CN105484602B

CN105484602B - Safe vehicle elevator

Info

Publication number: CN105484602B
Application number: CN201610008122.4A
Authority: CN
Inventors: 李涛
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-01-07
Filing date: 2016-01-07
Publication date: 2017-04-12
Anticipated expiration: 2036-01-07
Also published as: CN105484602A

Abstract

The invention provides a safe vehicle elevator, and belongs to the field of vehicle windows. The safe vehicle elevator is arranged on a vehicle window, and comprises an elevator body; the elevator body includes a slide rail, a slide block and a motor; the slide rail is fixedly connected to a vehicle door of a vehicle; the slide block is connected with the motor, and is slidingly connected with the slide rail; the elevator body further includes a fixed piece and a control mechanism; the control mechanism can control the fixed piece to be connected with or deviated from the slide block; and when the fixed piece is deviated from the slide block, the vehicle window is deviated from the slide block. In the safe vehicle elevator, when an accident occurs, the control mechanism controls the fixed piece to be deviated from the slide block, the vehicle window is separated from the slide block , the vehicle window can slip into a space below the vehicle door under the effect of gravity, persons in the vehicle can timely escape from an opening of the vehicle window, and the convenience is provided to rescue persons.

Description

Safety vehicle elevator

Technical field

The present invention relates to automotive window field, in particular to a kind of safety vehicle elevator.

Background technology

There is window lifter body on existing all kinds of automobiles, for controlling the lifting of vehicle window, be easy to carry out in-car Ventilative, more preferably, in order to ensure the safety of vehicle, general employing is fixed on window lifter body on car door, and leads to for daylighting Moving up and down for internal control realization vehicle window is crossed, but when automobile occurs accident, when glass for vehicle window is not damaged, car door is anti- During lock, the rescuer outside car cannot open vehicle window in time, and the in-car wounded are sued and laboured, the difficulty of rescue personnel is increased Degree, in-car personnel cannot be escaped in time.

The content of the invention

The invention provides a kind of safety vehicle elevator, it is intended to improve the problems referred to above.What the present invention was realized in：

A kind of safety vehicle elevator, is arranged on the vehicle window of automobile, including elevator body, the elevator body bag Slide rail, slide block and motor are included, the slide rail is fixedly connected on the car door of the automobile, the slide block and the motor connection, The slide block is slidably connected with the slide rail, and the elevator body is also included for the vehicle window is fixed on the slide block Fixture and controlling organization, the controlling organization can control fixture connection or depart from the slide block.

Further, the fixture and the controlling organization are separately positioned on the slide block, the fixture difference Be connected with the slide block and the vehicle window, the controlling organization is connected with the fixture, the controlling organization can with it is described Fixture depart from, when the controlling organization is departed from the fixture, the fixture respectively with the slide block and the vehicle window Depart from.

Fixture and controlling organization are separately positioned on slide block, enable fixture and controlling organization with the lifting of vehicle window And lift, when occurring unexpected, controlling organization can be controlled to fixture in time, due to fixture respectively with slide block and car Window connects, and controlling organization is connected with fixture, is prevented effectively from fixture and departs from slide block and vehicle window, and fixture is to slide block and vehicle window Fixed effect more preferably, and when controlling organization is departed from fixture, fixture is departed from slide block and vehicle window, and vehicle window is not fixed The support of part, and under the gravity of vehicle window, is slid downwards, and vehicle window is dropped in the space of bottom of door, in-car personnel can and When escape, or the rescue personnel outside car can rescue occupant in time, be that rescue is provided convenience.

Further, the fixture includes lock pin and the first spring, and the end of the lock pin is connected with the slide block, institute The middle part for stating lock pin is connected with the vehicle window, and the two ends of first spring are respectively held against the vehicle window and the lock pin, described The first groove is provided with lock pin, the controlling organization is fastened in first groove.

Lock pin is fixed on vehicle window on slide block, and the first spring props up vehicle window and lock pin, and the first spring utilizes the bullet of its own Power pushes against vehicle window, more preferable to the fixed effect of vehicle window, while the first groove is arranged on lock pin, it is recessed that controlling organization is fastened on first In groove, lock pin is carried out spacing, prevent lock pin from sliding in vehicle window and slide block part, fixed effect is more preferable；When controlling organization and first When groove departs from, lock pin does not have spacing, and under the elastic force of spring, lock pin is outwards ejected, and departs from slide block and vehicle window, so as to vehicle window exists Drop under the gravity of itself.

