TWI848635B - Display method of water cooling head interactive display device - Google Patents

Abstract

The present invention is a display method of a water-cooled head interactive display device, which includes a computer host, a water-cooled heat dissipation device and a display device. The control unit in the water-cooled heat dissipation device analyzes the high and low temperatures of the heating element, the flow rate of the water-cooled liquid in the water-cooled heat dissipation device, the program code of the game program in the computer host, and the rhythm of the music to be played by the computer host through an algorithm, and selects the corresponding dynamic or static image to be displayed in the storage unit in the water-cooled heat dissipation device. The control unit sorts the dynamic or static images to be displayed according to the triggering time according to the flow rate of the water-cooling liquid, the temperature of the heating element, the win and loss codes of the game program, and the changes in the melody rhythm of the music to be played, and transmits them to a display device for display, thereby achieving the effect of displaying dynamic or static images to interact with the user according to factors such as the ambient temperature, the flow rate of the water-cooling liquid, the application code, and the music beat, so that the user can further have an impression of the information of the water-cooling heat dissipation device.

Description

Display method of water cooling head interactive display device

The present invention relates to a display method of a water-cooled head interactive display device, in particular, a water-cooled head display device that can interact with users through dynamic or static image images based on factors such as ambient temperature, water-cooling liquid flow rate, application code in the host, and music beats.

With the rapid development of technology, computer-related industries have also risen rapidly, and more and more industries rely on computers, including the transformation of traditional industries and the rise of emerging industries, which have created many industries that rely on the use of computers.

Among them, the rise of the e-sports industry has led to the performance of computers used in e-sports also having to meet the requirements of online games where every second counts. The improvement of computer performance is also accompanied by an increase in the heat generated by the computer's internal components, which has a serious impact on the computer's performance and service life. Therefore, a good heat dissipation device must be provided to cool the computer components to ensure the smooth operation of the computer.

Therefore, most computers used in e-sports use a mainframe equipped with a water cooling system for heat dissipation, and are equipped with a display device that displays temperature, water cooling flow rate, and hardware status in real time. However, the display device installed on the water cooling head only relies on the presentation of numbers or text to inform the user of information, which is inevitably boring and has no memorable points, resulting in users lacking interest in watching the display device or ignoring it. This is the key point that those engaged in this industry are eager to study and improve.

Therefore, in view of the above problems and deficiencies, the inventor collected relevant information, evaluated and considered various aspects, and used the years of experience accumulated in this industry, and after continuous trials and modifications, he finally designed the display method of this water-cooled head interactive display device and the invention patent was born.

The main purpose of the present invention is to analyze the display method of the water-cooled head interactive display device, which includes a computer host, a water-cooled heat dissipation device and a display device. The control unit in the water-cooled heat dissipation device analyzes the high and low temperature of the heating element, the flow rate of the water-cooled liquid in the water-cooled heat dissipation device, the program code of the game program in the computer host, and the rhythm of the music to be played by the computer host through an algorithm, and selects the corresponding dynamic or static image to be displayed in the storage unit in the water-cooled heat dissipation device. , so that the control unit can sort the dynamic or static images to be displayed according to the triggering time according to the flow rate of the water-cooling liquid, the temperature of the heating element, the win and lose codes of the game program and the changes in the melody rhythm of the music to be played, and transmit them to a display device for display, thereby achieving the effect of displaying dynamic or static images to interact with the user according to factors such as the ambient temperature, the flow rate of the water-cooling liquid, the application code and the music beat, so that the user can further have an impression of the information of the water-cooling heat dissipation device.

The secondary purpose of the present invention is that the control unit has a built-in storage algorithm, which can be a Fast Fourier transform, etc. The algorithm can analyze the transformation changes of the melody rhythm, prelude, main song and chorus of the music to be played.

Another purpose of the present invention is to enable the storage unit in the water-cooled heat dissipation device to pre-store multiple dynamic or static images corresponding to the prelude, verse and chorus, and the multiple dynamic or static images can be corresponding pictures, photos or drawings.

