CN109113524A

CN109113524A - A kind of door switch unit and its manufacturing method

Info

Publication number: CN109113524A
Application number: CN201811034203.7A
Authority: CN
Inventors: 邬时伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-05
Filing date: 2018-09-05
Publication date: 2019-01-01

Abstract

The invention discloses a kind of door switch unit and its manufacturing methods, this method institute use device includes apparatus main body, is set to the intracorporal manual unlocking device of described device master, is set to the intracorporal automatic locking device of described device master and is set to the intracorporal carriage of described device master, the manual unlocking device includes being set to the intracorporal first rotation chamber of described device master, is fixedly installed first motor in inner wall on the right side of the first rotation chamber；In daily finishing, more and more people like installation and lock a door automatically, universal product of locking a door automatically is mostly electronic lock in the market, and electronic lock is easy failure, vulnerable to interference, reliability is low, it is easily stolen robber person to have an opportunity to take advantage of, repairs after damage and be also more troublesome, the present invention is directed to design a kind of to be made of more firm mechanical structure, automatic opening and closing door can be completed simultaneously, and possesses a kind of automatic locking and unlocking function door switch unit and its manufacturing method.

Description

A kind of door switch unit and its manufacturing method

Technical field

The present invention relates to Smart Home technical field, specifically a kind of door switch unit and its manufacturing method.

Background technique

In daily finishing, more and more people like installation and lock a door automatically, and universal product of locking a door automatically is big in the market Mostly electronic lock, electronic lock are easy failure, and vulnerable to interference, reliability is low, are easily stolen robber person and have an opportunity to take advantage of, repair after damage Also be more troublesome, thus design it is a kind of be made of more firm mechanical structure, while automatic opening and closing door can be completed, and gather around Have a kind of automatic locking and unlocking function door switch unit and its manufacturing method it is really necessary to.

Summary of the invention

Technical problem to be solved by the invention is to provide a kind of door switch unit and its manufacturing methods, are able to solve State the problems in present technology.

The present invention is achieved through the following technical solutions: a kind of door switch unit of the invention and its manufacturing method, This method institute use device includes apparatus main body, is set to the intracorporal manual unlocking device of described device master, is set to the dress It sets main intracorporal automatic locking device and is set to the intracorporal carriage of described device master, the manual unlocking device includes It is set to the intracorporal first rotation chamber of described device master, is fixedly installed first motor in inner wall on the right side of the first rotation chamber, First motor left end power, which is connected with to extend, is passed through the first rotating shaft intracavitary to first rotation, and described first turn Being fixedly connected on axis can be in the first gear of the intracavitary rotation of first rotation, close to the first rotation chamber upper inside walls What is be connected in the inner wall of right side is provided with the second rotation chamber, and first rotation is intracavitary to be rotatably provided with right end extension and be passed through The second intracavitary shaft is rotated to described second, being fixedly connected in second shaft can be in the intracavitary rotation of first rotation And the second gear being meshed with the first gear, being fixedly connected in second shaft can be intracavitary in second rotation The first bevel gear of rotation is connected in inner wall on the downside of the second rotation chamber and is provided with third rotation chamber for opening forward, institute It states first bevel gear lower end and is provided with the second bevel gear that can be engaged, the second bevel gear lower end is fixedly connected at axle center There is extension to be passed through to the third and rotate intracavitary third shaft, being fixedly connected in the third shaft can turn in the third Move the third hand tap gear of intracavitary rotation, the third hand tap gear left end is provided with the 4th meshed bevel gear, and described It is connected in the inner left wall of three rotation chambers and is provided with the 4th rotation chamber for opening forward, at the axle center of the 4th bevel gear left end It is fixedly connected with to extend and is passed through first worm screw intracavitary to the 4th rotation, be connected in inner wall on rear side of the third rotation chamber Be provided with the 5th rotation chamber, first worm screw rear end is provided with the 5th meshed bevel gear, the 5th cone tooth It is fixedly connected with to extend at wheel rear end axle center and is passed through fourth shaft intracavitary to the 5th rotation, it is fixed in the 4th shaft It is connected with the 6th bevel gear that can rotate intracavitary rotation the described 5th, what be connected in the 5th rotation chamber upper inside walls sets It is equipped with the 6th rotation chamber, the 6th bevel gear rear end is provided with the 7th meshed bevel gear, the 7th bevel gear It is fixedly connected with to extend at the axle center of upper end and is passed through fiveth shaft intracavitary to the 6th rotation, it is fixed in the 5th shaft to connect It is connected to the third gear that can rotate intracavitary rotation the described 6th, what be connected in inner wall on rear side of the 6th rotation chamber is provided with First cavity, what can be horizontally slipped in first cavity is provided with the first rack gear, the first rack gear left end face with it is described It is fixedly connected with the first spring between first cavity inner left wall, the phase in the downside inner wall of inner wall on the right side of first cavity Connection is provided with the second cavity, is rotatably provided with first turn of line wheel in the second cavity upper inside walls, close It is rotatably provided with second turn of line wheel in inner wall on the downside of second cavity, the right side of inner wall on the downside of second cavity What is be connected in inner wall is provided with the third cavity of opening to the right, and what can be horizontally slipped in the third cavity is provided with the first drawing Block is fixedly connected with through first turn of line wheel between the first pulling block left end face and the first rack gear right end face And the first bracing wire of second turn of line wheel.

