JP2000163215A - Operation device - Google Patents

Abstract

(57) [Problem] To provide an operating device for improving an analog input section of a controller of a home video game machine or the like so that a jog dial operation can be performed. A rotating body rotatable around a virtual axis, a rotating holder for rotatably holding the rotating body at a fixed height, and a rotating holder. An operating device comprising a locking member 23b provided at the bottom of the rotary member 22 and a tilt holder 22d at least at an eccentric position of the bottom of the rotating body 22 from the virtual axis.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a rotary operation which is carried out simply by fixing an analog input section of a controller used for a home video game machine or a personal computer to the controller so as to accurately rotate the analog input section. The present invention relates to an operation device for obtaining a jog dial capable of performing the operation.

[0002]

2. Description of the Related Art FIG. 10 is a perspective view of a controller used in a home video game machine showing the prior art. The controller 01 is a device which is held and operated by an operator. In recent years, in addition to a digital four-directional cross key key 02, a push button 03, a start button 04, and a push-button switching switch 05, an analog type is provided. The input unit 06 has been adopted, and the input unit 06 enables operations in delicate directions. This is because the root of the input unit 06 is fixed to the rotation shaft of the cross, a volume is attached to each rotation shaft, and the rotation state of each rotation shaft is detected as an analog signal, so that the inclination of the operation stick is adjusted to each angle. It is detected as the inclination of the rotation axis of the cross.

On the other hand, a jog dial is known as an operation dial for, for example, feeding a frame for each frame when editing a video deck. This is an operation dial in which the video screen is advanced one frame at a time when the dial is slightly turned, and the frame is rapidly advanced when the dial is turned large.

[0004]

A jog dial does not exist in the controller of the above-mentioned home video game machine or the like. Therefore, the present application is to obtain an operating device that uses an existing controller and improves an analog input unit into a jog dial.

[0005]

SUMMARY OF THE INVENTION According to the present invention, there is provided a rotatable rotating body which is manually rotated about a virtual axis, and the rotating body is rotated at a fixed height. A rotation holding body movably held, a locking body provided on the rotation holding body,
This is achieved by an operating device provided with a tilt holder at least at an eccentric position from the virtual axis at the bottom of the rotating body. According to the above invention, by rotating the rotating body with the fingertip of the hand, the rotating body rotates while being held at a fixed height by the holding body, and the tilt holding body at the bottom of the rotating body can also be rotated at a fixed height. it can.

Further, according to the present invention, there is provided a lever body which can be tilted around an apex of an imaginary inverted right cone within a range of an inverted right cone, and provided within the range of the inverted right cone. In a controller that uses an analog input device that detects an amount of change in the inclination of the lever body, the neutral position of the lever body is set to the height direction of the inverted regular cone, and the lever body is held at a predetermined angle from the neutral position of the lever body. A tilting holder, a rotating body that rotates integrally with the tilting holder about the axis of the lever body at the neutral position as a virtual rotation axis, and a housing that surrounds the analog input device of the controller. The present invention is achieved by an operating device including a rotation holding body that rotatably holds the rotation holding body and a locking body that locks the rotation holding body to the housing.

Further, according to the present invention, there is provided a lever body which can be tilted within a range of an inverted regular cone with a vertex of an imaginary inverted cone as a tilt center, and detects the inclination of the lever body over the entire circumference. In a controller having an analog input device, the neutral position of the lever body is set to the height direction of the inverted regular cone,
A rotating body rotatable about the axis of the lever body at the neutral position as a virtual rotation axis; and a bottom part of the rotating body provided at an eccentric position from at least the virtual rotation axis and holding the lever body at a predetermined angle from the neutral position. A tilt holder, a rotary holder for rotatably holding the rotary body in a housing surrounding the analog input device of the controller at a fixed height with respect to the bottom surface of the inverted regular cone, and the rotary holder This is achieved by an operating device comprising a locking body for locking a body to the housing.

According to the above and the above-mentioned inventions, by rotating the rotating body by hand, the rotating body is rotatably held by the rotating holding body, rotates at a fixed height from the controller, and is integrated with the rotating body. The analog holding device is rotated while being tilted by the tilting holding body that rotates. Accordingly, the lever body of the analog input device can be rotated while maintaining a state where the lever body is inclined at a fixed angle from the neutral position.