Further, the controlling organization includes arranging in the first electric magnet, gangbar and fixture block, first electric magnet The two ends for having second spring, the gangbar are connected with the second spring and the fixture block respectively, and the fixture block is away from described One end of gangbar is fastened in first groove.

Controlling organization is controlled to fixture using the first electric magnet, gangbar and fixture block, is arranged in the first electric magnet Second spring, one end of second spring prop up gangbar, and gangbar props up fixture block, and now fixture block is set away from one end card of gangbar In the first groove, and after the first electric magnet is powered, produce magnetic, can attract gangbar, gangbar compression spring and to The direction motion of the first electric magnet, so as to drive fixture block to move, the fixture block being stuck in the first groove and the first groove depart from, and make lock Pin departs from vehicle window and slide block, and the only energization situation by controlling electric magnet can control the disengaging situation of lock pin and vehicle window, operation Simply, facilitate easily-controllable.

Further, first electric magnet and the gangbar are longitudinally connected on the slide block, the fixture block and institute State slide block and rotate connection, the fixture block includes that the first fixture block and the second fixture block, first fixture block and second fixture block are fixed Connection, first fixture block can be connected with first groove away from one end of second fixture block, and second fixture block is remote One end from first fixture block is connected with the gangbar.

First electric magnet and gangbar are longitudinally connected in slide block, gangbar is transported under the influence of the first electric magnet up and down It is dynamic, and fixture block is rotated with slide block and is connected, after the first electric magnet is powered, gangbar is moved downward, and drives the second fixture block to transport downwards Dynamic, the second fixture block drives the first fixture block to move upwards by rotating the position of connection, and the first fixture block is moved upwards, with the first groove Departing from, being connected and disconnected from for fixture block and the first groove being realized using the structure and lever principle of linkage, effect is more preferable, it is easier to control System.

Further, the slide block includes the first block, the second block and connecting plate, first block and described second Block is fixedly connected by the connecting plate, and first block, second block and the connecting plate form " u "-shaped, institute Stating the first block and second block has gap, first fixture block and second fixture block to be embedded at described first piece respectively Between body and second block, the lock pin sequentially passes through first block and second block, the institute of the lock pin State the first groove to be located between first block and second block, first fixture block can be with the first groove card Connect.

First fixture block and the second fixture block can be embedded between the first block and the second block, rotate convenient, while First the first groove of fixture block clamping, clamping effect are good, in the case of no external force, are difficult to depart from the first groove, connection effect More preferably, the lifting of vehicle window is safer.

Further, first electric magnet is electrically connected with the circuit board of the automobile.

First electric magnet is electrically connected with the circuit board of automobile, and the first electric magnet is powered, and makes the first electric magnet logical Magnetic can be produced after electricity, so as to control gangbar and fixture block.

Further, it is provided with conducting strip in the slide rail, the air bag of the conducting strip and the air bag of the automobile Control module is electrically connected, and the conducting strip is electrically connected with first electric magnet.

By conducting strip being arranged in slide rail, power supply is guided to into the first electric magnet, the first electric magnet is powered, and Conducting strip is electrically connected with the air bag control module of the air bag of automobile, and the air bag control module of air bag can be according to automobile The shock dynamics being subject to judge whether connect circuit, so as to the first electric magnet can be powered when there is accident, vehicle window drops, and Remaining when, no power, vehicle window are fixed on lock pin, and normally carry out elevating movement.

Further, the fixture also includes dust cover, and the dust cover is arranged on the outside of first spring, institute State.

Dust cover is set in the outside of the first spring, and lubricating oil is set in dust cover, the first spring can be prevented effectively from Get rusty, extend the service life of the first spring.

Further, the controlling organization includes the second electric magnet and contraction pole, second electric magnet and the contraction Bar is laterally connected on the slide block, and the 3rd spring is provided with second electric magnet, and the end of the contraction pole is tabular, One end of the tabular of the contraction pole is fastened in first groove, and the other end is connected with the 3rd spring.

