CN108601303B - Control device for construction machinery - Google Patents
Control device for construction machinery Download PDFInfo
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- CN108601303B CN108601303B CN201810491025.4A CN201810491025A CN108601303B CN 108601303 B CN108601303 B CN 108601303B CN 201810491025 A CN201810491025 A CN 201810491025A CN 108601303 B CN108601303 B CN 108601303B
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K7/00—Constructional details common to different types of electric apparatus
- H05K7/20—Modifications to facilitate cooling, ventilating, or heating
- H05K7/2029—Modifications to facilitate cooling, ventilating, or heating using a liquid coolant with phase change in electronic enclosures
- H05K7/20345—Sprayers; Atomizers
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- Microelectronics & Electronic Packaging (AREA)
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- Wind Motors (AREA)
Abstract
The invention discloses the control devices for construction machinery, its structure includes: that intelligency activity adjusts cooling device, loose-leaf, removable cover, controller, control key, device housing, drop front, active lock, intelligency activity adjust cooling device be located at device housing rear side surface and meanwhile with device housing integrally weldedization structure, loose-leaf is located at the interaction of both right sides of device housing front surface and links together, both lower surfaces that drop front is located at loose-leaf form integral structure by way of clearance fit, controller is located at the electrical connection of both centers of drop front front surface, control key is embedded in the inside of drop front simultaneously perpendicular to the lower section of controller and the two gap cooperates together, control device enables to device that can independently utilize inside atomized spray cooling when the work of outside, adjustable sprinkling simultaneously Time enables a device to more intelligentized purpose to reach.
Description
Technical field
The present invention relates to control device fields, particularly with regard to a kind of control device for construction machinery.
Background technique
Controller, which refers to, to be changed the wiring of main circuit or control circuit according to predetermined order and changes resistance value in circuit
Starting, speed regulation, braking and reversely main for controlling motor enable device.By program counter, command register, Instruction decoding
Device, clock generator and operation controller composition, it is to issue to order " policy-making body ", that is, completes to coordinate and commander entirely counts
The operation of calculation machine system.
Machinery refers to the general name of machine and mechanism.Machinery is exactly that people can be helped to reduce work difficulty or labour-saving tool dress
It sets, as the article of chopsticks, broom and tweezers one kind can be said to machinery, they are simple and mechanical.And complicated machinery is just
It is to be made of the simple and mechanical of two or more.These more complicated machinery are usually called machine.From structure and fortune
From the viewpoint of dynamic, mechanism and machine and indistinction are loosely referred to as machinery.
Machinery, is derived from the Mechine and Latin Machina of Greek, and mechanical gear original refers to " cleverly designing ", makees
For general mechanic concept, ancient Roman's period can be traced back to, primarily to difference and hand tools.It is total with machine
Claim.Mechanical feature has: machinery is a kind of combination of artificial component in kind.
But the control device of the prior art can not enable a device to independently utilize atomized spray when the work of outside
Cooling is internal, while can not adjust spraying time, to can not enable a device to more intelligent.
Summary of the invention
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: control for construction machinery
Device processed, structure include: intelligency activity adjust cooling device, loose-leaf, removable cover, controller, control key, device housing,
Drop front, active lock, the intelligency activity adjust the rear side surface while and device housing that cooling device is located at device housing
Integrally weldedization structure, the loose-leaf are located at the interaction of both right sides of device housing front surface and link together, the activity
Both lower surfaces that panel is located at loose-leaf form integral structure by way of clearance fit, and the controller is located at active face
The electrical connection of both centers of plate front surface, the control key are embedded in the inside of drop front simultaneously simultaneously perpendicular to the lower section of controller
And the two gap cooperates together, upper surface and by welding of the removable cover perpendicular to device housing
Integral structure is formed with device housing, the active lock is set to both right-hand ends of drop front front surface as integration knot
Structure；
The intelligency activity adjusts cooling device and is equipped with movable pressurizing device, wind energy transmitting device, pushes gearshift, is dynamic
Apparatus for adjusting force, wind energy generation device stir regulating device, dynamic displacement device；
The activity pressurizing device is located at both right sides inside equipment and forms integral structure by welding, institute
It states wind energy transmitting device and is located at both left-hand faces of movable pressurizing device through linking together, the dynamic displacement device hangs down
Integral structure is directly formed by way of engagement in both front surfaces of movable pressurizing device, the regulating device of stirring is set to
Both left side sides of dynamic displacement device are connected with a joggle togather by gear, and the power modulating device, which is located at, stirs adjusting dress
Both tops set are cooperated together by band body activity, and the wind energy generation device, which runs through, is connected to power modulating device
Both left-hand faces be integrated, both the inside for pushing gearshift insertion wind energy transmitting device is connected
Together.