The automatic locking device includes being connected to be set on front side of the 4th rotation chamber as a preferred technical solution, The 4th cavity in inner wall, what can be horizontally slipped in the 4th cavity inner left wall is provided with the first door-plate, and described the What is be connected in four cavity inner left walls is provided with the first spring cavity, the first door-plate left end face and first spring cavity It is fixedly connected with second spring between inner left wall, the 5th cavity is provided in first door-plate, it can in the 5th cavity Rotation is provided with the first rotating block, and what is be connected in inner wall on the downside of the 5th cavity is provided with the 6th cavity, and the described 6th Rotatably be provided with the sector tooth block that upper end is mutually fixedly connected with the 5th cavity in cavity, on the right side of the 6th cavity in What is be connected in wall is provided with opening the 7th cavity to the right, sector tooth block front end hinge be connected with right end extension be passed through to The first rotating bar in 7th cavity, is rotatably provided with the second rotating bar in the 7th cavity, and described first turn Lever right end is connected by a hinge with second rotating bar front end, and it is fixed that second rotating bar upper end is fixedly connected with first Block, what is be connected on the downside of the 6th cavity in inner wall is provided with the 8th cavity, and the 8th cavity is rotatably provided with the Four gears, the 4th gear rear end are fixedly connected with the 5th gear that can be rotated in the 8th cavity, institute by shaft Stating the 5th gear can be meshed cooperation with first worm screw, and what is be connected in inner wall on the right side of the 4th cavity is provided with second Spring cavity, what can be horizontally slipped in inner wall on the right side of the 4th cavity is provided with the second door-plate, the second door-plate right side Be fixedly connected with third spring between inner wall on the right side of end face and the second spring chamber, be provided in second door-plate opening to The 9th left cavity, what is be connected on the downside of the 9th cavity in inner wall is provided with card hole.

What is be connected in the rear side inner wall of the 4th cavity upper inside walls as a preferred technical solution, is provided with Bracing wire hole, what is be connected in the upper inside walls of the bracing wire hole is provided with the tenth cavity, close to the right side inner wall of the tenth cavity Interior rotatably being provided with third turns line wheel, and what is be connected in the tenth cavity inner left wall is provided with the 11st cavity, institute It states and is rotatably provided with the 8th bevel gear in the 11st cavity, the 8th bevel gear rear end is fixedly connected with by shaft Four turns of line wheels, the 8th bevel gear left end are provided with the 9th meshed bevel gear, the 9th bevel gear left end shaft Dynamic mating connection is fixedly connected at the heart in the 6th shaft of the first motor right end.

The carriage includes the first tooth for being fixedly connected on first door-plate lower end as a preferred technical solution, Stick, what is be connected in the downside inner wall of the 4th cavity inner left wall is provided with the 12nd cavity, and the described 12nd Rotatable and the cooperation that is meshed with the first rack gear block the 6th gear is provided in cavity, the 6th gear front end passes through Shaft is fixedly connected with the tenth bevel gear, be provided with opening upwards the tenth being connected in inner wall on the right side of the 12nd cavity Three cavitys, the tenth bevel gear left end are provided with the 11st meshed bevel gear, the 11st bevel gear right end It is fixedly connected with extension at axle center to be passed through to the 7th shaft in the 13rd cavity, the company of being threadedly engaged in the 7th shaft It is connected to the first sliding block that can be horizontally slipped in the 13rd cavity, it is fixed that first upper end of slide block is fixedly connected with second Block, second upper end of fixing block are fixedly connected on second door-plate lower end.

The 4th turn of line wheel is fixedly connected with the first door-plate right end by described as a preferred technical solution, Third turns the second bracing wire of line wheel.

First upper end of fixing block face is provided with and the card hole right end face phase contract as a preferred technical solution, The cambered surface of conjunction.