Lock pin is controlled using the second electric magnet and contraction pole, contraction pole and the second electric magnet are laterally connected in cunning Block, contraction pole are arranged on slide block and are fastened in the first groove, the second magnet control contraction pole depart from the first groove when Between it is shorter.

Compared with prior art, the invention has the beneficial effects as follows：The safety vehicle elevator, by elevator body Fixture and controlling organization are set, and fixture is fixed on vehicle window on slide block, controlling organization can control fixture connection or de- From vehicle window, in normal driving conditions, vehicle window is connected with slide block by fixture, and slide block is moved up and down on slide rail, is driven Vehicle window is moved up and down, and realizes the lifting of vehicle window, is easy to the ventilation of in-car；When an accident occurs, controlling organization control fixture takes off From vehicle window, now vehicle window and slide block disengaging, vehicle window can under gravity, and the space being slipped to below car door is in-car Personnel can escape from the opening of vehicle window in time, while also providing convenience for rescue personnel.

Description of the drawings

Fig. 1 is the structural representation of the safety vehicle elevator that the embodiment of the present invention one is provided；

Fig. 2 is the side view of the safety vehicle elevator that the embodiment of the present invention one is provided；

Fig. 3 is the structural representation of the fixture of the safety vehicle elevator that the embodiment of the present invention one is provided；

Fig. 4 is the structural representation of the safety vehicle elevator that the embodiment of the present invention two is provided.

Wherein, reference is summarized as follows：Elevator body 101；Slide rail 102；Slide block 103；Conducting strip 104；Vehicle window 105；First block 106；Second block 107；Connecting plate 108；Fixture 201；Lock pin 202；First spring 203；First groove 204；Dust cover 205；Controlling organization 301；First electric magnet 302；Gangbar 303；Second spring 304；First fixture block 305；The Two fixture blocks 306；Second electric magnet 307；Contraction pole 308；3rd spring 309.

Specific embodiment

In view of the foregoing, researcher is through long-term research and substantial amounts of practice, there is provided a kind of safety vehicle lifting Machine, it is intended to improve the problems referred to above.

To make purpose, technical scheme and the advantage of the embodiment of the present invention clearer, below in conjunction with the embodiment of the present invention In accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is The a part of embodiment of the present invention, rather than the embodiment of whole.Present invention enforcement generally described and illustrated in accompanying drawing herein The component of example can be arranged and be designed with a variety of configurations.

Therefore, the detailed description of embodiments of the invention below to providing in the accompanying drawings is not intended to limit claimed The scope of the present invention, but be merely representative of the present invention selected embodiment.Based on the embodiment in the present invention, this area is common The every other embodiment obtained under the premise of creative work is not made by technical staff, belongs to the model of present invention protection Enclose.

It should be noted that：Similar label and letter represent similar terms in following accompanying drawing, therefore, once a certain Xiang Yi It is defined in individual accompanying drawing, then in subsequent accompanying drawing which further need not be defined and is explained.

In describing the invention, it should be noted that term " " center ", " on ", D score, "left", "right", " vertical ", The orientation or position relationship of the instruction such as " level ", " interior ", " outward " be based on orientation shown in the drawings or position relationship, or should Invention product using when the orientation usually put or position relationship, be for only for ease of the description present invention and simplify description, and not Be indicate or imply the device or element of indication must have specific orientation, with specific azimuth configuration and operation, therefore not It is understood that as limitation of the present invention.Additionally, term " first ", " second ", " the 3rd " etc. are only used for distinguishing description, and can not manage Solve to indicate or implying relative importance.

In describing the invention, in addition it is also necessary to explanation, unless otherwise clearly defined and limited, term " setting ", " installation ", " being connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected, or be detachably connected, or one The connection of body ground；Can be mechanically connected, or electrically connect；Can be joined directly together, it is also possible to indirect by intermediary It is connected, can is the connection of two element internals.For the ordinary skill in the art, can be with concrete condition understanding State term concrete meaning in the present invention.