As advanced optimizing for the technical program, it is described activity pressurizing device be equipped with auxiliary frame, mechanical pump, rotating wheel,
It pulls rope, water pipe, pull frame, support frame, balancing stand, mounting rack, rope body, atomization frame, pressurized cylinder, the pulling rope, which is wrapped in, to be turned
The upper surface of driving wheel is gap-matched linking into an integrated entity structure with rotating wheel simultaneously, described that frame is pulled to be located at the upper of pulling rope
The two hingedly connected integrally changes structure simultaneously on surface, and the lower surface of the balancing stand, which is equipped with, pulls both framves to be movably connected in one
Rise, the balancing stand is located at the front surface of mounting rack and the two is by being welded to form integral structure, the rope body perpendicular to
Both left ends of balancing stand lower surface are flexibly connected, and support frame as described above is mounted on the left side of mounting rack by welding,
It is movably connected both while the auxiliary frame is located at balancing stand lower surface, the inside of the water pipe insertion auxiliary frame,
The mechanical pump is located at both downside surfaces of water pipe and links together through the two, the inside two of the rope body insertion pressurized cylinder
Person, which is gap-matched, to link together, and the atomization frame is vertically mounted on both front surfaces of pressurized cylinder through being connected to one
It rises, the inside of the atomization frame insertion wind energy transmitting device.
As advanced optimizing for the technical program, the wind energy transmitting device is equipped with displacement bar, rotating turret, steel cable, work
Movable plate, bond post, baffle plate frame, empty slot, vane frame, tube body, the vane frame are vertically embedded into both inner surfaces of baffle plate frame and adopt
It is linked together with clearance fit, the inside of the empty slot insertion baffle plate frame, downside table of the bond post perpendicular to baffle plate frame
Both faces link together by welding, and it is integrally welded that the movable plate is located at both centers of bond post lower surface
Change structure, both lower surfaces that the rotating turret is set to movable plate are connected together, and the displacement bar is gap-matched
It is mounted on the lower surface of movable plate, the steel cable is wrapped in the outer surface of rotating turret, and the tube body is located at the upper end of vane frame
Both faces are fixed together, and the baffle plate frame is flexibly connected with atomization frame.
As advanced optimizing for the technical program, it is described push gearshift equipped with drainpipe, water absorption pad, sliding rack,
Block, displacement bar, cam are pressed, the water absorption pad is located at the inner surface of balladeur train while being combined together with balladeur train activity, described
Drainpipe perpendicular to sliding rack lower surface simultaneously both link together by welding, it is described press block be set to water suction
Both left-hand faces of pad are movably connected, and the displacement bar, which agrees with, to be mounted on both outer surfaces of water absorption pad and be welded into
Integral structure, the mode that both outer surfaces that the cam is located at displacement bar are gap-matched form integral structure.
As advanced optimizing for the technical program, the power modulating device is equipped with pneumatic cylinder, transmission rope, ratchet, card
Hook housing, engaging lever, depending post, mandril, the mandril is vertically embedded into the inside of pneumatic cylinder while the two is gap-matched connection
Together, the depending post color and the mode being connected by a hinge with both upper surfaces of mandril link together, the engagement
Both inner surfaces that bar is located at depending post are linked together by clearance fit, and the grab frame passes through engaging lever and depending post
It is gap-matched and links together, the ratchet detent is connected to the downside surface of grab frame, and the transmission belt is wrapped in spine
Both outer surfaces of wheel are linked together by clearance fit, and the pneumatic cylinder is flexibly connected with wind energy generation device.
As advanced optimizing for the technical program, the wind energy generation device be equipped with conjugation tube, mounting base, twisting frame,
Back-shaped road, electric wire box, negative-pressure air fan, the connecting frame is located at both upper surfaces of mounting base integrally weldedization structure, described
Negative-pressure air fan is set to both upper surfaces of twisting frame mechanical connection, and the back-shaped road is vertically wrapped in the front surface two of negative-pressure air fan
Person is movably connected, and the electric wire box vertically cooperates together with both left sides of negative-pressure air fan, the engagement
Pipe is movably connected through both the front end faces for being connected to back-shaped road, and the conjugation tube and pneumatic cylinder are cooperatively connected one
It rises.
