TWD195985S - 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 that is lightweight and thin in size. ;The basic lines of the main components in the overall design of this case are: a water-cooled radiator, which includes at least two left and right water tanks, flow channel structures on both sides, a shunt and two water-cooled radiator connecting interfaces; in addition, there are two water-cooled heads connected The interface includes a water-cooling head, a water pump, and a locking piece for coupling and locking the water-cooling head to the radiator. ; Next, the flow channel structure on both sides and the two water tanks are located on the left side and the right side of the shunt trough respectively, and are connected to the shunt trough; Furthermore, one of the two water-cooling radiator connection interfaces is One of the two water-cooling head connection interfaces is directly connected to each other without any connecting pipe in between; in addition, the other of the two water-cooling radiator connection interfaces is connected to one side of the water pump, and the water pump The other side is connected to the other one of the two water-cooling head communication interfaces, thereby jointly forming the line design of the water-cooling heat dissipation device, and in this way, a heat dissipation liquid (not shown in the figure) can flow through the water-cooling device. between the water pump and the water-cooling head to form a circulating water-cooling heat dissipation system. ; Please refer to the three-dimensional views, front views and rear views of this case. From these figures, we can know that the diverter is located between the flow channel structure on both sides and the two water tanks, and through the flow channels on both sides The unequal width and height of the structure are designed so that the proportions of the shunt trough and the two-flow channel structure present an aesthetic asymmetry in lines. ; Among them, the other one of the two water-cooling radiator communication interfaces is connected to the communication pipe on one side of the water pump, and is exactly located in the space given by the unequal design of the width and height of the flow channel structure on both sides. In the space, the overall spatial structure presents a line aesthetic that is precise, neat and visually balanced. ; Secondly, please refer to the left view, right view, top view and bottom view of this case. From these illustrations, we can know that one of the two water-cooling radiator connection interfaces is connected to one of the two water-cooling head connection interfaces. The two are directly connected to each other without any connecting pipe in the middle, so that the water-cooling head is close to the water-cooling radiator. In addition, the space between the water-cooling radiator and the water-cooling head of the water pump is effectively utilized and arranged. In this way, that is It can make the volume of the overall water-cooling heat dissipation device present a flat, thin and simple design. ;Furthermore, this case provides two additional reference drawings to assist in explaining the characteristics of the lines in this case; among them, these reference drawings are used to represent the assembly relationship and relationship between the water-cooling head, the locking piece, the water-cooling radiator and the water pump. The line characteristics presented. ; To sum up, the overall design of this case can indeed present an aesthetic effect that combines practicality with streamlined volume and fashionable and beautiful lines. Therefore, this case is completely different from the conventional design and should be very consistent with the design patent. There is absolutely no doubt about the application requirements; for this reason, I sincerely pray that the Jun Bureau will review it and grant its patent, which is really helpful.