According to the present invention, the locking member of the operating device is a plurality of feet disposed at a lower portion around the rotation holding member, and the tilting of the lever body and the rotation of the rotation member are performed. This is achieved by an operating device provided at a position that does not hinder rotation. According to the above invention, the operating device can be fixed to the housing of the controller with the foot of the locking body of the rotation holding body, and can be fixed without obstructing the operation of the operating device.

[0010]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the operating device according to the present invention will be described below in detail with reference to an embodiment shown in the drawings.

[0011]

FIG. 1 is a perspective view of a controller connected to a home video game. This controller 1 is A
Made of hard resin such as BS resin, a digital cross-directional key 2 on the left side of the surface, a plurality of push button groups 3 on the right side of the surface, a start button 4 in the center of the front side, a changeover switch 5 in front of the start button, a left side of the surface An analog input key 6 is provided at the front. The top case 10 around the input key 6 has three small rectangular openings 10 a on a circle surrounding the input key 6. The changeover switch 5 is used for the continuous firing of the push button group 3, and selects either the normal case or the continuous fire. When the continuous fire is selected, the push button is kept pressed to output a continuous small output signal. The controller 1 has a substantially disk shape as a whole, and has a grip 7 extending from the substantially disk-shaped left and right side surfaces to the near side and the bottom side, respectively, and suitable for being gripped by hand.

FIG. 2 is a perspective view of the controller viewed from below. A trigger switch 8 to which the index finger is hooked is attached to the bottom rear side of each grip 7. The controller 1 is connected to a video game machine or the like (not shown) by a code 9 so that the player operates a character controlled by the player while watching a game image displayed on the screen.

FIG. 3 is a sectional view of the input key portion in FIG. The housing of the controller 1 includes a top case 10 and a bottom case 11, and a circuit board 1 is provided between the top case rib 10a and the bottom case rib 11a.
2 is fixed. The top case 10 is provided with a circular opening 13, and the periphery of the opening 13 is a spherical ring portion 14 formed in a spherical shape upward and inward.

The analog input device 1 is located immediately below the opening 13.
5 is mounted on the circuit board 12. A lever 16 is provided to protrude from the center of the upper surface of the analog input device, and the lever 16 is located at the center of the opening 13. The input key 6 is fixed to the lever 16. Input key 6
The boss 6b hangs from the center of the flat circular plate 6a, and the middle of the boss 6b penetrates the spherical portion 6c which is a part of the upper side of the sphere so as to be inscribed in the spherical ring portion 14 inside the housing. .

FIG. 4 is a perspective view of the analog input device. The analog input device 15 is provided with rotating resistors 17 and 18 on two adjacent sides of a caramel-sized rectangular body, respectively.
Are attached so that the rotating shafts 17a and 18a cross each other toward the center of the inside of the rectangular body. A lever 16 is located at the intersection of each rotating shaft, and each rotating shaft is provided with a spring (not shown) for urging the lever 16 projecting from the opening 19 on the upper surface of the rectangular body to a neutral state. I'm going.

As a result, the lever 16 is always urged to the neutral position, and the lever 16 can be tilted from the neutral state to a substantially inverted right conical shape up to 15 degrees around the intersection of the rotating shafts 17a and 18a. The rotation shafts 17 a and 18 a follow the inclination of the lever 16, respectively.
At 18, the inclination angle of the lever 16 is electrically detected. This is because the lever 16 sets the neutral position to the zero position, each rotation resistance outputs a signal indicating the zero position, and the lever is tilted in either direction by hand to change the inclination of the lever 16 to each rotation resistance 17. , 18 detect the change in the direction in which they intersect, and output the resistance change amount of each of the turning resistors 17, 18. In this manner, the amount of change in the tilt of the lever 16 in each direction can be electrically and analogously detected. When the lever 16 is released from the depressed position, it is released from the bias of the spring, and the lever returns to the neutral position. This neutral position is the height position of the inverted regular cone.

FIG. 5 shows a plan view of an analog input device and a circuit diagram thereof. (A) is a plan view of an analog input device, and (B) is a circuit diagram of a turning resistor. The analog input device 15 has rotation resistors 17 and 18 orthogonally. Each rotation resistor has three terminals, and terminals a and c connected to both ends of the resistance element are slid. The contact is a terminal b. The tilt state of the lever 16 in any direction can be detected by a combination of the detection signals of the two turning resistors 17 and 18. The terminal of each turning resistor is connected to the wiring of the circuit board, and the control device (not shown) detects the tilt state of the lever 16 from a change in electric resistance. As a result, the lever 16 can freely tilt within the range of the forward / reverse cone around the vertex of the forward / reverse cone over the entire circumference, and a change in the tilt of the lever can be detected within that range.

