WATER COOLING FAN WITH MULTIPLE AIR OUTLETS

Abstract

A water cooling fan with multiple air outlets includes a housing having two opposite sides respectively formed with an air inlet and a first air outlet, and its topside bored with at least one second air outlet. An evaporative cooling pad is provided in the interior of the housing and an air discharge tube is installed at the location of the second air outlet of the housing. Thus, the water cooling fan of this invention can carry out cooling and temperature modulation to a designated region via the first air outlet and simultaneously can make use of the air discharge tube to carry out heat dissipation to respective mechanical equipment or a person. Therefore, the water cooling fan with multiple air outlets of this invention is excellent in heat dissipation speed and cooling effect, able to enhance efficiency of mechanical equipment in factory and efficacy of energy saving.

Description

The current application claims a foreign priority to application number 103214181 filed on Aug. 8, 2014 in Taiwan.

BACKGROUND OF THE INVENTION

1. Field of the Invention

This invention relates to a water cooling fan, particularly to one provided with multiple air outlets.

2. Description of the Prior Art

Generally, most of factories are in operation day and night and the machines in the factory will produce high temperature when they are in an operating state and as a result, the working environment in the factory becomes extremely hot with great discomfort; therefore, cooling fans are developed and used for modulating working temperature in the factory. A conventional cooling fan, as shown in FIG. 1, includes a housing 1 having two sides respectively bored with an air intake 2 and an air outlet 3 and its interior provided with a fan unit 4 and an evaporative cooling pad 5, which is a structure formed of plural wavy sheets or a honeycomb-shaped structure. The housing 1 is further provided in the interior with a water storage box 6 having one side installed with a pump 7 connected with a water tube 8, which has another end connected with a water discharge device 9 positioned on the evaporative cooling pad 5. Thus, when the pump 7 is stared to pump water from the water storage box 6 to have the water conveyed to the water discharge device 9 and simultaneously, the water discharge device 9 will discharge water to have the water sprinkled on the evaporative cooling pad 5 and then, the water will flow back to the water storage box 6 to form a circulation. Subsequently, the fan unit 4 is started to have outside hot air getting into the housing 1 through the air intake 2 and continuously passing through the evaporative cooling pad 5. At this time, the hot air will carry out heat exchange at the evaporative cooling pad 5 to have the air that passes through the evaporative cooling pad 5 turned into cold air and finally, the cold air is exhausted out through the air outlet 3 via the fan unit 4.

However, the above-mentioned conventional cooling fan has the following defects:

1. Since the conventional cooling fan is provided with only one air outlet, and the mechanical equipment in the factory building produces heat source incessantly; therefore, although the conventional cooling fan can lower the temperature of the factory building, yet the effect is limited in temperature modulation, much less carrying out cooling and temperature modulation to many people, machines or regions. Thus, heat dissipation effect of mechanical equipment is imperfect and hence likely to result in energy consumption and cause damage.

2. The whole volume of the conventional cooling fan is comparatively large so it needs to take a lot of exertion and time to move the housing 1 to a specified location, thus wasting labor and time and causing much inconvenience to a user. Therefore, observing foresaid drawbacks, the inventor of this invention thinks that the conventional cooling fan is necessary to be further ameliorated and hence devises this invention.

SUMMARY OF THE INVENTION

The objective of this invention is to offer a water cooling fan with multiple air outlets, able to carry out cooling and temperature modulation to multiple designated regions, machines or persons.

The water cooling fan with multiple air outlets in the present invention includes a housing having two opposite sides respectively provided with an air inlet and a first air outlet and having its topside bored with at least one second air outlet. An evaporative cooling pad is provided at the location of the air inlet of the housing, and a water pump is installed at the bottom side of the housing and connected with a water discharge tube, which has another end extending out of the topside of the evaporative cooling pad, and the housing has its bottom side filled with cooling water. At least one air exhauster is installed at the location of the first air outlet of the housing and formed with an air suction opening and an exhaust vent, with the air suction opening communicating with the interior of the housing. An air guide casing is mounted at the location of the exhaust vent to make the exhaust vent communicate with both the first air outlet and the second air outlet. At least one air discharge tube is correspondingly disposed at the location of the second air outlet of the housing, extending outward to the outer side of the housing and able to be adjusted in air discharge position in accordance with need.

