TWD191875S - A water cooling device - Google Patents

Abstract

[Use of article]; This case relates to a water-cooling heat dissipation device, especially a water-cooling heat dissipation device that uses liquid to absorb the heat energy of an object. ;[Design Description];The overall design of this case is a water-cooled heat dissipation device with a lightweight appearance and a thin water tank. ;The basic line of the overall design of this case is a water-cooled radiator, which includes at least two thin water tanks, two flow channel structures and a diverter trough, and the two thin water tanks are located on the left and right sides of the diverter trough respectively, and through the The two flow channel structures are connected to the shunt groove, thereby jointly forming the line design of the water cooling heat dissipation device. ; Please refer to the three-dimensional view (representative view), front view and rear view of this case. It can be seen from the front view and rear view that the diverter is located between the two flow channel structures and the two thin water tanks, and can be passed through the two The lengths of the flow channel structures are designed to be different, so that the ratio between the diverter trough and the two flow channel structures presents an asymmetrical structural design, thus having unique lines and a simple and balanced aesthetic. Among them, due to the different length designs of the two flow channel structures, the two flow channel structures have different shapes of heat dissipation surfaces, thereby enriching the visual structural design. ; Secondly, please refer to the left and right views of this case. It can be seen from the left and right views that the two thin water tanks located on the left and right sides of the shunt channel have a flat rounded corner corresponding to their thickness and width. The rectangular shape shows that the two thin water tanks are designed with a flat and thin structure, which is more in line with modern aesthetic design in terms of vision and application. ; Furthermore, please refer to the top view and bottom view of this case. It can be seen from the top view and bottom view that the length of the flow channel structure located on the left side of the diverter trough is designed to be shorter than that of the other flow channel located on the right side of the diverter trough. The channel structure is such that the shunt trough is biased to the left side of the overall water-cooling heat dissipation device, so that the two-channel structure appears left and right asymmetry, thereby enriching the visual beauty. ; In this way, the overall outer edge of the water cooling device in this case is a flat and nearly rectangular structural design, and through the design of the two flow channel structures and the two thin water tanks with a large heat dissipation surface, , to improve the heat dissipation efficiency of the overall water-cooled heat dissipation device; therefore, this case can indeed present a line aesthetic effect that is both practical and fashionable. ; To sum up, the overall design of the water-cooled heat dissipation device in this case has very simple lines and has an asymmetrical but balanced composition and the beauty of heat dissipation efficiency. Therefore, this case is completely different from the conventional design of the nest mortar, and it should be very consistent with the design. There is absolutely no doubt about the requirements for applying for a patent; for this reason, I sincerely pray that the Jun Bureau will review and grant the patent, which is really helpful.

Description

Water cooling device

This case relates to a water-cooling heat sink, and more particularly to a water-cooling heat sink using a liquid to absorb the heat energy of an object.

The overall design of the case is a water-cooling heat sink with a light weight and a thin water tank.

The basic line of the overall design of the present case is a water-cooled row, comprising at least two thin water tanks, two flow passage structures and a split flow tank, and the two thin water tanks are respectively located at the left side and the right side of the split flow tank, and by the two The flow path structure is in communication with the flow dividing groove to collectively form a line design of the water-cooling heat sink.

Please refer to the perspective view (representative view), the front view and the rear view of the present case. It can be seen from the front view and the rear view that the diverter groove is located between the two flow path structures and the two thin water tanks, and the two flows can be The length of the channel structure is different, and the ratio of the branching channel to the structure of the two channels is not Symmetrical structural design, with a unique and simple balance of lines. Wherein, the two flow channel structures have different shapes of heat dissipation surfaces by different design lengths of the two flow path structures, thereby enriching the visual structural design.

Next, please refer to the left side view and the right side view of the present case. It can be seen from the left side view and the right side view that the two thin water tanks located on the left and right sides of the splitter groove have a flat rounded shape corresponding to the thickness and the width thereof. The shape of the rectangle is such that the two thin water tanks are designed to be flat and light, and are more aesthetically pleasing in terms of vision and application.

Furthermore, referring to the top view and the bottom view of the present case, it can be seen from the top view and the bottom view that the flow path structure located on the left side of the splitter groove has a length design smaller than the other flow path located on the right side of the split flow groove. The structure is such that the shunt groove is biased to the left side of the integral water-cooling heat dissipating device, so that the two flow channel structures exhibit left-right asymmetry, thereby enriching the visual aesthetic.

In this way, the overall outer edge of the water-cooling heat dissipating device of the present invention is a flat design which is close to a rectangular shape, and the two flow path structures are flattened by a large heat dissipating surface and the design of the two thin water tanks. In order to improve the heat dissipation efficiency of the overall water-cooling heat dissipating device; therefore, the present case can present a line aesthetic effect that is both practical and fashionable.

In summary, the overall design of the water-cooling heat-dissipating device in this case is very simple and has an asymmetrical but balanced composition and heat dissipation efficiency. Therefore, the case is completely different from the custom design nest and should meet the design patent. The application requirements are undoubtedly unambiguous; for this reason, the praying bureau will give it a review and grant its patents.