The specific steps of this method are:

Firstly, user of service starts first motor, first motor drives the 6th shaft and the rotation of the 9th bevel gear at this time, in turn The 8th bevel gear and the 4th turn of line wheel rotation are driven by the engagement between the 9th bevel gear and the 8th bevel gear, in turn The second bracing wire is pulled to move the first door-plate and the first rack gear block to the right in the 4th cavity, second spring, which is in, at this time draws State is stretched, and then drives the 6th gear and the tenth bevel gear to turn by the engagement between the first rack gear block and the 6th gear It is dynamic, and then the rotation of the 7th shaft is driven by the engagement between the tenth bevel gear and the 11st bevel gear, and then make first Sliding block drives the second fixed block and the second door-plate to move to the left in the 4th cavity, and third spring, which is in, at this time stretches shape State, while first motor drives first rotating shaft and first gear rotation, and then by between first gear and second gear Engagement drives second gear, the second shaft and first bevel gear rotation, and then passes through first bevel gear and the second cone tooth Engagement between wheel drives second bevel gear, third shaft and third hand tap gear rotation, and then passes through third hand tap gear Engagement between the 4th bevel gear drives the 4th bevel gear and the rotation of the first worm screw, when the 4th gear is moved to and the One worm screw be meshed position when, by engagement between the two make the first worm screw drive the 4th gear rotation, and then drive The rotation of 5th gear drives sector tooth block and the first rotating bar to turn by the engagement between the 5th gear and sector tooth block It is dynamic, and then rotate the second rotating bar and the first fixed block to the right in the 7th cavity, when the first fixed block is moved to card When in the hole of position, the present apparatus is in locking closed state at this time；

Secondly, when needing automatic unlocking, invert first motor, and then invert the first worm screw, at this time by the first worm screw with Engagement between 4th gear drives the second rotating bar and the first fixed block to restore to initial position, when the first fixed block When skidding off in card hole, keep the first door-plate and the second door-plate extensive by the effect of the elastic force of second spring and third spring at this time Again to original state, complete to automatically turn on；

Finally, when needing manual unlocking, pull the first pulling block to the right at this time, so by the first bracing wire by the first rack gear the Moved to the right in one cavity, when the first rack gear, which is moved to, is meshed position with third gear, at this time by the first rack gear with Engagement between third gear drives third gear, the 5th shaft, the rotation of the 7th bevel gear, and then passes through the 7th bevel gear Engagement between the 6th bevel gear drives the 6th bevel gear, the 4th shaft and the rotation of the 5th bevel gear, and then passes through Engagement between 5th bevel gear and the first worm screw drives the rotation of the first worm screw, by between the first worm screw and the 4th gear Engagement drive the rotation of the 4th gear, repeat above-mentioned automatic unlocking step, make the first door-plate and the second door-plate restore to Initial position completes manual unlocking.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, when by present apparatus automatic door-closing, use Personnel start first motor, and first motor drives the 6th shaft and the rotation of the 9th bevel gear at this time, and then passes through the 9th cone tooth Engagement between wheel and the 8th bevel gear drives the 8th bevel gear and the 4th turn of line wheel to rotate, and then pulls the second bracing wire Move the first door-plate and the first rack gear block to the right in the 4th cavity, second spring is in tensional state at this time, in turn The 6th gear and the rotation of the tenth bevel gear are driven by the engagement between the first rack gear block and the 6th gear, and then is passed through Engagement between tenth bevel gear and the 11st bevel gear drives the rotation of the 7th shaft, and then the first sliding block is made to drive second Fixed block and the second door-plate move to the left in the 4th cavity, and third spring is in tensional state, while the first electricity at this time Machine drives first rotating shaft and first gear rotation, and then drives the by engagement between first gear and second gear Two gears, the second shaft and first bevel gear rotation, and then by engaging work between first bevel gear and second bevel gear With driving second bevel gear, third shaft and third hand tap gear rotation, so by third hand tap gear and the 4th bevel gear it Between engagement drive the 4th bevel gear and the first worm screw rotation, when the 4th gear is moved to the position that is meshed with the first worm screw When setting, so that the first worm screw is driven the rotation of the 4th gear by engagement between the two, and then drive the rotation of the 5th gear, lead to The engagement crossed between the 5th gear and sector tooth block drives sector tooth block and the rotation of the first rotating bar, and then makes second turn Lever and the first fixed block rotate to the right in the 7th cavity, when the first fixed block is moved in card hole, at this time originally Device is in locking closed state, when needing automatic unlocking, inverts first motor, and then invert the first worm screw, leads at this time The engagement crossed between the first worm screw and the 4th gear drives the second rotating bar and the first fixed block to restore to initial position, When the first fixed block skids off in card hole, at this time by the elastic force effect of second spring and third spring make the first door-plate with And second door-plate restore to original state, complete to automatically turn on, when needing manual unlocking, pull the first pulling block to the right at this time, And then moved the first rack gear to the right in the first cavity by the first bracing wire, when the first rack gear is moved to and third gear phase When the position of engagement, third gear, the 5th shaft, the 7th are driven by the engagement between the first rack gear and third gear at this time Bevel gear rotation, and then the 6th bevel gear, the 4th turn are driven by the engagement between the 7th bevel gear and the 6th bevel gear Axis and the rotation of the 5th bevel gear, and then drive the first worm screw to turn by the engagement between the 5th bevel gear and the first worm screw It is dynamic, the rotation of the 4th gear is driven by the engagement between the first worm screw and the 4th gear, repeats above-mentioned automatic unlocking step, Restore the first door-plate and the second door-plate to initial position, completes manual unlocking, automatic door-closing can be realized by the present apparatus, together It is locked after Shi Guanmen, unlocking manner is divided into automatic unlocking and manual unlocking, and simple to operate, worth recommendation makes With.

