KR20060122406A - All in one computer with aquarium - Google Patents

Abstract

A computer combined with an aquarium is provided to properly control temperature of water while using the water of the aquarium as a cooling tool for a CPU, and offer beautiful sense by forming a transparent structure for displaying an internal structure of the computer and offering a wall mounting mode. A cubic housing(100) is transparently partitioned into a front and rear part by installing a transparent waterproofing member(130) to a central part in a horizontal direction. An aquarium receiving part(110) is installed to the front part and a computer receiving part is formed to the rear part. The aquarium(250) includes an aquarium cover(255), and is vertically inserted and fixed to the aquarium receiving part. A computer main frame is horizontally inserted and fixed to the computer receiving part along a pair of guide rails(122) formed to the housing, and has an opened front side. A cooling part comprises a water jacket, a temperature control unit, a water pipe(320), and a motor driving part(330). The water control unit comprises a radiator, a temperature sensor, and a temperature controller.

Description

Aquarium integrated computer {ALL IN ONE COMPUTER WITH AQUARIUM}

1 is a perspective view showing the configuration of a housing of an aquarium integrated computer according to the present invention.

Figure 2 is a perspective view showing the configuration of a computer body provided with cooling means of the aquarium integrated computer according to the present invention.

Figure 3 is a perspective view showing the configuration of the aquarium of the aquarium integrated computer according to the present invention.

Figure 4 is a front sectional view showing the configuration of the temperature control means of the aquarium integrated computer according to the present invention.

Figure 5 is a perspective view showing the configuration of the ly data of the aquarium integrated computer according to the present invention.

6 is an exploded perspective view showing the overall configuration of an aquarium integrated computer according to the present invention.

Figure 7 is a side view showing the wall combined state of the aquarium integrated computer according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10: aquarium integrated computer 230: LED means

100: housing 250: aquarium

110: aquarium accommodating part 255: aquarium cover

115: sliding groove 310: water jacket

120: computer receiving portion 320: water pipe

130: transparent waterproof means 330: motor drive unit

140: panel portion 340: radiator

200: computer main body 350: temperature sensor

210: central processing unit 360: temperature control unit

220: roller 400: power drive means

The present invention relates to an aquarium integrated computer, and more specifically, to the front of the slim computer is integrally coupled by a housing that can accommodate a slim aquarium, but also provides a water-cooled cooling means using the water in the aquarium and It offers the advantage of installation by providing a means of temperature control and wall-mounting, and the use of transparent materials in a new concept computer that can provide a beautiful design in which the computer's internal components are exposed to the user through the aquarium. It is about.

Due to the development of computer technology, a general case that can accommodate the hardware of an existing computer is gradually slimmer, and nowadays, a modular or all-in-one computer in which a main body of a computer and a monitor are combined has been in the spotlight. This is because, with the development of notebook manufacturing technology, the volume of hardware in the computer has become smaller, which makes it possible to easily store and install the computer body in a narrow space.

By the way, although the body of the computer is slimmer, there are not many new computers incorporating functions other than the body of the computer, and only a decorative means that exhibits a decorative function on the exterior of the computer case is simply installed. At this level, the computer's appearance is being changed. Therefore, in the case of a slim computer, it is possible to present the concept of a wall-mounted computer derived from the current concept of hanging a PDP or LCD TV on the wall. A new concept computer needs to be released, and the need for advanced technology is emerging.

In addition, since the central processing unit (CPU) of the computer main body, in particular, the heat generation rate increases in proportion to the development of its processing function, the CPU-only cooler or fan mounting configuration is commonly used to cool heat. In order to overcome the problem of noise generation due to the rotation of the motor and the cooling function of the heat generated proportionally as the function of the central processing unit is improved, a water-cooled cooling method was introduced. For details, refer to Korean Patent Application No. 10-1999-0010483 (Water Cooled Air-cooled Mixed Computer Cooling System), Utility Model Application No. 20-2002-0035421 (Water Cooling Cooling System for Computer Central Processing Unit), 20-2001-0025890 (Water Cooling Computer Cooling System), 20-2003-0006043 Arcs (water-cooled chillers for computer central processing units with impellers) and 20-2003-0040351 (radiators of water-cooled chillers for computers) It is currently open.

