Dual joystick controller
View Patent ↗A dual joystick system for operating a main electronic controller generally includes first and second joystick devices. Each comprises a casing configured to be gripped by a hand, at least one trigger switch configured to operable by a forefinger, a thumb activated switch on an upper end of the casing, a switch cluster on a side of the casing operable by a thumb, and at least one microprocessor configured to process signals from the switches and to communicate remotely with the main controller. The switch clusters may be located to the side of the respective casings, the orientation of each cluster may be adjustable, and at least one switch cluster may be a digital thumbstick. One or more bases may be configured to allow the first and second joystick devices to operate as analog joysticks. One base may have a separable joint that when separated forms two bases.
1. A joystick system for operating a main electronic controller, the joystick system comprising:
(a) a first joystick device comprising:
(i) a casing configured to be gripped by a hand;
(ii) at least one trigger switch on the casing configured to operable by a forefinger;
(iii) a thumb activated switch on an upper end of the casing;
(iv) a first switch cluster on a side of the casing configured to be operable by a thumb, the first switch cluster being arranged on an end face of a first cylindrical structure, the first cylindrical structure having a cylindrical edge wall attached adjacently to the casing; and
(v) at least one microprocessor within the first joystick device configured to process signals from the switches on the first joystick device; and
(b) a second joystick device comprising:
(i) a casing configured to be gripped by a hand;
(ii) at least one trigger switch on the casing configured to operable by a forefinger;
(iii) a thumb activated switch on an upper end of the casing;
(iv) a second switch cluster on a side of the casing configured to be operable by a thumb, the second switch cluster being arranged on an end face of a second cylindrical structure, the second cylindrical structure having a cylindrical edge wall attached adjacently to the casing; and
(v) at least one microprocessor within the second joystick device configured to process signals from the switches on the second joystick device;
wherein the first joystick device is in communication with the second joystick device; and wherein at least one of the joystick devices is configured to communicate remotely with the main electronic controller.
2. The joystick system of claim 1 , wherein the thumb activated switches on the first and second joystick devices are analog buttons or thumb sticks.
3. The joystick system of claim 1 , wherein the orientation of each cluster is adjustable with respect to the casing and the operator's thumb.
4. The joystick system of claim 1 , wherein at least one switch cluster is configured to be a digital thumbstick.
5. The joystick system of claim 1 , wherein the first joystick device is configured to send directional signals from its switch cluster, and the second joystick is configured to send action signals from its switch cluster, to the main electronic controller.
6. The joystick system of claim 1 , further comprising one or more bases configured to receive the bottom ends of the casings of the first and second joystick devices and to cooperate with those casings so that each of the first and second joystick devices are pivotably connected to a base to operate as analog joysticks.
7. The joystick system of claim 6 , wherein one base has a separable joint that when separated forms two bases, such that a first base is paired with the first joystick device and a second base is paired with the second joystick device.
8. The joystick system of claim 6 , further comprising a base platform that supports the one or more bases.
9. The joystick system of claim 6 , further comprising at least one microprocessor in communication with the microprocessors of the first and second joystick devices.
10. The joystick system of claim 1 , wherein one of the joystick devices is configured to fit an operator's left hand and the other joystick device is configured to fit an operator's right hand.
11. A joystick system for operating a main electronic controller, the joystick system comprising:
(a) a first joystick device comprising:
(i) a casing configured to be gripped by a left hand;
(ii) at least one trigger switch on the casing configured to operable by a forefinger;
(iii) a thumb activated switch on an upper end of the casing configured to be an analog button or thumb stick;
(iv) a first switch cluster on a side of the casing configured to be a digital thumbstick, the first switch cluster being arranged on an end face of a first cylindrical structure, the first cylindrical structure having a cylindrical edge wall attached adjacently to the casing; and
(v) at least one microprocessor within the first joystick device configured to process signals from the switches on the first joystick device;
(b) a second joystick device comprising:
(i) a casing configured to be gripped by a right hand;
(ii) at least one trigger switch on the casing configured to operable by a forefinger;
(iii) a thumb activated switch on an upper end of the casing configured to be an analog button or thumb stick;
(iv) a second switch cluster on a side of the casing configured to be operable by a thumb, the second switch cluster being arranged on an end face of a second cylindrical structure, the second cylindrical structure having a cylindrical edge wall attached adjacently to the casing; and
(v) at least one microprocessor within the second joystick device configured to process signals from the switches on the second joystick device; and
(c) one or more bases comprising at least one microprocessor and configured to receive the bottom ends of the casings of the first and second joystick devices and to cooperate with those casings so the first and second joystick devices operate as an analog joysticks;
wherein the microprocessors are in communication with each other and at least one microprocessor is configured to communicate remotely with the main electronic controller.
12. The joystick system of claim 11 , wherein the orientation of each cluster is adjustable with respect to the casing.
13. A joystick device for operating a remote main electronic controller, the joystick device comprising:
(a) a casing configured to be gripped by a hand;
(b) at least one trigger switch on the casing configured to be operable by a forefinger;
(c) a thumb activated switch on an upper end of the casing;
(d) a cluster of switches on a side of the casing configured to be operable by a thumb, the cluster of switches being arranged on an end face of a first cylindrical structure, the first cylindrical structure having a cylindrical edge wall attached adjacently to the casing; and
(e) at least one microprocessor within the joystick device configured to process signals from the switches and to communicate remotely with the main electronic controller.
14. The joystick device of claim 13 , wherein the thumb activated switch is an analog button or thumb stick.
15. The joystick device of claim 13 , wherein the orientation of the cluster of switches is adjustable with respect to the casing.
16. The joystick device of claim 13 configured to be a digital thumbstick.
17. The joystick device of claim 13 , further comprising a base configured to receive a bottom end of the casing and to cooperate with the casing to operate as an analog joystick.
18. The joystick system of claim 1 , wherein the first cluster of switches control direction and the second cluster of switches initiate actions.
19. The joystick system of claim 11 , wherein the first cluster of switches control direction and the second cluster of switches initiate actions.
20. The joystick device of claim 13 , wherein the cluster of switches one of control direction and initiate actions.