As an example of the analog input device, in the above description, the turning resistor was used as an element for detecting the inclination of the lever. However, the analog input device of the present invention is not limited to the turning resistor. For example, the lever body is held by a spring or the like so as to return to the neutral state, the magnetic sensing elements are arranged on four sides of the circuit board below the neutral position of the lever body, and the magnetic elements are arranged on all sides of the bottom of the lever body. Alternatively, a method of reading a change in the inclination of the lever body from a magnetic detecting element arranged on the circuit board may be used.

As still another method, LEDs of light emitting and receiving elements are arranged on four sides of a circuit board, and each LE
A reflecting surface for reflecting the light from D may be provided, and the light receiving unit of each LED may detect a change amount in which the received light amount changes according to the inclination of the lever body and convert it to an analog amount. As described above, any method that captures the inclination of the lever body by a change in the analog amount can be performed by magnetism, light, or other methods.

FIG. 6 is a sectional view showing the jog dial device of the present invention attached to a controller. The jog dial device 20 is configured such that a short cylindrical body 21 is attached to the top case 10 of the controller so as to surround the opening 13, and a lid 22 is attached to the short cylindrical body 21 so as to be rotatable.

The short cylinder 21 has an outer ring 23 and an inner ring 2.
4. The outer ring 23 has a flange 23a on the inner side over the entire circumference on the upper side, and a claw 23b is provided on the lower side of the outer ring corresponding to the opening 10a of the top case. The jog dial device 20 is fixed to the top case 10 by fitting into the opening 10 a located at a corresponding portion of the case. Inner ring 24 is outer ring collar 23
a with a tall outer ring 2 having a groove 25 all around
3 inscribed.

The lid 22 has a flange 22a on the entire outer side in the shape of a lid of a substantially beer bottle. The flange fits into the groove 25, and the lid 22 rotates. The bottom of the lid 22 has an inclined surface 22b, and the upper surface of the flat disk 6a of the input key 6 contacts the inclined surface 22b, whereby the lever 16 is inclined obliquely. An upper side of the lid 22 is a flat concave portion 22c, and a half-moon-shaped rotatable finger mounting portion 26, which is a rotating body having a U-shaped cross section, is provided on the thick portion 22d with the inclined surface 22b. A groove 22e is provided on the side surface of the lid.

A cover 27 is attached to the flat concave portion 22c of the lid, and the upper surface of the lid 22 becomes a horizontal plane. Closure 2
7 has a half-moon shaped groove 27a for rotatably mounting the finger rest 26 facing the groove 22e, so that the finger rest 26 is rotatable vertically at the edge of the upper surface of the lid 22. Installed. The upper part of the finger rest part 26 is a gentle concave part 26
a, and has a shape that allows the user to easily rotate the fingertip. Further, the finger rest 26 is not shown in the drawing, but is not a form on which a fingertip is placed, but is a stick or a spherical projection that can be rotated if the operator can pinch and turn the finger at that position. Is also good. Further, the protrusion may be fixed to the lid 22 without rotating.

FIG. 7 is a plan view of the jog dial.
In the jog dial 20, a short cylindrical body 21 is rotatably held by an outer ring 23. A finger rest 26 is located at the edge of the short cylinder 21, the finger rest 26 is sandwiched between the edge of the short cylinder and the closing body 27, and the finger rest 26 is rotatably attached to the lid 27. . Thus, the finger rest 26 is rotatable with respect to the lid 22, and the lid 27 is rotatable with respect to the outer ring 23.

Normally, when the finger rest 26 is placed on the belly of the forefinger and turned along the circle of the outer ring 23, the lid 22 rotates accordingly. Of course, even when the finger mounting portion has a rod-like or spherical shape, it can be turned with the thumb, the forefinger, and the middle finger. Further, the lid 22 is a short cylinder 2
Since it protrudes upward from one, it is suitable for picking and turning the edge of the lid 22 directly with a plurality of fingertips. Which method is used depends on the operator's preference.

The operation of the jog dial device described above will be described. The operator operates the controller 1 shown in FIG.
The claw 23b of the joy dial device is fitted into the opening 10a of the top case of the input key 6 portion. Then, as shown in FIG. 6, the slope 22 of the lid of the jog dial device 20.
The flat disk 6a of the input key 6 fixed to the lever 16 of the analog input device 15 abuts on b. The flat disk 6a of the input key 6 of the analog input device abuts on the inclined surface 22b at a position where the axis of the lever 16 is at a right angle. As a result, the lever 16 is always inclined at a fixed angle from the neutral position. .