As advanced optimizing for the technical program, the regulating device of stirring is equipped with output wheel shaft, mounting base, cam
Frame, driving wheel, rotation seat, poke rod, movable stand, pulling rope, the front surface of the mounting base are equipped with output wheel shaft the two simultaneously
It is gap-matched and links together, the lateral surface for pulling rope to be wrapped in output wheel shaft, the poke rod is mounted on rotation
Seat inner surface and the two gap cooperate together, before the movable stand is mounted on poke rod by welding
Surface, the cam holder and driving wheel are concentric structure and are fixedly connected into integral structure, the cam holder and lower section
Movable stand be gap-matched and link together, the output wheel shaft is movably connected with dynamic displacement device.
As advanced optimizing for the technical program, the dynamic displacement device is equipped with threaded rod, shaft, bearing, cooperation
Block, mounting base, threaded block, cooperation frame, bracket, engagement axis, the bracket are movably arranged on the activity of both the inside of cooperation frame even
It is connected together, the threaded block is located at both front surfaces of bracket hingedly connected together, and the threaded block is wrapped in threaded rod
Both outer surfaces be threadedly coupled, both inside of the threaded rod insertion coordinating block is flexibly connected, the engagement axle position in
Both front surfaces of threaded rod integrally weldedization structure, it is integrally welded that the coordinating block is set to both upper surfaces of mounting base
Change structure, the right side connecting shaft that the bearing is set to threaded rod, which agrees with, to be installed together, and the wheel shaft and bearing fit are connected to one
It rises, the engagement axis meshes together with output wheel shaft activity.
Beneficial effect
The present invention is used for the control device of construction machinery, first passes through equipment and after extraneous power supply is powered, then simultaneously
And after connecting by the electric wire box in front of negative-pressure air fan with power supply, then after negative-pressure air fan rotation the inside in back-shaped road is generated
The atmospheric pressure of rotation, and by gas-pressurized make internal pneumatic cylinder pressure rise and the mandril by pushing top come
So that mandril pushes upwards, and the grab frame of the dynamic top of depending post card of the dynamic top of card makes ratchet wheel when pushing
Power is carried out to outside transmission by transmitting rope simultaneously, while carrying out rotation with the driving wheel of lower section and being carried out in cam holder
Cam holder carries out moving and making poke rod enterprising in rotation seat for lower section movable stand by external shape simultaneously for rotation
Row, which stirs displacement, can block the pulling rope of top so that output wheel shaft carries out the engagement axis in front of engagement in rotation and engaging
By the displacement bar of threaded block displacement top during enabling to threaded rod to be rotated in threaded rod rotation under the rotation of axis, come
It pulls the steel cable of inside to make the rotating turret rotation of top while the displaced position of empty slot can be controlled, and in empty slot and atomization
Under the engagement of frame, then makes the rotating wheel rotation in front in shaft and cause the drawing of top in the pulling rope for rotating through front
Moving frame pull balancing stand stirred on mounting rack so that lower section mechanical pump by auxiliary frame by tap aspirator come together
When enter the inside of pressurized cylinder, pressurization squeezes internal Dun atomization frame and atomization of water current is sprayed, then under the rotation of vane frame
Water flow is exported away by wind energy, is then conveyed in the inside of tube body, the tube body then exported around the inside of equipment,
Cooling down, can also be absorbed gas overly moist using water absorption pad, mode influences internal equipment, thus
Complete work.
For the prior art, the present invention enables to device can be certainly using control device when the work of outside
It is main internal using atomized spray cooling, while adjustable spraying time, more intelligence is enabled a device to reach
Purpose.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is structural schematic diagram of the present invention for the control device of construction machinery.
Fig. 2 is structural scheme of mechanism of the present invention for the control device of construction machinery.
Fig. 3 is that mechanism of the present invention for the control device of construction machinery refines schematic diagram.
Fig. 4 uses schematic diagram one for the control device of the invention for construction machinery.
Fig. 5 uses schematic diagram two for the control device of the invention for construction machinery.
In figure: intelligency activity adjusts cooling device -1, loose-leaf -2, removable cover -3, controller -4, control key -5, device
Shell -6, active lock -8, movable pressurizing device -11, wind energy transmitting device -12, pushes gearshift -13, is dynamic drop front -7
Apparatus for adjusting force -14, wind energy generation device -15 stir regulating device -16, dynamic displacement device -17, auxiliary frame -111, machinery
Pump -112, rotating wheel -113 pull rope -114, water pipe -115, pull frame -116, support frame -117, balancing stand -118, installation
Frame -119, rope body -1110, atomization frame -1111, pressurized cylinder -1112, displacement bar -121, rotating turret -122, steel cable -123, activity
Plate -124, bond post -125, baffle plate frame -126, empty slot -127, vane frame -128, tube body -129, drainpipe -131, water absorption pad -
132, sliding rack -133, press block -134, displacement bar -135, cam -136, pneumatic cylinder -141, transmission rope -142, ratchet -143,
Grab frame -144, depending post -146, mandril -147, conjugation tube -151, mounting base -152, twisting frame -153, returns at engaging lever -145
Shape road -154, electric wire box -155, negative-pressure air fan -156, output wheel shaft -161, mounting base -162, cam holder -163, driving wheel -
164, rotation seat -165, poke rod -166, movable stand -167, pull rope -168, threaded rod -171, shaft -172, bearing -173,
Coordinating block -174, mounting base -175, threaded block -176, cooperation frame -177, bracket -178, engagement axis -179.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.