In using, the water pump is started to pump the cooling water in the housing and have the cooling water discharged via the water discharge tube and sprinkled on the evaporative cooling pad and simultaneously, the air exhauster functions to have the interior of the housing forming a negative pressure state to enable outside hot air to pass through the evaporative cooling pad and form cold air to be led into the interior of the housing. Meanwhile, the air exhauster functions to have the cold air exhausted out through the exhaust vent so that the cold air can be discharged through both the first air outlet and second air outlet. By so designing, the water cooling fan of this invention can carry out cooling and temperature modulation to a designated region via the first air outlet and can also make use of the air discharge tube to carry out temperature reduction to machines or persons. Thus, compared with the conventional cooling fan that is provided with only one air outlet, the water cooling fan with multiple air outlets of this invention is much better in heat dissipation rate and in cooling effect, able to enhance efficiency of mechanical equipment and attain efficacy of energy saving.

BRIEF DESCRIPTION OF DRAWINGS

This invention will be better understood by referring to the accompany drawings, wherein:

FIG. 1 is a cross-sectional view of a conventional cooling fan;

FIG. 2 is schematic view of a first preferred embodiment of a water cooling fan with multiple air outlets in the present invention;

FIG. 3 is a cross-sectional view of the first preferred embodiment of the water cooling fan with multiple air outlets in the present invention;

FIG. 4 is schematic view of the first preferred embodiment of the water cooling fan with multiple air outlets in a using state in the present invention; and

FIG. 5 is schematic view of a second preferred embodiment of a water cooling fan with multiple air outlets in the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

A first preferred embodiment of a water cooling fan with multiple air outlets in the present invention, as shown in FIGS. 2 and 3, includes a housing 10, at least one air exhauster 30, at least one air discharge tube 40, a plurality of angle control members 50 and at least one joint component 60 combined together.

The housing 10 has two opposite sides respectively provided with an air intake 11 and a first air outlet 12, and its topside bored with at least one second air outlet 14. In this preferred embodiment, the housing 10 has its topside provided with two second air outlets 14. An evaporative cooling pad 13 is mounted at the location of the air intake 11 and positioned in the housing 10, and a water pump 15 is installed at the bottom side of the housing 10 and connected with a water discharge tube 16, which has another end extending out of the topside of the evaporative cooling pad 13. Further, the housing 10 has its bottom side filled with cooling water and its underside provided with a plurality of castors 17. An air guide component 18 made of plural air-guiding vanes 181 is further provided at the location of the first air outlet 12 of the housing 10.

The air exhauster 30 is installed at the location of the first air outlet 12, formed with an air suction opening 31 and an exhaust vent 32, with the air suction opening 31 communicating with the interior of the housing 10. An air-guiding casing 20 is covered at the location of the exhaust vent 32 to make the exhaust vent 32 communicate with both the first air outlet 12 and the second air outlet 14. In this preferred embodiment, two air exhausters 30 are installed to correspond with the two second air outlet 14 and have exhaust vents 32 of the air exhausters 30 communicating with both the first air outlet 12 and the second air outlet 14 via the air-guiding casing 20.

The air discharge tube 40 is correspondingly provided at the location of the second air outlet 14 of the housing 10, extending out of the housing 10 and able to be adjusted in air discharge positions according to need. In this preferred embodiment, the air discharge tube 40 is sectionally composed of plural extensible tubes 41 and plural hollow tubes 42 connected together. An air discharge cover 43 is mounted at the outer end of the air discharge tube 40, and a support frame 44 is fixed at an inward side of the air discharge tube 40 at a location adjacent to the housing 10 for controlling bending positions of the air discharge tube 40.