Embodiment one

Referring to Fig. 1, Fig. 2 and Fig. 3, a kind of safety vehicle elevator is present embodiments provided, the safety vehicle elevator bag Elevator body 101 is included, the elevator body 101 includes slide rail 102, slide block 103 and motor, slide rail 102 is fixedly connected on vapour On the car door of car, slide block 103 and motor connection, slide block 103 is slidably connected with slide rail 102, by motor positive and inverse, realizes slide block 103 move up and down on slide rail 102, and the elevator body 101 of the present embodiment also includes fixture 201 and controlling organization 301, should Fixture 201 is for being fixed on slide block 103 by vehicle window 105, and controlling organization 301 is connected with fixture 201 and controls to fix The connection or disengaging of part 201 and slide block 103, when fixture 201 departs from slide block 103, vehicle window 105 is departed from slide block 103, now car Under the gravity of itself, slide downward, in the space dropped to below car door, automatically opens up vehicle window 105, is easy in vapour window 105 When there is security incident in car, in-car personnel escape, also for car outside rescue personnel provide convenience；And work as fixture 201 with When slide block 103 connects, vehicle window 105 is connected on slide block 103, and vehicle window 105 can move up and down, just under the drive of slide block 103 In in-car ventilation.

In the present embodiment, fixture 201 has various with the connected mode of slide block 103 and vehicle window 105, can be in fixture 201 Upper setting fixture block, arranges corresponding draw-in groove on slide block 103 and vehicle window 105, realizes that fixture 201 is distinguished by way of clamping It is connected with slide block 103 and vehicle window 105；Can also be attached by way of plugging；Can also be by way of contacting and pushing against It is attached.

In the present embodiment, controlling organization 301 can be controlled using various ways, and controlling organization 301 can be controlled automatically System, it is also possible to control manually, is controlled wherein automatically controlling and can be powered using electric magnet, it is also possible to carried out by induction apparatuss Control.

Connection status of the present embodiment by controlling organization 301 to fixture 201 with vehicle window 105, slide block 103 is controlled System, when there is accident, fixture 201 can be separated with vehicle window 105, slide block 103 respectively, and vehicle window 105 is not supported can be in gravity In the presence of drop, be easy to the personnel escape of in-car, decrease the rescue time of rescue personnel, the safety vehicle elevator is pacified Assembly and disassembly are easy, and cost is relatively low, and safety vehicle elevator is installed onboard, and when there is no security incident, vehicle window 105 is just When often opening and closing, and security incident occurring, vehicle window 105 can be dropped automatically, the security performance of the car of raising, practicality and safety More preferably.

Referring to Fig. 1, in the present embodiment, fixture 201 and controlling organization 301 are separately positioned on slide block 103, when vehicle window 105 During up and down motion, the fixture 201 and controlling organization 301 being arranged on slide block 103 is transported also with the up and down motion of vehicle window 105 Dynamic, wherein fixture 201 is connected with slide block 103 and vehicle window 105 respectively, and controlling organization 301 is connected with fixture 201, control machine Structure 301 can be departed from fixture 201, when controlling organization 301 is departed from fixture 201, fixture 201 and slide block 103 and Vehicle window 105 departs from respectively.

In the present embodiment, fixture 201 includes that lock pin 202 and the first spring 203, the end of lock pin 202 and slide block 103 connect Connect, the middle part of lock pin 202 and vehicle window 105 connect, the two ends of the first spring 203 are respectively held against vehicle window 105 and lock pin 202, lock pin The first groove 204 is provided with 202；In the present embodiment, controlling organization 301 includes the first electric magnet 302, gangbar 303 and card Block, is provided with second spring 304 in the first electric magnet 302, the two ends of gangbar 303 are solid with second spring 304 and fixture block respectively Fixed to connect, fixture block is fastened in the first groove 204 away from one end of gangbar 303, and in the present embodiment, gangbar 303 is irony material Material is made, and can be subject to the magneticaction of the first electric magnet 302 and move, and when the first electric magnet 302 is not powered on, spring is supported Firmly gangbar 303, gangbar 303 prop up fixture block, fixture block is fastened in the first groove 204, and when the first electric magnet 302 is powered Afterwards, the first electric magnet 302 produce magnetic force, attract gangbar 303, gangbar 303 under the gravitation of the first electric magnet 302, downwards Motion, compression spring drive fixture block motion, so that fixture block departs from the first groove 204.