Embodiment
Fig. 1-Fig. 5 is please referred to, the present invention is provided to the control device of construction machinery, structure includes: intelligency activity tune
Cooling device 1, loose-leaf 2, removable cover 3, controller 4, control key 5, device housing 6, drop front 7, active lock 8 are saved, it is described
Intelligency activity adjust cooling device 1 be located at device housing 6 rear side surface and meanwhile with 6 integrally weldedization structure of device housing,
The loose-leaf 2 is located at the interaction of both right sides of 6 front surface of device housing and links together, and the drop front 7 is located at loose-leaf 2
Both lower surfaces form integral structure by way of clearance fit, and the controller 4 is located in 6 front surface of drop front
The electrical connection of both centres, the control key 5 are embedded in the inside and between the two of drop front 7 perpendicular to the lower section of controller 4 simultaneously
Gap cooperates together, the removable cover 3 perpendicular to device housing 6 upper surface and by welding with device
Shell 6 forms integral structure, and both right-hand ends that the active lock 8 is set to 7 front surface of drop front are integrated；
The intelligency activity adjusts cooling device 1 and is equipped with movable pressurizing device 11, wind energy transmitting device 12, pushes displacement dress
It sets 13, power modulating device 14, wind energy generation device 15, stir regulating device 16, dynamic displacement device 17；
The activity pressurizing device 11 is located at both right sides inside equipment and forms integral structure by welding,
Both left-hand faces that the wind energy transmitting device 12 is located at movable pressurizing device 11, which run through, to link together, the dynamic displacement
Device 17 forms integral structure perpendicular to both front surfaces of movable pressurizing device 11 by way of engagement, described to stir tune
Both left side sides that regulating device 16 is set to dynamic displacement device 17 are connected with a joggle togather by gear, the power modulating device
14 positioned at both tops of regulating device 16 are stirred by cooperating together with body activity, and the wind energy generation device 15 passes through
Wear and be connected to both left-hand faces of power modulating device 14 and be integrated, it is described push gearshift 13 and be embedded in wind energy pass
Both the inside of the defeated device 12 movable pressurizing device 11 together that is connected is equipped with auxiliary frame 111, mechanical pump 112, turns
Driving wheel 113 pulls rope 114, water pipe 115, pulls frame 116, support frame 117, balancing stand 118, mounting rack 119, rope body 1110, mist
Change frame 1111, pressurized cylinder 1112, between the upper surface for pulling rope 114 to be wrapped in rotating wheel 113 is used with rotating wheel 113 simultaneously
Gap mating connection integralization structure, the pulling frame 116 are located at the upper surface for pulling rope 114 while the two hingedly connected at one
Body structure, the lower surface of the balancing stand 118, which is equipped with, pulls both framves 116 to be movably connected, the balancing stand 118
In mounting rack 119 front surface and the two by being welded to form integral structure, the rope body 1110 is perpendicular to balancing stand 118
Both left ends of lower surface are flexibly connected, and support frame as described above 117 is mounted on the left side of mounting rack 119 by welding,
It is movably connected both while the auxiliary frame 111 is located at 118 lower surface of balancing stand, the insertion of water pipe 115 auxiliary
The inside of frame 117, the mechanical pump 112 are located at both downside surfaces of water pipe 115 and link together through the two, the rope body
Both the inside of 1110 insertion pressurized cylinders 1112, which is gap-matched, to link together, and the atomization frame 1111, which is vertically mounted on, to be added
Through linking together, the atomization frame 1111 is embedded in described in the inside of wind energy transmitting device 12 both front surfaces of cylinder pressure 1112
Wind energy transmitting device 12 be equipped with displacement bar 121, rotating turret 122, steel cable 123, movable plate 124, bond post 125, baffle plate frame 126,
Empty slot 127, vane frame 128, tube body 129, the vane frame 128 are vertically embedded between the use of both inner surfaces of baffle plate frame 126
Gap cooperates together, and the empty slot 127 is embedded in the inside of baffle plate frame 126, and the bond post 125 is perpendicular to baffle plate frame 126
Both downside surfaces link together by welding, the movable plate 124 is located at the center of 125 lower surface of bond post
The two integrally weldedization structure, both lower surfaces that the rotating turret 122 is set to movable plate 124 are connected together, institute
