic plate 44a, such as barium titanate or PZT, respectively.

Specifically, the piezoelectric buzzer 44 shown in FIG. 9C is attached such that the main surface of the piezoelectric buzzer 44 is orthogonal to the direction in which the fishing rod 120 shakes when the fishing rod handle 122 is moved up, down, left, and right. When the fishing rod 120 is moved left, right or up and down by the game gamer, the moving force acts, and thus, the piezoelectric plate 44a of the piezoelectric buzzer 44 is deformed by the moving force, and according to the deformation A potential difference occurs between both major surfaces of the piezoelectric plate 44a. The potential difference is changed by the stress (centrifugal force) received by the piezoelectric plate 44a, and when the stress is large, the strain, that is, the potential difference is large, and when the stress is small, the strain or potential difference is small. In other words, the potential difference generated in the piezoelectric buzzer 44 changes according to the speed or intensity at which the game gamer shakes the fishing rod 120. Therefore, in the present invention, the piezoelectric buzzer 44 can be used as an acceleration sensor. The potential difference generated in the piezoelectric buzzer 44 is provided to the base of the transistor 45, so that the transistor 45 conducts conductivity according to the magnitude of the potential difference, and outputs a voltage signal. This voltage signal becomes an acceleration correlation signal and is input to the AD converter of the game server 70, as described above. Therefore, the game server 70 can input the acceleration of the fishing rod 120 at the time of casting as data. The entire substrate 42 to which the piezoelectric buzzer 44 is substantially attached may be referred to as an acceleration sensor 40.

On the other hand, the present invention is a lighting (not shown) with the LED according to the rotation range of the rotating plate 146 of the reeling unit 140, and at the same time, the click sound generating means 149 to generate a click sound every time a normal and reverse rotation is performed. Can be configured.

10 of the accompanying drawings is a block diagram showing the overall operation system of the game reel fishing system of the present invention, and FIG. 11 is a hollow chart for explaining the operation process of the game reel fishing system of the present invention. The operation process of the fishing game of the present invention according to the drawings will be described with reference to FIGS. 10 and 11 as follows.

<Location of Luer>

After casting, the luer (b) position may be moved closer to the first position (b13) by passing through the third position (b11) and the second position (b12) with the position adjustment button 112 of FIG.

As shown in FIG. 11, the luer position may be set to a proximity range within a circular triple line, and based on this range, the initial luer may be positioned in the hooking area b13 as shown in Table 1 above.

Fish a can be programmed to repeatedly move into and out of hooking regions a11, a12, and a13.

<hooking action>

Fishing gamers should raise the handle 122 with one hand that meets the conditions given in Table 1 below, and wrap the reel handle 142 with the other hand. Hooking success can be achieved when these actions are performed quickly and accurately and simultaneously during the programmed time.

The hooking success condition is programmed to be possible when the fish approaches the hooking range (a11+b13) and the lure position (b13).

At the same time, the control unit 130, the handle 122, the instantaneous movement of the fishing rod 120 is transmitted to the server 70 through the acceleration sensor 40, the server 70, the instantaneous stored repetitive fishing line 121 ) The winding signal is output to start winding of the spool 133 of the first driving motor 134, and the fishing gamer feels that the string is strongly pulled with the rise of the handle 122, and at the same time, moves the fishing rod 120 left and right. You will win. The pulling of the fishing line 121 and the rise of the handle 122 and the operation of the reel handle 142 become a hooking failure in a condition that the game gamer makes a special mistake (missing the reel handle or delaying the rise time, etc.) In addition, hooking success and failure can be programmed according to various conditions in a situation where the fish (a) and the luer (b) of the hooking area (a11+b13) as shown below are in close proximity.

(1)Hooking: Hold the handle 122 of the fishing rod 120 with one hand (left hand) and raise the fishing rod 120 upwards, and at the same time, give it as the reel handle 142 of the reeling part 140 with the other hand (right hand). Wind the strings.... The fish become hooked at the same time as the string is tightened, and vibration is applied as a vibration motor.

(2) hooking failure (without moving the fishing rod to the proper position, not giving left or right movement or detecting the string as a reel handle); As the memory signal of the game processor, the second driving motor is reversed to release the spool of the moving block for a predetermined time. The luer moves to the raised position (then return to ready for recasting).

<Fighting (pull and slow)>

If the hooking is successful, the primary fighting is to lift the handle 122 with one hand while reeling the reel handle 142 while pulling the string. At the same time, the second driving motor 137 also moves forward and backward (pulling motion of the fish), and the spool 133 of the moving block 131 moves left and right, and at the same time as the winding motion of the first driving motor 134. The fishing line 121 can be made for a predetermined programmed time to be pulled more strongly.

As shown in Table 1 below, the hooking failure is not achieved when an accurate rise is not made within a limited time of the handle 9122, or when the reel handle 142 is not wound, or of the fish (a) and luer (b). In a situation other than the hooking area (a11+b13), a hooking failure may be handled. That is, the reel handle 142 of the reel cannot be wound while fighting, or the fishing rod handle 122 cannot be lifted to a predetermined height to fight. You can try to do the casting again by failing.

