A kind of industrial equipment cooling device
Technical field
The present invention relates to technical field of industrial equipment, more particularly to a kind of industrial equipment cooling device.
Background technology
Cooling device, belong to the industrial equipment field of production line auxiliary, including the cooling being fixed on public attention device
Air pipe line and public attention device, in the lower section of public attention device, a hollow rectangle steel body surrounded circlewise is provided with,
The cooling duct road is connected to the upper surface of the rectangle steel body, and the use of cooling device substantially increases industrialized production
Speed.
But traditional industrial equipment cooling device is in, in cooling procedure current cooling big using process power consumption
Area is small, and heat dispersion is low, and cooling effect is poor.
Therefore, it is necessary to provide a kind of new industrial equipment solves above-mentioned technical problem with cooling device.
The content of the invention
Present invention solves the technical problem that it is to provide a kind of perfect heat-dissipating, the industrial equipment of good cooling results is filled with cooling
Put.
In order to solve the above technical problems, industrial equipment cooling device provided by the invention, including:Condenser pipe;Water inlet knot
Structure, the water inlet structure are fixed on the condenser pipe;Water pump, the water pump turn on the condenser pipe;Fixed structure, it is described cold
Solidifying pipe is wound in the fixed structure, and the fixed structure includes fixed plate and supporting construction, and the fixed plate is fixed on described
The bottom of condenser pipe, the supporting construction are fixed on the fixed plate, and the supporting construction includes fixed cylinder, and the condenser pipe twines
It is around in the fixed cylinder;First cooling structure, first cooling structure are fixed on the fixed cylinder, first cooling structure
Including sealing-plug, (the first back-moving spring, the second fixed mount and the first cooling cylinder, first cooling cylinder is fixed on the fixation
Cylinder, second fixed mount are fixed on first cooling cylinder, and the (the first back-moving spring is connected to second fixed mount and prolonged
First cooling cylinder is extended, the (the first back-moving spring is provided with the sealing-plug, institute away from one end of second fixed mount
State sealing-plug and be symmetrically set in the both ends of first cooling cylinder with second fixed mount;Second cooling structure, described second is cold
But structure is fixed on the fixed cylinder, and second cooling structure includes the second cooling cylinder, and second cooling cylinder is fixed on institute
Fixed cylinder is stated, the condenser pipe turns on second cooling cylinder;Discharge outlet, the discharge outlet deviate from institute located at the condenser pipe
State one end of the second cooling cylinder.
Preferably, the water inlet structure includes the first fixed mount and water supply connector, and first fixed mount is fixed on described
First fixed mount is fixed in condenser pipe, the water supply connector.
Preferably, the fixed structure also includes four fixed seats, and four fixed seats are fixed on the fixed plate
At the corner of bottom.
Preferably, first cooling structure also includes roller and flabellum, and the roller rotates with first cooling cylinder
Connection, the flabellum are rotatablely connected with the sealing-plug.
Preferably, the second cooling structure also includes second back-moving spring, is set between second cooling cylinder and the roller
There is the second back-moving spring, and the second back-moving spring is rotatablely connected with first cooling cylinder.
Preferably, the supporting construction includes ball and driver slot, and it is cold that the driver slot is spirally fixed at described first
But cylinder, the inside of first cooling cylinder are provided with the ball.
Preferably, the inside of the driver slot between first cooling cylinder and the fixed cylinder is provided with the ball,
And first cooling cylinder is rotatablely connected with the fixed cylinder.
Preferably, the condenser pipe is provided with early warning structure close to one end of the discharge outlet, and the early warning structure includes temperature
Control structure, scale strip and early-warning lamp, the structure of controlling temperature are fixed on the condensation through the condenser pipe, the scale strip
Pipe, the early-warning lamp are fixed on condenser pipe.
Preferably, the structure of controlling temperature is threadedly coupled with the condenser pipe, and the early-warning lamp and structure of controlling temperature electricity
Property connection.