It states displacement bar 121 and is gap-matched the lower surface for being mounted on movable plate 124, the steel cable 123 is wrapped in the outer of rotating turret 122
Side surface, both upper surfaces that the tube body 129 is located at vane frame 128 are fixed together, the baffle plate frame 126 and atomization
Frame 1111 be flexibly connected it is described push gearshift 13 equipped with drainpipe 131, water absorption pad 132, sliding rack 133, press block 134,
Displacement bar 135, cam 136, the water absorption pad 132 are located at the inner surface of balladeur train 133 simultaneously with 133 activity cooperation of balladeur train one
Rise, the drainpipe 131 perpendicular to sliding rack 133 lower surface simultaneously both link together by welding, it is described
Both left-hand faces that block 134 is pressed set on water absorption pad 132 are movably connected, and the displacement bar 135, which agrees with, is mounted on suction
Both outer surfaces of water cushion 132 integrally weldedization structure, the cam 136 are located at both outer surfaces of displacement bar 135
The mode being gap-matched forms power modulating device 14 described in integral structure equipped with pneumatic cylinder 141, transmission rope 142, spine
143, grab frame 144, engaging lever 145, depending post 146, mandril 147 are taken turns, the mandril 141 is vertically embedded into the interior of pneumatic cylinder 141
Portion is gap-matched and links together both simultaneously, 146 color of depending post and passes through hinge with both upper surfaces of mandril 147
The mode of chain link links together, and the engaging lever 145 is located at both inner surfaces of depending post 146 and is connected by clearance fit
It is connected together, the grab frame 144 is gap-matched with depending post 146 by engaging lever 145 and is linked together, the ratchet
143 detents are connected to the downside surface of grab frame 143, and both outer surfaces that the transmission belt 142 is wrapped in ratchet 143 pass through
Clearance fit links together, and the pneumatic cylinder 141 is flexibly connected the wind energy generation device 15 with wind energy generation device 15 and sets
There are conjugation tube 151, mounting base 152, twisting frame 153, back-shaped road 154, electric wire box 155, negative-pressure air fan 156, the connecting frame 153
Both upper surfaces positioned at mounting base 152 integrally weldedization structure, the negative-pressure air fan 155 are set to the upper end of twisting frame 153
Both faces mechanical connection, both front surfaces that the back-shaped road 154 is vertically wrapped in negative-pressure air fan 156 are movably connected,
The electric wire box 155 vertically cooperates together with both left sides of negative-pressure air fan 156, and the conjugation tube 151 is through connecting
It connects both front end faces in back-shaped road 154 to be movably connected, the conjugation tube 151 is cooperatively connected with pneumatic cylinder 141 one
Rise it is described stir regulating device 16 be equipped with output wheel shaft 161, mounting base 162, cam holder 163, driving wheel 164, rotation seat 165,
Poke rod 166, movable stand 167, pulling rope 168, the front surface of the mounting base 162 is equipped with output wheel shaft 161, and the two is adopted simultaneously
It is linked together with clearance fit, the lateral surface for pulling rope 168 to be wrapped in output wheel shaft 161, the poke rod 166 is installed
In 165 inner surface of rotation seat and the two gap cooperates together, and the movable stand 167 is installed by welding
In the front surface of poke rod 166, the cam holder 163 is concentric structure with driving wheel 164 and is fixedly connected into integrated
The movable stand 167 of structure, the cam holder 163 and lower section, which is gap-matched, to link together, the output wheel shaft 161 with it is dynamic
Power gearshift 17 be movably connected the dynamic displacement device 17 equipped with threaded rod 171, shaft 172, bearing 173, match
Block 174, mounting base 175, threaded block 176, cooperation frame 177, bracket 178, engagement axis 179 are closed, the bracket 175 is movably arranged on
Both the inside of cooperation frame 177 is movably connected, and the threaded block 176 is located at both front surfaces of bracket 178 twisting company
It is connected together, the threaded block 176 is wrapped in the threaded connection of both outer surfaces of threaded rod 171, and the threaded rod 171 is embedded in
Both inside of coordinating block 174 is flexibly connected, and it is integrally welded that the engagement axis 179 is located at both front surfaces of threaded rod 171
Change structure, the coordinating block 174 is set to both the upper surface of mounting base 175 integrally weldedization structure, the bearing 173 and is set to
The right side connecting shaft of threaded rod 171, which agrees with, to be installed together, and the wheel shaft 172 cooperates together with bearing 173, the engagement
Axis 179 meshes together with output 161 activity of wheel shaft.