Detailed description of the invention

The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.

Fig. 1 is the schematic diagram of internal structure of a kind of door switch unit of the invention and its manufacturing method；

Fig. 2 is the enlarged diagram of " A " in Fig. 1；

Fig. 3 is the schematic diagram of " B-B " in Fig. 1.

Specific embodiment

As shown in Figure 1-Figure 3, a kind of door switch unit of the invention and its manufacturing method, this method institute use device include Apparatus main body 10, the manual unlocking device being set in described device main body 10, be set to it is automatic in described device main body 10 Locker and the carriage being set in described device main body 10, the manual unlocking device include being set to the dress The first rotation chamber 11 in main body 10 is set, is fixedly installed first motor 12 in the first rotation 11 right side inner wall of chamber, it is described 12 left end power of first motor be connected with extend be passed through to it is described first rotation chamber 11 in first rotating shaft 13, described first The first gear 14 that can be rotated in the first rotation chamber 11 is fixedly connected in shaft 13, close to the first rotation chamber 11 What is be connected in the right side inner wall of upper inside walls is provided with the second rotation chamber 15, is rotatably arranged in the first rotation chamber 11 There is right end to extend the second shaft 16 being passed through in the second rotation chamber 15, being fixedly connected in second shaft 16 can be Described first rotates rotation and the second gear 17 being meshed with the first gear 14 in chamber 11, consolidates in second shaft 16 Surely the first bevel gear 18 that can be rotated in the second rotation chamber 15, phase in the second rotation 15 downside inner wall of chamber are connected with It is provided with and communicated with third rotation chamber 19 for opening forward, 18 lower end of first bevel gear is provided with the second cone that can be engaged Gear 20 is fixedly connected with the third for extending and being passed through in third rotation chamber 19 at the 20 lower end axle center of second bevel gear Shaft 21, the third hand tap gear 22 that rotate in chamber 19, institute can be rotated in the third by being fixedly connected in the third shaft 21 It states 22 left end of third hand tap gear and is provided with the 4th meshed bevel gear 23, the third rotates in the inner left wall of chamber 19 It is connected and is provided with the 4th rotation chamber 24 for opening forward, it is logical to be fixedly connected with extension at the 23 left end axle center of the 4th bevel gear Enter to the first worm screw 25 in the 4th rotation chamber 24, what is be connected in third rotation 19 rear side inner wall of chamber is provided with the Five rotation chambers 26,25 rear end of the first worm screw is provided with the 5th meshed bevel gear 27, the 5th bevel gear 27 The 4th shaft 28 for extending and being passed through in the 5th rotation chamber 26 is fixedly connected at the axle center of rear end, in the 4th shaft 28 It is fixedly connected with the 6th bevel gear 29 that can be rotated in the 5th rotation chamber 26, the described 5th rotates in 26 upper inside walls of chamber What is be connected is provided with the 6th rotation chamber 30, and 29 rear end of the 6th bevel gear is provided with the 7th meshed bevel gear 31, the 5th shaft for extending and being passed through in the 6th rotation chamber 30 is fixedly connected at the 31 upper end axle center of the 7th bevel gear 32, it is fixedly connected with the third gear 33 that can be rotated in the 6th rotation chamber 30 in the 5th shaft 32, the described 6th What is be connected in rotation 30 rear side inner wall of chamber is provided with the first cavity 34, and what can be horizontally slipped in first cavity 34 is provided with First rack gear 35 is fixedly connected with the first bullet between first rack gear, 35 left end face and 34 inner left wall of the first cavity Spring 36, what is be connected in the downside inner wall of the 34 right side inner wall of the first cavity is provided with the second cavity 37, close to described First turn of line wheel 38 is rotatably provided in second cavity, 37 upper inside walls, it can in the 37 downside inner wall of the second cavity Rotation is provided with second turn of line wheel 39, and what is be connected in the right side inner wall of the 37 downside inner wall of the second cavity is provided with Opening third cavity 40 to the right, what can be horizontally slipped in the third cavity 40 is provided with the first pulling block 41, and described first draws It is fixedly connected between 41 left end face of block and 35 right end face of the first rack gear through first turn of line wheel 38 and institute State first bracing wire 42 of second turn of line wheel 39.

