CN2404568Y

CN2404568Y - Rolling type continuous movement game controller

Info

Publication number: CN2404568Y
Application number: CN 99255393
Authority: CN
Inventors: 郑国书
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-12-02
Filing date: 1999-12-02
Publication date: 2000-11-08
Anticipated expiration: 2009-12-02

Abstract

The utility model relates to a rolling type continuous movement game controller, which provides a part of a game machine which has a continuous triggering function and can control the triggering speed. The utility model comprises a control structure and a mechanical coding module, wherein, the control structure comprises a main body, a plurality of push pressing elements, a game port, rollers and a circuit board; the mechanical coding module is inserted in the circuit board in the connecting mode and is arranged between the circuit board of the control structure and the rollers.

Description

Roller type continuous action game console

The utility model belongs to the game machine parts, particularly a kind of roller type continuous action game console.

As shown in Figure 1, have now in rocker-type game control device on the market, its tie up to recreation control body be provided with most tools percussions, controlling party to etc. the press element 61,62,63,64 of function, each press element 61,62,63,64 is to be communicated with the port 65 of playing.

It has dual mode in operation, first kind is the single press element of direct control.Second kind is to be set in a certain SECO, and cooperates the press element effect, continuous percussion purpose between reaching.

The game control body of this structure in design not tool pull the trigger function continuously, and uncontrollable percussion speed.

The purpose of this utility model provides the roller type continuous action game console that a kind of tool is pulled the trigger function continuously, can be controlled percussion speed.

The utility model comprises control structure and mechanical type coding module; Control structure comprises body, most press element, recreation port, roller and circuit board; Mechanical type coding module is plugged on the circuit board, and is arranged between the circuit board and roller of control structure.

Wherein:

The control structure body is provided with open-work; Be assembled in protruding being exposed to outside the open-work of intrinsic roller lateral margin.

Tool percussion, controlling party to etc. most press elements of function be hubbed on the body, and be communicated with the recreation port respectively.

Between output of coding module and recreation port, be equipped with the switch that tool is pulled the trigger function continuously.

The coding module is provided with the axis hole that is pivoted for roller other end pivot.

On circuit board, be convexly equipped with the pillar that articulates roller one end pivoting.

On circuit board, be provided with two corresponding square openings; Coding module root edge be provided with corresponding with the square opening of circuit board and with the pothook of its grab.

Between the circuit board square opening, be provided with the spliced eye of tandem; The coding module is provided with the leaf end in the spliced eye that is embedded in circuit board.

Because the utility model comprises control structure and mechanical type coding module; Control structure comprises body, most press element, recreation port, roller and circuit board; Mechanical type coding module is plugged on the circuit board, and is arranged between the circuit board and roller of control structure.During use, recreation of the present utility model port is connected with PC, when the roller of control structure rotates, the digital signals of the exportable different voltage change of mechanical coding module is sent to PC through switch, recreation port, by this PC internal control cell operation, reaches continuous percussion speed function, when roller is rotated, provide a pulse to PC, rotation is faster, and pulse the more; Rotation is slower, and pulse is fewer, and to reach the speed of continuous percussion, not only tool is pulled the trigger function continuously, and can control percussion speed, thereby reaches the purpose of this utility model.

Fig. 1, be known game control device structural representation stereogram.

Fig. 2, be the utility model structural representation stereogram.

Fig. 3, be the utility model decomposition texture schematic isometric.

Fig. 4, be A part solution structure schematic isometric among Fig. 3.

Fig. 5, be A portion exploded structural representation stereogram among Fig. 3.

Fig. 6, be A portion partial enlarged drawing among Fig. 3.

Fig. 7, be B portion combination stereogram among Fig. 3.

Fig. 8, be B portion combination vertical view among Fig. 3.

Below in conjunction with accompanying drawing the utility model is further elaborated.

As Fig. 2, Fig. 3, shown in Figure 7, the utility model comprises control structure 1, coding module 2 and functional switch 3.

Control structure 1 can be recreation rocker structure as shown in Figure 2, recreation joystick control structure that also can be as shown in Figure 7.It comprises body 10, most tool percussions, controlling party to etc.

press element

11,12,13 and 14, the DB-15PIN (Gamp Port) of function play port 15, circuit board 17 and roller 18.Body 10 is provided with open-work 16.Circuit board 17 is provided with and connects the two corresponding square openings 171 of establishing coding module 2 and the spliced eye 172 of tandem, and makes spliced eye 172 between two square openings 171; Be convexly equipped with the pillar 173 that articulates roller 18 on the circuit board 17.

Switch 3 is for selecting the functional switch of continuous action.

Press element

11,12,13 and 14 is hubbed on the body 10, and be communicated with recreation port 15 respectively, press element 12 positions are adjacent to open-work 16, circuit board 17 is located in the body 10, coding module 2 is arranged on two square openings 171 and spliced eye 172 of circuit board 17, and roller 18 1 ends are journaled on the pillar 173 and between coding module 2, its lateral margin is protruding being exposed to outside the open-work 16, switch 3 is arranged on the body 10, and is connected to 2 outputs of coding module and recreation port 15.