After the principle of the present invention: first passing through equipment and extraneous power supply is powered, then and pass through negative-pressure air fan 156
After the electric wire box 155 and power supply in front are connected, then negative-pressure air fan 156 makes the inside in back-shaped road 154 generate rotation after rotating
Atmospheric pressure, and make internal 141 pressure of pneumatic cylinder increase and the mandril 147 by pushing top by gas-pressurized
Come so that mandril 147 pushes upwards, and blocks the grab frame 144 for moving the dynamic top of the card of depending post 145 of top when pushing
So that power 142 is carried out outside transmission by transmitting to restrict simultaneously by the rotation of ratchet 143, at the same with the driving wheel of lower section 164 into
Row rotation and cam holder 163 rotate cam holder 163 simultaneously carried out by external shape below movable stand 167
It is mobile and make poke rod 166 carry out stirring on rotation seat 165 displacement can block above pulling rope 168 to export
Wheel shaft 161 carries out the engagement axis 179 in front of engagement in rotation and enables to threaded rod 171 to revolve under the rotation of engagement axis 179
Turn by the displacement bar 121 above the displacement of threaded block 176 during threaded rod 171 rotates, to pull the steel cable 123 of inside
So that the rotation of rotating turret 122 of top can control the displaced position of empty slot 127 simultaneously, and in empty slot 127 and atomization frame
Under 1111 engagement, then make the rotation of rotating wheel 113 in front and the pulling rope 114 in front of rotating through in shaft 172
Cause the pulling frame 116 of top that balancing stand 118 is pulled to stir the mechanical pump 112 so that lower section on mounting rack 119
While the inside of pressurized cylinder 1112 will be entered, pressurization, which squeezes internal Dun atomization frame 1111, to be made on tap aspirator by auxiliary frame 111
It obtains atomization of water current to spray, then be exported away water flow by wind energy under the rotation of vane frame 128, then in tube body 129
Inside is conveyed, and the tube body 129 then exported cools down around the inside of equipment, can also using water absorption pad 132 incited somebody to action
Wet gas is absorbed, and mode influences internal equipment, to complete work.
Wind energy generation device 15 of the present invention refers to add equipment using the wind energy that blower generates
Press work.
Problems solved by the invention is that control device can not enable a device to independently utilize mist when the work of outside
It is internal to change sprinkling cooling, while spraying time can not be adjusted, so that more intelligence can not be enabled a device to, the present invention is logical
Being combined with each other for above-mentioned component is crossed, control device enables to device that can independently utilize atomized spray when the work of outside
Cooling is internal, while adjustable spraying time, enables a device to more intelligentized purpose to reach.
The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic
The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair
Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (8)
1. being used for the control device of construction machinery, structure includes: that intelligency activity adjusts cooling device (1), loose-leaf (2), activity
Cover board (3), controller (4), control key (5), device housing (6), drop front (7), active lock (8), the intelligency activity tune
Section cooling device (1) be located at device housing (6) rear side surface and meanwhile with device housing (6) integrally weldedization structure, it is described
Loose-leaf (2) is located at the right side of device housing (6) front surface and the two is movably connected, and the drop front (7) is located at
The lower surface of loose-leaf (2) and the two form integral structure by way of clearance fit, and the controller (4) is located at activity
The center of panel (6) front surface and the two is electrically connected, the control key (5) is embedded in simultaneously perpendicular to the lower section of controller (4)
The inside and the two gap of drop front (7) cooperate together, it is characterised in that:
The removable cover (3) perpendicular to device housing (6) upper surface and by welding with device housing (6) group
Integralization structure, the active lock (8) is set to the right-hand end of drop front (7) front surface and the two is integrated；
The intelligency activity adjusts cooling device (1) and is equipped with movable pressurizing device (11), wind energy transmitting device (12), pushes displacement
Device (13), wind energy generation device (15), stirs regulating device (16), dynamic displacement device (17) at power modulating device (14)；
The activity pressurizing device (11) is located at the right side inside equipment and the two forms integration knot by welding
Structure, the wind energy transmitting device (12) are located at the left-hand face of movable pressurizing device (11), and the two is through linking together, institute
The front surface and the two that dynamic displacement device (17) is stated perpendicular to movable pressurizing device (11) form one by way of engagement
Body structure, it is described stir regulating device (16) set on dynamic displacement device (17) left side side and the two by gear engagement
It links together, the power modulating device (14) is located at the top for stirring regulating device (16) and the two passes through band body activity
It cooperates together, the wind energy generation device (15) runs through the left-hand face and two for being connected to power modulating device (14)
Person is integrated, it is described push gearshift (13) insertion wind energy transmitting device (12) inside and the two be connected
Together.