Another purpose of the present invention is that the control unit analyzes the speed of the water-cooling liquid flow rate, the high and low temperature of the heating element, and the win and lose code of the game program, so that the storage unit in the water-cooling heat dissipation device can pre-store corresponding multiple dynamic or static images according to the speed of the water-cooling liquid flow rate, the high and low temperature of the heating element, and the win and lose code of the game program, and the multiple dynamic or static images can be corresponding pictures, photos, drawings, etc.

Another purpose of the present invention is that the image corresponding to the fast or slow flow rate of the water-cooling liquid in the storage unit is a fast or slow person, animal or other dynamic or static image, the image corresponding to the high or low temperature of the heating element is a cold or hot person, animal or other dynamic or static image, and the image corresponding to the win or lose code of the game program is a happy or sad person, animal or other dynamic or static image.

1: Computer host

11: Heating element

2: Water cooling device

21: Control unit

22: Storage unit

3: Display device

[Figure 1] is a top view diagram of the interactive water cooling head interactive display device of the present invention.

[Figure 2] is a simple block diagram of the water cooling head interactive display device of the present invention.

[Figure 3] is a flow chart (I) of the water-cooling head interactive display device of the present invention.

[Figure 4] is a flow chart (II) of the water-cooling head interactive display device of the present invention.

[Figure 5] is a flow chart (III) of the water-cooling head interactive display device of the present invention.

[Figure 6] is a flow chart (IV) of the water-cooled head interactive display device of the present invention.

[Figure 7] is a flow chart (V) of the water-cooling head interactive display device of the present invention.

[Figure 8] is a flow chart (VI) of the water-cooling head interactive display device of the present invention.

[Figure 9] is a flow chart (VII) of the water cooling head interactive display device of the present invention.

[Figure 10] is a flow chart (VIII) of the water-cooling head interactive display device of the present invention.

Please refer to Figures 1 to 10, which are interactive top view schematic diagrams, simple block diagrams, flow charts (1), (2), (3), (4), (5), (6), (7) and (8) of the water-cooled head interactive display device of the present invention. The display method of the water-cooled head interactive display device of the present invention mainly includes a computer host 1, a water-cooled heat dissipation device 2 and a display device 3, and is implemented according to the following steps:

(A01) The control unit 21 of the water-cooling heat dissipation device 2 will analyze the flow rate of the water-cooling liquid (not shown in the figure) in the water-cooling heat dissipation device 2 and the temperature of the heating element 11 in the computer host 1.

(A02) The control unit 21 sets the dynamic or static image to be displayed in the storage unit 22 according to the flow rate of the water-cooling liquid and the temperature of the heating element 11.

(A03) The control unit 21 selects at least one appropriate dynamic or static image in the storage unit 22 according to the flow rate of the water-cooling liquid.

(A04) The control unit 21 selects at least one appropriate dynamic or static image in the storage unit 22 according to the high or low temperature of the heating element.

(A05) The control unit 21 detects whether the music to be played in the computer host 1 is turned on. If so, step (A06) is executed. If not, step (A07) is executed.

(A06) The control unit 21 analyzes the prelude, verse, chorus and bass beat of the music to be played through an algorithm, and selects at least one suitable dynamic or static image in the storage unit 22 to transmit to the display device for display.

(A07) The control unit 21 detects whether the game program in the computer host 1 is opened. If so, it executes step (A08); if not, it executes step (A09).

(A08) The control unit 21 analyzes the win/loss codes in the game program.

(A081) The control unit 21 sets the dynamic or static image to be displayed in the storage unit 22 according to the win and lose codes of the game program.

(A082) The control unit 21 selects at least one appropriate dynamic or static image in the storage unit 22 according to the program win/loss code of the game program.

