HTC had four patents in gaming during Q1 2024. The patent filed by HTC Corp in Q1 2024 discloses a control device with a strength feedback function, including a vibrator, driver, strength sensor, and processor. The device corrects by providing driving signals with different voltage values and adjusting frequency values through time division. The strength sensor captures vibration strength to analyze and obtain relationship information between frequency values, voltage values, and strength sensing information. GlobalData’s report on HTC gives a 360-degree view of the company including its patenting strategy. Buy the report here.
HTC grant share with gaming as a theme is 25% in Q1 2024. Grant share is based on the ratio of number of grants to total number of patents.
Recent Patents
Application: Control device and correcting method of control device with strength feedback function (Patent ID: US20240100418A1)
The patent filed by HTC Corp. discloses a control device with a strength feedback function that includes a vibrator, driver, strength sensor, and processor. The driver provides different voltage values to the vibrator in correction procedures, adjusting the frequency of the driving signal. The strength sensor senses the strength generated by the vibration to obtain corresponding information, which is then analyzed by the processor to establish a relationship between frequency values, voltage values, and strength sensing information.
The control device further involves the processor setting regression equations based on frequency values, calculating coefficients for each equation, and storing them in a correction matrix. Additionally, the processor generates voltage values based on reference voltage, calculates an output strength value using the median of strength sensing information, and determines setting voltage values corresponding to the output strength value at different frequency values. The device also includes a carrier for accommodating the vibrator and components such as a coil, weight block, and spring for generating vibrations. The correcting method involves providing voltage values to the vibrator, adjusting frequency, sensing strength, and analyzing information to establish relationships between frequency values, voltage values, and strength sensing information, further including steps for setting regression equations, calculating coefficients, storing them, generating voltage values, and determining output strength values.
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