Preferably, the structure of controlling temperature include binding post, the 3rd back-moving spring, slide bar, piston, mercury, the first sleeve,
Second sleeve and spring contact strip, first sleeve are threadedly coupled with the condenser pipe, the second sleeve and the first set
Cylinder threaded connection, the top of the second sleeve is provided with the binding post, from the binding post to first sleeve
Inside is sequentially provided with the spring contact strip, the slide bar, the 3rd back-moving spring, the piston and the mercury, the work
Plug be slidably connected with first sleeve, the slide bar is slidably connected with the second sleeve, and the binding post with it is described
Early-warning lamp is electrically connected with.
Compared with correlation technique, industrial equipment provided by the invention is had the advantages that with cooling device:
The present invention provides a kind of industrial equipment cooling device, and industrial hot water is flowed into first cooling from the water inlet structure
In first cooling cylinder of structure, hot water is flowed into first cooling cylinder and air contact from the water inlet structure, with room
Outer air carries out heat exchange, increases the contact area of hot water and air, when the hypervolia in first cooling cylinder,
The (the first back-moving spring extends under the pressure of current, and the sealing-plug separates with first cooling cylinder, and current are from described
First cooling cylinder flows into second cooling cylinder, further cools, and then current pass through under the water pump suction-operated
Discharged from the condenser pipe by the discharge outlet, heat dispersion is improved by increasing the method for contact area of current and air
And its cooling effect, while saved electric energy.
Brief description of the drawings
Fig. 1 is a kind of structural representation of preferred embodiment of industrial equipment cooling device provided by the invention;
Fig. 2 is the internal structure schematic diagram of the supporting construction shown in Fig. 1;
Fig. 3 is the structural representation of the structure of controlling temperature shown in Fig. 2;
Fig. 4 is the workflow diagram of the control method of industrial equipment cooling device provided by the invention.
Label in figure:1st, fixed structure, 11, fixed seat, 12, fixed plate, 13, supporting construction, 131, ball, 132, driving
Groove, 133, fixed cylinder, 2, water pump, 3, condenser pipe, 4, discharge outlet, 5, water inlet structure, the 51, first fixed mount, 52, water supply connector,
6th, early warning structure, 61, structure of controlling temperature, 611, binding post, the 612, the 3rd back-moving spring, 613, slide bar, 614, piston, 615, water
Silver, the 616, first sleeve, 617, second sleeve, 618, spring contact strip, 62, scale strip, 63, early-warning lamp, the 7, first cooling structure,
71st, roller, 72, flabellum, 73, sealing-plug, 74, (the first back-moving spring, the 75, second fixed mount, the 76, first cooling cylinder, 8, second
Cooling structure, 81, second back-moving spring, the 82, second cooling cylinder.
Embodiment
The invention will be further described with embodiment below in conjunction with the accompanying drawings.
Fig. 1, Fig. 2 and Fig. 3 are please referred to, wherein, Fig. 1 is one kind of industrial equipment cooling device provided by the invention
The structural representation of preferred embodiment;Fig. 2 is the internal structure schematic diagram of the supporting construction shown in Fig. 1;Fig. 3 is shown in Fig. 2
The structural representation of structure of controlling temperature.Industrial equipment is included with cooling device:Condenser pipe 3;Water inlet structure 5, the water inlet structure 5 are solid
Due to the condenser pipe 3;Water pump 2, the water pump 2 turn on the condenser pipe 3;Fixed structure 1, the condenser pipe 3 are wound in
The fixed structure 1, the fixed structure 1 include fixed plate 12 and supporting construction 13, and the fixed plate 12 is fixed on described cold
The bottom of solidifying pipe 3, the supporting construction 13 are fixed on the fixed plate 12, and the supporting construction 13 includes fixed cylinder 133, described
Condenser pipe 3 is wound in the fixed cylinder 133;First cooling structure 7, first cooling structure 7 are fixed on the fixed cylinder
133, first cooling structure 7 includes sealing-plug 73, (the first back-moving spring 74, the second fixed mount 75 and the first cooling cylinder 76,
First cooling cylinder 76 is fixed on the fixed cylinder 133, and second fixed mount 75 is fixed on first cooling cylinder 76, institute
State (the first back-moving spring 74 and be connected to second fixed mount 75 and extend to first cooling cylinder 76, the (the first back-moving spring
74 are provided with the sealing-plug 73 away from one end of second fixed mount 75, and the sealing-plug 73 and second fixed mount 75 are right
Claim located at the both ends of first cooling cylinder 76;Second cooling structure 8, second cooling structure 8 are fixed on the fixed cylinder
133, second cooling structure 8 includes the second cooling cylinder 82, and second cooling cylinder 82 is fixed on the fixed cylinder 133, institute
Condenser pipe 3 is stated to turn on second cooling cylinder 82;Discharge outlet 4, the discharge outlet 4 is located at the condenser pipe 3 away from described the
One end of two cooling cylinders 82.