(A09) The control unit 21 sorts the dynamic or static images to be displayed according to the triggering time according to the flow rate of the water-cooling liquid, the temperature of the heating element, the win and lose codes of the game program, and the changes in the melody rhythm of the music to be played, and transmits them to the display device 3 for display. The control unit 21 detects whether the computer host 1 is turned off. If so, it executes step (A10), if not, it returns to step (A01).

(A10) The computer host 1 is shut down, and the dynamic or static image displayed on the display device 3 also stops displaying.

The control unit 21 has a built-in storage algorithm, which can be a Fast Fourier transform, etc. The algorithm can analyze the changes in the melody rhythm, prelude, verse and chorus of the music to be played, so that the storage unit 22 in the water-cooling heat dissipation device 2 can store corresponding multiple dynamic or static images in advance according to the prelude, verse and chorus, and the multiple dynamic or static images can be corresponding pictures, photos or drawings.

The control unit 21 analyzes the flow rate of the water-cooling liquid, the temperature of the heating element 11, and the win/loss code of the game program, so that the storage unit 22 in the water-cooling heat dissipation device 2 stores the corresponding multiple dynamic or static images in advance according to the flow rate of the water-cooling liquid, the temperature of the heating element 11, and the win/loss code of the game program, and the multiple dynamic or static images can be corresponding pictures, photos, drawings, etc.

The images corresponding to the fast and slow flow rate of the water-cooling liquid in the storage unit 22 represent fast and slow characters, animals or other dynamic or static images, the images corresponding to the high and low temperatures of the heating element 11 represent cold and hot characters, animals or other dynamic or static images, and the images corresponding to the win and lose codes of the game program represent happy and sad characters, animals or other dynamic or static images.

In the above step (A06), the control unit 21 of the water-cooling heat dissipation device 2 analyzes the melody rhythm of the prelude, the verse, and the chorus of the music to be played through an algorithm (which can be various algorithms such as FFT conversion), and the implementation steps of converting the melody rhythm of the prelude, the verse, and the chorus of the music to be played are as follows:

(A061) The control unit 21 calculates average music intensity of music melody rhythm, average spectrum centroid, music intensity variance, spectrum centroid variance, etc.

(A062) The control unit 21 analyzes whether a low-frequency beat (Low trequency is Beat) appears in the music melody rhythm. If so, the control unit 21 executes step (A063). If not, the control unit 21 executes step (A061).

(A063) The control unit 21 analyzes whether the speed of the low-frequency beat is greater than 75 beats/minute, and the music intensity is less than the maximum music intensity (averageintensity<maxintensity) X0.3. If yes, execute step (A0631); if not, execute step (A064).

(A0631) The music melody and rhythm is the prelude〔Intro〕.

(A064) The control unit 21 analyzes whether the speed of the low-frequency beat is greater than 50 beats/minute, and the music intensity is less than the maximum music intensity (averageintensity<maxintensity) X0.7. If yes, execute step (A0641); if not, execute step (A065).

(A0641) The music melody and rhythm are the main song〔Verse〕.

(A065) The control unit 21 analyzes whether the speed of the low-frequency beat is greater than 35 beats/minute, and the music intensity is less than the maximum music intensity (averageintensity<maxintensity) X0.8. If yes, execute step (A0651); if not, execute step (A066).

(A0651) The music melody and rhythm are chorus〔Hock〕.

(A066) Returns whether the absolute value of the specified number of music intensity (intensity, variance, average intensity) (Math Abs (intensity Variance/intensities Average)) is greater than 0.3, and the centroid variance (Centroid Variance) is greater than 0.04, and the average intensity (intensities Average) is not equal to 0 (zero). If so, execute step (A067), if not, execute step (A0661).

(A0661) The music melody remains unchanged〔No Change〕.

(A067) Is the intensity variance/intensity average (intensity Variance /intensities Average) greater than 0 (zero)? If so, execute step (A0671); if not, execute step (A0672).

(A0671) The prelude goes into the verse〔Intro→Verse〕, and the verse goes into the chorus〔Verse Hock→Hock〕.

