53: Cat-Like Robotic Toy with Sensor Functionality | Patent Drawing

Overview of the Patent Drawing

The illustration depicts a robotic toy designed to resemble a cat’s face. The key features shown include pressure-sensitive materials and sensors located around the toy’s mouth area. These components allow the toy to detect touch and respond accordingly, mimicking a lifelike interaction with users.

Patent Insight 1: Touch-Sensitive Interaction

The inclusion of piezoelectric materials and sensors around the mouth enables the toy to detect pressure changes when touched or stroked. This feature allows the toy to simulate natural reactions such as purring or making sounds, enhancing its interactivity and making it more appealing as a companion robot.

Patent Insight 2: Potential for Expressive Feedback

The use of multiple sensors around the face area could facilitate the toy’s ability to provide various expressions and responses depending on the location and intensity of the touch. This could be achieved by linking the sensory input to different facial movements or sounds, creating a more realistic pet-like behavior.

Patent Insight 3: Applications in Therapy and Companionship

Robotic toys with realistic touch feedback could be beneficial in therapeutic settings or for elderly people who might benefit from the companionship of a pet but are unable to care for a real animal. The sensor-equipped design could provide comfort and interaction, simulating the experience of petting a real cat.

Thoughts on the Patent Drawing

Looking at the patent drawings of this cat-like robotic toy brings a smile to my face. The fact that it has sensor functionality, allowing it to react almost like a real cat, is truly fascinating. For those who wish they could have a pet but cannot, having such a robotic toy at home would be a source of comfort. It reminds me of my childhood, when I cherished my stuffed animals and toys that moved. This kind of technology seems like it would be a delightful addition to any family setting. In the future, I hope these robotic toys can mimic even more realistic feline movements, making them even more cherished as part of the family.

Keywords

Robotic toy, cat mimic, pressure-sensitive material, touch sensors, interactive response, companionship robot

Application of the Technology: “Whimsical Desk Organizing Robot” for Office Use

Purpose

Utilizing the sensor functionality of a cat-like robotic toy, develop a robot that autonomously organizes office desk items such as documents and stationery. This robot roams the desk with cat-like whimsy, detecting misplaced items and returning them to their designated spots. Occasionally, it playfully hides items, adding a touch of humor to the office environment.

System Components

• Robot Body with Sensor Functionality: Equipped with sensors to detect misplaced items as it freely moves around the desk.
• Item Identification System: Utilizes RFID tags attached to each item, allowing the robot to identify the type and designated location.
• Whimsical Mode: Randomly engages in playful antics, providing users with unexpected surprises.
• User Interface: Manage the robot’s movements and settings via a smartphone application.

Operational Flow

1. Robot Activation: Upon activation, the robot begins patrolling the desk.
2. Item Detection: Sensors detect misplaced items, and RFID tags are read to determine type and designated location.
3. Item Organization: The robot picks up detected items and returns them to their proper places.
4. Whimsical Actions: At set intervals, the robot playfully hides items, adding an element of surprise.
5. User Notification: When a prank is executed, the user receives a smartphone notification, turning the retrieval into a “treasure hunt.”

This system not only aids in maintaining desk organization but also brings joy and energy to the workplace through the robot’s whimsical behavior.