CN109770468A - A kind of automation helmet - Google Patents
A kind of automation helmet Download PDFInfo
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- CN109770468A CN109770468A CN201910149618.7A CN201910149618A CN109770468A CN 109770468 A CN109770468 A CN 109770468A CN 201910149618 A CN201910149618 A CN 201910149618A CN 109770468 A CN109770468 A CN 109770468A
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- fixedly mounted
- shaft
- baffle
- gear
- face
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Abstract
The invention discloses a kind of automation helmets, including helmet main body and the interstage sleeve hinged with the helmet main body, the open-work through upper and lower end face is equipped in the interstage sleeve, the baffle chute through the open-work is provided in the interstage sleeve, be slidably installed baffle in the baffle chute, the baffle bottom end face bilateral symmetry is equipped with twice rack gear, keep off the rain keep out the wind dust-break baffle can by the cooperation of button and motor realize automatic telescopic, it can be switched to the flexible of light-blocking mirror simultaneously, use when conveniently riding, voice control is then without can directly be controlled with hand, greatly facilitate routine use, time and efforts need not be spent to be adjusted in ride, simultaneously, warning lamp can remind rear side vehicle, the headlamp of front side can be illuminated under dark situations, venthole is easy to adjust, humanization designing, gear Plate inner wall demisting is convenient, so that the visual field is apparent.
Description
Technical field
The present invention relates to field of intelligent wear, specially a kind of automation helmet.
Background technique
When using motorcycle, battery truck or bicycle, head can protect using the helmet, blow raining
When the date can radix saposhnikoviae keep off the rain, and usually when in use, can the case where baffle of front be packed up in need, usually need
Manually trouble is adjusted in ride, can only stop operation, and a general hand is difficult to pack up, and needs another hand
Fixed helmet, extremely onerous, the baffle of inner helmet can haze when winter, influence the visual field, be unfavorable for riding, and have certain
Danger, general operation is then to be wiped after packing up baffle with hand, and the vent size of the helmet is fixed, and can not be adjusted, because
This needs a kind of automation helmet that can solve the above problem.
Summary of the invention
The purpose of the present invention is to provide a kind of automation helmets, for overcoming drawbacks described above in the prior art.
A kind of automation helmet of embodiment according to the present invention, it is hinged including helmet main body and with the helmet main body
Interstage sleeve, the interstage sleeve is interior to be equipped with the open-work for running through upper and lower end face, is provided with the baffle chute through the open-work in the interstage sleeve,
Be slidably installed baffle in the baffle chute, and the baffle bottom end face bilateral symmetry is equipped with twice rack gear, the interstage sleeve
It is inside provided with controllable driving assembly, the first electromagnet and the second electromagnet including drive motor and control drive position also wrap
The first baffle driving gear of driving barrier slides is included, be slidably installed T-type sliding block in the interstage sleeve bottom end face, the T
Light-blocking mirror is fixedly mounted in type slider bottom end face, and driving cog stick is fixedly mounted in the top end surface of the light-blocking mirror right end, described
Controllable driving assembly further includes that the light-blocking mirror carrier wheel for driving the light-blocking mirror to be moved forward and backward is engaged with the driving cog stick,
Transmission parts are additionally provided with below the baffle, wherein the transmission parts include the first transmission shaft, second driving shaft, third
Transmission shaft and the 4th transmission shaft drive the stable transmission at the uniform velocity of baffle by the transmitting of this four axis by dynamically stable transmitting,
Wiping ventilation member is provided on rear side of the baffle chute, wherein the wiping ventilation member includes being located at the baffle chute
The wiping chamber of the rear side wiping sponge intracavitary with wiping is mounted on further includes three ventilations for being fixedly mounted on interstage sleeve top end surface
Boss is provided in boss of ventilating and circulates with the first venthole for be connected to of wiping chamber, the intracavitary gas of control wiping, the helmet
Ontology and interstage sleeve hinged place are provided with acoustic control electrical property hinge member, including voice input block and Intelligent treatment chip, further include position
The rotation-limited slot of end surface symmetric and it is located at the medianly zygomorphic rotational pin of the interstage sleeve at left and right sides of the helmet main body,
It is provided with controllable ventilation member in the helmet main body, is divided into global control unit and local control unit, the global control
Component includes global control sliding block and controls the second mobile meshing gear of global control sliding block, and the Partial controll component includes
The Partial controll sliding block they three spacing identical Partial controll sliding slot and be slidably matched with Partial controll sliding slot further includes so that head
The ventilation connecting hole that helmet body interior is connected to outside, the interstage sleeve right end face are additionally provided with manual control part, including preceding
Symmetrical first button and the briquetting being hingedly mounted between the inner wall of the first button front and back, device are additionally provided with assisted parts afterwards
Part, including being located at the warning lamp for warning on rear side of helmet main body and the headlamp at the top of helmet main body for illumination.
The controllable driving assembly includes the first engaged transmission chamber being connected to the baffle chute right end, and described first nibbles
It closes to be rotatably assorted between drive cavity or so inner wall and first rotating shaft is installed, the first belt pulley, institute are fixedly mounted in the first rotating shaft
The first baffle for being located in first rotating shaft and being fixedly mounted on the right side of first belt pulley and engaging with the baffle bottom rack gear is stated to drive
Drive motor is fixedly mounted in moving gear, the first engaged transmission chamber right side, and the first rotating shaft right end face fixed installation can
With the first electromagnet of output shaft magnetic connection on the left of the drive motor, the drive motor right side is provided with the second engagement biography
Chamber is moved, be rotatably assorted the second shaft of installation between described second engaged transmission chamber or so inner wall, fixed peace in second shaft
Power transmission gear is filled, the second shaft left end face fixed installation can connect with the output shaft magnetic force on the right side of the drive motor
The second electromagnet connect is located at the second shaft left pivot movement between the second engaged transmission chamber or so inner wall and is coupled
The light-blocking mirror engaged with the power transmission gear is fixedly mounted on the light-blocking mirror mobile shaft and moves for light-blocking mirror mobile shaft
Transmission gear is installed with engagement chamber on the left of the second engaged transmission chamber, the light-blocking mirror mobile shaft extend to the left with it is described
Engagement chamber inner left wall is rotatably assorted, and the intracavitary fixed installation of the engagement and the transmission are located on the light-blocking mirror mobile shaft
The light-blocking mirror carrier wheel of rack gear block engagement.