Referring to Fig. 2, slide block includes the first block 106, the second block 107 and connecting plate 108, the first block 106 and second Block 107 is fixedly connected by connecting plate 108, the first block 106, the second block 107 and connecting plate 108 formation " u "-shaped, and first Block 106 and the second block 107 have gap, and fixture block is embedded between the first block 106 and the second block 107, and lock pin 202 is successively Through the first block 106 and the second block 107, the first groove 204 of lock pin 202 is located at the first block 106 and the second block 107 Between, fixture block can be with 204 clamping of the first groove.

Through hole is respectively provided with first block 106 and the second block 107, lock pin 202 sequentially passes through through hole, by vehicle window 105 It is fixed between lock pin 202 and slide block 103, fixture block is locked using the gap between the first block 106 and the second block 107, The size of lock pin 202 is connected with the through hole on the through hole and the first block 106 and the second block 107 of vehicle window 105, lock pin 202 just can be fastened in through hole, realize that gap coordinates, while fixture block can also be fastened on the first block 106 and the second block Between 107, fixture block and the first block 106 and the second block 107 are also that gap coordinates, the first block 106 and the second block 107 it Between gap simultaneously lock pin 202 and fixture block are carried out it is spacing, limit effect more preferably, so as to fixed vehicle window 105 effect more preferably, It is in the normal motion of vehicle window 105, safer.

Referring to Fig. 2 and Fig. 3, vehicle window 105 is fixed on slide block by being sequentially connected vehicle window 105 and slide block 103 by lock pin 202 On 103, fixture block is fastened in the first groove 204, lock pin 202 is carried out spacing, prevents lock pin 202 from departing from slide block 103 and vehicle window 105, now vehicle window 105 move up and down under the drive of slide block 103, when an accident occurs, the first electric magnet 302 is powered, fixture block Depart from the first groove 204,202 no fixture block of lock pin it is spacing, and under the elastic force of the first spring 203, along away from 103 He of slide block Eject away from the direction of vehicle window 105, now vehicle window 105 does not have the support of lock pin 202, while not being connected with slide block 103, vehicle window 105 under the gravity of itself, slides downwards, and in the space dropped to below car door, vehicle window 105 is opened, and is easy to the people of in-car Member escape, also for car outside rescue personnel provide convenience.

Referring to Fig. 1, in the present embodiment, the first electric magnet 302 and gangbar 303 are longitudinally connected on slide block 103, gangbar To move up and down, fixture block includes the first fixture block 305 and the second fixture block 306, the first fixture block 305 and the second card to 303 direction of motion Block 306 can be fixedly connected, or and it is detachably connected, can also be integrally formed.

In the present embodiment, the first fixture block 305 and the second fixture block 306 are preferably integrally formed, and the first fixture block 305 and the second card Block 306 is rotationally connected with slide block 103 using lever principle, and the first fixture block 305 and the second fixture block 306 are embedded respectively at first piece Between body 106 and the second block 107, wherein the first fixture block 305 is connected with the first groove 204, the second fixture block 306 and gangbar 303 connections, when the first electric magnet 302 is not powered on, the second spring 304 in the first electric magnet 302 props up gangbar 303, connection Lever 303 props up the second fixture block 306, and the first fixture block 305 is fastened in the first groove 204, carries out spacing, car to lock pin 202 Window 105 can move up and down under the drive of slide block 103；And after the first electric magnet 302 is powered, the first electric magnet 302 is produced Magnetic field, gangbar 303 are moved downward under the attraction of the first electric magnet 302, compress second spring 304, so as to drive the second card Block 306 is moved downward, and is connected as the first fixture block 305 and the second fixture block 306 are rotated with slide block 103, and the second fixture block 306 is transported downwards When dynamic, the first fixture block 305 is moved upwards, is departed from the first groove 204, and lock pin 202 is ejected under the elastic force of the first spring 203, Lock pin 202 is departed from vehicle window 105 and slide block 103 respectively, and now vehicle window 105 does not have the support of lock pin 202, and vehicle window 105 is at itself Gravity under, automatically turn on.