By the way, looking at the above technology has the purpose of cooling the hardware, such as the CPU due to the function of the water jacket or radiator by receiving the external water, the actual means for supplying external water as well as not specifically mentioned If the means of supplying external water is inferred as a water tank or a water storage tank, water may flow into the computer unnecessarily even though it is separated from the main body of the computer. If it is, it is not only good in appearance but also inconvenient to use, and when the water tanks are combined, there should be specific mention on how to supply and exchange water in the water tanks. I am not presenting If a user goes to the water when a radiator (for example, Utility Model Application No. 20-2003-0006043) is installed in the main housing, there is a risk that the computer component may leak and replace the water. It is inconvenient to use because you have to open the computer case every time.

The present invention has been made in order to overcome the above problems, the water in the aquarium is integrated with the computer for the water-cooled cooling means that can prevent noise, but only to avoid the simple coupling between the aquarium and the computer water in the aquarium It provides a means to properly prevent the temperature rise of water that can be generated while being used as a cooling means, and the internal structure of the computer can be transparently viewed by the user, and the integrated wall-mounting method of the aquarium and the computer can be provided. Providing aesthetics is a basic purpose.

Another object of the present invention is to maximize the utilization of the indoor space by providing a cover and housing for safe installation of the aquarium and convenient repair of the interior of the computer, eliminating the need for a separate installation space such as a separate computer desk.

It is a further object of the present invention to provide a natural environment-friendly computer installation environment by the presence of fish in an actual aquarium to bring freshness to the viewer in places such as public spaces, children's study rooms, office partitions.

In order to achieve the above object, the aquarium integrated computer according to the present invention is provided with a transparent waterproof means 130 in the transverse direction at the center to partition the front and rear parts transparently, the front portion of the 'L' shaped sliding The groove 115 is provided to provide the aquarium accommodating part 110 and the computer accommodating part 120 is formed at the rear part. The computer accommodating part 120 can be opened and closed by a hinge part on the upper surface. ) Is provided and both sides are open so that the computer main body 200 is inserted thereto, and at one side thereof, a step 123 is formed to prevent unnecessary additional movement of the computer main body 200. A housing 100 having a solid quadrangular structure, to which 122 is mounted; An aquarium 250 having a predetermined thickness and having a through hole formed on an upper surface thereof and having an aquarium cover 255 formed in a hollow structure, and slidingly inserted and fixed in the longitudinal direction to the aquarium receiving part 110; The computer body is fixed to the computer receiving portion 110 in the lateral sliding direction is formed of a structure in which the front portion is open and the bottom surface is attached to at least one pair of rollers 220 corresponding to the guide rail 122. 200; A water jacket 310 fixedly attached to an upper surface of the central processing unit 210 of the computer main body 200 and having an inlet 311 and an outlet 312, and accommodated in the aquarium cover 255 and inlet 342. And a discharge hole 341 to serve as a passage for circulating and supplying the water of the aquarium 250 to the water jacket 310, and a temperature adjusting means for suppressing a temperature rise of the water and the water jacket 310. And cooling means consisting of a water pipe 320 through which water is circulated and connected to the inlets 311 and 342 and the outlets 312 and 341 of the temperature control means, and a motor driving part 330 to provide circulation power of the water. Temperature control means of the cooling means, a plurality of channels are inclined downward to form a zigzag form in the aquarium inlet portion 343 through which the water flowing into the aquarium from the water jacket 310 and the motor driving portion 330 Connected to power An aquarium discharge part 344 for supplying water to the aquarium 250 to supply water toward the water jacket 310, and a partition wall for separating and separating the aquarium inlet part 343 and the aquarium discharge part 344 from the aquarium 250. 345, a radiator 300 consisting of a cooling fan 346 provided at one side of the aquarium inlet 343, and the temperature sense to sense whether the temperature rise of the water is located above the aquarium inlet 343 The sensor 350 and the temperature sensor 350 is characterized in that it comprises a temperature control unit 360 for driving the cooling fan 346 when a constant temperature rise signal is received.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale, and like reference numerals in each of the drawings refer to like elements.