Valuably, the automatic locking device includes the be set in the 4th rotation 24 front inner wall of chamber that be connected Four cavitys 43, what can be horizontally slipped in 43 inner left wall of the 4th cavity is provided with the first door-plate 44, and the described 4th is empty What is be connected in 43 inner left wall of chamber is provided with the first spring cavity 45,44 left end face of the first door-plate and first spring It is fixedly connected with second spring 46 between 45 inner left wall of chamber, is provided with the 5th cavity 47 in first door-plate 44, described The first rotating block 48 is rotatably provided in five cavitys 47, what is be connected in the 47 downside inner wall of the 5th cavity is provided with Six cavitys 49 are rotatably provided with the sector that upper end is fixedly connected with 47 phase of the 5th cavity in the 6th cavity 49 Block 50, what is be connected in the 49 right side inner wall of the 6th cavity is provided with the 7th cavity 51 of opening to the right, the sector tooth block 50 front end hinges are connected with right end extension and are passed through to the first rotating bar 52 in the 7th cavity 51, in the 7th cavity 51 It is rotatably provided with the second rotating bar 53,52 right end of the first rotating bar and 53 front end of the second rotating bar pass through hinge Connection, 53 upper end of the second rotating bar are fixedly connected with the first fixed block 54, are connected in the 49 downside inner wall of the 6th cavity Logical to be provided with the 8th cavity 55, the 8th cavity 55 is rotatably provided with the 4th gear 56, after the 4th gear 56 End is fixedly connected with the 5th gear 57 that can be rotated in the 8th cavity 55 by shaft, and the 5th gear 57 can be with institute It states the first worm screw 25 to be meshed cooperation, what is be connected in the 43 right side inner wall of the 4th cavity is provided with second spring chamber 58, leans on What can be horizontally slipped in nearly 4th cavity, the 43 right side inner wall is provided with the second door-plate 59,59 right end face of the second door-plate It is fixedly connected with third spring 60 between the 58 right side inner wall of second spring chamber, is provided with opening in second door-plate 59 The 9th cavity 61 to the left, what is be connected in the 61 downside inner wall of the 9th cavity is provided with card hole 62.

Valuably, what is be connected in the rear side inner wall of 43 upper inside walls of the 4th cavity is provided with bracing wire hole 63, What is be connected in 63 upper inside walls of bracing wire hole is provided with the tenth cavity 64, in the right side inner wall of the tenth cavity 64 Rotatably being provided with third turns line wheel 65, and what is be connected in 64 inner left wall of the tenth cavity is provided with the 11st cavity 66, the 8th bevel gear 67 is rotatably provided in the 11st cavity 66, and 67 rear end of the 8th bevel gear passes through shaft It is fixedly connected with the 4th turn of line wheel 68,67 left end of the 8th bevel gear is provided with the 9th meshed bevel gear 69, institute It states and is fixedly connected with dynamic mating connection at 69 left end axle center of the 9th bevel gear in the 6th shaft of 12 right end of first motor 70。

Valuably, the carriage includes the first rack gear block 71 for being fixedly connected on 44 lower end of the first door-plate, is leaned on What is be connected in the downside inner wall of nearly 4th cavity, 43 inner left wall is provided with the 12nd cavity 72, the 12nd cavity Rotatable and the cooperation that is meshed with the first rack gear block 71 the 6th gear 73,73 front end of the 6th gear are provided in 72 Be fixedly connected with the tenth bevel gear 74 by shaft, be connected in the 72 right side inner wall of the 12nd cavity be provided with opening to On the 13rd cavity 75,74 left end of the tenth bevel gear is provided with the 11st meshed bevel gear 76, described Extension is fixedly connected at 11 bevel gear, 76 right end axle center to be passed through to the 7th shaft 77 in the 13rd cavity 75, it is described It is threadedly engaged the first sliding block 78 that is connected with and can horizontally slip in the 13rd cavity 75 in 7th shaft 77, described first 78 upper end of sliding block is fixedly connected with the second fixed block 79, and 79 upper end of the second fixed block is fixedly connected on second door-plate 59 Lower end.

Beneficial, the 4th turn of line wheel 68 and 44 right end of the first door-plate are fixedly connected with and turn line by the third Second bracing wire 80 of wheel 65.

Valuably, 54 upper surface of the first fixed block is provided with the arc mutually agreed with 62 right end face of card hole Face.