The angle control members 50 are positioned at the outer side of the extensible tubes 41, respectively provided with two control plates 51, which are respectively formed with a pivotal end 511 and a fixed end 512. The pivotal ends 511 of the control plates 51 are pivotally combined together, while the fixed ends 512 of the control plates 51 are respectively secured at one side of the hollow tubes 42 so that the bending angles of the air discharge tube 40 can be fixed in place by the control plates 51. In this preferred embodiment, the pivotal ends 511 are pivotally connected together by a shaft lever 513.

The joint component 60 is correspondingly provided between the air discharge cover 43 and the hollow tube 42, formed with two pivotal plates 61, which are fixed at the circumferential side of the hollow tube 42, and a toggle 62 is fitted around the circumferential side of the air discharge cover 43. The pivotal plates 61 are connected with the toggle 62 by means of plural connecting rods 63, letting the air discharge cover 43 able to be pivotally turned bias in all directions.

In using, referring to FIGS. 3 and 4, firstly, the water pump 15 is started to pump the cooling water filled at the bottom side of the housing 10 and have the water discharge tube 16 discharging the cooling water and sprinkling the cooling water on the evaporative cooling pad 13. Meanwhile, the cooling water passing through the evaporative cooling pad 13 will flow back to the bottom side of the housing 10 to from a circulation and hence, the water passing through the evaporative cooling pad 13 can be once more pumped to the water discharge tube 16. Subsequently, the air exhauster 30 is started to have air in the housing 10 pumped into the air-guiding casing 20 to let the interior of the housing 10 formed into a negative pressure state to enable outside hot air to pass through the evaporative cooling pad 13 to carry out heat exchange and form cold air to get into the housing 10. In the meantime, the air exhauster 30 functions to have the cold air pumped into the air-guiding casing 20 to enable the cold air to be discharged through the first air outlet 12 and the air discharge tube 40. By so designing, the water cooling fan of this invention can not only carry out cooling and temperature modulation to designated regions via the first air outlet 12, but also make use of the air discharge tube 40 to carry out temperature reduction to a single machine or person. Compared with the conventional cooling fan that is provided with only one air outlet, the water cooling fan with multiple air outlets of this invention is much better in heat dissipation speed and cooling effect, able to elevate efficiency of mechanical equipment and attain efficacy of energy saving.

Referring to FIGS. 2 and 4, since the air discharge tube 40 is provided with the support frame 44 at an inward side adjacent to the housing 10, and the air discharge tube 40 is made of plural extensible tubes 41 and plural hollow tubes 42 connected together; therefore, the air discharge tube 40 is flexible and bendable via the extensible tubes 41. In addition, the angle control members 50 are fixed at the outer side of the extensible tube 41, and the pivotal ends 511 of the control plates 51 are pivotally combined together and the fixed ends 512 of the control plates 51 are respectively secured at one side of the hollow tubes 42; therefore, bending angles of the air discharge tube 40 can be fixed in place by means of the control plates 51. Thus, the extensible tubes 41 and the control plates 51 provided in this invention enable a user to bend and adjust the angles of the air discharge tube 40 in accordance with practical need; therefore, the air discharge angles of the air discharge tube 40 of this invention can be adjusted in multi-direction and can carry out heat dissipation and cooling to mechanical equipment or people at different locations and hence, this invention has better practicability and convenience.

A second preferred embodiment of a water cooling fan with multiple air outlets in the present invention, as shown in FIG. 5, is different from the first preferred embodiment in structure. In the second preferred embodiment, two air discharge boxes 70 are provided at the location of the second air outlet 14 at the upper side of the housing 10 and communicate with the second air outlet 14. The two air discharge boxes 70 have their undersides respectively connected with a pivotal member 71 to enable the air discharge boxes 70 to turn around pivotally. In this preferred embodiment, the air discharge box 70 has one side formed with a third air outlet 72, and an air-guiding component 73 made of plural air-guiding blades 731 is provided at the location of the third air outlet 72. Thus, when used, the air discharge boxes 70 can be pivotally turned around to carry out heat dissipation to a region that is expected to cool off, and the first air outlet 12 of the housing 10 can carry out cooling and temperature modulation to a designated region; therefore, the water cooling fan with multiple air outlets of this invention can attain effect of multiple air discharging, able to carry out cooling and heat dissipation for a large region.