(A0672) The prelude and verse of the music melody jump back to the prelude of the music melody [Intro, Verse Intro], and the chorus jumps back to the verse part [Hock→Verse].

The above steps (A063)〔0.3〕, (A064)〔0.7〕, (A065)〔0.8〕 and (A066)〔0.3, 0.04〕 are all applied parameter values, and the music intensity (maximum value) is 87 beats/minute〔beat/minute〕 when the sound of the music is -3dB, and the music intensity (minimum value) is -90dB=0 beat/minute〔beat/minute〕; the above formula based on the volume of the music can be used to calculate the music intensity, and the formula is a general music calculation formula, which is not disclosed here.

The analysis of the rhythm, melody and timbre of general music is conducted by analyzing the spectrum centroid and bandwidth. The centroid revealed in the above steps (A061) and (A066) is the spectrum centroid. The spectrum centroid represents the overall centroid position of the spectrum distribution. The higher the centroid position, the more high-frequency the overall music content is or the higher the range is. In order to further analyze the spectrum of the audio, the audio must first be framed to cut the original signal into many equal-length frames. A small group of adjacent sample points represents the waveform state of the signal at a certain moment, which is called a frame. N is the number of sound frames, k is the frequency domain sample point of the sound frame, f 〔k〕 is the actual frequency value corresponding to the frequency domain sample point of the sound frame, Sn〔k〕 represents the nth sound frame, which corresponds to the spectral intensity of frequency f 〔k〕, and SC〔n〕 represents the spectral centroid of the nth sound frame.

Spectrum Centroid calculation formula:

Bandwidth calculation formula:

The bandwidth is the weighted average of the difference between each f [k] and the spectrum centroid SC plus the current spectrum intensity weight. A larger bandwidth means more types of instruments and more dispersed spectrum energy, similar to symphony repertoire. A smaller bandwidth means more concentrated spectrum energy, similar to solo repertoire.

In the above step (A06), the control unit 21 uses an algorithm to analyze the occurrence of the bass beat in the melody rhythm of the music to be played, and is executed according to the following steps:

(A068) The control unit 21 uses an algorithm to analyze the music to be played.

(A0681) Is the intensity of the music to be played less than 20 beats/minute? If yes, execute step (A0687); if no, execute step (A0682).

(A0682) Is the intensity of the music to be played less than 58 beats/minute? If yes, execute step (A0683); if no, repeat step (A0682).

(A0683) Check whether the duration of the music to be played exceeds 0.75 seconds. If yes, execute step (A0684). If no, repeat step (A0683).

(A684) Check whether the duration of the music to be played exceeds 30 seconds. If yes, execute step (A0685). If no, execute step (A0686).

(A0685) Is the intensity of the music to be played less than 52.25 beats/minute? If yes, execute step (A0687); if no, repeat step (A0685).

(A0686) Is the intensity of the music to be played less than 42.25 beats/minute? If yes, execute step (A0687); if no, repeat step (A0686).

(A0687) The melody of the music to be played stops.

Furthermore, the control unit 21 of the above step (A06) uses the built-in stored algorithm to analyze the melody rhythm of the music to be played, such as the prelude, main song, interlude, chorus and outro, and the frequency is a high frequency, medium frequency or low frequency mode, so as to control at least one suitable dynamic or static image to be transmitted to the display device 3 for interaction through different execution programs, and the output mode of the dynamic or static image can be movement (vertical, horizontal or oblique movement), rotation, rolling, sliding, dragging or hiding and displaying alternately, and the dynamic or static image can be a person, animal or other interactive image, and different actions, expressions and models will appear according to the music to be played.

