Wall-Integrated Multisensory Therapy Device
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Solution Overview
Problem
Existing multisensory therapy devices are expensive, limited to single-user operation, require a technician for customization, occupy large spaces, and are not affordable or accessible for general public use, making them unsuitable for home integration.
Innovation Solution
A wall-integrable multisensory therapy device that combines thermotherapeutic, luminotherapeutic, chromotherapeutic, audio, and aromatherapeutic treatments, with a programmable data processor for customizable sequences and intensity adjustments, allowing user-controlled operation without the need for additional personnel, and designed for easy installation and maintenance.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If existing multisensory therapy devices are used, then therapeutic treatment is provided, but the device cost is high and occupies large space
Solution Approach 1:
The therapy device is divided into multiple independent sensory modules (audio, visual, thermal, aromatic) that can be separately controlled and programmed. Each module operates independently while contributing to the overall therapeutic effect, allowing for customized treatment sequences without requiring a completely integrated complex system.
Solution Approach 2:
The system transitions from floor-based occupancy to wall integration, utilizing vertical space rather than horizontal footprint. The device is mounted on wall studs, freeing up floor space while maintaining full therapeutic functionality through multi-sensory stimulation delivered in different spatial dimensions.
2Reliability
If existing multisensory therapy devices are used, then therapeutic treatment is provided, but a technician is required for operation and customization
Solution Approach 1:
The system includes built-in programming capabilities that allow users to select, customize, and sequence therapeutic treatments independently. The device can be programmed with various sensory combinations and timing sequences without requiring external technical assistance, enabling users to self-manage their therapeutic needs.
Solution Approach 2:
The device allows users to adjust therapeutic parameters such as intensity levels, duration, and sequence of sensory stimuli. The programmable nature of the system enables users to modify treatment protocols according to their specific needs, replacing the need for technician intervention in routine operations.
3Reliability
If existing multisensory therapy devices are used, then therapeutic treatment is provided, but the treatment is fixed and repetitive
Solution Approach 1:
The therapy system is designed to be dynamically adjustable rather than static. Users can programmatically vary the sequence, timing, and intensity of sensory stimuli to create adaptive treatment protocols that respond to changing therapeutic needs, preventing fixed and repetitive treatment patterns.
Solution Approach 2:
The device integrates multiple sensory modalities (audio, visual, thermal, aromatic) that can be combined in various sequences and patterns. This multi-functional capability allows a single device to provide diverse therapeutic treatments tailored to different user needs and preferences, enhancing treatment versatility.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Provides an affordable, customizable, and user-friendly multisensory therapy experience that can be integrated into small spaces like bathrooms, offering variable and programmable treatments for stress relief without the need for external assistance, enhancing accessibility and usability.
Implementation Method 1
an air convection conduit having a bottom air intake port and an upper air outlet port. A blower is provided in the conduit for displacing air from the air intake port to the air outlet port. Air heating means is secured in the conduit intermediate the air intake port and the air outlet port for producing a thermotherapeutic air treatment
Implementation Method 2
Air heating means is secured in the conduit intermediate the air intake port and the air outlet port for producing a thermotherapeutic air treatment to generate a sensation of touch to a user person
Implementation Method 3
Sound generating speaker means is provided in the front panel of the device to generate an audible sensation to the user person
Implementation Method 4
A first light source is provided for producing a luminotherapeutic treatment in a frontal area of the front panel to generate a visual sensation to the user person. A second lighting source generates a chromotherapeutic treatment in the frontal area of the front panel to generate a further and different visual sensation to the user person
Implementation Method 5
Aromatic liquid dispensing means dispenses an aromatic substance in the air displaced in said conduit to produce an aromatherapeutic treatment thereby stimulating a sensation of smell to the user person
Data Source
AI summary
A wall integrable multisensory therapy device for securement in a wall of a room dedicated for physiological therapeutic treatment is described. The device has a convection conduit with a bottom air intake and a top air outlet. A blower is secured between the inlet port and outlet port to heat air convected therethrough. Associated with the convection conduit is a front panel incorporating therein audio speakers and two different light sources, one being a white light source and the other being a colored light source. The white light source provides a luminotherapeutic sensation and the colored light source provides a chromotherapeutic sensation. The heated air provides a thermotherapeutic sensation. An aromatic liquid dispenser is also associated with the front panel provides an aromatherapeutic sensation. An audio transmitter equipped with speakers provides for a relaxing sensation of hearing to a user person. A control module is associated with a data processor which is programmed to generate combinations of these treatments some being adjustable in intensity levels and all having time adjustment capabilities, as programmed for selection by the user person.