CN2404568Y - Scroll wheel continuous action game controller - Google Patents

Abstract

A roller type continuous motion game controller. In order to provide a game machine component with continuous percussion function and controllable percussion speed, the utility model provides a control structure and a mechanical coding module, wherein the control structure comprises a body, a plurality of pressing elements, a game port, a roller and a circuit board, and the mechanical coding module is inserted on the circuit board and is connected between the circuit board of the control structure and the roller.

Description

Scroll wheel continuous action game controller

The utility model belongs to game machine parts, in particular to a roller type continuous action game controller.

As shown in Figure 1, the joystick type game control device currently on the market is equipped with a plurality of pressing elements 61, 62, 63, 64 with functions such as firing and direction control on the game control body. The components 61 , 62 , 63 , 64 are in communication with the game port 65 .

There are two modes of operation, the first is to directly operate a single pressing element. The second is to set a certain timing control, and cooperate with the pressing element to achieve the purpose of intermittent firing.

The game control body with this structure does not have continuous firing function in design, and the firing speed cannot be controlled.

The purpose of the utility model is to provide a roller type continuous action game controller with continuous firing function and controllable firing speed.

The utility model includes a control structure and a mechanical coding module; the control structure includes a body, a plurality of pressing elements, a game port, a roller and a circuit board; the mechanical coding module is inserted on the circuit board and connected to the circuit of the control structure between the plate and the rollers.

in:

The main body of the control structure is provided with a through hole; the side edge of the roller assembled in the main body protrudes out of the through hole.

Most of the pressing elements with functions such as firing and controlling the direction are pivotally arranged on the main body, and communicate with the game ports respectively.

A switch with a continuous firing function is indirectly provided between the output of the encoding module and the game port.

The encoding module is provided with a shaft hole for pivoting at the other end of the roller.

A pillar pivotally connected to one end of the roller is protruded on the circuit board.

The circuit board is provided with two corresponding square holes; the bottom edge of the encoding module is provided with a hook part corresponding to the square holes of the circuit board and hooked therewith.

A series of inserting holes are arranged between the square holes of the circuit board; the encoding module is provided with a reed end embedded in the inserting holes of the circuit board.

Because the utility model includes a control structure and a mechanical coding module; the control structure includes a body, a plurality of pressing elements, a game port, a roller and a circuit board; the mechanical coding module is inserted on the circuit board and connected to the control structure. Between the circuit board and the rollers. When in use, connect the game port of the present utility model to a PC. When the roller of the control structure rotates, the mechanical coding module can output digital signals of different voltage changes to the PC through the switch and the game port, and operate through the internal control unit of the PC. , to achieve the function of continuous firing speed, so that when the roller is rotated, a pulse is provided to the PC. The faster the rotation, the more pulses; the slower the rotation, the fewer pulses, so as to achieve the speed of continuous firing. Control firing speed, thereby reach the purpose of the utility model.

Fig. 1 is a perspective view showing the structure of a conventional game control device.

Fig. 2 is a schematic perspective view of the structure of the utility model.

Fig. 3 is a perspective view showing the exploded structure of the utility model.

Fig. 4 is a perspective view showing the exploded structure of part A in Fig. 3 .

Fig. 5 is a schematic perspective view of a partially exploded structure of part A in Fig. 3 .

Fig. 6 is a partially enlarged view of part A in Fig. 3 .

Fig. 7 is a combined perspective view of part B in Fig. 3 .

Fig. 8 is a combined top view of part B in Fig. 3 .

Below in conjunction with accompanying drawing, the utility model is set forth in further detail.

As shown in FIG. 2 , FIG. 3 and FIG. 7 , the utility model includes a control structure 1 , an encoding module 2 and a function switch 3 .

The control structure 1 can be a joystick structure as shown in FIG. 2 , or a game control panel structure as shown in FIG. 7 . It includes a body 10, a plurality of pressing elements 11, 12, 13 and 14 with functions such as firing and direction control, a DB-15PIN (Gamp Port) game port 15, a circuit board 17 and a roller 18. The main body 10 is provided with a through hole 16 . The circuit board 17 is provided with two corresponding square holes 171 and a series of insertion holes 172 for connecting the encoding module 2, and the insertion holes 172 are positioned between the two square holes 171; Connect the pillar 173 of roller 18.

Switch 3 is a function switch for selecting continuous action.

The pressing elements 11, 12, 13 and 14 are pivotally arranged on the main body 10, and communicate with the game port 15 respectively. The pressing element 12 is adjacent to the through hole 16. Set on the two square holes 171 and the insertion hole 172 of the circuit board 17, one end of the roller 18 is pivotally mounted on the pillar 173 and is located between the encoding modules 2, and its side edge is exposed outside the through hole 16, and the switch 3 is set On the main body 10, and respectively connected to the output of the encoding module 2 and the game port 15.