Further technical solution, the transmission parts include the first drive cavity below the baffle, the gear
It is located on the left of first drive cavity below plate and is equipped with the second drive cavity, is located on the left of second drive cavity below the baffle
Equipped with third drive cavity, it is located on the left of the third drive cavity below the baffle and is equipped with the 4th drive cavity, first engagement
Be rotatably assorted in inner wall the first transmission shaft being fit into first drive cavity on the right side of drive cavity, on first transmission shaft
Positioned at the first engaged transmission second belt pulley of intracavitary fixed installation, between second belt pulley and first belt pulley
Transmission is coupled driving belt, and the first drive bevel gear is fixedly mounted in the first transmission shaft left end face, and described first passes
Be rotatably assorted the first connecting shaft of installation in dynamic bottom of chamber wall, and the first connecting shaft top end surface is fixedly mounted and first transmission
First connection bevel gear of bevel gear engagement, be rotatably assorted installation second between first drive cavity and second drive cavity
Transmission shaft, the second driving shaft right end face are fixedly mounted the first power transfer for connecting bevel gear engagement with described first and bore
The second drive bevel gear is fixedly mounted in gear, the second driving shaft left end face, and rotation is matched in the second drive cavity bottom wall
The second connecting shaft of installation is closed, second engaged with second drive bevel gear is fixedly mounted in the second connecting shaft top end surface
Bevel gear is connected, is rotatably assorted between second drive cavity and the third drive cavity and third transmission shaft is installed, the third
Transmission shaft right end face is fixedly mounted the second power for connecting bevel gear engagement with described second and shifts bevel gear, and the third passes
Third drive bevel gear is fixedly mounted in moving axis left end face, and be rotatably assorted the second connection of installation in the third drive cavity bottom wall
Axis, the second connecting shaft top end surface are fixedly mounted the third engaged with the third drive bevel gear and connect bevel gear, institute
State the 4th transmission shaft of installation that is rotatably assorted between third drive cavity and the 4th drive cavity inner left wall, the 4th transmission shaft
Right end face is fixedly mounted and connect the third power transfer bevel gear that bevel gear engages with the third, on the 4th transmission shaft
Engaged transmission gear is fixedly mounted in the 4th drive cavity, be rotatably assorted peace between described 4th drive cavity or so inner wall
Rotation axis is filled, fixed installation is engaged with the rack gear of the engaged transmission gear and the baffle bottom end face in the rotation axis
Second baffle drives gear.
Further technical solution, the wiping ventilation member include the wiping chamber on rear side of the baffle chute, institute
The intracavitary fixed installation wiping sponge of wiping is stated, the identical ventilation boss of three spacing, institute is fixedly mounted in the interstage sleeve top end surface
State ventilation boss in be equipped with the first venthole for opening forward, first venthole be connected to downwards set there are six with the wiping
The ventilation connecting hole of chamber connection, the first venthole rear side inner wall are equipped with the outlet through the ventilation boss back end surface
Hole.
Further technical solution, the acoustic control electrical property hinge member include being fixedly mounted in helmet main body in cavity wall
Voice input block, Intelligent treatment chip is fixedly mounted in the helmet main body, the Intelligent treatment chip and the voice are defeated
Enter and connect data transmission line between block, battery is fixedly mounted in the helmet main body, the helmet main body right end face is equipped with and opens
Mouth charging hole to the right is symmetrically arranged with rotation-limited slot, the rotation-limited slot on right side in described helmet main body or so end face
It is equipped with the energization ring of annular in inner wall, power rail is connected between the energization ring and the battery, is fixed in the interstage sleeve
Symmetrical rotational pin is installed, left and right rotational pin opposite side end face is fixedly connected matches with rotation-limited slot rotation
The rotational pin of the rotation-limited block of conjunction, right side is fixedly connected with power supply electric wire.
Further technical solution, the controllable ventilation member are divided into global control unit and local control unit, including
Three the second ventholes in the helmet main body, second venthole front end is in communication with the outside, end and the head
The connection of helmet chamber body, the overall situation control unit include being located in the helmet main body through described three second ventilations
The global of hole controls sliding slot, and be slidably installed global control sliding block in the global control sliding slot, the overall situation control sliding slot
Left side connection is equipped with rack gear block sliding slot, and the global control sliding block left end face is fixedly mounted matches with rack gear block sliding slot sliding
The rack gear pushing block of conjunction, the rack gear pushing block top end surface are equipped with rack gear, and the global control sliding block sets that there are three be spaced phase
The same ventilation connecting hole through front/rear end, the rack gear block sliding slot roof connection, which is equipped with, runs through the helmet main body top end
The engagement chamber in face, be rotatably assorted before and after the engagement chamber installation the first engagement shaft between inner wall, in the first engagement shaft
The first meshing gear engaged with the rack gear pushing block top end surface rack gear is fixedly mounted, before and after the engagement chamber between inner wall
Be rotatably assorted installation the second engagement shaft, and the engaged with first meshing gear is fixedly mounted in the second engagement shaft
Two meshing gears, the Partial controll component include that three on rear side of the global control sliding slot connect through the ventilation
The Partial controll sliding slot in hole, the Partial controll sliding slot roof, which is equipped with, stirs sliding slot through the helmet main body top end surface,
Be slidably installed Partial controll sliding block in the Partial controll sliding slot, and Partial controll slider top end face is fixedly mounted and wears
Cross the slide block for stirring sliding slot.