When the computer host 1 is to play music, the control unit 21 uses an algorithm to analyze the melody of the music to be played, and according to the frequencies of the prelude, verse, interlude, chorus and outro in the melody, the frequencies of the melody in different sections are high frequency (3000Hz~16000Hz), medium frequency (630Hz~3000Hz) or low frequency (60Hz~250Hz), etc., the control unit 21 can generate different types of The interactive mode of the dynamic or static image is selected, and the corresponding multiple dynamic or static images (which may be corresponding pictures, photos or drawings) stored in the storage unit 22 are selected, and then the control unit 21 selects the corresponding dynamic or static image according to the multiple sections of the music to be played, and different dynamic or static images can be presented on the display device 3 for interactive playback according to the prelude, main song, interlude, chorus and outing in the melody section of the music to be played.

The above is only a preferred embodiment of the present invention, and does not limit the patent scope of the present invention. Therefore, all simple modifications and equivalent structural changes made by using the contents of the present invention's specification and drawings should be included in the patent scope of the present invention and should be stated.

In summary, the display method of the water-cooled head interactive display device of this invention can truly achieve its effect and purpose when it is actually applied. Therefore, this invention is truly a research and development with excellent practicality. In order to meet the application requirements of invention patents, an application is filed in accordance with the law. I hope that the review committee will approve this case as soon as possible to protect the inventor's hard work and creation. If the review committee of the Jun Bureau has any doubts, please feel free to write to instruct. The inventor will do his best to cooperate and feel very grateful.

1: Computer host

11: Heating element

2: Water cooling device

21: Control unit

22: Storage unit

3: Display device

Claims (6)