<Fishing up>

Hooking failure can also occur when fishing, but most can be treated as hooking success.

That is, if the reel handle 142 is wound and the pull of the fishing rod handle 122 is judged to be successful, the fish (a) on the graphic screen is put on the ground, and the weight is displayed on the screen. Scores are added (the difference in scores by weight can be subdivided).

On the other hand, the degree of whether or not attempting to reel as the reel handle 142 of the reeling unit 140 or winding the reeling degree sufficiently strongly is a success if the pull corresponding to the weight of the programmed fish (a) is fighting, If the weight is heavy and there is little pulling, it can be controlled as a failure.

In the embodiment of the present invention, it was performed as shown in Table 1 and Table 2 below.

Hooking area Handle, reel handle operation Whether the handle and handle are working in time score a11+b13 Rising, cold Success (normal hooking time) 100,50 a11+b13 Rising, cold Failure (time over) 0 a12+b13 Rising, cold Failure (position over) 0 a13+b13 Rising, cold Failure (time over) 0

11 of the accompanying drawings is a hollow chart for explaining the operation of the game reel fishing system for the present invention. When explaining the operation of each step of the fishing game of the present invention reel fishing system for reel fishing through the hollow chart of the drawings as follows.

In step S1, the start button 111 is pressed, and at the same time, the screen of the monitor 106 completes the casting (throwing) process after the fishing rod is made to throw the lure (b) similar to the real situation.

In step S2, processing according to the operation of the reel handle 142 by the game gamer is executed.

That is, the fishing line 121 is controlled based on the starting point (b11, b12, b13: position of the lure) of the luer b on the game image surface. The server 70 can display the programmed distance indication c3. When the reel handle 142 is rotated with one hand, the pulse signal output from the optical signal generator 144 is counted, and the first and second driving motors 134 and 137 of the control unit 130 controlling the fishing line are counted. By subtracting the reeling length from the pulling force, if it is less than a certain level, reeling completion is determined in step S3.

If no change occurs until "YES" is determined in step S3 (if "NO" is determined in step S3), the game gamer returns to step S1 to cast again. It is possible to indicate the degree of distance at a distance near or near the LED. If "YES" FH is determined, it indicates the position b11 of the initial luer B. This completes the first reeling process. When the fishing line is reeled to a suitable position after casting, the reeling is completed and the process proceeds to step S4.

In step S4, the primary position of the luer can be adjusted with the adjustment button.

In step S4, the gamer can adjust the position of the luer (b) up and down, so that the programmed free movement of the fish (a) and at the same time to the hooking area (b13) of the hooking area with the adjustment button (112). The adjustment button 112 can be adjusted. Of course, if it moves out of the hooking area b13 or stays or moves in the wrong positions b11 and b12, it is determined as "NO" and the casting is performed again.

Step S5 is a step in which fish a is bitten (byte) in the luer b by casting. Whether or not the quality can be determined more randomly than the data tables (Table 1 and Table 2) described above. For example, when the fish is close to the hookable area a11, it is determined whether or not to wear according to the position of the luer b, and the process proceeds to step S6 (hooking).

In step S6, the hooking process is executed, but the game server 70 may change the screen to a hooking screen and control various stored data. In addition, as the winding signal of the reel handle 142 is coming out, the handle 122 is moved upward, and the stored external memory unit can enter the fish (a) 180 degrees after changing the direction. do. Therefore, the timing of the most stable hooking moment is as shown in Table 1, the timing of the instant hooking attempt at the position (a11) of the fish (a) and at the position (b13) of the luer (b) (matching the handle and handle) The right moment can be handled as a hooking success. In other words, if the intensity of the hooking is not appropriate, such as detecting the intensity of the hooking by using the acceleration sensor unit 40 and loosening the winding operation of the reel handle 142, the hooking failure is processed. At the same time, if the timing of lifting the handle 122 is not raised accurately at an upward angle or pushed to the side, it can be treated as a hooking failure.

When "YES" is determined in step S7, the server 70 outputs a driving signal from the output port, drives the vibrator 148, and provides vibration to the game player to display the hooking success.

Then, in step S7, the game server 70 determines whether or not the hooking is successful based on the type of fish, the type of lure, the size of the fish, the time from the mouth (bytes) to the hooking strength, and the like. . When hooking is successful, also in the next steps S8 and S9, a fighting process is executed.

Fish weight Handle by weight, with or without handle score
versus success 100 failure 0
medium success 50 failure 0 small failure 0

In step S8, the game gamer controls the tension of the fishing line 121 during reeling as the first and second driving motors 134 and 137 of the control unit 130, and the fishing rod 120 is left, It shakes to the right and performs reciprocal actions such as changing the position of the rod 120 vertically, horizontally, or the like. Then, the game server 70 may determine whether the hooking has failed, depending on whether the tension has become more than a certain level, or if the fish has moved out of a predetermined range, and the like. It means successful, and in step S9, the game server 70 obtains data from the data table, and performs weight display (c1).