Further technical solution, the manual control part include including positioned at the helmet main body right end face
Opening front and back to the right symmetrically manually controls slot, it is described manually control inner wall before and after slot and be directly rotatably assorted hinged turn is installed
Axis, is fixedly mounted briquetting in the hinged shaft, the briquetting left end face and it is described manually control slot inner left wall it
Between be fixedly mounted reset spring, the first button is fixedly mounted in the slot inner left wall that manually controls, described to manually control on the left of slot
Inner wall, which is located at below second button, is fixedly mounted the second button.
Further technical solution, the accessory include the rear side for being fixedly mounted on the helmet main body back end surface
Warning block, the rear side warning block back end surface is interior to be fixedly mounted warning lamp, and the helmet main body top end surface, which is fixedly mounted, shines
Bright seat, the lighting base is interior to be fixedly mounted headlamp.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, the keep out the wind baffle of dust-break of keeping off the rain can pass through
Automatic telescopic is realized in the cooperation of button and motor, while can be switched to the flexible of light-blocking mirror, use when conveniently riding, voice
Control is then to greatly facilitate routine use, it is not necessary to when spending in ride without can directly be controlled with hand
Between and energy be adjusted, meanwhile, warning lamp can remind rear side vehicle, and the headlamp of front side can carry out under dark situations
Illumination, venthole is easy to adjust, humanization designing, and baffle inner wall demisting is convenient, so that the visual field is apparent, it is safer, it is worth pushing away
Extensively.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention；
Fig. 2 is the schematic cross-sectional view in the direction A-A in Fig. 1；
Fig. 3 is the schematic cross-sectional view in the direction B-B in Fig. 1；
Fig. 4 is the schematic cross-sectional view in the direction C-C in Fig. 1；
Fig. 5 is the schematic cross-sectional view in the direction D-D in Fig. 1；
Fig. 6 is the schematic cross-sectional view in the direction E-E in Fig. 1；
Fig. 7 is the enlarged diagram in Fig. 3 at F.
Specific embodiment
Below with reference to Fig. 1-7, the present invention is described in detail.
Referring to Fig.1-7, a kind of automation helmet of embodiment according to the present invention, including helmet main body 11 and with the head
The hinged interstage sleeve 10 of helmet ontology 11, the interstage sleeve 10 is interior to be equipped with the open-work 15 for running through upper and lower end face, is provided in the interstage sleeve 10
Through the baffle chute 18 of the open-work 15, be slidably installed baffle 14 in the baffle chute 18,14 bottom of baffle
End face bilateral symmetry is equipped with twice rack gear, and controllable driving assembly, including drive motor 91 and control are provided in the interstage sleeve 10
The first electromagnet 88 and the second electromagnet 95 of drive position further include the first baffle driving gear for driving baffle 14 to slide
86, be slidably installed in 10 bottom end face of interstage sleeve T-type sliding block 38, and gear is fixedly mounted in 38 bottom end face of T-type sliding block
Driving cog stick 98 is fixedly mounted in the top end surface of light microscopic 32, light-blocking 32 right end of mirror, and the controllable driving assembly further includes
The light-blocking mirror carrier wheel 901 for driving the light-blocking mirror 32 to be moved forward and backward, the baffle 14 are engaged with the driving cog stick 98
Lower section is additionally provided with transmission parts, wherein the transmission parts include the first transmission shaft 903, second driving shaft 40, third transmission
Axis 31 and the 4th transmission shaft 24 drive the stable biography at the uniform velocity of baffle 14 by the transmitting of this four axis by dynamically stable transmitting
It is dynamic, wiping ventilation member is provided on rear side of the baffle chute 18, wherein the wiping ventilation member includes being located at the baffle
The wiping chamber 60 of 18 rear side of sliding slot and the wiping sponge 54 being mounted in wiping chamber 60 further include being fixedly mounted on 10 top of interstage sleeve
Three ventilation boss 55 of end face, be provided in boss 55 of ventilating with the first venthole 56 for be connected to of wiping chamber 60, control and wipe
Gas circulation in chamber 60, the helmet main body 11 and 10 hinged place of interstage sleeve are provided with acoustic control electrical property hinge member, including voice
Input block 76 and Intelligent treatment chip 74 further include the rotation-limited slot positioned at 11 left and right sides end surface symmetric of helmet main body
61 and it is located at the medianly zygomorphic rotational pin 16 of the interstage sleeve 10, is provided with controllable ventilation member in the helmet main body 11,
It is divided into global control unit and local control unit, the overall situation control unit includes global control sliding block 70 and the global control of control
The second mobile meshing gear 64 of sliding block 70 processed, the Partial controll component include the identical Partial controll sliding slot 82 of three spacing
It further include so that 11 inside of helmet main body is connected to outside with the Partial controll sliding block 83 being slidably matched with Partial controll sliding slot 82
Ventilation connecting hole 71,10 right end face of interstage sleeve is additionally provided with manual control part, including symmetrical first button in front and back
47 and the briquetting 50 that is hingedly mounted between 47 front and back inner wall of the first button, device is additionally provided with accessory, including is located at
The headlamp 79 for the warning lamp 13 of warning and at the top of helmet main body 11 for illumination of 11 rear side of helmet main body.