1 is a view showing the configuration of the housing 100 of the aquarium integrated computer 10 according to the present invention.

As can be seen from Figure 1, the aquarium integrated computer 10 according to the present invention is basically provided with a housing 100 that can accommodate the aquarium 250 and the computer main body 200 integrally.

The housing 100 is formed in a substantially rectangular shape made of a metal material or a rigid synthetic resin material, and serves as a case for accommodating the aquarium 250 and the components (hardware) of the computer therein. The housing 100 is preferably fixed to the wall to secure a user's space and to utilize the space. For this purpose, the housing 100 is coupled to a fixing means and an external fixing means, for example, an external bracket on the rear surface (back side) of the housing 100. The bracket 15 is provided or a fixing hole (not shown) is provided to securely mount the housing 100 to the wall by combining the external bracket and the fixing means.

In addition, it is preferable that the bottom surface of the housing 100 is thicker than other parts so as to withstand the load of the aquarium 250 and the computer main body 200 well.

An aquarium 250 is provided at the front of the housing 100, and a rear of the rear part is provided with a computer main body 200 including hardware components of the computer. The aquarium 250 is detached from the housing 100. In order to support the housing 100 safely and safely, an aquarium receiving portion 110 having a space corresponding to the size of the aquarium 250 is provided in front of the housing 100, that is, in front of the housing 100. The side of the sliding groove 115 is mounted. In other words, a space called the aquarium accommodating part 110 is formed by the sliding groove 115 bent in an 'L' shape, and the aquarium 250 is inserted along the sliding groove 115. The sliding groove 115 may have a 'c' shape, but if it has a 'c' shape, a gap may occur as much as the thickness of the transparent waterproof means 130 and the sliding groove 115 to be described later. As shown in the 'L' shaped sliding groove 115 is preferably provided.

3 is a perspective view showing the configuration of the aquarium 250 of the aquarium integrated computer 10 according to the present invention.

The aquarium 250 accommodated in the aquarium accommodating part 110 has a form basically similar to that of a known aquarium, but is thin, that is, made of glass (preferably transparent tempered glass) to transparent synthetic resin material, that is, a thin thickness. It is preferable that the structure of the 10 to 20cm is not only easy to install the housing 100 on which the aquarium 250 is mounted on the wall but also appropriately reduce the load transmitted to the housing 100.

Behind the housing 100, that is, the rear portion of the housing 100 is provided with a computer receiving portion 120 that can accommodate the computer main body 200 having various components of the computer, the computer receiving portion 120 And the transparent waterproof means 130 is formed between the aquarium receiving portion 110 and serves as a partition wall for partitioning the aquarium receiving portion 110 forming the front portion of the housing 100 and the computer receiving portion 120 forming the rear portion. In addition, the transparent waterproof means 130 prevents the water flowing down the aquarium 250 from flowing into the computer components, and also causes a fog to occur in the tank wall of the aquarium 250, thereby causing The appearance of the components provided in the computer main body 200 is prevented from being filled with water, and the heat and electromagnetic waves of the computer components are transmitted to the aquarium 250 and the transparent structure. Exposed to the outside through the aquarium can provide a beautiful aesthetic to the user.