As Fig. 4, Fig. 5, shown in Figure 6, coding module 2 is mechanical type coding module, and it comprises holder 21, reed seat 22, wheel seat 23, affixed 24 and side plate 25.The root edge of holder 21 both sides be respectively equipped with corresponding with the square opening 171 of circuit board 17 and with the pothook 211 of its grab, its side is provided with circular hole 212 and hole clipping 214, and making hole clipping 214 be positioned at the below of circular hole 212, holder 21 is provided with for the ccontaining hollow form slotted eye 213 of reed seat 22.

Reed seat 22 is provided with the pivoted hole 221 that is pivoted with wheel seat 23 and reaches and guide hole 222, be equipped with three reeds 223,224,225 on the outer peripheral edges of adjacent pivoted hole 221, the end system of reed 223,224,225 is embedded on the spliced eye 172 of circuit board 17, reed 225 is connected in the shared grounding end, reed 223,224 can be by the conducting part 226 that is provided with at interval, the different electric conductivity that insulation division 227 constitutes, and the electric conductivity of conducting part 226 is greater than insulation division 227.

The both sides, centre of wheel seat 23 are respectively equipped with axostylus axostyle 231 and are arranged with the axis hole 235 that articulates roller 18 other ends, and its two sides are installed with compressed tablets 232 and ring respectively and establish most gear teeth portion 234; Ring is established three shell fragment portions 233 of and overlap joint corresponding with the reed established of three supporting rings 223,224,225 on the reed seat 22 in the compressed tablets 232.

Side plate 25 medial surface both sides are respectively equipped with for the protuberance 251 of affixed 24 butt and the projection 252 that engages with guide hole 222 on the reed seat 22, and make projection 252 be positioned at protuberance 251 belows; Side plate 25 lateral surfaces belows is convexly equipped with the trip 253 of and buckle corresponding with hole clipping 214 on the holder 21.Affixed 24 medial surface system is overlapped in the gear teeth portion 234 of wheel seat 23.

During assembling, wheel seat 23 is hubbed on the pivoted hole 221 of reed seat 22 with its axostylus axostyle 231, affixed 24 medial surface system is overlapped in the gear teeth portion 234 of wheel seat 23, side plate 25 is with its upper convex portion 251 and stator 24 butts, and be engaged in its projection 252 on the guide hole 222 of reed seat 22, the reed seat 22 that group is established behind wheel seat 23, stator 24 and the side plate 25 is placed in the slotted eye 213 of holder 21, and roller 18 other end pivots pass the circular hole 213, side plate 25 of holder 21 and affixed 24 in regular turn and are hubbed on the axis hole 235 of wheel seat 23.Just form as Fig. 7, the utility model shown in Figure 8.

When roller 18 rotates, reed 223,224 is contacted with the conducting part 226 or the insulation division 227 of reed seat 22 respectively in regular turn, makes reed 22 3,224 export the digital signals of different voltage change, when all being contacted with conducting part 226 as reed 223,224, exportable signal (1,1); When reed 223,224 is contacted with conducting part 226 and insulation division 227 respectively, exportable signal (1,0); When reed 223,224 is contacted with insulation division 227 and conducting part 227 respectively, exportable signal (0,1); When reed 223,224 all is contacted with insulation division 227, exportable signal (0,0).

By this, when operator's desire is used,, select by switch 3 as long as the port 15 of will playing is connected to PC, when making roller 18 be subjected to rotating fast slow motion, can pass 15 through switch 3, recreation port from the digital signals of reed seat 22 outputs and deliver to PC,, reach continuous percussion speed function by this PC internal control cell operation, when roller 18 is rotated, provide a pulse to PC, rotation is faster, and pulse the more; Rotation is slower, and pulse is fewer, to reach the speed of continuous percussion.

In sum, the utlity model has the continuous action function.

Claims

1, a kind of roller type continuous action game console, it comprises control structure; Control structure comprises body, most press element, recreation port and circuit board; It is characterized in that described control structure also comprises roller; Between the circuit board of control structure and roller, be equipped with mechanical type coding module; Mechanical type coding module is plugged on the circuit board, and articulates with roller.

2, roller type continuous action game console according to claim 1 is characterized in that being provided with open-work on described control structure body; Be assembled in protruding being exposed to outside the open-work of intrinsic roller lateral margin.

3, roller type continuous action game console according to claim 1 and 2, it is characterized in that the percussion of described tool, controlling party to etc. most press elements of function be hubbed on the body, and be communicated with the recreation port respectively.

4, roller type continuous action game console according to claim 1 and 2 is characterized in that being equipped with the switch that tool is pulled the trigger function continuously between described coding module output and recreation port.

5, roller type continuous action game console according to claim 1 and 2 is characterized in that described coding module is provided with the axis hole that is pivoted for roller other end pivot.

6, roller type continuous action game console according to claim 1 is characterized in that being convexly equipped with the pillar that articulates roller one end pivoting on described circuit board.

7, roller type continuous action game console according to claim 6 is characterized in that being provided with two corresponding square openings on described circuit board; Coding module root edge be provided with corresponding with the square opening of circuit board and with the pothook of its grab.

8, roller type continuous action game console according to claim 7 is characterized in that being provided with the spliced eye of tandem between described circuit board square opening; The coding module is provided with the leaf end in the spliced eye that is embedded in circuit board.