Valuably or illustratively, the controllable driving assembly includes that first be connected to 18 right end of baffle chute nibbles
Drive cavity 87 is closed, is rotatably assorted between the first engaged transmission 87 or so inner wall of chamber and first rotating shaft 904 is installed, described first turn
The first belt pulley 907 is fixedly mounted on axis 904, fixed peace on the right side of first belt pulley 907 is located in the first rotating shaft 904
Fill the first baffle driving gear 86 engaged with the 14 bottom rack gear of baffle, fixed peace on the right side of the first engaged transmission chamber 87
Drive motor 91 is filled, 904 right end face of the first rotating shaft fixed installation can be with the 91 left side output shaft magnetic force of drive motor
First electromagnet 88 of connection is provided with the second engaged transmission chamber 92, second engaged transmission on the right side of the drive motor 91
Be rotatably assorted the second shaft 94 of installation between 92 or so inner wall of chamber, and power transmission gear is fixedly mounted in second shaft 94
93,94 left end face of the second shaft is fixedly mounted can be with the second of the output shaft magnetic connection on 91 right side of drive motor
Electromagnet 95, it is described second engaged transmission 92 or so inner wall of chamber between be located at 94 left pivot movement of the second shaft be coupled gear
The light-blocking mirror engaged with the power transmission gear 93 is fixedly mounted on the light-blocking mirror mobile shaft 97 for light microscopic mobile shaft 97
Mobile transmission gear 96, is installed with engagement chamber 902 on the left of the second engaged transmission chamber 92, the light-blocking mirror mobile shaft 97 to
Left extension is rotatably assorted with 902 inner left wall of chamber that engages, and the engagement chamber 902 is located on the light-blocking mirror mobile shaft 97
It is interior that the light-blocking mirror carrier wheel 901 engaged with the driving cog stick 98 is fixedly mounted, so that starting drive motor 91 can band
The output shaft of dynamic two sides rotates, and drives first rotating shaft 904 to rotate after 88 energization magnetisation of the first electromagnet, 903 band of the first transmission shaft
Dynamic first baffle driving gear 86 and the rotation of the first belt pulley 907, first baffle drive gear 86 to drive baffle 14 by engagement
It is mobile, drive the second shaft 94 and power transmission gear 93 to rotate after 95 energization magnetisation of the second electromagnet, power transmission gear 93
The mobile transmission gear 96 of light-blocking mirror is driven to rotate by engagement, the mobile transmission gear 96 of light-blocking mirror drives light-blocking mirror mobile shaft 97
It is rotated with light-blocking mirror carrier wheel 901, light-blocking mirror carrier wheel 901 drives driving cog stick 98 mobile by engagement, driving cog
Stick 98 drives light-blocking mirror 32 mobile.
Valuably or illustratively, the transmission parts include the first drive cavity 44 positioned at 14 lower section of baffle, institute
It states to be located on the left of first drive cavity 44 below baffle 14 and is equipped with the second drive cavity 34, described the is located at below the baffle 14
It is equipped with third drive cavity 26 on the left of two drive cavities 34, is located on the left of the third drive cavity 26 below the baffle 14 and is equipped with the 4th
Drive cavity 29, be rotatably assorted in the first engaged transmission 87 right side inner wall of chamber the be fit into first drive cavity 44
One transmission shaft 903 is located on first transmission shaft 903 in the first engaged transmission chamber 87 and the second belt pulley is fixedly mounted
906, it is driven between second belt pulley 906 and first belt pulley 907 and is coupled driving belt 908, described first
The first drive bevel gear 43 is fixedly mounted in 903 left end face of transmission shaft, and be rotatably assorted installation in 44 bottom wall of the first drive cavity
First engaged with first drive bevel gear 43 is fixedly mounted in first connecting shaft 42,42 top end surface of the first connecting shaft
Bevel gear 45 is connected, is rotatably assorted between first drive cavity 44 and second drive cavity 34 and second driving shaft 40 is installed,
The the first power transfer cone tooth for connecting the engagement of bevel gear 45 with described first is fixedly mounted in 40 right end face of second driving shaft
Wheel 41,40 left end face of second driving shaft are fixedly mounted the second drive bevel gear 36, in 34 bottom wall of the second drive cavity
Be rotatably assorted the second connecting shaft 37 of installation, and 37 top end surface of the second connecting shaft is fixedly mounted and second drive bevel gear
Second connection bevel gears 35 of 36 engagements, be rotatably assorted installation the between second drive cavity 34 and the third drive cavity 26
Three transmission shafts 31,31 right end face of the third transmission shaft fixed installation connect the second of the engagement of bevel gear 35 with described second and move
Power shifts bevel gear 33, and third drive bevel gear 27, the third transmission is fixedly mounted in 31 left end face of third transmission shaft
Be rotatably assorted the second connecting shaft 28 of installation in 26 bottom wall of chamber, and 28 top end surface of the second connecting shaft is fixedly mounted and the third
The third that drive bevel gear 27 engages connects bevel gear 30, the third drive cavity 26 and 29 inner left wall of the 4th drive cavity
Between be rotatably assorted the 4th transmission shaft 24 of installation, 24 right end face of the 4th transmission shaft, which is fixedly mounted, connect cone with the third
The third power that gear 30 engages shifts bevel gear 25, is located on the 4th transmission shaft 24 fixed in the 4th drive cavity 29
Engaged transmission gear 23 is installed, is rotatably assorted between 29 or so the inner wall of the 4th drive cavity and rotation axis 21 is installed, the rotation
The second baffle engaged with the rack gear of the engaged transmission gear 23 and 14 bottom end face of the baffle is fixedly mounted on axis 21 to drive
Moving gear 20, to drive driving belt 908 to be driven when the rotation of the first belt pulley 907, driving belt 908 drives second
Belt pulley 906 and the rotation of the first transmission shaft 903, the first transmission shaft 903 drive the rotation of the first drive bevel gear 43, the first transmission cone
Gear 43 drives the first connection bevel gear 45 and the rotation of the first connecting shaft 42 by engagement, and the first connection bevel gear 45 passes through engagement
The first power transfer bevel gear 41 is driven to rotate, the first power shifts bevel gear 41 and drives second driving shaft 40 and the second transmission cone
Gear 36 rotates, and the second drive bevel gear 36 drives the second connection bevel gear 35 and the rotation of the second connecting shaft 37 by engagement, the
Two connection bevel gears 35 drive the second power to shift bevel gear 33 by engagement and third transmission shaft 31 rotates, third transmission shaft 31
Third drive bevel gear 27 is driven to rotate, third drive bevel gear 27 connects bevel gear 30 and second by engagement drive third and connects
Spindle 28 rotates, and third connects bevel gear 30 and drives third power to shift 24 turns of bevel gear 25 and the 4th transmission shaft by engagement
Dynamic, the 4th transmission shaft 24 drives engaged transmission gear 23 to rotate, and engaged transmission gear 23 drives second baffle driving by engagement
Gear 20 rotates, and second baffle drives gear 20 to drive baffle 14 mobile by engagement.