The specific steps of this method are:

Firstly, user of service starts first motor 12, first motor 12 drives the 6th shaft 70 and the 9th bevel gear 69 at this time Rotation, and then the 8th bevel gear 67 and the 4th is driven by the engagement between the 9th bevel gear 69 and the 8th bevel gear 67 Turn line wheel 68 rotation, and then pull the second bracing wire 80 make the first door-plate 44 and the first rack gear block 71 in the 4th cavity 43 to the right Side is mobile, and second spring 46 is in tensional state at this time, and then passes through engaging between the first rack gear block 71 and the 6th gear 73 Effect drives the 6th gear 73 and the rotation of the tenth bevel gear 74, so by the tenth bevel gear 74 and the 11st bevel gear 76 it Between engagement drive the rotation of the 7th shaft 77, and then the first sliding block 78 is made to drive the second fixed block 79 and the second door-plate 59 It is moved to the left in the 4th cavity 43, third spring 60 is in tensional state at this time, while first motor 12 drives first turn Axis 13 and first gear 14 rotate, and then drive the second tooth by the engagement between first gear 14 and second gear 17 It takes turns the 17, second shaft 16 and first bevel gear 18 rotates, and then by between first bevel gear 18 and second bevel gear 20 Engagement drives second bevel gear 20, third shaft 21 and third hand tap gear 22 to rotate, and then passes through third hand tap gear 22 Engagement between the 4th bevel gear 23 drives the 4th bevel gear 23 and the rotation of the first worm screw 25, when the 4th gear 56 moves Move to be meshed with the first worm screw 25 position when, by engagement between the two make the first worm screw 25 drive the 4th gear 56 Rotation, and then the rotation of the 5th gear 57 is driven, it is driven by the engagement between the 5th gear 57 and sector tooth block 50 fan-shaped Tooth block 50 and the first rotating bar 52 rotation, and then make the second rotating bar 53 and the first fixed block 54 in the 7th cavity 51 to Right side rotation, when the first fixed block 54 is moved in card hole 62, the present apparatus is in locking closed state at this time；

Secondly, inverting first motor 12 when needing automatic unlocking, and then the first worm screw 25 is inverted, passes through the first snail at this time Engagement between bar 25 and the 4th gear 56 drives the second rotating bar 53 and the first fixed block 54 to restore to initial position, When the first fixed block 54 skids off in card hole 62, make the by the elastic force effect of second spring 46 and third spring 60 at this time One door-plate 44 and the second door-plate 59 restore to original state, complete to automatically turn on；

Finally, it when needing manual unlocking, pulls the first pulling block 41 to the right at this time, and then passes through the first bracing wire 42 for the first rack gear 35 move to the right in the first cavity 34, when the first rack gear 35, which is moved to, is meshed position with third gear 33, lead at this time The engagement crossed between the first rack gear 35 and third gear 33 drives third gear 33, the 5th shaft 32, the 7th bevel gear 31 Rotation, and then the 6th bevel gear 29, the 4th turn are driven by the engagement between the 7th bevel gear 31 and the 6th bevel gear 29 Axis 28 and the rotation of the 5th bevel gear 27, and then the is driven by engagement between the 5th bevel gear 27 and the first worm screw 25 The rotation of one worm screw 25 drives the rotation of the 4th gear 56 by the engagement between the first worm screw 25 and the 4th gear 56, repeats Above-mentioned automatic unlocking step.

When original state, the first door-plate 44 moves to the left to greatest extent in the 4th cavity 43, and the second door-plate 59 is It is moved to the right to greatest extent in four cavitys 43, the first sliding block 78 is moved to the rightmost side in the 13rd cavity 75 at this time, at this time Second rotating bar 53 turns to the leftmost side in the 7th cavity 51, at this time the first rack gear 35 in the first cavity 34 to greatest extent to Left side is mobile, and door is in the open state.