The transparent waterproof means 130 is preferably made of tempered glass having a predetermined thickness, it is also possible to use a transparent material made of other synthetic resin material that is anti-fog treatment on the outer surface. In addition, the transparent waterproof means 130 may be inserted into a fitting groove (not shown) provided on the bottom surface of the housing 100 to be firmly mounted to the housing 100 or may be manufactured integrally with the housing 100.

On the upper surface of the computer accommodating portion 120 is formed a computer cover 121 that can be opened and closed by a hinge portion formed in the corner portion that is bent to the upper surface and the back, which is a computer provided in the computer accommodating portion 120 This is to easily check and maintain the components of the computer body 200 without removing from the housing 100.

One side (left side in the drawing) of the computer accommodating part 200 has an open structure, but the step 123 is formed along the circumference of the outer circumferential surface in order to prevent the computer main body 200 from being unnecessarily sliding out of the housing 100. Since the computer main body 200 can be prevented from being pushed out beyond the step 123, the other side (the right side in the figure) has an open structure, through which the computer main body 200 is slidably inserted.

A pair of guide rails 122 are formed on the bottom surface (lower surface) of the computer accommodating part 120 to allow the computer main body 200 including the components of the computer to be slidably moved in the lateral direction. To this end, at least one pair of rollers 220 is provided on the bottom surface of the computer main body 200 corresponding to the guide rail 122 provided in the housing 100.

2 is a perspective view showing the configuration of a computer main body 200 equipped with cooling means of the aquarium integrated computer 10 according to the present invention.

The skeleton of the computer main body 200 having the components of the computer basically consists of a metal frame structure, and each component is mounted inside the frame, but the front portion (the direction of the aquarium 250) is made of an open structure. The open surface of the front portion faces the transparent waterproof means 130.

The computer main body 200 used in the aquarium-integrated computer 10 according to the present invention is more preferably made of a slim computer having a thickness of approximately 10 to 15 cm in order to reduce the thickness thereof.

As mentioned above, at least one pair of rollers 220 is installed on the bottom surface (bottom surface) of the computer main body 200 to correspond to the guide rails 122 disposed on the bottom surface of the computer accommodating part 120. 200 is slidably moved from the computer accommodating part 120 so that only the computer body 200 can be pulled out while the housing 100 is fixed to the wall when inspecting or upgrading / replacing the components of the computer body 200. Can be useful. In addition, on one side (right side in the drawing) of the main body of the computer 200, an entrance portion into which an ODD CD / DVD disc is inserted, a power supply and a reset switch, and the like are installed, as in the known main body of the computer. The left side is provided with a through hole through which the port connection part, the electric wire, and the water pipe 320 pass.

And LED means for visually identifying the power state or operating state of the computer can also be mounted on this side, the LED light emitting means can be configured on the lower side of the front of the housing as well as the side of the computer main body 200. To this end, the LED means 141 and other operation buttons 142 and the display unit 143 that can identify the operating state of the computer to the power state of the aquarium 250, etc. in the lower front side of the housing 100 The panel unit 140 is provided together with the power supply means and the computer main body 200 and the panel unit 140 on the inner surface of the housing 100 on which the panel unit 140 is mounted, that is, the lower end of the housing. The conductor hole (not shown) through which the conductor can pass may be additionally formed to enable electronic connection. As such, when the panel unit 140 is mounted on the front portion of the housing 100, a conductive wire is formed at the lower side of the transparent waterproofing unit 130 so that the conductive wire can be directed to the computer main body 200. to be.

In addition, the LED means 230 may be provided in hardware on one side of the computer main body 200 on the motherboard, in which case the LED means 230 has the advantage of performing the lighting role of the aquarium.

In addition, the computer main body 200 should be provided with a known power supply means, the power supply means 400 according to the present invention because the power supply is also required in the aquarium 250, the computer and the aquarium 250 (including cooling means) It is preferable to have one power supply means 400 having integrated or detachable ON / OFF switches to integrally manage the computer main body 200 and the aquarium 250 so as to supply power by separating or integrating each of them. The power supply means 400 according to the present invention is provided on one side of the rear portion of the housing 100 as shown in Figure 6 to the inside of the computer main body 200 is supplied to the aquarium 250 and the computer main body 200 It is possible to manage the power to be integrated, of course, without being limited thereto, the power supply means may be separately installed in the aquarium 250 and the computer main body 200, respectively. The ON / OFF switch of the power supply may be provided in the power supply means 400 or may be configured in the aforementioned panel unit 140.

The cooling means of the central processing unit (CPU) 210 provided in the computer main body 200 according to the present invention takes a water-cooled cooling method of cooling the central processing unit 210 by circulating the abundant water of the aquarium 250. do.

The cooling means is fixedly mounted on the upper portion of the central processing unit 210, the water jacket 310 having the inlet 311 and the outlet 312 and the motor driving unit 330 for generating a circulating power of the water and also the inlet 342 Temperature control means for controlling the temperature of the water supplied and circulated to the water jacket 310 and the inlet (311,342) and outlet (312,341) of the temperature control means and the water jacket 310 ) Is composed of a water pipe 320 for connecting. On the upper surface of the water jacket 310, a waterproof cover (not shown) made of a silicon plate or the like may be additionally installed to obtain a waterproof effect.

The water jacket 310 uses aluminum or copper material having excellent heat exchange rate, and has a hollow structure or a plurality of plates, such as aluminum, are laminated therein to form a plurality of channels by blazing after lamination. You may use a structure.

In addition, the water jacket 310 may be attached to the position of the transparent waterproof means 130 corresponding to the upper portion of the central processing unit 210 in addition to the structure attached to the upper surface of the central processing unit 210 as mentioned above. This is because the space between the transparent waterproof means 130 and the central processing unit 210 is not so large due to the structure of the slim computer main body 200, the transparent waterproof means 130 and the central processing unit 210 The water jacket 310 is inserted into the space between the central processing unit 210 and the water jacket 310 in close contact with the computer main body 200 to repair or upgrade the user in the housing 100 to request The water jacket 310 is attached to the central processing unit 210 when the slide is removed and the mobility is not guaranteed, or the water pipe 320 is inlet (311,342) to outlet (312,341) during the movement of the computer main body 200. This is because it has the advantage of being able to overcome the problem of being left out. At this time, it is possible to point out that other computer components, such as RAM, VGA card, etc. are more protruding than the central processing unit 210 may not be realized in structure, but the central processing unit ( Considering that the mounting height of the other components on the motherboard of 210 and the other components are the same, or it is not technically difficult to mount the central processing unit 210 on the motherboard slightly higher than other components, the transparent waterproof means 130 A structure in which the water jacket 310 is mounted on and the central processing unit 210 is in close contact with the water jacket 310 is sufficiently realized.

The motor driving unit 330 for supplying the circulating power of water may use a known product consisting of a motor driven to move water up or down by acting as a pump to supply power. The mounting position may be mounted on the upper surface of the water jacket 310 (or the waterproof cover) or on one side of the temperature control means. However, the rotational speed of the motor is maintained at about 2800 rpm so that the existing air-cooled cooler rotates at least 5000 rpm. Therefore, even if the noise is reduced by half, when the motor driver is mounted on the upper surface of the water jacket as in Korean Utility Model No. 314041 (Application No. 20-2003-0006043), the noise generated inside the computer will be less. The inside of the aquarium 250 having a tightly sealed structure than the computer body 200, more specifically located in one side of the aquarium outlet 344 to be described later It is preferred to have.

Figure 4 is a front sectional view showing the configuration of the temperature control means of the aquarium integrated computer 10 according to the present invention, Figure 5 is a perspective view showing the configuration of the lie data 340 of the aquarium integrated computer 10 according to the present invention. .