Valuably or illustratively, the wiping ventilation member includes the wiping chamber positioned at 18 rear side of baffle chute
60, the wiping chamber 60 is interior to be fixedly mounted wiping sponge 54, and it is identical that three spacing are fixedly mounted in 10 top end surface of interstage sleeve
Ventilation boss 55, the ventilation boss 55 is interior to be equipped with the first venthole 56 for opening forward, and first venthole 56 connects downwards
Logical to set there are six the ventilation connecting hole 57 being connected to the wiping chamber 60, the 56 rear side inner wall of the first venthole, which is equipped with, runs through institute
The venthole 58 of ventilation 55 back end surface of boss is stated, thus after rain on baffle 14 or fog, by wiping sponge
Water and fog on 54 rear baffle, 14 surface can be wiped free of, and air is constantly entered out of first venthole 56 in ride
It wipes in chamber 60, accelerates the drying of wiping sponge 54.
Valuably or illustratively, the acoustic control electrical property hinge member includes being fixedly mounted on cavity wall in helmet main body 11
Interior voice input block 76, is fixedly mounted Intelligent treatment chip 74 in the helmet main body 11, the Intelligent treatment chip 74 with
Data transmission line 75 is connected between the voice input block 76, and battery 77, the helmet is fixedly mounted in the helmet main body 11
11 right end face of ontology is equipped with the charging hole 78 of opening to the right, is symmetrically arranged with rotation-limited in 11 or so the end face of helmet main body
Slot 61, the interior energization ring 81 for being equipped with annular of 61 inner wall of rotation-limited slot on right side, the energization ring 81 and the battery 77
Between connect power rail 80, symmetrical rotational pin 16, the left and right rotational pin 16 is fixedly mounted in the interstage sleeve 10
Opposite side end face is fixedly connected with the rotation-limited block 17 being rotatably assorted with the rotation-limited slot 61, the rotational pin on right side
16 are fixedly connected with power supply electric wire 53, so as to input voice using voice input block 76, by the inspection of Intelligent treatment chip 74
It surveys after induction and controls the power on/off of battery 77, and control baffle 14 and light-blocking mirror 32 is flexible, be battery 77 using charging hole 78
Charging.
Valuably or illustratively, the controllable ventilation member is divided into global control unit and local control unit, including
Three the second ventholes 73 in the helmet main body 11,73 front end of the second venthole is in communication with the outside, end with
11 inner cavity of the helmet main body connection, the overall situation control unit include being located in the helmet main body 11 to run through three institutes
The global control sliding slot 72 of the second venthole 73 is stated, be slidably installed global control sliding block in the global control sliding slot 72
70, global control is connected to equipped with rack gear block sliding slot 62 on the left of sliding slot 72, and global control 70 left end face of sliding block is fixed
The rack gear pushing block 63 that installation is slidably matched with the rack gear block sliding slot 62,63 top end surface of rack gear pushing block are equipped with tooth
Item, the global control sliding block 70 set that there are three be spaced the identical ventilation connecting hole 71 through front/rear end, the rack gear block
62 roof of sliding slot connection be equipped with through 11 top end surface of helmet main body engagement chamber 67, the 67 front and back inner wall of engagement chamber it
Between be rotatably assorted installation first engagement shaft 68, it is described first engagement shaft 68 on be fixedly mounted with the rack gear pushing block 63 push up
First meshing gear 66 of end surface rack gear engagement, be rotatably assorted between the 67 front and back inner wall of engagement chamber the second engagement turn of installation
Axis 65, described second engages the second meshing gear 64 for being fixedly mounted in shaft 65 and engaging with first meshing gear 66, institute
Stating Partial controll component includes positioned at three parts through the ventilation connecting hole 71 of global 72 rear side of control sliding slot
Sliding slot 82 is controlled, 82 roof of Partial controll sliding slot, which is equipped with, stirs sliding slot 85 through 11 top end surface of helmet main body,
Be slidably installed Partial controll sliding block 83 in the Partial controll sliding slot 82, and 83 top end surface of Partial controll sliding block is fixed
It is mounted across the slide block 84 for stirring sliding slot 85, drives the second engagement shaft 65 so as to rotate the second meshing gear 64
Rotation, the second meshing gear 64 drive the first meshing gear 66 and the first engagement shaft 68 to rotate by engagement, the first engaging tooth
Wheel 66 is mobile by engagement band carry-over bar pushing block 63, and rack gear pushing block 63 pushes global control sliding block 70 mobile, ventilation connection
The Kong Yue great that the second venthole 73 is opened when hole 71 and bigger 73 overlapping area of the second venthole stirs the direct drive office of slide block 84
Portion controls the movement of sliding block 83, blocks or decontrol ventilation connecting hole 71, controls the gas flow of the ventilation connecting hole 71 at three respectively.
Valuably or illustratively, the manual control part includes including positioned at 11 right-hand end of helmet main body
Face opening front and back to the right symmetrically manually controls slot 46, and the 46 front and back inner wall of slot that manually controls directly is rotatably assorted installation hinge
Switch through axis 51, briquetting 50 is fixedly mounted in the hinged shaft 51,50 left end face of briquetting is manually controlled with described
Reset spring 52 is fixedly mounted between 46 inner left wall of slot, the first button is fixedly mounted in 46 inner left wall of slot that manually controls
47, it is described manually control 46 inner left wall of slot and be located at below second button 48 the second button 48 is fixedly mounted, thus upwards
Pressing briquetting 50 can press to the first button 47, and pressing briquetting 50 downwards can press to the second button 48, and the first of front side
Button 47 controls baffle 14, and the second button 48 of front side controls light-blocking mirror 32, and the first button 47 of rear side controls drive motor 91
It rotates forward, the second button 48 control energization ring 81 of rear side inverts.