A display method for a water-cooled head interactive display device is implemented according to the following steps: (A01) a control unit of a water-cooled heat dissipation device analyzes the flow rate of a water-cooled liquid in the water-cooled heat dissipation device and the temperature of a heating element in a computer host; (A02) the control unit sets a dynamic or static image to be displayed in a storage unit according to the flow rate of the water-cooled liquid and the temperature of the heating element; (A03) the control unit selects at least one suitable dynamic or static image in the storage unit according to the flow rate of the water-cooled liquid; (A04) the control unit According to the high or low temperature of the heating element, at least one suitable dynamic or static image is selected in the storage unit; (A05) the control unit detects whether the music to be played in the computer host is turned on, if so, step (A06) is executed, if not, step (A07) is executed; (A06) the control unit analyzes the prelude, main song, chorus and bass beat of the music to be played through an algorithm, and selects at least one suitable dynamic or static image in the storage unit to transmit to the display device for display, and the control unit uses an algorithm [Fast Fourier Transform (Fast Fourier Transform)] to convert the prelude, main song, chorus and bass beat of the music to be played. transform) and other algorithms to analyze the melody rhythm of the prelude, the verse, and the chorus of the music to be played, and the implementation steps of transforming each section of the melody rhythm of the prelude, the verse, and the chorus of the music to be played are as follows: (A061) the control unit calculates the average music intensity, average spectrum centroid, music intensity change, and spectrum centroid change of the music melody rhythm; (A062) The control unit analyzes whether a low-frequency beat appears in the music melody rhythm. If yes, it executes step (A063). If no, it executes step (A061). (A063) The control unit analyzes whether the speed of the low-frequency beat is greater than 75 beats/minute, and the music intensity is less than the maximum music intensity X0.3. If yes, it executes step (A0631). If no, it executes step ( A064); (A0631) the music melody rhythm is the prelude; (A064) the control unit analyzes whether the speed of the low-frequency beat is greater than 50 beats/minute, and the music intensity is less than the maximum music intensity X0.7, if so, execute step (A0641), if not, execute step (A065); (A0641) the music melody rhythm is the main song ; (A065) The control unit analyzes whether the speed of the low-frequency beat is greater than 35 beats/minute, and the music intensity is less than the maximum music intensity X0.8. If so, execute step (A0651); if not, execute step (A066); (A0651) The music melody rhythm is a chorus; (A066) Return the absolute value of the specified number of music intensity Is [intensity, variance, average intensity] greater than 0.3, and the centroid variance greater than 0.04? If so, proceed to step (A067); if not, proceed to step (A0661); (A0661) the music melody remains unchanged; (A067) is the intensity variance/intensity average greater than 0 [zero]? If so, proceed to step (A0671); if not, proceed to step (A0672); (A0671) The prelude of the music melody and the verse jump back to the prelude of the music melody, and the chorus jumps back to the verse part; (A0672) The control unit detects whether the game program in the computer host is turned on. If so, it executes step (A08), if not, it executes step (A09); (A08) The control unit analyzes the program win/lose in the game program. code; (A081) the control unit sets the dynamic or static image to be displayed in the storage unit according to the win and negative codes of the game program; (A082) the control unit selects at least one suitable dynamic or static image in the storage unit according to the win and negative codes of the game program; (A09) the control unit selects at least one suitable dynamic or static image according to the flow rate of the water-cooling liquid, the temperature of the heating element, the win and negative codes of the game program The negative code and the rhythm of the music to be played are changed, and the dynamic or static images to be displayed are arranged according to the triggering time, and transmitted to the display device for display. The control unit detects whether the computer host is turned off. If so, step (A10) is executed. If not, it returns to step (A01); (A10) the computer host is turned off, and the dynamic or static images displayed on the display device also stop displaying. As described in claim 1, the display method of the water-cooled head interactive display device, wherein the control unit of step (A06) is a built-in storage algorithm, and the algorithm can be a Fast Fourier transform, etc., and the algorithm can analyze the transformation changes of the melody rhythm of the music to be played, such as the prelude, the main song and the chorus. The display method of the water-cooled head interactive display device as described in claim 1, wherein the storage unit in the water-cooled heat dissipation device pre-stores corresponding multiple dynamic or static images according to the prelude, main song and chorus, and the multiple dynamic or static images can be corresponding images such as pictures, photos or drawings. The display method of the water-cooled head interactive display device as described in claim 1, wherein the control unit analyzes the speed of the water-cooling liquid flow rate, the high and low temperature of the heating element, and the win and lose code of the game program, so that the storage unit in the water-cooling heat dissipation device pre-stores corresponding multiple dynamic or static images according to the speed of the water-cooling liquid flow rate, the high and low temperature of the heating element, and the win and lose code in the game program, and the multiple dynamic or static images can be corresponding pictures, photos, drawings, etc. The display method of the water-cooled head interactive display device as described in claim 4, wherein the image corresponding to the fast or slow flow rate of the water-cooling liquid in the storage unit is a fast or slow person, animal or other dynamic or static image, the image corresponding to the high or low temperature of the heating element is a cold or hot person, animal or other dynamic or static image, and the image corresponding to the win or lose code of the game program is a happy or sad person, animal or other dynamic or static image. The display method of the water-cooled head interactive display device as described in claim 1, wherein in step (A06), the control unit uses an algorithm to analyze the melody rhythm of the music to be played to determine the occurrence of the bass beat segment, which is performed according to the following steps: (A068) the control unit uses an algorithm to analyze the music to be played; (A0681) whether the intensity of the music to be played is less than 20 beats per minute (b eat/minute], if yes, execute step (A0687), if no, execute step (A0682); (A0682) Is the intensity of the music to be played less than 58 beats/minute [beat/minute], if yes, execute step (A0683), if no, repeat step (A0682); (A0683) Is the duration of the music to be played If the duration of the music to be played exceeds 0.75 seconds, then execute step (A0684); if not, then repeat step (A0683); (A0684) Whether the duration of the music to be played exceeds 30 seconds, then execute step (A0685); if not, then execute step (A0686); (A0685) Whether the intensity of the music to be played is less than 52.25 beats/minute nute〕, if yes, execute step (A0687), if no, repeat step (A0685); (A0686) Is the intensity of the music to be played less than 42.25 beats/minute〔beat/minute〕, if yes, execute step (A0687), if no, repeat step (A0686); (A0687) The melody of the music to be played stops.

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