Remote Bilateral Tactile Stimulation for Accessible EMDR Therapy
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Solution Overview
Problem
Current EMDR therapy systems require patients to be physically present with a therapist, limiting convenience and accessibility, especially during situations like the COVID-19 pandemic or for individuals with disabilities or preferences that make in-person therapy challenging.
Innovation Solution
A system allowing remote EMDR therapy through a therapist interface device and a patient interface device connected via a network, enabling the therapist to control a remote stimulation device for bilateral tactile, audible, and visual stimulation, facilitating sessions from different locations.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If EMDR therapy is provided in-person with therapist and patient physically present together, then the therapy can be delivered with direct control and monitoring, but the patient's accessibility and convenience are reduced due to geographical and physical presence requirements
Solution Approach 1:
A communication network serves as an intermediary between the therapist interface device and patient interface device, enabling remote therapy delivery. The network transmits control signals and stimulation commands from the therapist to the patient's stimulation device without requiring physical co-location, thus improving patient accessibility while maintaining therapeutic control.
Solution Approach 2:
The therapy system is segmented into separate components: a therapist interface device for control, a patient interface device for local operation, and a stimulation device for delivering therapy. This segmentation allows the therapist and patient to be physically separated while maintaining system functionality through network communication.
2Adaptability or versatility
If multiple stimulation modalities (tactile, audible, visual) are provided through a remote system, then patient preference and comfort are improved, but the device complexity and network requirements increase
Solution Approach 1:
The patient interface device is designed with multi-functionality to support multiple stimulation modalities including tactile, audible, and visual stimulation. This universal design allows the same device to deliver different types of bilateral stimulation based on patient preference and therapeutic requirements, improving adaptability without requiring separate specialized devices for each modality.
Data Source
AI summary
A system for providing a therapy session between a therapist and a patient includes a therapist interface device that is configured for presenting a therapist user at a first location with a control interface to communicate with a remote patient interface device at a second location. The patient interface device is configured for presenting a patient user with a communication interface for communicating with the therapist interface device over a network. A stimulation device is located at the second location with the patient interface device and to provide tactile stimulation to a patient user, such as bilateral tactile stimulation. The stimulation device is coupled with the patient interface device for receiving stimulation instructions from the patient interface device. The control interface of the therapist device receives a control input from the therapist user and uses the control input to generate stimulation instructions to drive the stimulation device to provide tactile stimulation to the patient user based upon the control input