For the ease of fixing device, it is easy to adjusting means to level, the water inlet structure 5 includes the first fixed mount 51 and entered
Water swivel 52, first fixed mount 51 are fixed on the condenser pipe 3, and first fixed mount is fixed in the water supply connector 52
51, the fixed structure 1 also includes four fixed seats 11, and four fixed seats 11 are fixed on the bottom four of the fixed plate 12
At angle.
In order to improve the heat dispersion of device, the convection current of air is realized, promotes air circulation, first cooling structure 7
Also include roller 71 and flabellum 72, the roller 71 is rotatablely connected with first cooling cylinder 76, the flabellum 72 with it is described close
Blocking 73 is rotatablely connected, and the second cooling structure 8 also includes second back-moving spring 81, second cooling cylinder 82 and the roller 71
Between be provided with the second back-moving spring 81, and the second back-moving spring 81 is rotatablely connected with first cooling cylinder 76, institute
Stating supporting construction 13 includes ball 131 and driver slot 132, and the driver slot 132 is spirally fixed at first cooling cylinder 76,
The inside of first cooling cylinder 76 is provided with the ball 131, the institute between first cooling cylinder 76 and the fixed cylinder 133
The inside for stating driver slot 132 is provided with the ball 131, and first cooling cylinder 76 is rotatablely connected with the fixed cylinder 133.
The condenser pipe 3 is provided with early warning structure 6 close to one end of the discharge outlet 4, and the early warning structure 6 includes temperature control knot
Structure 61, scale strip 62 and early-warning lamp 63, the structure of controlling temperature 61 are fixed on institute through the condenser pipe 3, the scale strip 62
Condenser pipe 3 is stated, the early-warning lamp 3 is fixed on condenser pipe 3;The structure of controlling temperature 61 is threadedly coupled with the condenser pipe 3, and described
Early-warning lamp 63 is electrically connected with the structure of controlling temperature 61.
For the ease of observing chilling temperature, it is easy to adjust different early warning temperature, the structure of controlling temperature 61 includes terminals
Sub 611, the 3rd back-moving spring 612, slide bar 613, piston 614, mercury 615, the first sleeve 616, second sleeve 617 and spring touch
Piece 618, first sleeve 616 are threadedly coupled with the condenser pipe 3, the second sleeve 617 and the spiral shell of the first sleeve 616
Line connects, and the top of the second sleeve 617 is provided with the binding post 611, from the binding post 611 to the first set
The inside of cylinder 616 is sequentially provided with the spring contact strip 618, the slide bar 613, the 3rd back-moving spring 612, the piston
614 and the mercury 615, the piston 614 be slidably connected with first sleeve 616, the slide bar 613 with described second set
Cylinder 617 is slidably connected, and the binding post 611 is electrically connected with the early-warning lamp 63.