In this state, when the operator places a finger on the finger rest 26 of the jog dial device 20 and rotates the lid 22, the short cylinder 21 moves the lid 22 from the neutral position of the lever 16 to the rotation axis. It rotates while maintaining a constant height position with respect to the bottom surface of the inverted regular cone. In other words, the lid 22 rotates at a fixed height from the analog input device, the slope 22b also rotates about the neutral axis, and the flat disk 6a of the input key that comes into contact with the slope 22b moves with respect to the slope 22b. While sliding at that position,
While maintaining the above-mentioned inclination constant, the position is changed according to the rotation of the slope. The position of the lever body can be detected by turning resistors 17 and 18 of the analog input device. Accordingly, while the lever 16 is tilted at a fixed angle from the neutral position of the lever, which is a position always in contact with the inclined surface 22b of the jog dial device at a right angle, with the rotation of the lid of the jog dial, the position of the lever 16 is changed to a virtual inverted positive cone. Change it along the side.

FIG. 8 is a perspective view of a second embodiment of the jog dial device. This jog dial device 30 is a first jog dial device.
The short cylindrical body of the embodiment is formed as a skirt-shaped cylindrical body 31 which is expanded in the form of a skirt. The skirt-shaped cylindrical body has a plurality of claw portions 32 at appropriate positions on the bottom thereof. It is freely attached. Although there is no finger rest on the lid in the first embodiment, the structure of the bottom of the lid is the same as that of the first embodiment, and the structure is a slope, and the input key is tilted and rotated on the slope. Let it do. Of course, the lid 33 may have a finger rest.

FIG. 9 is a perspective view of a third embodiment of the jog dial device. In the jog dial device 40, a plurality of horizontal feet 42 are provided from the bottom of the skirt-shaped tubular body 41, and the feet 42 have screw holes 43. The top case of the controller has a screw hole 43 for the jog dial device.
And has a screw hole at a position corresponding to. The lid body 44 is a skirt-shaped cylindrical body 4
1 is rotatably mounted. By rotating the lid, the input key is tilted and rotated on the slope at the bottom of the lid, not shown, as in the first embodiment.
As in the second embodiment, the lid 44 may have a finger rest.

Since the slope of the bottom of the lid of the jog dial device slidably holds the input key lever at a predetermined angle from the neutral position, if the relationship is maintained, the input key lever of the lever may be used. Any shape that matches the shape may be used. In each embodiment, the upper surface of the input key has been treated as a flat disk, but the input key is not limited to a flat disk, and may be substantially spherical. In this case, the bottom of the lid is substantially eccentric from the center of rotation. It is sufficient that the concave groove is formed and the substantially spherical input key is slidably rotated in the substantially concave groove while the lever body is inclined.

In FIG. 8, a claw portion 32 is provided at the bottom of the skirt-shaped cylindrical body of the jog dial device 30, and is fitted and fixed to an opening 10a provided in a top case. In FIG. 9, a horizontal foot 42 is provided outward from the bottom of the skirt-shaped tubular body, and the foot has a screw hole, and is screwed in accordance with a screw hole provided at a corresponding position of the top case. Is shown. Since these feet 42 are located outside the bottom of the skirt-shaped cylindrical body, they do not hinder the tilting of the lever body and the rotation of the rotating body.

The connection method of the jog dial device is not limited to these. For example, instead of a screw hole, a cutout opened in a horizontal U-shape is provided in one foot instead of a screw hole, and a manual operation of the top case side is performed. A hook-shaped or mushroom-shaped projection that fixes the notch at a position that does not interfere with the case, a screw hole is provided on the other foot of the jog dial, and a screw hole is provided on the corresponding top case side Is also good.
To fix the jog dial device in this case, the U-shaped notch may be pushed into a hook-shaped protrusion, and the screw hole of the other foot may be screwed to the screw hole of the top case.

Further, the structure of the foot portion may be a composite of a nail and a screw.
There may be screw parts. Of course, the foot bottom surface and the housing surface may be fixed with a double-sided tape or the like, or may be bonded with an adhesive.

The jog dial using the operating device of the present invention is suitable for operations such as a car driving game, a boat steering game, a block breaking game, and the like. The jog dial is useful when moving the car by operating the steering wheel. To operate the jog dial of the controller, hold the grip 7 on the right side of the controller 1 in the right hand, turn the steering wheel with the fingertip of the left hand, turning the handle like a jog dial. With the right hand, the user pushes the push button group 3 which is an input unit such as an accelerator and a brake, as necessary, while watching the monitor screen.

The jog dial using the operation device of the present invention converts the rotation into an electric signal by an analog input device, sends the electric signal to a game machine main body (not shown), and operates the automobile displayed on the monitor based on the operation signal. Drive on the road. The information from the push button group is captured by the game machine body as an accelerator or brake signal, and the running speed of the automobile is adjusted.

A case in which a jog dial using the operation device of the present application is applied to a block breaking game will be described. A block breaking game is a game that fills the monitor screen, provides a field with the open side of the U-shape on the lower side, and opens a little space above the monitor screen field to create a small block of the same size in a rectangle. Lined up on several lines until it fills the left and right sides of the screen. And a rectangular figure called a racket that moves in the left and right direction is displayed at the bottom of the screen,
On the screen, a small circle called a ball is the incident angle of physics,
According to the law of the angle of reflection, the walls and blocks of the field,
The game is programmed in advance so that when it hits the racket, it is reflected and bounces in the direction opposite to the angle of incidence.

In this game racket, the ball bounces off, and when the ball collides with a wall or a block of the field, the block disappears and the score increases in the block.
It reflects in the opposite direction at the wall. There is no field wall at the bottom of the screen, so if you fail to bounce the ball with a racket, the ball will disappear at the bottom of the screen. The purpose of this game is to bounce off the ball without hitting the small circle by skillfully manipulating the racket, hit the small wall on the field wall or directly on the block, and erase all the blocks.

For the racket operation in this block breaking game, it is appropriate to rotate the volume, which is a rotary resistance, to the right or left. By operating the jog dial, the racket can be freely moved left and right, and at any position. Stop the racket,
You can bounce the ball. This means that the rotation of the jog dial is detected by the analog input unit, the rotation position is detected as an analog signal on the game machine body side, and the horizontal direction of the screen is displayed from the amount of racket rotation according to the detection signal. The position is determined and displayed.

As described above, conventionally, when a drive game or a block breaking game is enjoyed, a dedicated controller is required. However, it was an enthusiastic player to play the game until purchasing a dedicated controller.
In this regard, the operation device of the present application can simulate a steering wheel operation or the like simply by attaching to the analog input device of the conventional controller. This operating device has a simple structure and can be commercialized at low cost.It may be included in the software as a bonus for the game software, and more game fans need to perform a rotating operation such as a car game or a block breaking game. You can enjoy the game.

[0040]

The effect of the operating device according to the present invention can be described. In the state where the operating device is put on the analog input device of the controller, the locking member of the rotating holder is attached to the housing, whereby the analog input device can be used. Since the lever is held while being tilted by the tilt holding body, the lever of the analog input device can be turned while being tilted by turning the rotating body by hand.

According to the present invention, there is provided a lever body which can be tilted around the vertex of the virtual inverted right cone within the range of the inverted right cone, and the amount of change in the tilt of the lever body within the range of the inverted right cone. By using the analog input device portion of the controller which detects the analog input device and mounting the operation device over the analog input device portion, and rotating the rotating body by hand, the rotating body is rotatably held by the rotating holding body and the controller is rotated. Turn at a certain height from. Then, the lever body of the analog input device is rotated while being tilted by the tilt holding body that rotates integrally with the rotating body. Thus, the lever body of the analog input device is maintained in a state in which the lever body is inclined at a fixed angle from the neutral position, and the lever body can easily rotate in a circle around the neutral position.

Further, in the operating device of the present invention, the rotation holding body has a locking body, and the locking body is fixed to an engagement portion of a housing disposed around the analog input device, whereby The lever body of the analog input device can be held by the tilt holder so as to be rotatable at a constant tilt angle. Further, in the operating device of the present invention, the locking body of the operating device is provided with a plurality of feet arranged at a lower part around the rotation holding body and at a position where the tilting of the lever body and the rotation of the rotating body are not hindered. As a result, the operating device can be fixed to the housing of the controller and does not hinder the operation.

According to the present invention described above, the operation feeling as a jog dial can be obtained only by putting the jog dial device on the analog stick portion of the controller, and the analog input portion of the controller can be accurately rotated. Moreover, the jog dial operation, which can be easily rotated left and right with the fingertip, has become possible. As a result, a simple and excellent operating device can be obtained, and the range of application of the controller to an operating device such as a video or an Internet television can be expanded.