When by present apparatus automatic door-closing, user of service starts first motor 12, and first motor 12 drives the 6th turn at this time Axis 70 and the rotation of the 9th bevel gear 69, and then driven by the engagement between the 9th bevel gear 69 and the 8th bevel gear 67 8th bevel gear 67 and the 4th turn of line wheel 68 rotate, and then the second bracing wire 80 is pulled to make the first door-plate 44 and the first rack gear block 71 move to the right in the 4th cavity 43, and second spring 46 is in tensional state at this time, so by the first rack gear block 71 with Engagement between 6th gear 73 drives the 6th gear 73 and the rotation of the tenth bevel gear 74, and then passes through the tenth bevel gear Engagement between 74 and the 11st bevel gear 76 drives the rotation of the 7th shaft 77, and then the first sliding block 78 is made to drive second to consolidate Determine block 79 and the second door-plate 59 moves to the left in the 4th cavity 43, third spring 60 is in tensional state at this time, simultaneously First motor 12 drives first rotating shaft 13 and first gear 14 to rotate, and then by between first gear 14 and second gear 17 Engagement drive second gear 17, the second shaft 16 and first bevel gear 18 to rotate, and then pass through first bevel gear 18 Engagement between second bevel gear 20 drives second bevel gear 20, third shaft 21 and third hand tap gear 22 to rotate, And then the 4th bevel gear 23 and the first worm screw are driven by the engagement between third hand tap gear 22 and the 4th bevel gear 23 25 rotations make the by engagement between the two when the 4th gear 56, which is moved to, is meshed position with the first worm screw 25 One worm screw 25 drives the rotation of the 4th gear 56, and then drives the rotation of the 5th gear 57, passes through the 5th gear 57 and sector tooth block 50 Between engagement drive sector tooth block 50 and the rotation of the first rotating bar 52, and then make the second rotating bar 53 and first solid Determine block 54 to rotate to the right in the 7th cavity 51, when the first fixed block 54 is moved in card hole 62, at this time at the present apparatus In locking closed state, when needing automatic unlocking, first motor 12 is inverted, and then invert the first worm screw 25, passed through at this time Engagement between first worm screw 25 and the 4th gear 56 drives the second rotating bar 53 and the first fixed block 54 to restore to first Beginning position passes through second spring 46 and the elastic force of third spring 60 when the first fixed block 54 skids off in card hole 62 at this time Effect restores the first door-plate 44 and the second door-plate 59 to original state, completes to automatically turn on, when needing manual unlocking, this When pull the first pulling block 41 to the right, and then first rack gear 35 is moved to the right in the first cavity 34 by the first bracing wire 42, When 4 first rack gears 35, which are moved to, is meshed position with third gear 33, at this time by the first rack gear 35 and third gear 33 it Between engagement drive third gear 33, the 5th shaft 32, the rotation of the 7th bevel gear 31, and then by the 7th bevel gear 31 with Engagement between 6th bevel gear 29 drives the 6th bevel gear 29, the 4th shaft 28 and the rotation of the 5th bevel gear 27, into And the rotation of the first worm screw 25 is driven by the engagement between the 5th bevel gear 27 and the first worm screw 25, pass through the first worm screw 25 Engagement between the 4th gear 56 drives the rotation of the 4th gear 56, repeats above-mentioned automatic unlocking step, makes the first door-plate 44 and second door-plate 59 restore to initial position, complete manual unlocking.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection scope should be determined by the scope of protection defined in the claims.

Claims

1. a kind of door switch unit and its manufacturing method, this method institute use device includes apparatus main body, is set to described device Main intracorporal manual unlocking device is set to the intracorporal automatic locking device of described device master and is set to described device main body Interior carriage, the manual unlocking device include being set to the intracorporal first rotation chamber of described device master, and described first turn It is fixedly installed first motor in inner wall on the right side of dynamic chamber, first motor left end power is connected with extension and is passed through to described First rotates intracavitary first rotating shaft, and being fixedly connected in the first rotating shaft can be the first of the intracavitary rotation of first rotation Gear, what is be connected in the right side inner wall of the first rotation chamber upper inside walls is provided with the second rotation chamber, and described first Rotate it is intracavitary be rotatably provided with right end and extend be passed through to intracavitary the second shaft of second rotation, in second shaft Being fixedly connected with can be in the intracavitary rotation of first rotation and the second gear that is meshed with the first gear, and described second turn Being fixedly connected on axis can be in the first bevel gear of the intracavitary rotation of second rotation, and described second rotates phase in the inner wall of chamber downside It is provided with and communicated with third rotation chamber for opening forward, the first bevel gear lower end is provided with the second cone tooth that can be engaged Wheel, extension is fixedly connected at the axle center of the second bevel gear lower end is passed through to the third and rotate intracavitary third shaft, institute It states and is fixedly connected in third shaft and can rotate the third hand tap gear of intracavitary rotation, the third hand tap gear left end in the third It is provided with the 4th meshed bevel gear, being connected in the inner left wall of the third rotation chamber, it is for opening forward to be provided with 4th rotation chamber, be fixedly connected at the axle center of the 4th bevel gear left end extend be passed through to the 4th rotation it is intracavitary first Worm screw, what is be connected on rear side of third rotation chamber in inner wall is provided with the 5th rotation chamber, and first worm screw rear end is provided with The 5th meshed bevel gear is fixedly connected with extension at the axle center of the 5th bevel gear rear end and is passed through to described 5th turn The 4th intracavitary shaft is moved, being fixedly connected in the 4th shaft can be in the 6th cone tooth of the intracavitary rotation of the 5th rotation It takes turns, what is be connected in the 5th rotation chamber upper inside walls is provided with the 6th rotation chamber, and the 6th bevel gear rear end is provided with The 7th meshed bevel gear is fixedly connected with extension at the axle center of the 7th bevel gear upper end and is passed through to described 6th turn The 5th intracavitary shaft is moved, the third gear that can rotate intracavitary rotation the described 6th is fixedly connected in the 5th shaft, What is be connected in inner wall on rear side of the 6th rotation chamber is provided with the first cavity, the setting that can be horizontally slipped in first cavity There is the first rack gear, be fixedly connected with the first spring between the first rack gear left end face and the first cavity inner left wall, What is be connected in the downside inner wall of inner wall on the right side of first cavity is provided with the second cavity, on second cavity It is rotatably provided with first turn of line wheel in the inner wall of side, is rotatably provided with second in inner wall on the downside of second cavity Turn line wheel, what is be connected in the right side inner wall of inner wall on the downside of second cavity is provided with the third cavity of opening to the right, What can be horizontally slipped in the third cavity is provided with the first pulling block, and the first pulling block left end face and first rack gear are right The first bracing wire by first turn of line wheel and second turn of line wheel is fixedly connected between side end face.