At the same time, as shown, for example, in Table 2, the score was displayed according to the weight in the pulling step after the hooking success, but in this example, it was divided into "large", "medium", and "small". Of course, this can be classified into many ranges through the game server 70. In the case of "small", it is judged as a failure, in the case of "middle", 50 points are added, and in the case of "large", "100" points are added.

Although embodiments of the present invention have been described with reference to the above, those skilled in the art to which the present invention pertains will appreciate that the present invention may be implemented in other specific forms without changing its technical spirit or essential features. Therefore, the above-described embodiments are to be understood as illustrative and not restrictive in all respects, and the scope of the present invention described in the detailed description is indicated by the following claims, the meaning of the claims and It should be construed that all changes or modified forms derived from the scope and equivalent concepts are included in the scope of the present invention.

40: acceleration sensor unit, 42: PCB substrate,
44: piezoelectric buzzer, 44a: piezoelectric plate,
44b, 44c: electrode, 45: transistor,
46: acceleration sensor, 90: gripping part,
91: body part, 92: through hole,
93; semicircle groove, 94; elastic member,
94a: coil spring, 101: game box,
103: front frame, 104: bottom,
110: Menu screen. 111: Start button,
112: position adjustment button, 113: end button,
114: score confirmation button, 120: fishing rod,
121: fishing line, 122: handle.
130: control unit, 131: mobile block,
132: guide workshop, 133: first drive motor,
134: spool (stripe), 135: slide bar,
136: screw bar, 137: the second drive motor,
140: reel, 142: reel handle,
143: slit, 144: optical signal generator,
146: rotating plate, 148: vibration generator,
149: click sound generating means,

Claims (3)

In the game reel fishing system,
In the interior space, a floor unit for designing power supply lines for transmitting power and command signals to a server for communication for games, signals of an optical signal generator, a control unit, a monitor, and a speaker, and driving drive motors;
A front frame installed vertically from the front of the bottom portion and displaying a graphic screen as an image toward the front;
In the center of the rear facing the monitor of the front frame, a watch screen is formed in a state close to a plane, and a start (throwing, casting) button to start casting, an adjustment button for moving the position of the luer, a fish to a memorized position A menu screen with a free button to move the fish, an end button to end the fishing game, and a score button to check the score according to fishing, and installed on the side of this menu screen, grip the handle of the fishing rod and move the fish close A fishing rod gripping part that is buffered to be able to move the fishing rod handles up, down, left, and right for immediate hooking (chambering) and fighting (pulling), and hooking (chambering) according to the operation of the fishing rod handle, A game box formed with a reeling portion installed on one side of the fishing rod gripping portion so that a fishing line can be wound or unwound during fighting (pulling); And
The fishing line is connected to the front end of the front frame and suspended from the front end, and the handle is gripped on the fishing rod gripper, and the handle for applying upward, downward, left, and right movement with one hand of the game gamer is formed on the lower side. Fishing rod;
Including,
The fishing rod gripping portion,
A body part having a cylindrical shape and integrally horizontally formed inside the reel part, and a through hole formed to penetrate through the front and rear vertically in a cylindrical space in the middle of the body part, and forming semi-circular grooves in the through hole to face each other. A reel fishing system for games, characterized in that the fishing rod handle, which is made of a bullet member, is inserted into the through-hole to be pressurized and grasped with the elastic force.
According to claim 1, The front frame,
It is formed on the front of the front frame, a monitor that shows the fishing situation and results, such as underwater conditions, casting (throwing), mouth, hooking (chambering), lifting (weight display) on a graphic screen; And
It is formed on the rear surface of the front frame, the fishing line of the fishing rod is vertically suspended from the front to the rear, and forms a first driving motor and a spool to wind or unwind one end of the fishing line, and penetrates to both sides of the bottom surface. The two connecting holes are formed to be movably installed, and a slide bar and a screw bar penetrating the connecting holes of the moving blocks are juxtaposed side by side to guide the left and right movement of the suspended fishing line. A fishing line control unit comprising a guide hole formed in left and right lengths with a predetermined width to suppress movement in the other direction, and a second driving motor which rotates the screw bar at one end of the screw bar to apply the left and right movement force of the moving block;
Reel fishing system for games that includes.
According to claim 1, The reeling unit,
Like a fishing reel, a rotating plate that can be rotated forward or backward, a reel handle for reeling formed at the eccentric position of the rotating plate, several counting slits formed at equal intervals on the rotating plate, and can be installed at opposite positions of the rotating plate on which the slit is formed. A reel fishing system for games, characterized in that a pulse signal is output from the device and output to a game server to apply a predetermined signal to construct an optical signal generator that controls the winding and unwinding of the string.

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