2. the control device according to claim 1 for construction machinery, it is characterised in that: the activity pressurizing device
(11) auxiliary frame (111) are equipped with, mechanical pump (112), rotating wheel (113), rope (114) is pulled, water pipe (115), pulls frame
(116), support frame (117), balancing stand (118), mounting rack (119), rope body (1110), atomization frame (1111), pressurized cylinder
(1112), the upper surface for pulling rope (114) to be wrapped in rotating wheel (113) is gap-matched with rotating wheel (113) simultaneously
Linking into an integrated entity structure, pulling frame (116) is located at the upper surface for pulling rope (114) while the two hingedly connected is integral
Change structure, the lower surface of the balancing stand (118) is equipped with pulling frame (116) and the two is movably connected, the balance
Frame (118) is located at the front surface of mounting rack (119) and the two is hung down by being welded to form integral structure, the rope body (1110)
Directly in balancing stand (118) lower surface left end and the two be flexibly connected, support frame as described above (117) installs by welding
In the left side of mounting rack (119), it is flexibly connected both while the auxiliary frame (111) is located at balancing stand (118) lower surface
Together, the inside of water pipe (115) insertion auxiliary frame (117), the mechanical pump (112) are located at the downside of water pipe (115)
Surface, and the two, through linking together, both the inside of rope body (1110) insertion pressurized cylinder (1112) is matched using gap
Conjunction links together, and the front surface and the two that atomization frame (1111) is vertically mounted on pressurized cylinder (1112) are through being connected to
Together, the inside of atomization frame (1111) insertion wind energy transmitting device (12).
3. the control device according to claim 1 or 2 for construction machinery, it is characterised in that: the wind energy transmission dress
(12) are set equipped with displacement bar (121), rotating turret (122), steel cable (123), movable plate (124), bond post (125), baffle plate frame
(126), empty slot (127), vane frame (128), tube body (129), the vane frame (128) are vertically embedded into the interior of baffle plate frame (126)
Side surface and the two, which are gap-matched, to link together, the inside of empty slot (127) insertion baffle plate frame (126), described
Bond post (125) links together by welding perpendicular to the downside surface and the two of baffle plate frame (126), the work
Movable plate (124) is located at the center of bond post (125) lower surface and the two integrally weldedization structure, the rotating turret (122)
Set on movable plate (124) lower surface and the two be connected together, the displacement bar (121) is gap-matched installation
In the lower surface of movable plate (124), the steel cable (123) is wrapped in the outer surface of rotating turret (122), the tube body (129)
Positioned at vane frame (128) upper surface and the two be fixed together, the baffle plate frame (126) and atomization frame (1111) are living
Dynamic connection.
4. the control device according to claim 1 for construction machinery, it is characterised in that: described to push gearshift
(13) drainpipe (131) are equipped with, water absorption pad (132), sliding rack (133), press block (134), displacement bar (135), cam
(136), the water absorption pad (132) is located at the inner surface of balladeur train (133) while being combined together with balladeur train (133) activity, institute
Drainpipe (131) is stated perpendicular to the lower surface of sliding rack (133) while the two links together by welding, the pressure
Both left-hand faces that motion block (134) is set to water absorption pad (132) are movably connected, and the displacement bar (135) agrees with installation
In the outer surface and the two integrally weldedization structure of water absorption pad (132), the cam (136) is located at displacement bar (135)
Outer surface and the mode that is gap-matched of the two form integral structure.
5. the control device according to claim 1 for construction machinery, it is characterised in that: the power modulating device
(14) pneumatic cylinder (141), transmission rope (142), ratchet (143), grab frame (144), engaging lever (145), depending post are equipped with
(146), mandril (147), the mandril (141) are vertically embedded into the inside of pneumatic cylinder (141) while the two company of being gap-matched
It is connected together, the depending post (146) and with the upper surface of mandril (147) and mode that the two is connected by a hinge is connected to
Together, the engaging lever (145) is located at the inner surface of depending post (146) and the two is linked together by clearance fit,
The grab frame (144) is gap-matched with depending post (146) by engaging lever (145) and is linked together, the ratchet
(143) detent is connected to the downside surface of grab frame (143), and the transmission belt (142) is wrapped in the outer surface of ratchet (143)
And the two is linked together by clearance fit, and the pneumatic cylinder (141) is flexibly connected with wind energy generation device (15).
