Abstract: Provided is a method for capturing feedback from one device and relaying it to another device, comprising: detecting the feedback based on one or both of the following: vibration in a haptic generating device with one or more sensors on a relay device, wherein the vibration is converted into an electrical signal; 3-dimensional movement of the haptic generating device, wherein the movement is converted into the electrical signal; transmitting the electrical signal to a target device using wireless communication; and actuating the target device, based on the electrical signal, to take an action that can be sensed by a user; wherein at least one of a frequency or an intensity of the action of the target device depends on a frequency or an intensity of the feedback. physically attaching the relay device to the haptic generating device.

Abstract: Provided is a method for capturing feedback from one device and relaying it to another device, comprising: detecting the feedback based on one or both of the following: vibration in a haptic generating device with one or more sensors on a relay device, wherein the vibration is converted into an electrical signal; 3-dimensional movement of the haptic generating device, wherein the movement is converted into the electrical signal; transmitting the electrical signal to a target device using wireless communication; and actuating the target device, based on the electrical signal, to take an action that can be sensed by a user; wherein at least one of a frequency or an intensity of the action of the target device depends on a frequency or an intensity of the feedback. physically attaching the relay device to the haptic generating device.

Abstract: A user of a haptic stimulation device may control the performance of the device using a control application connected to the device via a short range wireless communication protocol. The haptic stimulation device user may request, through the control application, remote control of the haptic stimulation device by a user of a web browser. The control application may then request a unique web browser session key for a web page with controls for the haptic stimulation device. Once the control application has received the requested session key, the session key may be provided to the web browser user in any manner that is convenient (e.g., via e-mail). The control application may then receive a command, from the web browser user via the controls on the web page, to perform a selected haptic stimulation effect or haptic stimulation routine. The control application may then control the haptic stimulation device performance accordingly.

Abstract: A haptic stimulation device may be controlled based on received user input for interacting with a video game application running on a computing device. Based on a determination that the interacting has triggered a haptic feedback condition of the video game application, haptic feedback commands including a haptic stimulation effect may be generated based on the triggered haptic feedback condition. The haptic feedback commands may be transmitted to the haptic stimulation device for execution of the haptic stimulation effect. The haptic stimulation effect may include a vibration, a suction, a thrust and/or a twirl. The haptic feedback commands may also include haptic stimulation parameters, such as a haptic stimulation pattern, a haptic stimulation intensity or a haptic stimulation duration associated with the execution of the haptic stimulation effect. The haptic stimulation parameters may be limited based on an override condition, such as a capability of the haptic stimulation device.

Abstract: Provided is an apparatus for producing a motion to be felt by a user comprising; a) a motor for generating a motion; b) a first member mechanically coupled to the motor, the member configured to have a motion of up and down; and c) a second member mechanically coupled to the first member and attached to a fixed location on the apparatus, the second member configured to tilt as a result of the motion of the first member; wherein the user has an option of choosing to experience the up and down motion generated by the first member or the tilting motion generated by the second member. The first and the second member can be each configured to receive a different extension, each extension configured to penetrate a body of the user.

Abstract: Provided is an apparatus for producing a motion to be felt by a user comprising; a) a motor for generating a motion; b) a first member mechanically coupled to the motor, the member configured to have a motion of up and down; and c) a second member mechanically coupled to the first member and attached to a fixed location on the apparatus, the second member configured to tilt as a result of the motion of the first member; wherein the user has an option of choosing to experience the up and down motion generated by the first member or the tilting motion generated by the second member. The first and the second member can be each configured to receive a different extension, each extension configured to penetrate a body of the user.

Abstract: Provided is an apparatus for producing a motion to be felt by a user comprising; a) a motor for generating a motion; b) a first member mechanically coupled to the motor, the member configured to have a motion of up and down; and c) a second member mechanically coupled to the first member and attached to a fixed location on the apparatus, the second member configured to tilt as a result of the motion of the first member; wherein the user has an option of choosing to experience the up and down motion generated by the first member or the tilting motion generated by the second member. The first and the second member can be each configured to receive a different extension, each extension configured to penetrate a body of the user.

Abstract: Provided is an apparatus for producing a motion to be felt by a user comprising; a) a motor for generating a motion; b) a first member mechanically coupled to the motor, the member configured to have a motion of up and down; and c) a second member mechanically coupled to the first member and attached to a fixed location on the apparatus, the second member configured to tilt as a result of the motion of the first member; wherein the user has an option of choosing to experience the up and down motion generated by the first member or the tilting motion generated by the second member. The first and the second member can be each configured to receive a different extension, each extension configured to penetrate a body of the user.