The temperature control means according to the present invention is provided in the aquarium cover 255, the aquarium inlet portion 343 is formed in a multi-channel in the inclined zigzag form and the cooling fan provided on one side of the aquarium inlet portion 343 And a radiator having an aquarium outlet portion 344 and an inlet port 342 and an outlet port 341 which are separated from the aquarium inlet part 343 with the partition wall 345 interposed therebetween. 300 and the vicinity of the temperature sensor 350 and the temperature sensor 350 mounted on the upper side of the radiator 300, that is, the upper portion of the aquarium inlet 343, which is a passage through which water flows into the radiator 340. It consists of the temperature control part 360 mounted in the main body.

First, the radiator 340 is provided with a plurality of water pipes (aqueducts) and follows a known radiator system in which water is cooled while passing through a channel, but the plurality of channels are configured to have an angle inclined downward in a zigzag form. An aquarium inlet 343 having a passage through which water flows from the jacket 310 to the aquarium 250, and is separated and partitioned by the aquarium inlet 343 and the partition wall 345 to provide water to the aquarium 250. The aquarium discharge portion 344 is configured to discharge the water upright in the direction of the jacket 310 is configured to circulate / exchange the water jacket 310 and the water according to this.

One side of the aquarium inlet portion 343 of the radiator 340, for example, one side of the front and rear, right and left (upper side in Figure 5), preferably one of the front and rear sides is provided with a cooling fan 346. have. The cooling fan 346 is driven when the temperature of the water rises, so that the temperature of the water flowing into the aquarium 250 rises more than necessary to hinder the environment where the fish in the aquarium 250 live, or the water whose temperature rises again is centered. It is possible to properly prevent the problem that the cooling effect of the central processing unit 210 is supplied to the processing unit 210 is appropriately, in consideration of the characteristics of water having a sufficient amount of water provided in the aquarium 250 and the specific heat higher than other materials In view of this, if the user does not use the computer for a long time, the temperature of the water may not easily rise, and even if the temperature rises slightly, the fish in the aquarium 250 may provide a living environment suitable for living. The fan 346 will not need to be operated.

However, if the computer is used for a long time, it is inevitable to consider the problem of the temperature rise of the water, the cooling fan 346 is driven only when the temperature rises of the water to cool the water passing through the aquarium inlet (343).

Whether the temperature of the water has risen is captured by the temperature sensor 350. The temperature sensor 350 detects the temperature of the water flowing into the aquarium inlet 343 in real time, so that if the temperature of the water rises above the temperature of the reference value (for example, the temperature of the water is 2 degrees or more than the temperature of the reference value of 20 degrees). When the temperature rises, the detection signal corresponding to the temperature rise is transmitted to the temperature controller 360 to drive the cooling fan 346 under the control of the temperature controller 360.

The temperature controller 360 is based on a function of controlling whether the cooling fan 346 is driven based on the temperature rise detection signal received from the temperature sensor 350. The temperature controller 360 may be located near the temperature sensor 350 and the radiator 340 to be driven independently of the computer main body 200, or may be additionally mounted in the computer main body 200 in hardware. By installing supportable temperature control software on the computer, the user can display the temperature rise of the water by displaying it on the monitor while using the computer or display the automatically controlled state to the user.

In addition, although not shown in the drawing, the inner surface of one side of the aquarium inlet portion 343 of the radiator 340 is additionally formed with a heating wire to perform the function of a heater, which is when the temperature of the water is too low in the aquarium 250 Since the environment in which tropical fish live is impaired, it is also driven with the temperature sensor 350 and the temperature controller 360, and when the temperature of the water drops from the temperature of the predetermined reference value by the temperature sensor 350, the temperature controller 360 detects this. By heating and controlling the operation of the heating wire may maintain a constant temperature of the water in the aquarium (250).

  The aquarium cover 255 is configured to be openable and close, and performs a basic function of covering the upper part of the aquarium 250, and has a predetermined thickness having a space therein to accommodate known lighting means and bubble / oxygen generating means. As mentioned above, a temperature adjusting means is provided at one side of the inner space, and at least one through hole is formed on an upper surface of the aquarium cover 255 so that water pipes and other conductive wires can pass therethrough.