Referring to Fig. 1, in order to avoid the first spring 203 on lock pin 202 gets rusty, dust cover is set on the first spring 203 205, it is provided with lubricating oil in dust cover 205, lubricating oil can effectively avoid that the first spring 203 gets rusty and the card of dust is unloaded, Extend the service life of the first spring 203.The dust-proof dress similar with dust cover 205 is also equipped with first electric magnet 302 simultaneously Put, for preventing second spring 304 from getting rusty, and prevent dust from blocking second spring 304, making for second spring 304 can be extended Use the life-span.

Magnetic field can just be produced as the first electric magnet 302 needs to be powered, by by the circuit of the first electric magnet 302 and automobile Plate is electrically connected, and realization is powered to the first electric magnet 302, in order to realize dropping automatically for when accident occurs vehicle window 105, this enforcement Preferably using the air bag control module electrical connection by the first electric magnet 302 and the air bag of automobile in example, and by sliding Conducting strip 104 is set on rail 102, the air bag control module of the first electric magnet 302 and air bag is connected by conducting strip 104, The air bag control module of air bag has pressure inductor, when there is accident, has certain pressure to automobile, can trigger pressure Induction apparatuss, connect the air bag control module of air bag, and now air bag is ejected, and the first electric magnet 302 is powered, vehicle window 105 drop automatically, open, and provide facility for rescue personnel.

Hand switch is additionally provided with automobile simultaneously, hand switch can directly make the first electric magnet 302 be powered, so as to Dropping automatically for vehicle window is realized, is avoided that now outer bound pair automobile does not have impact force, substitute when there is natural disaster The air bag control module of capsule cannot be connected with the first electric magnet 302, and in-car personnel directly can control car using hand switch The landing situation of window, convenient, practicality is more preferably.

The safety vehicle elevator, by lock pin 202 and controlling organization 301, lock pin are arranged on elevator body 101 202 are fixed on vehicle window 105 on slide block 103, and controlling organization 301 can control fixture 201 and connect or depart from vehicle window 105, In normal driving conditions, vehicle window 105 is connected with slide block 103 by lock pin 202, and slide block 103 is moved up and down on slide rail 102, Drive vehicle window 105 to move up and down, realize the lifting of vehicle window 105, be easy to the ventilation of in-car；When an accident occurs, controlling organization 301 Control fixture 201 depart from vehicle window 105, now vehicle window 105 and slide block 103 depart from, vehicle window 105 can under gravity, The space being slipped to below car door, in-car personnel can be escaped from the opening of vehicle window 105 in time, while being also rescue personnel Provide convenience.

Existing glass for vehicle window is monolayer safety glass, when there is accident, being easily damaged, causing secondary injury, and sharp Existing glass for vehicle window can also be improved with the window lifter body structure, glass for vehicle window can adopt double-deck tempering Glass, layer glass reduce injury by the cementing intensity for fitting together, strengthening glass for vehicle window.

For existing single track window lifter body, 1-2 can be installed on single track window lifter body The safety vehicle elevator that the present embodiment is provided, and for double track window lifter body, be in double track window lifter The safety vehicle elevator that at least 2 this enforcements are provided is installed on body, the safety of the lifting of vehicle window 105 could be so realized Property, the stablizing effect of vehicle window 105 is more preferable.

Embodiment two

The safety vehicle elevator provided by the present embodiment, its basic structure and principle and the technique effect and first of generation Embodiment is identical, is brief description, and the present embodiment part does not refer to part, refers to corresponding contents in first embodiment.