Valuably or illustratively, the accessory includes after being fixedly mounted on 11 back end surface of helmet main body
Side warning block 12,12 back end surface of rear side warning block is interior to be fixedly mounted warning lamp 13,11 top end surface of helmet main body
Lighting base 69 is fixedly mounted, headlamp 79 is fixedly mounted in the lighting base 69, to when in use, light warning lamp
13, it can start to flash, at night for warning, light headlamp 79, illuminated when needed.
When use, warning lamp 13 is lighted, can start to flash, at night for warning, headlamp 79 is lighted, is needing
Illuminated when wanting, the briquetting 50 for pressing front side upwards can press the first button 47 to front side, press upwards on rear side of
Briquetting 50 can press the first button 47 of rear side, the starting of drive motor 91 drives the output shaft rotation of two sides, the first electricity
First rotating shaft 904 is driven to rotate after 88 energization magnetisation of magnet, the first transmission shaft 903 drives first baffle to drive gear 86 and first
Belt pulley 907 rotates, and the first belt pulley 907 drives driving belt 908 to be driven, and driving belt 908 drives 906 He of the second belt pulley
The rotation of first transmission shaft 903, the first transmission shaft 903 drive the rotation of the first drive bevel gear 43, and the first drive bevel gear 43 passes through
Engagement drives the first connection bevel gear 45 and the first connecting shaft 42 to rotate, and the first connection bevel gear 45 drives first to move by engagement
Power shifts bevel gear 41 and rotates, and the first power shifts bevel gear 41 and drives 36 turns of second driving shaft 40 and the second drive bevel gear
Dynamic, the second drive bevel gear 36 drives the second connection bevel gear 35 and the rotation of the second connecting shaft 37, the second connection cone by engagement
Gear 35 drives the second power to shift bevel gear 33 and the rotation of third transmission shaft 31 by engagement, and third transmission shaft 31 drives third
Drive bevel gear 27 rotates, and third drive bevel gear 27 drives third to connect 28 turns of bevel gear 30 and the second connecting shaft by engagement
Dynamic, third connects bevel gear 30 and drives third power to shift bevel gear 25 and the rotation of the 4th transmission shaft 24 by engagement, and the 4th passes
Moving axis 24 drives engaged transmission gear 23 to rotate, and engaged transmission gear 23 drives second baffle to drive 20 turns of gear by engagement
Dynamic, second baffle drives gear 20 and first baffle driving gear 86 to drive baffle 14 mobile by engagement, presses the of rear side
Drive motor 91 inverts after two buttons 48, and baffle 14 is withdrawn, is pressed to after the first button 47 of the second button of front side 48 and rear side,
Second electromagnet, 95 energization magnetisation drives the second shaft 94 and power transmission gear 93 to rotate, and power transmission gear 93 passes through engagement
The mobile transmission gear 96 of light-blocking mirror is driven to rotate, the mobile transmission gear 96 of light-blocking mirror drives light-blocking mirror mobile shaft 97 and light-blocking mirror
Carrier wheel 901 rotates, and light-blocking mirror carrier wheel 901 drives driving cog stick 98 mobile by engagement, 98 band of driving cog stick
The light-blocking movement of mirror 32 is moved, light-blocking mirror 32 is withdrawn in the reversion of drive motor 91 after pressing the second button 48 of rear side, is had when on baffle 14
After rainwater or fog, it can be wiped free of in the water and fog passed through on wiping 54 rear baffle of sponge, 14 surface, in ride
Air constantly from being entered in wiping chamber 60 in the first venthole 56, accelerates the drying of wiping sponge 54, it is defeated to can use voice
Enter block 76 and input voice, the power on/off of battery 77, and control baffle 14 are controlled after the detection induction of Intelligent treatment chip 74
It is the charging of battery 77 using charging hole 78 with stretching for light-blocking mirror 32, the second meshing gear 64 of rotation drives the second engagement shaft
65 rotations, the second meshing gear 64 drive the first meshing gear 66 and the first engagement shaft 68 to rotate by engagement, the first engagement
Gear 66 is mobile by engagement band carry-over bar pushing block 63, and rack gear pushing block 63 pushes global control sliding block 70 mobile, and ventilation connects
The Kong Yue great that the second venthole 73 is opened when connecing hole 71 and bigger 73 overlapping area of the second venthole stirs slide block 84 and directly drives
Partial controll sliding block 83 is mobile, blocks or decontrol ventilation connecting hole 71, controls the gas stream of the ventilation connecting hole 71 at three respectively
Amount.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, the keep out the wind baffle of dust-break of keeping off the rain can pass through
Automatic telescopic is realized in the cooperation of button and motor, while can be switched to the flexible of light-blocking mirror, use when conveniently riding, voice
Control is then to greatly facilitate routine use, it is not necessary to when spending in ride without can directly be controlled with hand
Between and energy be adjusted, meanwhile, warning lamp can remind rear side vehicle, and the headlamp of front side can carry out under dark situations
Illumination, venthole is easy to adjust, humanization designing, and baffle inner wall demisting is convenient, so that the visual field is apparent, it is safer, it is worth pushing away
Extensively.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (8)
1. a kind of automation helmet, including helmet main body and the interstage sleeve hinged with the helmet main body, it is characterised in that: the gear
It is equipped with the open-work through upper and lower end face in set, the baffle chute through the open-work is provided in the interstage sleeve, the baffle is sliding
Be slidably installed baffle in slot, and the baffle bottom end face bilateral symmetry is equipped with twice rack gear, and being provided in the interstage sleeve can
Driving assembly is controlled, the first electromagnet and the second electromagnet including drive motor and control drive position further include driving baffle
The first baffle of sliding drives gear, and be slidably installed T-type sliding block in the interstage sleeve bottom end face, the T-type slider bottom
Light-blocking mirror is fixedly mounted in end face, and driving cog stick, the controllable driving group is fixedly mounted in the top end surface of the light-blocking mirror right end
Part further includes that the light-blocking mirror carrier wheel for driving the light-blocking mirror to be moved forward and backward is engaged with the driving cog stick, under the baffle
Side is additionally provided with transmission parts, wherein the transmission parts include the first transmission shaft, second driving shaft, third transmission shaft and the
Four transmission shafts drive the stable transmission at the uniform velocity of baffle, the baffle is sliding by the transmitting of this four axis by dynamically stable transmitting
Wiping ventilation member is provided on rear side of slot, wherein the wiping ventilation member includes the wiping on rear side of the baffle chute
The chamber wiping sponge intracavitary with wiping is mounted on, further includes three ventilation boss for being fixedly mounted on interstage sleeve top end surface, ventilation
The first venthole being connected to wiping chamber is provided in boss, control wipes intracavitary gas circulation, the helmet main body and gear
Set hinged place is provided with acoustic control electrical property hinge member, including voice input block and Intelligent treatment chip, further includes being located at the head
The rotation-limited slot of end surface symmetric and it is located at the medianly zygomorphic rotational pin of the interstage sleeve, the helmet at left and right sides of helmet ontology
It is provided with controllable ventilation member in ontology, is divided into global control unit and local control unit, the overall situation control unit includes
The second mobile meshing gear of the global control sliding block of overall situation control sliding block and control, the Partial controll component include three spacing
Identical Partial controll sliding slot and the Partial controll sliding block being slidably matched with Partial controll sliding slot, further include so that in helmet main body
The ventilation connecting hole that portion is connected to outside, the interstage sleeve right end face are additionally provided with manual control part, including front and back is symmetrical
First button and the briquetting being hingedly mounted between the inner wall of the first button front and back, device are additionally provided with accessory, including position
The warning lamp for warning on rear side of helmet main body and the headlamp at the top of helmet main body for illumination.