Hereinafter, the operation of the aquarium integrated computer 10 according to the present invention will be described.

First, the housing 100 may not only be fixed to the wall by the bracket 15 (see FIG. 7) but may also be installed upright by a lower support which is additionally supported to perform a partition partitioning a specific space. have. A sliding groove 115 is formed in the front portion of the housing 100 so that the aquarium 250 can be inserted and fixed in the gravity direction, and at least one pair of rollers of the computer main body 200 are mounted on the rear portion of the housing 100. The computer main body 200 is slidably inserted in the transverse direction due to the guide rail 122 of the bottom surface of the housing 220 and 220. At this time, a step 123 is formed at one side of the computer accommodating part 120 of the housing 100 to prevent the computer main body 200 from moving beyond the outside of the housing as necessary.

The user may perform the driving of the aquarium 250 or the computer simultaneously or separately through the ON / OFF switch of the power supply means 400. At this time, it is preferable that the power supply unit 400 is provided as one to manage the computer and the aquarium 250 integrated. In addition, the operation button 142 including the ON / OFF switch may be provided with the LED means 141 in the panel 140 formed at the lower end of the front side of the housing 100 as described above.

When power is supplied to the computer and the aquarium 250, the computer and the aquarium 250 are operated and the radiator 340 provided with the aquarium cover 255 with water in the aquarium 250 by operating the motor driving unit 330. Ascending toward) moves along the water pipe 320 to the water jacket 310. As the moved water continuously passes through the water jacket 310, the central processing unit 210 can be properly cooled, and since the existing air cooling cooler is not required, the noise is certainly reduced and the cooling effect is also excellent.

The water passing through the water jacket 310 flows back into the aquarium 250 through the radiator 340 of the aquarium cover 255, and the aquarium inlet 343 of the radiator 340 has a plurality of channels downward. The temperature of the water warmed by the central processing unit 210 may be lowered to some extent as it is configured in a zigzag form to be inclined. In addition, since the amount of water stored in the aquarium 250 is sufficient, the central processing unit 210 can be properly cooled without causing a temperature rise easily.

However, when the user uses the computer for a long time, the temperature of the water may be increased, so when the temperature of the water of the reference value increases, the temperature sensor 250 transmits a temperature increase signal to the temperature controller 360 to control the temperature of the temperature controller 360. Due to the control of the radiator 340 to operate the cooling fan 346 located on one side of the inlet 343 of the aquarium to perform forced cooling of the water. In addition, although not shown in the drawings, the temperature of the water may be raised in the same manner as the above-described cooling operation due to the heating wire mountable inside the radiator 340.

In addition, the housing 100 is provided with a transparent waterproof means 130 between the aquarium 250 and the computer body 200, because the computer body 200 is configured to expose the interior in the user direction, so that the user is an aquarium ( While enjoying the fish of 250 and at the same time provide fun to look into the computer main body 200 therein, can create a unique aesthetic and can block the flow of water into the computer main body 200.

As described so far, the configuration and operation of the aquarium-integrated computer according to the present invention have been represented in the above description and the drawings, but this is merely an example, and the spirit of the present invention is not limited to the above description and the drawings. Of course, various changes and modifications can be made without departing from the technical spirit.

As described above, according to the aquarium integrated computer according to the present invention,

1) The unique housing of the aquarium and the computer allows the viewer to configure the slim body integrally to provide a new enjoyment and nature-friendly computer environment.

2) The aquarium and the computer can be conveniently detached from the housing for easy maintenance of the aquarium and the computer,

3) It can cool the computer central processing unit effectively by using enough water in the aquarium, which is useful for excellent cooling effect, electricity saving and noise prevention.