Refer to the workflow diagram for the control method that 4, Fig. 4 is industrial equipment cooling device provided by the invention;Institute
The control method for stating industrial equipment cooling device comprises the following steps:
S1:Equipment is installed;
S11:Connect water pipe;
Specifically, the water supply connector 52 of device is connected with the discharge ends of industrial equipment, the discharge outlet 4 and industrial equipment
Water inlet end connection;
S12:Switch on power;
Specifically, the binding post 611 is connected with power supply respectively with the water pump 2.
S2:Once cool down;
S21:First cooling cylinder 76 cools down;
Specifically, industrial hot water is flowed into first cooling cylinder 76 of first cooling structure 7 from the water supply connector 52
In, hot water is flowed into first cooling cylinder 76 and air contact from the water inlet structure 5.
S22:Once the flabellum 72 cools down;
Specifically, driver slot 132 described in Action of Gravity Field lower edge of first cooling cylinder 76 in current slides, while described in drive
Flabellum 72 rotates, and realizes the convection current of air.
S23:The secondary flabellum 72 cools down;
Specifically, when the hypervolia in first cooling cylinder 76, the (the first back-moving spring 74 is under the pressure of current
Elongation, the sealing-plug 73 separate with first cooling cylinder 76, and first cooling cylinder 76 is in the second back-moving spring 81
In the presence of slided along the driver slot 132, while drive the flabellum 72 to rotate, realize the convection current of air.
S3:Secondary cooling;
Specifically, when the hypervolia in first cooling cylinder 76, the (the first back-moving spring 74 is under the pressure of current
Elongation, the sealing-plug 73 separates with first cooling cylinder 76, and it is cold that current from first cooling cylinder 76 flow into described second
But cylinder 82, further cool.
S4:Cool down three times;
Discharged specifically, current pass through under the suction-operated of water pump 2 from the condenser pipe 3 by the discharge outlet 4, further
Cool.
S5:Temperature pre-warning;
S51:Adjust early warning temperature;
Specifically, rotating the second sleeve 617, make the bottom of the second sleeve 617 and the early warning on the scale strip 62
Scale aligns.
S52:Early warning works;
Specifically, the mercury 615 inside first sleeve 616 is under the influence of the water flow temperature of the condenser pipe 3, institute
State mercury 615 and expand against internal slide of the piston 614 in first sleeve 616, the piston 614 drives the cunning
Bar 613 and the spring contact strip 618 slide along the second sleeve 617, when the spring contact strip 618 and the binding post
During 611 contact, the early-warning lamp 63 flashes.
S53:Early warning resets;
Specifically, when early warning temperature reduces, under the elastic force effect of the 3rd back-moving spring 612, the spring contact strip 618
Separated with the binding post 611, alarm terminates.
Compared with correlation technique, industrial equipment provided by the invention is had the advantages that with cooling device:
The present invention provides a kind of industrial equipment cooling device, and it is cold that industrial hot water from the water inlet structure 5 is flowed into described first
But in first cooling cylinder 76 of structure 7, hot water is flowed into first cooling cylinder 76 from the water inlet structure 5 and connect with air
Touch, carry out heat exchange with outdoor air, increase the contact area of hot water and air, the water in first cooling cylinder 76
When measuring excessive, the (the first back-moving spring 74 extends under the pressure of current, the sealing-plug 73 and first cooling cylinder 76
Separation, current flow into second cooling cylinder 82 from first cooling cylinder 76, further cooled, and then current pass through
Discharged under the suction-operated of water pump 2 from the condenser pipe 3 by the discharge outlet 4, by increasing contact of the current with air
The method of area improves heat dispersion and its cooling effect, while has saved electric energy, has good social benefit and economic effect
Benefit, it is adapted to promote the use of.
Embodiments of the invention are the foregoing is only, are not intended to limit the scope of the invention, it is every to utilize this hair
The equivalent structure or equivalent flow conversion that bright specification and accompanying drawing content are made, or directly or indirectly it is used in other related skills
Art field, is included within the scope of the present invention.