2. a kind of automation helmet according to claim 1, it is characterised in that: the controllable driving assembly include with it is described
First engaged transmission chamber of baffle chute right end connection, be rotatably assorted between the first engaged transmission chamber or so inner wall installation the
The first belt pulley is fixedly mounted in the first rotating shaft, is located on the right side of first belt pulley in the first rotating shaft for one shaft
The first baffle driving gear engaged with the baffle bottom rack gear, fixed peace on the right side of the first engaged transmission chamber is fixedly mounted
Fill drive motor, the first rotating shaft right end face is fixedly mounted can be with the of output shaft magnetic connection on the left of the drive motor
One electromagnet, is provided with the second engaged transmission chamber on the right side of the drive motor, between described second engaged transmission chamber or so inner wall
Be rotatably assorted the second shaft of installation, and power transmission gear, the second shaft left end face is fixedly mounted in second shaft
Being fixedly mounted can be with the second electromagnet of the output shaft magnetic connection on the right side of the drive motor, the second engaged transmission chamber left side
It is located at the second shaft left pivot movement between right inner wall and is coupled light-blocking mirror mobile shaft, on the light-blocking mirror mobile shaft
The mobile transmission gear of the light-blocking mirror engaged with the power transmission gear is fixedly mounted, the second engaged transmission chamber left side is fixed
There is engagement chamber, the light-blocking mirror mobile shaft extends to the left to be rotatably assorted with the chamber inner left wall that engages, and the light-blocking mirror moves
It is located at the light-blocking mirror carrier wheel that the intracavitary fixed installation of the engagement is engaged with the driving cog stick on turn axis.
3. a kind of automation helmet according to claim 1, it is characterised in that: the transmission parts include being located at the gear
The first drive cavity below plate, the baffle lower section, which is located on the left of first drive cavity, is equipped with the second drive cavity, the baffle
Lower section, which is located on the left of second drive cavity, is equipped with third drive cavity, is located on the left of the third drive cavity below the baffle and sets
There is the 4th drive cavity, be rotatably assorted in inner wall the be fit into first drive cavity on the right side of the first engaged transmission chamber
One transmission shaft, is located at the first engaged transmission second belt pulley of intracavitary fixed installation on first transmission shaft, and described second
Transmission is coupled driving belt between belt pulley and first belt pulley, and the first transmission shaft left end face is fixedly mounted
First drive bevel gear, be rotatably assorted in the first drive cavity bottom wall the first connecting shaft of installation, at the top of first connecting shaft
End face fixed installation connect bevel gear, first drive cavity and described second with first that first drive bevel gear engages
It is rotatably assorted between drive cavity and second driving shaft is installed, the second driving shaft right end face fixed installation is connect with described first
First power of bevel gear engagement shifts bevel gear, and the second drive bevel gear is fixedly mounted in the second driving shaft left end face,
Be rotatably assorted the second connecting shaft of installation in the second drive cavity bottom wall, and the second connecting shaft top end surface is fixedly mounted and institute
The the second connection bevel gear for stating the engagement of the second drive bevel gear, rotates between second drive cavity and the third drive cavity and matches
Installation third transmission shaft is closed, the third transmission shaft right end face, which is fixedly mounted, connect the second of bevel gear engagement with described second
Power shifts bevel gear, and third drive bevel gear, third drive cavity bottom is fixedly mounted in the third transmission shaft left end face
Be rotatably assorted the second connecting shaft of installation in wall, and the second connecting shaft top end surface is fixedly mounted and the third drive bevel gear
The third of engagement connects bevel gear, and be rotatably assorted installation the between the third drive cavity and the 4th drive cavity inner left wall
The third power transfer that bevel gear engagement is connect with the third is fixedly mounted in four transmission shafts, the 4th transmission shaft right end face
Bevel gear is located on the 4th transmission shaft in the 4th drive cavity and engaged transmission gear is fixedly mounted, the 4th transmission
Be rotatably assorted between chamber or so inner wall and rotation axis be installed, be fixedly mounted in the rotation axis with it is described engaged transmission gear and described
The second baffle of the rack gear engagement of baffle bottom end face drives gear.