As shown in FIG. 4 , FIG. 5 , and FIG. 6 , the coding module 2 is a mechanical coding module, which includes a fixing seat 21 , a reed seat 22 , a wheel seat 23 , a fixing piece 24 and a side plate 25 . The bottom edges on both sides of the fixing base 21 are respectively provided with the hook portion 211 corresponding to the square hole 171 of the circuit board 17 and hooked therewith. The side is provided with a round hole 212 and a hole 214, and the hole 214 is located at Below the circular hole 212 , a hollow slot 213 for accommodating the reed seat 22 is disposed on the fixing seat 21 .

The reed seat 22 is provided with a pivot hole 221 and a guide hole 222 pivoted with the wheel seat 23, and the outer peripheral edge of the adjacent pivot hole 221 is provided with three reeds 223, 224, 225, reeds 223, The ends of 224, 225 are embedded in the socket hole 172 of the circuit board 17, and the reed 225 is connected to the common ground terminal. Conductivity, the conductivity of the conductive portion 226 is greater than that of the insulating portion 227 .

Both sides of the central part of the wheel seat 23 are respectively provided with a shaft rod 231 and a concave shaft hole 235 at the other end of the pivoting roller 18, and its two sides are respectively provided with a pressing piece 232 and a plurality of gear teeth 234; Three spring parts 233 corresponding to and overlapped with the three rings 223 , 224 , 225 on the reed seat 22 are arranged around.

Both sides of the inner surface of the side plate 25 are respectively provided with a convex portion 251 for the abutment of the fixing piece 24 and a convex post 252 engaged with the guide hole 222 on the reed seat 22, and the convex post 252 is located below the convex portion 251; the side plate 25 A locking tenon 253 corresponding to the locking hole 214 on the fixing seat 21 is protruded from the lower side of the outer surface and is locked. The inner surface of the fastening piece 24 overlaps the gear tooth portion 234 of the wheel base 23 .

During assembly, the wheel base 23 is pivoted on the pivot hole 221 of the reed seat 22 with its shaft rod 231, the inner side of the fixed piece 24 is overlapped with the gear tooth portion 234 of the wheel base 23, and the side plate 25 is connected with its The upper convex part 251 abuts against the fixed piece 24, and engages with the guide hole 222 of the reed seat 22 with its protruding column 252, and the reed seat 22 after the wheel seat 23, the fixed piece 24 and the side plate 25 are assembled is accommodated. In the slot hole 213 of the fixing base 21 , the other end of the roller 18 pivots through the round hole 213 of the fixing base 21 , the side plate 25 and the fixing piece 24 in order to pivot on the shaft hole 235 of the wheel base 23 . Just form the utility model shown in Fig. 7, Fig. 8.

When the roller 18 rotates, the reeds 223, 224 contact the conductive part 226 or the insulating part 227 of the reed seat 22 respectively in sequence, so that the reeds 223, 224 output digital signals of different voltage changes, such as the reeds 223, 224 When both are in contact with the conduction part 226, a signal (1, 1) can be output; when the reeds 223 and 224 are respectively in contact with the conduction part 226 and the insulation part 227, a signal (1, 0) can be output; the reeds 223 and 224 respectively contact When the insulating part 227 and the conducting part 227 are in contact, the signal (0, 1) can be output; when the reeds 223 and 224 are both in contact with the insulating part 227, the signal (0, 0) can be output.

In this way, when the operator wants to use it, he only needs to connect the game port 15 to the PC, select through the switch 3, and when the scroll wheel 18 is subjected to the rotation speed, the digital signal output from the reed seat 22 can be passed through the switch 3, the game The port transmission 15 is sent to the PC, and through the operation of the internal control unit of the PC, the continuous firing speed function is achieved. When the roller 18 is rotated, a pulse is provided to the PC. The faster the rotation, the more pulses; the slower the rotation, the fewer pulses. In order to achieve the speed of continuous firing.

In summary, the utility model has a continuous action function.

Claims (8)

1. A roller-type continuous action game controller, which includes a control structure; the control structure includes a body, a plurality of pressing elements, a game port and a circuit board; it is characterized in that the control structure also includes a roller; the circuit board of the control structure A mechanical encoding module is indirectly arranged between the roller and the roller; the mechanical encoding module is inserted on the circuit board and pivotally connected with the roller. 2. The roller-type continuous action game controller according to claim 1, characterized in that a through hole is provided on the control structure body; the side edge of the roller assembled in the body protrudes out of the through hole. 3. The roller-type continuous action game controller according to claim 1 or 2, characterized in that the plurality of pressing elements with functions such as firing and direction control are pivotally arranged on the main body and communicate with game ports respectively. 4. The roller-type continuous action game controller according to claim 1 or 2, characterized in that a switch with continuous firing function is connected between the output of the encoding module and the game port. 5. The roller-type continuous action game controller according to claim 1 or 2, characterized in that said encoding module is provided with a shaft hole for pivoting at the other end of the roller. 6. The roller-type continuous action game controller according to claim 1, wherein a pillar pivotally connected to the pivot at one end of the roller protrudes from the circuit board. 7. The roller-type continuous action game controller according to claim 6, characterized in that two corresponding square holes are arranged on the circuit board; The hook part corresponding to and hooked with it. 8. The roller-type continuous action game controller according to claim 7, characterized in that there are serial insertion holes between the square holes of the circuit board; Reed end in socket.

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