What is worth mentioning is that the housing 10 of this invention has its underside provided with a plurality of castors 17; therefore, a user can directly push the housing 10 and slidably move the housing 10 to a designated region that is needed to carry out cooling and temperature modulation, thus able to carry out heat dissipation and cooling for a part of regions, mechanical equipment or people. Compared with the conventional cooling fan that, during shifting, the whole conventional cooling fan must be moved and needs to take lots of exertion and waste much time, this invention has better mobility and convenience, able to avoid wasting labor and time.

While the preferred embodiments of the invention have been described above, it will be recognized and understood that various modifications may be made therein and the appended claims are intended to cover all such modifications that may fall within the spirit and scope of the invention.

Claims

1. A water cooling fan with multiple air outlets comprising:

a housing having two opposite sides respectively provided with an air inlet and a first air outlet, said housing having a topside bored with at least one second air outlet, an evaporative cooling pad provided at the location of said air inlet of said housing, said housing having a bottom side installed with a water pump, said water pump connected with a water discharge tube, said water discharge tube having another end extending out of an upper side of said evaporative cooling pad, said housing having bottom side filled with cooling water;

at least one air exhauster installed at a location of said first air outlet of said housing, said air exhauster formed with an air suction opening and an exhaust vent, said air suction opening communicating with an interior of said housing, an air-guiding casing covered at a location of said exhaust vent, said air-guiding casing making said exhaust vent communicate with both said first air outlet and said second air outlet; and

at least one air discharge tube correspondingly disposed at a location of said second air outlet of said housing, said air discharge tube extending out of said housing, air discharge positions of said air discharge tube able to be adjusted according to need;

Thus, said water pump started to pump said cooling water in said housing, said cooling water discharged via said water discharge tube and sprinkled on said evaporative cooling pad, said air exhauster functioning to make the interior of said housing form a negative pressure state to have outside hot air passing through said evaporative cooling pad and forming cold air to be led into said housing, simultaneously, said air exhauster functioning to have said cold air exhausting out through said exhaust vent so that said cold air can be discharged through both said first air outlet and said second air outlet, discharging positions of said cold air able to be adjusted via said air discharge tube.

2. The water cooling fan with multiple air outlets as claimed in claim 1, wherein said air discharge tube is made of plural extensible tubes and plural hollow tubes connected together, said air discharge tube having an outer end provided with an air discharge cover, said air discharge tube having an inward side fixed with a support frame at a location adjacent to said housing for controlling bending positions of said air discharge tube.

3. The water cooling fan with multiple air outlets as claimed in claim 2, wherein a plurality of angle control members are provided at an outside of said extensible tube, said angle control members respectively composed of two control plates, said control plates respectively formed with a pivotal end and a fixed end, said pivotal ends of said control plates pivotally combined together, said fixed ends of said control plates respectively secured at one side of said hollow tubes, bending angles of said air discharge tube able to be fixed in place by means of said control plates.

4. The water cooling fan with multiple air outlets as claimed in claim 2, wherein at least one joint component is provided between said air discharge cover and said hollow tube, said joint component composed of two pivotal plates, said pivotal plates mounted at a circumferential side of said hollow tube, a toggle fitted around a circumferential side of said air discharge cover at a location adjacent to said air discharge tube, said pivotal plates connected with said toggle by plural connecting rods, said air discharge cover able to turn pivotally and swing bias in all directions.

5. The water cooling fan with multiple air outlets as claimed in claim 1, wherein said housing is provided with an air-guiding component at a location of said first air outlet, said air-guiding component made of a plurality of air-guiding vanes.

6. The water cooling fan with multiple air outlets as claimed in claim 1, wherein said housing is provided with a plurality of castors at the underside.