4. a kind of automation helmet according to claim 1, it is characterised in that: the wiping ventilation member includes being located at institute
The wiping chamber on rear side of baffle chute is stated, the intracavitary fixed installation of wiping wipes sponge, and the interstage sleeve top end surface is fixedly mounted
The identical ventilation boss of three spacing, the ventilation boss is interior to be equipped with the first venthole for opening forward, first venthole
Connection downwards is set there are six the ventilation connecting hole being connected to the wiping chamber, and the first venthole rear side inner wall, which is equipped with, runs through institute
State the venthole of ventilation boss back end surface.
5. a kind of automation helmet according to claim 1, it is characterised in that: the acoustic control electrical property hinge member includes solid
Voice input block of the Dingan County in cavity wall in helmet main body, the helmet main body is interior to be fixedly mounted Intelligent treatment chip, institute
It states and connects data transmission line between Intelligent treatment chip and the voice input block, battery is fixedly mounted in the helmet main body,
The helmet main body right end face is equipped with the charging hole of opening to the right, is symmetrically arranged with limit in described helmet main body or so end face and turns
Dynamic slot, the interior energization ring for being equipped with annular of the rotation-limited slot inner wall on right side, connects between the energization ring and the battery
Power rail, the interstage sleeve is interior to be fixedly mounted symmetrical rotational pin, and left and right rotational pin opposite side end face is fixed
The rotation-limited block that connection is rotatably assorted with the rotation-limited slot, the rotational pin on right side are fixedly connected with power supply electric wire.
6. a kind of automation helmet according to claim 1, it is characterised in that: the controllable ventilation member is divided into global control
Component processed and local control unit, including three the second ventholes being located in the helmet main body, before second venthole
End is in communication with the outside, end is connected to the helmet main body inner cavity, and the overall situation control unit includes being located at the helmet main body
The interior global control sliding slot through described three second ventholes, the overall situation control the overall situation that is slidably installed in sliding slot
Sliding block is controlled, connection is equipped with rack gear block sliding slot on the left of the global control sliding slot, and the global control sliding block left end face is fixed
The rack gear pushing block that installation is slidably matched with the rack gear block sliding slot, the rack gear pushing block top end surface is equipped with rack gear, described
Overall situation control sliding block is set there are three the identical ventilation connecting hole through front/rear end is spaced, and the rack gear block sliding slot roof is connected to
Equipped with the engagement chamber for running through the helmet main body top end surface, the installation first that is rotatably assorted between the inner wall of the engagement chamber front and back is nibbled
Shaft is closed, the first engaging tooth engaged with the rack gear pushing block top end surface rack gear is fixedly mounted in the first engagement shaft
It takes turns, be rotatably assorted between inner wall installation the second engagement shaft before and after the engagement chamber, is fixedly mounted in the second engagement shaft
The second meshing gear engaged with first meshing gear, the Partial controll component include being located at the global control sliding slot
For three of rear side through the Partial controll sliding slot of the ventilation connecting hole, the Partial controll sliding slot roof, which is equipped with, runs through the head
Sliding slot is stirred in helmet bodies top end face, and be slidably installed Partial controll sliding block in the Partial controll sliding slot, the part
Slider top end face is controlled to be fixedly mounted across the slide block for stirring sliding slot.
7. a kind of automation helmet according to claim 1, it is characterised in that: the manual control part includes including position
Slot is symmetrically manually controlled in the front and back of helmet main body right end face opening to the right, it is described to manually control in front of and after slot
Wall, which is directly rotatably assorted, installs hinged shaft, is fixedly mounted briquetting in the hinged shaft, the briquetting left end face with
Reset spring is fixedly mounted in described manually control between slot inner left wall, the slot inner left wall that manually controls is fixedly mounted first
Button, the slot inner left wall that manually controls are located at the second button of fixed installation below second button.
8. a kind of automation helmet according to claim 1, it is characterised in that: the accessory includes being fixedly mounted on
The rear side warning block of the helmet main body back end surface, the interior fixed installation warning lamp of the rear side warning block back end surface are described
Lighting base is fixedly mounted in helmet main body top end surface, and headlamp is fixedly mounted in the lighting base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910149618.7A CN109770468B (en) | 2019-02-28 | 2019-02-28 | Automatic change helmet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910149618.7A CN109770468B (en) | 2019-02-28 | 2019-02-28 | Automatic change helmet |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109770468A true CN109770468A (en) | 2019-05-21 |
| CN109770468B CN109770468B (en) | 2021-05-18 |
Family
ID=66486505
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910149618.7A Active CN109770468B (en) | 2019-02-28 | 2019-02-28 | Automatic change helmet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109770468B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112273777A (en) * | 2020-10-29 | 2021-01-29 | 吴祖伟 | A high-efficient goggles for coal mining area is used |
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| GB2501290A (en) * | 2012-04-18 | 2013-10-23 | Kevin Stuart Morgan | Wiper for visor of safety helmet |
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| DE102010054563A1 (en) * | 2010-12-15 | 2012-06-21 | Uwe Schlüter | Visor wiper device for helmet, has wiper arm that is rotatably supported around rotational axis of housing such that wiper arm is movable over portion of visor of helmet during operation of wiper device |
| GB2501290A (en) * | 2012-04-18 | 2013-10-23 | Kevin Stuart Morgan | Wiper for visor of safety helmet |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112273777A (en) * | 2020-10-29 | 2021-01-29 | 吴祖伟 | A high-efficient goggles for coal mining area is used |
| CN112273777B (en) * | 2020-10-29 | 2023-10-20 | 上海煤科信息科技有限公司 | Efficient goggles for mining in coal mine area |
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| Publication number | Publication date |
|---|---|
| CN109770468B (en) | 2021-05-18 |
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Effective date of registration: 20210428 Address after: 523388 Liuhuang village, Chashan Town, Dongguan City, Guangdong Province Applicant after: Strategic Sports Ltd. Address before: 362616 Pit handle 237-3 of Yudou Village, Yudou Town, Yongchun County, Quanzhou City, Fujian Province Applicant before: Wang Biqun |
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