Referring to Fig. 4, the present embodiment with the difference of embodiment one is, in embodiment one, controlling organization 301 is disposed longitudinally on On slide block 103, and controlling organization 301 is horizontally installed on slide block 103 in the present embodiment, and in the present embodiment, controlling organization 301 Including the second electric magnet 307 and contraction pole 308, the second electric magnet 307 and contraction pole 308 are laterally connected on slide block 103, and second The 3rd spring 309 is provided with electric magnet 307, the second electric magnet 307, contraction pole 308 and the 3rd spring 309 are arranged at sliding Between first block 106 and the second block 107 of block 103, the first block 106 and the second block 107 are to contraction pole 308 and lock Pin 202 carries out spacing, and the end of contraction pole 308 is tabular, and one end of the tabular of contraction pole 308 is fastened in the first groove 204, The other end is connected with the 3rd spring 309.Lock pin 202 is controlled using the second electric magnet 307 and contraction pole 308, contraction pole 308 and second electric magnet 307 be laterally connected in slide block 103, contraction pole 308 is directly fastened in the first groove 204, the second electromagnetism The time that the control contraction pole 308 of ferrum 307 departs from the first groove 204 is shorter.

The preferred embodiments of the present invention are the foregoing is only, the present invention is not limited to, for the skill of this area For art personnel, the present invention can have various modifications and variations.It is all within the spirit and principles in the present invention, made any repair Change, equivalent, improvement etc., should be included within the scope of the present invention.

Claims

1. a kind of safety vehicle elevator, is arranged on the vehicle window of automobile, it is characterised in that including elevator body, the liter Drop machine body includes slide rail, slide block and motor, and the slide rail is fixedly connected on the car door of the automobile, the slide block with it is described Motor connection, the slide block are slidably connected with the slide rail, and the elevator body is also included for the vehicle window is fixed on Fixture and controlling organization on the slide block, the controlling organization can control the fixture connection or depart from the cunning Block, the fixture and the controlling organization are separately positioned on the slide block, the fixture respectively with the slide block and institute Vehicle window connection is stated, the controlling organization is connected with the fixture, and the controlling organization can be departed from the fixture, described When controlling organization is departed from the fixture, the fixture is departed from the slide block and the vehicle window respectively.

2. safety vehicle elevator according to claim 1, it is characterised in that the fixture includes lock pin and the first bullet Spring, the end of the lock pin are connected with the slide block, and the middle part of the lock pin is connected with the vehicle window, and the two of first spring End is respectively held against the vehicle window and the lock pin, and the first groove is provided with the lock pin, and the controlling organization is fastened on described In first groove.

3. safety vehicle elevator according to claim 2, it is characterised in that the controlling organization includes the first electromagnetism Ferrum, gangbar and fixture block, are provided with second spring in first electric magnet, the two ends of the gangbar are respectively with described second Spring and fixture block connection, the fixture block are fastened in first groove away from one end of the gangbar.

4. safety vehicle elevator according to claim 3, it is characterised in that first electric magnet and the gangbar Longitudinally connected on the slide block, the fixture block is rotated with the slide block and is connected, and the fixture block includes the first fixture block and the second card Block, first fixture block are fixedly connected with second fixture block, and first fixture block can away from one end of second fixture block It is connected with first groove, second fixture block is connected with the gangbar away from one end of first fixture block.

5. safety vehicle elevator according to claim 4, it is characterised in that the slide block include the first block, second Block and connecting plate, first block are fixedly connected by the connecting plate with second block, first block, institute State the second block and the connecting plate forms " u "-shaped, first block and second block have gap, first fixture block And second fixture block is embedded between first block and second block respectively, the lock pin sequentially passes through described One block and second block, first groove of the lock pin be located at first block and second block it Between, first fixture block can be with the first groove clamping.

6. safety vehicle elevator according to claim 3, it is characterised in that first electric magnet and the automobile Circuit board is electrically connected.

7. safety vehicle elevator according to claim 6, it is characterised in that conducting strip, institute are provided with the slide rail The air bag control module that conducting strip is stated with the air bag of the automobile is electrically connected, the conducting strip and the first electromagnetism ferroelectricity Connection.

8. safety vehicle elevator according to claim 2, it is characterised in that the fixture also includes dust cover, institute The outside that dust cover is arranged on first spring is stated, in the dust cover, lubricating oil is provided with.

9. safety vehicle elevator according to claim 2, it is characterised in that the controlling organization includes the second electric magnet And contraction pole, second electric magnet and the contraction pole are laterally connected on the slide block, arrange in second electric magnet There is the 3rd spring, the end of the contraction pole is tabular, one end of the tabular of the contraction pole is fastened in first groove, The other end is connected with the 3rd spring.