2. a kind of door switch unit according to claim 1 and its manufacturing method, it is characterised in that: the automatic locking dress It sets including the 4th cavity being set in the 4th rotation chamber front inner wall that is connected, close to the 4th cavity inner left wall It is interior horizontally slip be provided with the first door-plate, what is be connected in the 4th cavity inner left wall is provided with the first spring cavity, It is fixedly connected with second spring between the first door-plate left end face and the first spring cavity inner left wall, described first Be provided with the 5th cavity in plate, be rotatably provided with the first rotating block in the 5th cavity, on the downside of the 5th cavity in What is be connected in wall is provided with the 6th cavity, and it is mutually solid with the 5th cavity that upper end is rotatably provided in the 6th cavity Surely the sector tooth block connected, what is be connected on the right side of the 6th cavity in inner wall is provided with the 7th cavity of opening to the right, described Sector tooth block front end hinge is connected with right end extension and is passed through to the first rotating bar in the 7th cavity, in the 7th cavity It rotatably is provided with the second rotating bar, the first rotating bar right end is connected by a hinge with second rotating bar front end, Second rotating bar upper end is fixedly connected with the first fixed block, and what is be connected in inner wall on the downside of the 6th cavity is provided with the Eight cavitys, the 8th cavity are rotatably provided with the 4th gear, and the 4th gear rear end is fixedly connected with by shaft The 5th gear that can be rotated in the 8th cavity, the 5th gear can be meshed cooperation with first worm screw, described What is be connected in inner wall on the right side of 4th cavity is provided with second spring chamber, can control cunning in inner wall on the right side of the 4th cavity Dynamic is provided with the second door-plate, is fixedly connected between inner wall on the right side of the second door-plate right end face and the second spring chamber Third spring is provided with the 9th cavity of opening to the left in second door-plate, is connected in inner wall on the downside of the 9th cavity Be provided with card hole.

3. a kind of door switch unit according to claim 1 and its manufacturing method, it is characterised in that: empty close to the described 4th What is be connected in the rear side inner wall of chamber upper inside walls is provided with bracing wire hole, and what is be connected in the upper inside walls of the bracing wire hole is provided with Tenth cavity is rotatably provided with third in the right side inner wall of the tenth cavity and turns line wheel, and the tenth cavity is left What is be connected in the inner wall of side is provided with the 11st cavity, is rotatably provided with the 8th bevel gear in the 11st cavity, institute It states the 8th bevel gear rear end and the 4th turn of line wheel is fixedly connected with by shaft, the 8th bevel gear left end is provided with mutually nibbles with it The 9th bevel gear closed, be fixedly connected at the axle center of the 9th bevel gear left end it is dynamic be cooperatively connected it is right in the first motor 6th shaft at end.

4. a kind of door switch unit according to claim 1 and its manufacturing method, it is characterised in that: the carriage packet The the first rack gear block for being fixedly connected on first door-plate lower end is included, in the downside inner wall of the 4th cavity inner left wall What is be connected is provided with the 12nd cavity, is provided in the 12nd cavity and can be rotated and be meshed with the first rack gear block 6th gear of cooperation, the 6th gear front end are fixedly connected with the tenth bevel gear by shaft, and the 12nd cavity is right What is be connected in the inner wall of side is provided with the 13rd cavity of opening upwards, and the tenth bevel gear left end is provided with meshed The 11st bevel gear, be fixedly connected with extension at the 11st bevel gear right end axle center and be passed through to the 13rd cavity The 7th shaft, it is sliding that first that is connected with and can horizontally slip in the 13rd cavity is threadedly engaged in the 7th shaft Block, first upper end of slide block are fixedly connected with the second fixed block, and second upper end of fixing block is fixedly connected on described second Door-plate lower end.

5. a kind of door switch unit according to claim 1 and its manufacturing method, it is characterised in that: the 4th turn of line wheel The second bracing wire for turning line wheel by the third is fixedly connected with the first door-plate right end.

6. a kind of door switch unit according to claim 1 and its manufacturing method, it is characterised in that: first fixed block Upper surface is provided with the cambered surface mutually agreed with the card hole right end face;The specific steps of this method are: