CN108386824A - It is a kind of can automatic heat radiation headlamp - Google Patents
It is a kind of can automatic heat radiation headlamp Download PDFInfo
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- CN108386824A CN108386824A CN201810086401.1A CN201810086401A CN108386824A CN 108386824 A CN108386824 A CN 108386824A CN 201810086401 A CN201810086401 A CN 201810086401A CN 108386824 A CN108386824 A CN 108386824A
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- Prior art keywords
- gear
- outer framework
- fixed
- motor
- left end
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V29/00—Protecting lighting devices from thermal damage; Cooling or heating arrangements specially adapted for lighting devices or systems
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V29/00—Protecting lighting devices from thermal damage; Cooling or heating arrangements specially adapted for lighting devices or systems
- F21V29/50—Cooling arrangements
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V29/00—Protecting lighting devices from thermal damage; Cooling or heating arrangements specially adapted for lighting devices or systems
- F21V29/50—Cooling arrangements
- F21V29/60—Cooling arrangements characterised by the use of a forced flow of gas, e.g. air
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V29/00—Protecting lighting devices from thermal damage; Cooling or heating arrangements specially adapted for lighting devices or systems
- F21V29/50—Cooling arrangements
- F21V29/60—Cooling arrangements characterised by the use of a forced flow of gas, e.g. air
- F21V29/67—Cooling arrangements characterised by the use of a forced flow of gas, e.g. air characterised by the arrangement of fans
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Non-Portable Lighting Devices Or Systems Thereof (AREA)
Abstract
The invention discloses it is a kind of can automatic heat radiation headlamp, its structure includes radiator, chamber door, hinge, lockset, fixed frame, glass, deck, rivet, lamps and lanterns, rear cover support plate, fixed even block, hexagonal locating rod, flexible handle, chamber door upper end is fixed by screws with lockset rear end, it is mutually welded with hinge inner ring chamber door bottom, fixed frame inner wall is that card slot is connect with glass outer wall, deck front end quadrangle is fixedly connected with fixed frame inner wall quadrangle by rivet, deck middle-end is mutually binded with lamps and lanterns outer wall, the present invention it is a kind of can automatic heat radiation headlamp, structure is equipped with radiator, the dual cooling of device, lamps and lanterns are made quickly to reduce temperature, protection lamps and lanterns avoid the occurrence of superheating phenomenon with circuit, to extend lamps and lanterns and circuit service life, reduce security risk simultaneously.
Description
Technical field
The present invention be it is a kind of can automatic heat radiation headlamp, belong to headlamp field.
Background technology
The effect of illuminator has been not limited solely to illuminate and the eyes of household, it is played when more
It is decoration function, therefore the selection of illuminator will be more much more complex, it is not only related to safe and power saving, and can be related to
To factors such as material, type, style grades, a good lamp decoration may once become the soul of finishing.
But existing headlamp can not automatic heat radiation, the headlamp working time is long to easy to produce a large amount of heat, easily to lamp
Tool and circuit damage, and reduce the service life of lamps and lanterns and circuit, and there are certain security risks.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide it is a kind of can automatic heat radiation headlamp, with solve
Existing headlamp can not automatic heat radiation, the headlamp working time is long to easy to produce a large amount of heat, is easily made to lamps and lanterns and circuit
At damage, the service life of lamps and lanterns and circuit is reduced, and there are problems that certain security risk.
To achieve the goals above, the present invention is to realize by the following technical solutions：It is a kind of can automatic heat radiation photograph
Bright lamp, structure include radiator, chamber door, hinge, lockset, fixed frame, glass, deck, rivet, lamps and lanterns, rear cover support plate,
Fixed even block, hexagonal locating rod, flexible handle, the chamber door upper end are fixed by screws with lockset rear end, the chamber door
Bottom is mutually welded with hinge inner ring, and the fixed frame inner wall and glass outer wall are that card slot connect, deck front end quadrangle with consolidate
Determine frame inner wall quadrangle to be fixedly connected by rivet, the deck middle-end is mutually binded with lamps and lanterns outer wall, and the fixed back end of frame is with after
Lid support front edge of board is integrated, and the glass rear end is clearance fit, the rear cover support plate bottom with deck front end
It is fixedly connected at the top of fixed even block, the flexible handle side is connected with fixed even block side by hexagonal locating rod, institute
It is to be threadedly coupled that hexagonal locating rod right end, which is stated, with fixed even block left end, and the flexible handle side is gap with fixed even block side
Cooperation, the radiator front end is connected with hinge outer shroud；The radiator is by the first radiator structure, the first heat dissipation switch
Structure, the second heat dissipation switch structure, the second radiator structure, outer framework form, in the first radiator structure left end and outer framework
Portion's left end is connected, and the first heat dissipation switch structural top fits with outer framework inner tip, second heat dissipation switch
Structural top is fixedly connected with outer framework inner tip, and second radiator structure rear end is that machinery connects with outer framework Internal back end
It connects, the chamber door bottom is connected with outer framework outer wall by hinge.
Further, first radiator structure is by the first fixed link, the first fan, the first belt, the first filter layer,
One transmission gear, first motor gear, first motor, first motor fixed seat, the first return spring, first flexible connection block,
First small sliding slot, the first electrical source of power, first are fixedly connected with block, first pulley composition.
Further, first bottom of fixed is mutually welded with outer framework inner bottom, first electrical source of power bottom
It mutually binds at the top of portion and the first fixed link, is mutually welded at the top of the first pulley bottom and the first fixed link, described first fixes
It is fixedly connected at the top of link block bottom and the first electrical source of power, first fan front is that machinery connects with outer framework interior forward end
It connects, the first fan inner ring is connected with the first transmission gear inner ring by the first belt, at the top of first transmission gear
It is meshed with first motor gear rear end, the first motor gear top is connected with first motor bottom by connecting rod, institute
It states first motor left end with left end inside outer framework to be connected by first motor fixed seat, the first flexible connection block left end
It is connected by the first return spring with left end inside outer framework, at the top of the first flexible connection block and inside the first small sliding slot
It is connected using card slot, with the first electrical source of power cathode to be electrically connected inside the first motor, described first is fixedly connected with block
It is just extremely being electrically connected with the first electrical source of power on the right side of upper end.
Further, the first heat dissipation switch structure is by first volume line gear, first gear spring, the first sector
Wheel, the first spur gear, first longitudinal direction sliding slot, first longitudinal direction rack, the first rack-driving wheel, the first horizontal tooth bar, first are laterally
Sliding slot, the first sliding groove fixed seat, the first unwrapping wire gear, the first L fixed blocks, steel cable, first stick up bar, the first towed telescopic rod,
First towed electromagnet composition.
Further, it is meshed at the top of the first unwrapping wire gear bottom and first volume line gear, the first spiral tooth
Wheel inner ring is connected with the first sector gear right end by steel cable, and the first sector gear left end is logical with outer framework inner bottom
First gear spring is crossed to be connected, with the first spur gear bottom to be sequentially connected at the top of first sector gear, described first
Sliding slot is fixed base rear end and is fixed by screws with outer framework Internal back end, the first longitudinal direction rack right end and the first sliding groove
Fixed seat left end is connected by first longitudinal direction sliding slot, is passed through with the first sliding groove fixed seat upper end at the top of first horizontal tooth bar
First horizontal concrete chute is connected, and first horizontal tooth bar bottom passes through the first rack-driving wheel phase with first longitudinal direction rack left end
Connection, the first unwrapping wire gear inner ring stick up bar bottom with first and are connected by steel cable, and described first sticks up bar middle-end and the first L
Fixed block right end is flexible connection, and described first, which sticks up bar top, is connected with the first towed telescopic rod left end by positioning pin,
The first towed telescopic rod right end is integrated with the first towed electromagnet left end.
Further, the second heat dissipation switch structure is by volume Two line gear, second gear spring, the second sector
Wheel, the second spur gear, second longitudinal direction sliding slot, second longitudinal direction rack, the second rack-driving wheel, the second horizontal tooth bar, second are laterally
Sliding slot, second sliding slot fixed seat, the second unwrapping wire gear, the 2nd L fixed blocks, drawstring, second stick up bar, the second towed telescopic rod,
Second towed electromagnet, main control power supply, temperature inductor, power control line composition.
Further, it is that Spur Gear Driving is connect at the top of the second unwrapping wire gear bottom and volume Two line gear, it is described
Volume Two line gear inner ring is connected with the second sector gear left end by drawstring, the second sector gear right end and outer framework
Inner bottom is connected by second gear spring, and the second sliding slot fixes base rear end and passes through screw with outer framework Internal back end
It is fixedly connected, the second longitudinal direction rack left end is connected with second sliding slot fixed seat right end by second longitudinal direction sliding slot, described
It is connected by the second horizontal concrete chute with second sliding slot fixed seat upper end at the top of second horizontal tooth bar, second horizontal tooth bar bottom
Portion is connected with second longitudinal direction rack right end by the second rack-driving wheel, and the second unwrapping wire gear inner ring and second sticks up bar bottom
Portion is connected by drawstring, and described second sticks up bar middle-end with the 2nd L fixed block left ends to be flexibly connected, and described second sticks up at the top of bar
It is connected by positioning pin with the second towed telescopic rod right end, the second towed telescopic rod left end and the second towed electricity
Magnet right end is integrated, and the main control power supply right end passes through power control line phase with the second towed electromagnet left end
Connection, the temperature inductor top are mutually binded with outer framework inner tip.
Further, second radiator structure is by the second fixed link, the second fan, the second belt, the second filter layer,
Two transmission gears, the second motor gear, the second motor, the second motor fixing seat, the second return spring, second flexible connection block,
Second small sliding slot, the second electrical source of power, second are fixedly connected with block, second pulley composition.
Further, second bottom of fixed is mutually welded with outer framework inner bottom, second electrical source of power bottom
It mutually binds, is mutually welded at the top of the second pulley bottom and the second fixed link, second fan at the top of portion and the second fixed link
Front end is mechanical connection with outer framework interior forward end, and the second fan inner ring passes through the second belt with the second transmission gear inner ring
It is connected, is meshed with the second motor gear rear end at the top of second transmission gear, at the top of second motor gear and the
Two motor bottoms are connected by connecting rod, and the second flexible connection block right end restores bullet with right end inside outer framework by second
Spring is connected, and is connected using card slot with inside the second small sliding slot at the top of the second flexible connection block, in second motor
Portion is to be electrically connected with the second electrical source of power cathode.
Further, the main control power supply left end is connected with the first towed electromagnet right end by power control line
It connects.
Further, the first flexible connection block right end is connected with the first horizontal tooth bar left end by steel cable.
Advantageous effect
The present invention it is a kind of can automatic heat radiation headlamp, structure be equipped with radiator, headlamp is placed on suitable position
It sets, lamps and lanterns light after energization, and when reaching certain temperature, temperature inductor is induced electrified, make main control power supply simultaneously with second
Towed electromagnet, the first towed electromagnet complete closed circuit, and the second towed telescopic rod retraction, makes second to stick up bar at this time
It rotates counterclockwise, pulls the second unwrapping wire gear to rotate clockwise by drawstring, and then volume Two line gear is made to rotate counterclockwise, the
Two sector gears rotate counterclockwise, and the second spur gear, which rotates clockwise, at this time pulls second longitudinal direction rack to be close to second longitudinal direction sliding slot
It glides, so that the second horizontal tooth bar is turned left sliding by the second rack-driving wheel, and then make the second flexible connection block and the second fixation
Link block fits, and the second electrical source of power is made to complete closed circuit with the second motor, and the second motor gear drives the second driving cog
Wheel rotation makes the second fan rotate by the second belt, while the first towed telescopic rod retraction, makes first to stick up bar and turns counterclockwise
It is dynamic, pull the first unwrapping wire gear to rotate counterclockwise by drawstring, and then first volume line gear is made to rotate clockwise, the first sector
Wheel rotates clockwise, and the first spur gear, which rotates counterclockwise, at this time pulls first longitudinal direction rack to be close to the downslide of first longitudinal direction sliding slot, leads to
Crossing the first rack-driving wheel makes the first horizontal tooth bar turn right sliding, and then the first flexible connection block is made to be fixedly connected with block phase with first
Fitting, makes the first electrical source of power complete closed circuit with first motor, and first motor gear drives the rotation of the first transmission gear, leads to
Crossing the first belt makes the rotation of the first fan start radiating and cooling, and the dual cooling of device makes lamps and lanterns quickly reduce temperature, protects lamps and lanterns
Superheating phenomenon is avoided the occurrence of with circuit, to extend lamps and lanterns and circuit service life, while reducing security risk.
Description of the drawings
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 be the present invention it is a kind of can automatic heat radiation headlamp structural schematic diagram；
Fig. 2 is the sectional view of radiator of the present invention；
Fig. 3 is startup work sheets of the second radiator structure of the invention；
Fig. 4 is the first heat dissipation switch construction recovery action diagram of the invention.
In figure：Radiator -1, chamber door -2, hinge -3, lockset -4, fixed frame -5, glass -6, deck -7, rivet -8, lamp
Tool -9, rear cover support plate -10, fixed even block -11, hexagonal locating rod -12, flexible handle -13, the first radiator structure -101, the
One heat dissipation switch structure -102, the second heat dissipation switch structure -103, the second radiator structure -104, outer framework -105, first are fixed
Bar -1011, the first fan -1012, the first belt -1013, the first filter layer -1014, the first transmission gear -1015, the first electricity
Machine gear -1016, first motor -1017, first motor fixed seat -1018, the first return spring -1019, the first flexible connection
Block -10110, the first small sliding slot -10111, the first electrical source of power -10112, first are fixedly connected with block -10113, first pulley -
10114, first volume line gear -1021, first gear spring -1022, the first sector gear -1023, the first spur gear -1024,
First longitudinal direction sliding slot -1025, first longitudinal direction rack -1026, the first rack-driving wheel -1027, the first horizontal tooth bar -1028,
One horizontal concrete chute -1029, the first sliding groove fixed seat -10210, the first unwrapping wire gear -10211, the first L fixed blocks -10212, steel
Rope -10213, first sticks up bar -10214, the first towed telescopic rod -10215, the first towed electromagnet -10216, volume Two
Line gear -1031, second gear spring -1032, the second sector gear -1033, the second spur gear -1034, second longitudinal direction sliding slot -
1035, second longitudinal direction rack -1036, the second rack-driving wheel -1037, the second horizontal tooth bar -1038, the second horizontal concrete chute -
1039, second sliding slot fixed seat -10310, the second unwrapping wire gear -10311, the 2nd L fixed blocks -10312, drawstring -10313,
Two stick up bar -10314, the second towed telescopic rod -10315, the second towed electromagnet -10316, main control power supply -10317,
Temperature inductor -10318, power control line -10319, the second fixed link -1041, the second fan -1042, the second belt -
1043, the second filter layer -1044, the second transmission gear -1045, the second motor gear -1046, the second motor -1047, the second electricity
Machine fixed seat -1048, the second return spring -1049, the second flexible connection block -10410, the second small sliding slot -10411, second move
Power power supply -10412, second are fixedly connected with block -10413, second pulley -10414.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
Please refer to Fig.1-Fig. 4, the present invention provide it is a kind of can automatic heat radiation headlamp technical solution：Its structure includes heat dissipation
Device 1, chamber door 2, hinge 3, lockset 4, fixed frame 5, glass 6, deck 7, rivet 8, lamps and lanterns 9, rear cover support plate 10, fixed even block
11, hexagonal locating rod 12, flexible handle 13,2 upper end of the chamber door are fixed by screws with 4 rear end of lockset, the chamber door 2
Bottom is mutually welded with 3 inner ring of hinge, and 5 inner wall of the fixed frame is that card slot is connect with 6 outer wall of glass, 7 front end quadrangle of the deck
It is fixedly connected by rivet 8 with 5 inner wall quadrangle of fixed frame, 7 middle-end of the deck is mutually binded with 9 outer wall of lamps and lanterns, the fixed frame 5
Rear end is integrated with 10 front end of rear cover support plate, and 6 rear end of the glass is clearance fit with 7 front end of deck, after described
10 bottom of lid support plate is fixedly connected with fixed 11 top of even block, and 13 side of the flexible handle passes through with fixed even 11 side of block
Hexagonal locating rod 12 is connected, and 12 right end of hexagonal locating rod is to be threadedly coupled with fixed even 11 left end of block, the movable handle
13 side of hand is clearance fit with fixed even 11 side of block, and 1 front end of the radiator is connected with 3 outer shroud of hinge；It is described to dissipate
Thermal 1 is by the first radiator structure 101, the first heat dissipation switch structure 102, the second heat dissipation switch structure 103, the second radiator structure
104, outer framework 105 forms, and 101 left end of the first radiator structure is connected with 105 inside left end of outer framework, and described first dissipates
102 top of thermal switch structure fits with 105 inner tip of outer framework, 103 top of the second heat dissipation switch structure and outline border
105 inner tip of frame is fixedly connected, and 104 rear end of the second radiator structure is mechanical connection, institute with 105 Internal back end of outer framework
It states 2 bottom of chamber door with 105 outer wall of outer framework to be connected by hinge 3, first radiator structure 101 is by the first fixed link
1011, the first fan 1012, the first belt 1013, the first filter layer 1014, the first transmission gear 1015, first motor gear
1016, first motor 1017, first motor fixed seat 1018, the first return spring 1019, first flexible connection block 10110, the
One small sliding slot 10111, the first electrical source of power 10112, first be fixedly connected with block 10113, first pulley 10114 forms, described the
One fixed link, 1011 bottom is mutually welded with 105 inner bottom of outer framework, and 10112 bottom of the first electrical source of power is fixed with first
1011 top of bar is mutually binded, and 10114 bottom of the first pulley is mutually welded with 1011 top of the first fixed link, and described first fixes
10113 bottom of link block is fixedly connected with 10112 top of the first electrical source of power, 1012 front end of the first fan and outer framework
105 interior forward ends are mechanical connection, and 1012 inner ring of the first fan passes through the first belt with 1015 inner ring of the first transmission gear
1013 are connected, and first transmission gear, 1015 top is meshed with 1016 rear end of first motor gear, the first motor
1016 top of gear is connected with 1017 bottom of first motor by connecting rod, 1017 left end of the first motor and outer framework 105
Internal left end is connected by first motor fixed seat 1018, in first flexible connection 10110 left end of block and outer framework 105
Portion's left end is connected by the first return spring 1019,10110 top of the first flexible connection block and the first small sliding slot 10111
Inside is connected using card slot, and the inside of the first motor 1017 is electrically connected with 10112 cathode of the first electrical source of power, and described the
One is fixedly connected with 10113 upper end of block right side is just extremely being electrically connected with the first electrical source of power 10112, the first heat dissipation switch structure
102 are indulged by first volume line gear 1021, first gear spring 1022, the first sector gear 1023, the first spur gear 1024, first
To sliding slot 1025, first longitudinal direction rack 1026, the first rack-driving wheel 1027, the first horizontal tooth bar 1028, the first horizontal concrete chute
1029, the first sliding groove fixed seat 10210, the first unwrapping wire gear 10211, the first L fixed blocks 10212, steel cable 10213, first stick up
Bar 10214, the first towed telescopic rod 10215, the first towed electromagnet 10216 composition, the first unwrapping wire gear 10211
Bottom is meshed with 1021 top of first volume line gear, and 1021 inner ring of first volume line gear is right with the first sector gear 1023
End is connected by steel cable 10213, and 1023 left end of the first sector gear passes through first gear with 105 inner bottom of outer framework
Spring 1022 is connected, and the top of first sector gear 1023 is to be sequentially connected with 1024 bottom of the first spur gear, and described the
One sliding slot fixed seat, 10210 rear end is fixed by screws with 105 Internal back end of outer framework, the first longitudinal direction rack 1026
Right end is connected with 10210 left end of the first sliding groove fixed seat by first longitudinal direction sliding slot 1025, first horizontal tooth bar 1028
Top is connected with 10210 upper end of the first sliding groove fixed seat by the first horizontal concrete chute 1029, first horizontal tooth bar 1028
Bottom is connected with 1026 left end of first longitudinal direction rack by the first rack-driving wheel 1027, the first unwrapping wire gear 10211
Inner ring sticks up 10214 bottom of bar with first and is connected by steel cable 10213, and described first sticks up 10214 middle-end of bar and the first L fixed blocks
10212 right ends are flexible connection, and described first sticks up 10214 top of bar passes through positioning with 10215 left end of the first towed telescopic rod
Pin is connected, and 10215 right end of the first towed telescopic rod is integrated knot with 10216 left end of the first towed electromagnet
Structure, the second heat dissipation switch structure 103 is by volume Two line gear 1031, second gear spring 1032, the second sector gear
1033, the second spur gear 1034, second longitudinal direction sliding slot 1035, second longitudinal direction rack 1036, the second rack-driving wheel 1037, second
Horizontal tooth bar 1038, the second horizontal concrete chute 1039, second sliding slot fixed seat 10310, the second unwrapping wire gear 10311, the 2nd L are fixed
Block 10312, drawstring 10313, second stick up bar 10314, the second towed telescopic rod 10315, the second towed electromagnet 10316,
Main control power supply 10317, temperature inductor 10318, power control line 10319 form, 10311 bottom of the second unwrapping wire gear
It is that Spur Gear Driving is connect with 1031 top of volume Two line gear, 1031 inner ring of volume Two line gear and the second sector gear
1033 left ends are connected by drawstring 10313, and 1033 right end of the second sector gear and 105 inner bottom of outer framework pass through the
Two gear springs 1032 are connected, and 10310 rear end of second sliding slot fixed seat is solid by screw with 105 Internal back end of outer framework
Fixed connection, 1036 left end of second longitudinal direction rack pass through second longitudinal direction sliding slot 1035 with 10310 right end of second sliding slot fixed seat
It is connected, second horizontal tooth bar, 1038 top passes through the second horizontal concrete chute 1039 with 10310 upper end of second sliding slot fixed seat
It is connected, 1038 bottom of the second horizontal tooth bar passes through 1037 phase of the second rack-driving wheel with 1036 right end of second longitudinal direction rack
Connection, 10311 inner ring of the second unwrapping wire gear stick up 10314 bottom of bar with second and are connected by drawstring 10313, and described second
It is to be flexibly connected to stick up 10314 middle-end of bar with 10312 left end of the 2nd L fixed blocks, and described second sticks up 10314 top of bar and the second traction
10315 right end of formula telescopic rod is connected by positioning pin, 10315 left end of the second towed telescopic rod and the second towed electricity
10316 right end of magnet is integrated, 10317 right end of main control power supply and 10316 left end of the second towed electromagnet
It is connected by power control line 10319,10318 top of the temperature inductor is mutually binded with 105 inner tip of outer framework, institute
The second radiator structure 104 is stated by the second fixed link 1041, the second fan 1042, the second belt 1043, the second filter layer 1044,
Two transmission gears 1045, the second motor gear 1046, the second motor 1047, the second motor fixing seat 1048, the second return spring
1049, the second flexible connection block 10410, the second small sliding slot 10411, the second electrical source of power 10412, second are fixedly connected with block
10413, second pulley 10414 forms, and 1041 bottom of the second fixed link is mutually welded with 105 inner bottom of outer framework, described
Second electrical source of power, 10412 bottom is mutually binded with 1041 top of the second fixed link, and 10414 bottom of the second pulley is solid with second
1041 top of fixed pole is mutually welded, and 1042 front end of the second fan is to be mechanically connected with 105 interior forward end of outer framework, and described second
1042 inner ring of fan is connected with 1045 inner ring of the second transmission gear by the second belt 1043, second transmission gear 1045
Top is meshed with 1046 rear end of the second motor gear, and second motor gear, 1046 top and 1047 bottom of the second motor are logical
It crosses connecting rod to be connected, second flexible connection 10410 right end of block passes through the second return spring with 105 inside right end of outer framework
1049 are connected, and 10410 top of the second flexible connection block is connected with 10411 inside of the second small sliding slot using card slot, institute
The inside of the second motor 1047 is stated with 10412 cathode of the second electrical source of power to be electrically connected, 10317 left end of main control power supply and the
One towed electromagnet, 10216 right end is connected by power control line 10319, the first flexible connection 10110 right end of block
It is connected by steel cable 10213 with 1028 left end of the first horizontal tooth bar.
First gear spring 1022 described in this patent uses spring steel material, spring steel refer to manufacturing all kinds of springs and
The special metals steel of other elastic elements.It can be divided into common alloy spring steel and specific alloy bullet by performance requirement, use condition
Spring steel.
It carrying out in use, headlamp is placed on suitable position, lamps and lanterns 9 light after energization, when reaching certain temperature,
Temperature inductor 10318 is induced electrified, and main control power supply 10317 is made to be drawn simultaneously with the second towed electromagnet 10316, first
Formula electromagnet 10216 completes closed circuit, and the second towed telescopic rod 10315 bounces back at this time, makes second to stick up bar 10314 counterclockwise
Rotation pulls the second unwrapping wire gear 10311 to rotate clockwise, and then makes 1031 inverse time of volume Two line gear by drawstring 10313
Needle rotates, and the second sector gear 1033 rotates counterclockwise, and the second spur gear 1034, which rotates clockwise, at this time pulls second longitudinal direction tooth
Item 1036 is close to the downslide of second longitudinal direction sliding slot 1035, so that the second horizontal tooth bar 1038 is turned left cunning by the second rack-driving wheel 1037
It is dynamic, and then so that the second flexible connection block 10410 is fixedly connected with block 10413 with second and fit, make the second electrical source of power 10412 and
Second motor 1047 completes closed circuit, and the second motor gear 1046 drives the rotation of the second transmission gear 1045, passes through the second skin
Band 1043 makes the second fan 1042 rotate, while the first towed telescopic rod 10215 bounces back, and makes first to stick up bar 10214 counterclockwise
Rotation pulls the first unwrapping wire gear 10211 to rotate counterclockwise, and then makes 1021 up time of first volume line gear by drawstring 10213
Needle rotates, and the first sector gear 1023 rotates clockwise, and the first spur gear 1024, which rotates counterclockwise, at this time pulls first longitudinal direction tooth
Item 1026 is close to the downslide of first longitudinal direction sliding slot 1025, so that the first horizontal tooth bar 1028 is turned right cunning by the first rack-driving wheel 1027
It is dynamic, and then so that the first flexible connection block 10110 is fixedly connected with block 10113 with first and fit, make the first electrical source of power 10112 and
First motor 1017 completes closed circuit, and first motor gear 1016 drives the rotation of the first transmission gear 1015, passes through the first skin
Band 1013 makes the rotation of the first fan 1012 start radiating and cooling.
The present invention solve existing headlamp can not automatic heat radiation, the headlamp working time is long to easy to produce a large amount of heat
Amount, easily damages lamps and lanterns and circuit, reduces the service life of lamps and lanterns and circuit, and there are problems that certain security risk,
The present invention is combined with each other by above-mentioned component, and structure is equipped with radiator, headlamp is placed on suitable position, after energization
Lamps and lanterns light, and when reaching certain temperature, temperature inductor is induced electrified, make main control power supply simultaneously with the second towed electromagnetism
Iron, the first towed electromagnet complete closed circuit, and the second towed telescopic rod retraction, makes second to stick up bar and turn counterclockwise at this time
It is dynamic, pull the second unwrapping wire gear to rotate clockwise by drawstring, and then volume Two line gear is made to rotate counterclockwise, the second sector
Wheel rotates counterclockwise, and the second spur gear, which rotates clockwise, at this time pulls second longitudinal direction rack to be close to the downslide of second longitudinal direction sliding slot, leads to
Crossing the second rack-driving wheel makes the second horizontal tooth bar turn left sliding, and then the second flexible connection block is made to be fixedly connected with block phase with second
Fitting, makes the second electrical source of power complete closed circuit with the second motor, and the second motor gear drives the rotation of the second transmission gear, leads to
Crossing the second belt makes the second fan rotate, while the first towed telescopic rod retraction, makes first to stick up bar and rotates counterclockwise, passes through drawing
Rope pulls the first unwrapping wire gear to rotate counterclockwise, and then first volume line gear is made to rotate clockwise, and the first sector gear is clockwise
Rotation, the first spur gear, which rotates counterclockwise, at this time pulls first longitudinal direction rack to be close to the downslide of first longitudinal direction sliding slot, passes through the first tooth
Driving wheel makes the first horizontal tooth bar turn right sliding, and then so that the first flexible connection block is fixedly connected with block with first and fit, and makes
First electrical source of power completes closed circuit with first motor, and first motor gear drives the rotation of the first transmission gear, passes through first
Belt makes the rotation of the first fan start radiating and cooling, and the dual cooling of device makes lamps and lanterns quickly reduce temperature, protects lamps and lanterns and circuit
Superheating phenomenon is avoided the occurrence of, to extend lamps and lanterns and circuit service life, while reducing security risk.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
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 embodiment being appreciated that.
Claims (9)
1. it is a kind of can automatic heat radiation headlamp, structure includes radiator (1), chamber door (2), hinge (3), lockset (4), solid
Determine frame (5), glass (6), deck (7), rivet (8), lamps and lanterns (9), rear cover support plate (10), fixed even block (11), hexagonal positioning
Bar (12), flexible handle (13), chamber door (2) upper end are fixed by screws with lockset (4) rear end, the chamber door (2)
Bottom is mutually welded with hinge (3) inner ring, and fixed frame (5) inner wall is that card slot is connect with glass (6) outer wall, the deck (7)
Front end quadrangle is fixedly connected with fixed frame (5) inner wall quadrangle by rivet (8), deck (7) middle-end and lamps and lanterns (9) outer wall phase
Bonding, it is characterised in that：
Fixed frame (5) rear end is integrated with rear cover support plate (10) front end, glass (6) rear end and deck
(7) front end is clearance fit, is fixedly connected at the top of rear cover support plate (10) bottom and fixed even block (11), the movable handle
Hand (13) side is connected with fixed even block (11) side by hexagonal locating rod (12), hexagonal locating rod (12) right end with
Fixed even block (11) left end is to be threadedly coupled, and flexible handle (13) side is clearance fit with fixed even block (11) side,
Radiator (1) front end is connected with hinge (3) outer shroud；
The radiator (1) is by the first radiator structure (101), the first heat dissipation switch structure (102), the second heat dissipation switch structure
(103), the second radiator structure (104), outer framework (105) composition, the first radiator structure (101) left end and outer framework
(105) internal left end is connected, and fits with outer framework (105) inner tip at the top of the first heat dissipation switch structure (102),
It is fixedly connected with outer framework (105) inner tip at the top of the second heat dissipation switch structure (103), second radiator structure
(104) rear end and outer framework (105) Internal back end are mechanical connection, and chamber door (2) bottom passes through with outer framework (105) outer wall
Hinge (3) is connected.
2. it is according to claim 1 it is a kind of can automatic heat radiation headlamp, it is characterised in that：First radiator structure
(101) it is passed by the first fixed link (1011), the first fan (1012), the first belt (1013), the first filter layer (1014), first
Moving gear (1015), first motor gear (1016), first motor (1017), first motor fixed seat (1018), first restore
Spring (1019), the first flexible connection block (10110), the first small sliding slot (10111), the first electrical source of power (10112), first are consolidated
Determine link block (10113), first pulley (10114) composition.
3. according to claim 2 or 1 it is a kind of can automatic heat radiation headlamp, it is characterised in that：First fixed link
(1011) bottom is mutually welded with outer framework (105) inner bottom, the first electrical source of power (10112) bottom and the first fixed link
(1011) top is mutually binded, and is mutually welded at the top of first pulley (10114) bottom and the first fixed link (1011), described first
It is fixedly connected at the top of block (10113) bottom and the first electrical source of power (10112) and is fixedly connected, the first fan (1012) front end
It is mechanical connection with outer framework (105) interior forward end, the first fan (1012) inner ring is interior with the first transmission gear (1015)
Ring is connected by the first belt (1013), at the top of first transmission gear (1015) and first motor gear (1016) rear end
It is meshed, is connected by connecting rod with first motor (1017) bottom at the top of the first motor gear (1016), described first
Motor (1017) left end is connected with the internal left end of outer framework (105) by first motor fixed seat (1018), and described first lives
Dynamic link block (10110) left end is connected with the internal left end of outer framework (105) by the first return spring (1019), and described first
It is connected using card slot with the first small sliding slot (10111) inside at the top of flexible connection block (10110), the first motor (1017)
Inside is to be electrically connected with the first electrical source of power (10112) cathode, and described first is fixedly connected on the right side of block (10113) upper end and first
Electrical source of power (10112) is just extremely electrically connected.
4. it is according to claim 1 it is a kind of can automatic heat radiation headlamp, it is characterised in that：The first heat dissipation switch knot
Structure (102) is by first volume line gear (1021), first gear spring (1022), the first sector gear (1023), the first spur gear
(1024), first longitudinal direction sliding slot (1025), first longitudinal direction rack (1026), the first rack-driving wheel (1027), the first transverse teeth
Article (1028), the first horizontal concrete chute (1029), the first sliding groove fixed seat (10210), the first unwrapping wire gear (10211), the first L are solid
Determine block (10212), steel cable (10213), first stick up bar (10214), the first towed telescopic rod (10215), the first towed electricity
Magnet (10216) forms.
5. according to claim 4 or 1 it is a kind of can automatic heat radiation headlamp, it is characterised in that：The first unwrapping wire tooth
It is meshed at the top of wheel (10211) bottom and first volume line gear (1021), first volume line gear (1021) inner ring and first
Sector gear (1023) right end is connected by steel cable (10213), the first sector gear (1023) left end and outer framework
(105) inner bottom is connected by first gear spring (1022), straight with first at the top of first sector gear (1023)
Gear (1024) bottom is to be sequentially connected, and the first sliding groove fixed seat (10210) rear end is logical with outer framework (105) Internal back end
It crosses screw to be fixedly connected, first longitudinal direction rack (1026) right end passes through first with the first sliding groove fixed seat (10210) left end
Longitudinal chute (1025) is connected, logical with the first sliding groove fixed seat (10210) upper end at the top of first horizontal tooth bar (1028)
It crosses the first horizontal concrete chute (1029) to be connected, the first horizontal tooth bar (1028) bottom and first longitudinal direction rack (1026) left end
It is connected by the first rack-driving wheel (1027), the first unwrapping wire gear (10211) inner ring and first sticks up bar (10214) bottom
Portion is connected by steel cable (10213), and described first sticks up bar (10214) middle-end and the first L fixed blocks (10212) right end for activity
Connection, described first, which sticks up bar (10214) top, is connected with the first towed telescopic rod (10215) left end by positioning pin, institute
The first towed telescopic rod (10215) right end is stated to be integrated with the first towed electromagnet (10216) left end.
6. it is according to claim 1 it is a kind of can automatic heat radiation headlamp, it is characterised in that：The second heat dissipation switch knot
Structure (103) is by volume Two line gear (1031), second gear spring (1032), the second sector gear (1033), the second spur gear
(1034), second longitudinal direction sliding slot (1035), second longitudinal direction rack (1036), the second rack-driving wheel (1037), the second transverse teeth
Article (1038), the second horizontal concrete chute (1039), second sliding slot fixed seat (10310), the second unwrapping wire gear (10311), the 2nd L are solid
Determine block (10312), drawstring (10313), second stick up bar (10314), the second towed telescopic rod (10315), the second towed electricity
Magnet (10316), main control power supply (10317), temperature inductor (10318), power control line (10319) composition.
7. according to claim 6 or 1 it is a kind of can automatic heat radiation headlamp, it is characterised in that：The second unwrapping wire tooth
Wheel (10311) bottom is connect at the top of volume Two line gear (1031) for Spur Gear Driving, the volume Two line gear (1031)
Inner ring is connected with the second sector gear (1033) left end by drawstring (10313), the second sector gear (1033) right end
It is connected by second gear spring (1032) with outer framework (105) inner bottom, after the second sliding slot fixed seat (10310)
End is fixed by screws with outer framework (105) Internal back end, second longitudinal direction rack (1036) left end and second sliding slot
Fixed seat (10310) right end is connected by second longitudinal direction sliding slot (1035), with the at the top of second horizontal tooth bar (1038)
Two sliding slot fixed seat (10310) upper ends are connected by the second horizontal concrete chute (1039), the second horizontal tooth bar (1038) bottom
Portion is connected with second longitudinal direction rack (1036) right end by the second rack-driving wheel (1037), the second unwrapping wire gear
(10311) inner ring sticks up bar (10314) bottom with second and is connected by drawstring (10313), and described second sticks up bar (10314) middle-end
It is to be flexibly connected with the 2nd L fixed blocks (10312) left end, described second sticks up bar (10314) top and the second towed telescopic rod
(10315) right end is connected by positioning pin, second towed telescopic rod (10315) left end and the second towed electromagnet
(10316) right end is integrated, and main control power supply (10317) right end and the second towed electromagnet (10316) are left
End is connected by power control line (10319), temperature inductor (10318) top and outer framework (105) inner tip
Mutually bind.
8. it is according to claim 1 it is a kind of can automatic heat radiation headlamp, it is characterised in that：Second radiator structure
(104) it is passed by the second fixed link (1041), the second fan (1042), the second belt (1043), the second filter layer (1044), second
Moving gear (1045), the second motor gear (1046), the second motor (1047), the second motor fixing seat (1048), second restore
Spring (1049), the second flexible connection block (10410), the second small sliding slot (10411), the second electrical source of power (10412), second are consolidated
Determine link block (10413), second pulley (10414) composition.
9. according to claim 8 or 1 it is a kind of can automatic heat radiation headlamp, it is characterised in that：Second fixed link
(1041) bottom is mutually welded with outer framework (105) inner bottom, the second electrical source of power (10412) bottom and the second fixed link
(1041) top is mutually binded, and is mutually welded at the top of second pulley (10414) bottom and the second fixed link (1041), described second
Fan (1042) front end is mechanical connection with outer framework (105) interior forward end, and the second fan (1042) inner ring is passed with second
Moving gear (1045) inner ring is connected by the second belt (1043), the second transmission gear (1045) top and the second motor
Gear (1046) rear end is meshed, and passes through connecting rod phase with the second motor (1047) bottom at the top of second motor gear (1046)
Connection, second flexible connection block (10410) right end pass through the second return spring (1049) with the internal right end of outer framework (105)
It is connected, is connected using card slot with the second small sliding slot (10411) inside at the top of the second flexible connection block (10410), institute
It is to be electrically connected that the second motor (1047) inside, which is stated, with the second electrical source of power (10412) cathode.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810086401.1A CN108386824A (en) | 2018-01-30 | 2018-01-30 | It is a kind of can automatic heat radiation headlamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810086401.1A CN108386824A (en) | 2018-01-30 | 2018-01-30 | It is a kind of can automatic heat radiation headlamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108386824A true CN108386824A (en) | 2018-08-10 |
Family
ID=63074425
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810086401.1A Pending CN108386824A (en) | 2018-01-30 | 2018-01-30 | It is a kind of can automatic heat radiation headlamp |
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| Country | Link |
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| CN (1) | CN108386824A (en) |
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| CN206904750U (en) * | 2017-07-10 | 2018-01-19 | 杭州大胜照明工程有限公司 | A kind of LED floodlight with radiator |
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| CN201593474U (en) * | 2009-09-28 | 2010-09-29 | 施建新 | Shifting fork spring of starter |
| CN107303602A (en) * | 2016-04-18 | 2017-10-31 | 杭州沪宁电梯部件股份有限公司 | One kind cooling mould bases |
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