6. the control device according to claim 1 for construction machinery, it is characterised in that: the wind energy generation device
(15) conjugation tube (151), mounting base (152), twisting frame (153), back-shaped road (154), electric wire box (155), negative-pressure air fan are equipped with
(156), the connecting frame (153) is located at upper surface and the two integrally weldedization structure of mounting base (152), the negative pressure
Blower (155) is set to the upper surface of twisting frame (153) and the two is mechanically connected, and the back-shaped road (154) is vertically wrapped in negative
The front surface and the two of pressure fan (156) are movably connected, the electric wire box (155) vertically with negative-pressure air fan (156)
Left side and the two cooperate together, the conjugation tube (151), which is run through, is connected to the front end face in back-shaped road (154) simultaneously
And the two is movably connected, the conjugation tube (151) cooperates together with pneumatic cylinder (141).
7. the control device according to claim 1 for construction machinery, it is characterised in that: described to stir regulating device
(16) output wheel shaft (161), mounting base (162), cam holder (163), driving wheel (164), rotation seat (165), poke rod are equipped with
(166), the front surface of movable stand (167), pulling rope (168), the mounting base (162) is equipped with output wheel shaft (161) while two
Person, which is gap-matched, to link together, the lateral surface for pulling rope (168) to be wrapped in output wheel shaft (161), described to stir
Bar (166) is mounted on rotation seat (165) inner surface and the two gap cooperates together, and the movable stand (167) is logical
The mode for crossing welding is mounted on the front surface of poke rod (166), and the cam holder (163) and driving wheel (164) are concentric circles knot
Structure and it is fixedly connected into integral structure, the cam holder (163) is gap-matched with the movable stand (167) of lower section and connect
Together, the output wheel shaft (161) is movably connected with dynamic displacement device (17).
8. the control device according to claim 1 for construction machinery, it is characterised in that: the dynamic displacement device
(17) be equipped with threaded rod (171), shaft (172), bearing (173), coordinating block (174), mounting base (175), threaded block (176),
Cooperate frame (177), bracket (178), engagement axis (179), the bracket (175) is movably arranged on the inside of cooperation frame (177) simultaneously
And the two is movably connected, the front surface and the two hingedly connected that the threaded block (176) is located at bracket (178) are one
It rises, the threaded block (176) is wrapped in the outer surface of threaded rod (171) and the two is threadedly coupled, the threaded rod (171)
It is embedded in the inside of coordinating block (174) and the two is flexibly connected, engagement axis (179) is located at the front surface of threaded rod (171)
And the two integrally weldedization structure, the coordinating block (174) is set to the upper surface of mounting base (175) and the two is welded into
Integral structure, the bearing (173) are set to the right side of threaded rod (171), and the shaft (172) and bearing (173) cooperation connect
It is connected together, the engagement axis (179) meshes together with output wheel shaft (161) activity.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810491025.4A CN108601303B (en) | 2018-05-21 | 2018-05-21 | Control device for construction machinery |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810491025.4A CN108601303B (en) | 2018-05-21 | 2018-05-21 | Control device for construction machinery |
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| CN108601303A CN108601303A (en) | 2018-09-28 |
| CN108601303B true CN108601303B (en) | 2019-11-08 |
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| CN201810491025.4A Active CN108601303B (en) | 2018-05-21 | 2018-05-21 | Control device for construction machinery |
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| CN108998940A (en) * | 2018-10-19 | 2018-12-14 | 杨开村 | The condensing roller drying machine of temperature sensor |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202052684U (en) * | 2011-01-28 | 2011-11-30 | 上海交通大学 | Force-control type electromagnet and permanent magnet compound excitation vibration table |
| CN205829177U (en) * | 2016-07-18 | 2016-12-21 | 杭州暖威电气有限公司 | A kind of low-voltage dynamic reactive power compensation based on FPGA |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7403392B2 (en) * | 2006-05-16 | 2008-07-22 | Hardcore Computer, Inc. | Liquid submersion cooling system |
| CN106535579A (en) * | 2016-12-08 | 2017-03-22 | 深圳市汇联时代科技有限公司 | Mobile terminal of active cooling system |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202052684U (en) * | 2011-01-28 | 2011-11-30 | 上海交通大学 | Force-control type electromagnet and permanent magnet compound excitation vibration table |
| CN205829177U (en) * | 2016-07-18 | 2016-12-21 | 杭州暖威电气有限公司 | A kind of low-voltage dynamic reactive power compensation based on FPGA |
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Effective date of registration: 20191021 Address after: 221000 north side of Huangshan Road, BEIGOU Town, Xinyi City, Xuzhou City, Jiangsu Province (Wuxi Xinyi Industrial Park) Applicant after: Jiangsu tin Yi High-tech Zone Technology Development Co. Ltd. Address before: 362001 Xinhua North Road, Licheng District, Quanzhou, Fujian Province, No. 32 Applicant before: Lu Wei Bin |
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