[Brief description of the drawings]

FIG. 1 is a perspective view of a controller connected to a home video game.

FIG. 2 is a perspective view of the controller as viewed from below.

FIG. 3 is a sectional view of an input key portion in FIG. 1;

FIG. 4 is a perspective view of an analog input device.

FIG. 5 is a plan view of an analog input device and a circuit diagram thereof.

FIG. 6 is a cross-sectional view of the jog dial device of the present invention attached to a controller.

FIG. 7 is a plan view of the jog dial device.

FIG. 8 is a perspective view of a second embodiment of the jog dial device.

FIG. 9 is a perspective view of a third embodiment of the jog dial device.

FIG. 10 is a perspective view of a controller used in a home video game machine showing a conventional technique.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Controller 2 ... Cross direction key 3 ... Push button group 4 ... Start button 5 ... Changeover switch 6 ... Analog input key 7 ... Grip 8 ... Trigger switch 9 ... Code 10 ... Top case 11 ... Bottom case 12 ... Circuit board 13 ... Opening 14 ... Spherical ring 15 ... Analog input device 16 ... Lever 17 ... Rotating resistor 18 ... Rotating resistor 19 ... Opening 20 ... Jog dial 21 ... Short cylindrical body 22 ... Lid 23 ... Outer ring 24 ... Inner Ring 25 ... Groove 26 ... Finger rest 27 ... Filling body 30 ... Jog dial 31 ... Skirt-shaped cylinder 32 ... Claw 33 ... Lid 40 ... Jog dial 41 ... Skirt-shaped cylinder 42 ... Foot 43 ... Screw hole 44 ... Finger rest 1 1

Claims (13)

[Claims] A rotating body rotatable about a virtual axis, a rotating holder for rotatably holding the rotating body at a fixed height, and a rotating holder provided on the rotating holder. An operating device comprising: a locking body; and a tilt holding body provided at least at an eccentric position from the virtual axis at a bottom portion of the rotating body. 2. An analog which has a lever body which can be tilted around a vertex of a virtual inverted right cone within a range of an inverted right cone, and detects a change amount of a tilt of the lever body within a range of the inverted right cone. A controller using the input device, wherein a neutral position of the lever body is set in a height direction of an inverted regular cone, and a tilt holding body that holds the lever body at a predetermined angle from the neutral position of the lever body, and the lever in a neutral position. A rotating body that rotates integrally with the tilt holding body about the axis of the body as a virtual rotation axis, and a rotating holding body that rotatably holds the rotating body in a housing surrounding the analog input device of the controller. An operating device, comprising: a locking body that locks the rotation holding body to the housing. 3. A controller using an analog input device that has a lever body that can be tilted within a range of an inverted regular cone with a vertex of a virtual inverted cone as a tilt center and detects an inclination of the lever body over the entire circumference. A rotating body that is rotatable about the axis of the lever body in the neutral position as a virtual rotation axis, with the neutral position of the lever body being the height direction of the inverted regular cone, and an eccentric position of at least the bottom of the rotating body from the virtual rotation axis A tilting holder for holding the lever body at a fixed angle from the neutral position, and rotating the rotating body to a housing surrounding the analog input device of the controller at a fixed height position with respect to the bottom surface of the inverted regular cone. An operating device, comprising: a rotation holding member movably held; and a locking member locking the rotation holding member to the housing. 4. The operating device according to claim 1, wherein the locking body is a plurality of feet arranged at a lower part around the rotation holding body. 5. The locking device according to claim 1, wherein the locking member is a plurality of legs of a rotation holding member provided at a position that does not hinder tilting of the lever member and rotation of the rotation member. Operating device characterized by: 6. The operating device according to claim 1, wherein a protruding portion operable with a fingertip is provided at one corner of an upper plane of the rotating body. 7. The operating device according to claim 1, wherein a bottom surface of the tilt holder has a substantially inclined surface. 8. The operating device according to claim 1, wherein an eccentric position on the upper side of the tilt holder has a substantially concave groove. 9. The operating device according to claim 4, wherein at least one foot has a screw hole. 10. The operating device according to claim 4, wherein a claw portion is provided on at least one foot portion. 11. The operating device according to claim 4, wherein at least one foot has a notch. 12. The operating device according to claim 6, wherein the protruding portion has a structure capable of rotating with respect to the rotating body. 13. The operating device according to claim 12, wherein an upper surface of the projection has a concave surface on which a fingertip is placed.