4) It has the advantage of utilizing the LED means to inform the operation of the computer as an aquarium lighting,

5) When the temperature of the water rises, the cooling fan is automatically operated to provide a steady cooling effect and a comfortable habitat for fish.

6) The electromagnetic wave generated from the computer and delivered to the user can be effectively prevented by the blocking structure of the aquarium itself.

7) It can be used as a wall mount and partition to guarantee the freedom of installation space.

Claims (5)

An aquarium integrated computer 10 in which an aquarium and a computer are integrally combined, The transparent waterproof means 130 is provided at the center in the transverse direction so that the front part and the rear part are partitioned so as to be transparent, and the front part is provided with an 'L' shaped sliding groove 115 to provide an aquarium accommodating part 110. At the same time, the rear portion is provided with a computer receiving portion 120, the computer receiving portion 120 is provided with a computer cover 121 that can be opened and closed by a hinge portion on the upper surface and both sides are open to the computer body 200 Is inserted into the side one side is formed with a step 123 for preventing unnecessary additional movement of the computer main body 200, the lower surface is mounted a pair of guide rails 122, three-dimensional rectangular housing 100 ; An aquarium 250 having a predetermined thickness and having a through hole formed on an upper surface thereof and having an aquarium cover 255 formed in a hollow structure, and slidingly inserted and fixed in the longitudinal direction to the aquarium receiving part 110; The computer body is fixed to the computer receiving portion 110 in the lateral sliding direction is formed of a structure in which the front portion is open and the bottom surface is attached to at least one pair of rollers 220 corresponding to the guide rail 122. 200; A water jacket 310 fixedly attached to an upper surface of the central processing unit 210 of the computer main body 200 and having an inlet 311 and an outlet 312, and accommodated in the aquarium cover 255 and inlet 342. And a discharge port 341 to serve as a passage for circulating and supplying the water of the aquarium 250 to the water jacket 310, and a temperature control means for suppressing a temperature rise of water and the water jacket ( 310 is connected to the inlet (311, 342) and the outlet (312, 341) of the temperature control means and the water pipe 320 for circulating the water, and the cooling means consisting of a motor driving unit 330 to provide the circulation power of the water; The temperature control means of the cooling means, A plurality of channels are inclined downward to form a zigzag form, the aquarium is connected to the aquarium inlet 343 and the motor driving unit 330 through which water flowing from the water jacket 310 flows to the aquarium, and is supplied with power to the aquarium. An aquarium discharge part 344 for raising the water of 250 and supplying the water jacket 310 toward the water jacket 310; and a partition wall 345 for separating and separating the aquarium inlet part 343 and the aquarium discharge part 344; A radiator 300 including a cooling fan 346 provided at one side of the aquarium inlet 343, A temperature sensor 350 positioned at an upper portion of the aquarium inlet 343 to detect whether a temperature of the water rises; And a temperature control unit (360) for driving the cooling fan (346) when the temperature sensor (350) receives a constant temperature rise signal. The method of claim 1, On the lower side of the front of the housing 100, LED means 141 for notifying the blinking state of the power and the ON / OFF operation button 142 and the display unit 143 of the computer main body 200 and the aquarium 250 are The panel unit 140 is provided, and in the lower side of the front wall of the housing 100, a conductive wire hole through which the conductive wires can be electronically distributed with the panel unit 140 is further provided. , Aquarium all-in-one computer. The method of claim 1, The computer main body (200) is provided with LED means (230) for informing the flashing state of the power supply on one side of the main body, characterized in that to serve as an illumination of the aquarium (250), aquarium integrated computer. The method of claim 1, One outer wall of the housing 100 is provided with a power supply means 400 for supplying and managing the power supplied to the aquarium 250 and the computer main body 200 and the cooling means, an integrated aquarium computer . The method of claim 1, An aquarium integrated computer, characterized in that a wall-mounted fixing bracket (15) is formed on the outside of the rear surface of the housing (100) so as to be fixed to a wall by coupling with a fixing means.

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