CN108439112A - A kind of protection type elevator mechanism of continuous operation - Google Patents
A kind of protection type elevator mechanism of continuous operation Download PDFInfo
- Publication number
- CN108439112A CN108439112A CN201810182616.3A CN201810182616A CN108439112A CN 108439112 A CN108439112 A CN 108439112A CN 201810182616 A CN201810182616 A CN 201810182616A CN 108439112 A CN108439112 A CN 108439112A
- Authority
- CN
- China
- Prior art keywords
- block
- mounting
- guide
- blocks
- groove
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B5/00—Applications of checking, fault-correcting, or safety devices in elevators
- B66B5/0006—Monitoring devices or performance analysers
- B66B5/0018—Devices monitoring the operating condition of the elevator system
- B66B5/0031—Devices monitoring the operating condition of the elevator system for safety reasons
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B13/00—Doors, gates, or other apparatus controlling access to, or exit from, cages or lift well landings
- B66B13/24—Safety devices in passenger lifts, not otherwise provided for, for preventing trapping of passengers
- B66B13/28—Safety devices in passenger lifts, not otherwise provided for, for preventing trapping of passengers between car or cage and wells
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B13/00—Doors, gates, or other apparatus controlling access to, or exit from, cages or lift well landings
- B66B13/24—Safety devices in passenger lifts, not otherwise provided for, for preventing trapping of passengers
- B66B13/245—Safety devices in passenger lifts, not otherwise provided for, for preventing trapping of passengers mechanical
Abstract
The invention belongs to elevator technology fields; more particularly to a kind of protection type elevator mechanism of continuous operation; it includes stairlift unit, anti-fall mechanism, trigger mechanism; when the elevator that people are designed using the present invention; in uphill process; when the bottom surface in manned area is flushed with the bottom surface of second entrance inlet on elevator shell, just contacted with two the first frizzens mounted on the trigger mechanism on elevator shell in two the 6th mounting grooves；Elevator shell, which moves up, at this time to drive two the first frizzens to move up by the two trigger mechanisms；Two the first frizzens move up will drive third step block, first step block and second step block to move up successively；So that third step block, first step block and second step block form a continuous step；Prevent people during entering elevator because having little time to enter into elevator and fall down backward；The elevator mechanism is improved on the basis of Paternoster elevators；Increase the safety of Paternoster elevators in use.
Description
Technical field
The invention belongs to elevator technology field more particularly to a kind of protection type elevator mechanisms of continuous operation.
Background technology
We sat elevator, also waited, and encountered elevators such as working peak period etc. ten minutes and usual thing, but
It is to come from one kind of Germany Paternoster elevators；It is a kind of elevator completely dispensed with etc., and this special elevator
Stimulation is again joyful never to stop；The design of Paternoster elevators is quite special, will not be any without elevator door
First floor stops, and both sides elevator is downed while toward rising to be reduced, and is never discontinuously run, is eliminated the waiting of traditional elevator
Time.But, you have to concentrate when entering, and step into, lift with regard to a rapid step when elevator reaches suitable position
It is the same.The design method of this elevator is derived from Britain earliest, be at that time for the ease of transport cargo and be designed to it is such,
It is later it is found that also very convenient for manned seating, eliminate the stand-by period.But, its safety, which is just endured to the fullest extent always, strives
View is just easy to fall down because stepping on sky when adult's use is also possible that but the elderly, child step into elevator；To the life of people
The hidden danger that safety belt comes.
The present invention design a kind of protection type elevator mechanism of continuous operation solve the problems, such as it is as above.
Invention content
To solve drawbacks described above in the prior art, the present invention discloses a kind of protection type elevator mechanism of continuous operation, it
It is realized using following technical scheme.
A kind of protection type elevator mechanism of continuous operation, it is characterised in that：It includes stairlift unit, anti-fall mechanism, wherein
Symmetrical third guide groove there are two being opened on the upper symmetrical two sides of well head；Upper well head is towards symmetrically opening on a side end face of entrance
There are two the 4th guide grooves；Second entrance symmetrically opened on the both sides metope of upper well head side there are two up and down the 5th
Guide groove；Second entrance, which is located on the downside of inlet, is provided with the first mounting groove；Anti-fall mechanism is mounted on the first installation of second entrance
In slot；Symmetrical first guide groove there are two being opened on the lower symmetrical two sides of well head；Lower well head coordinates with upper well head；First entrance is leaned on
The second guide groove there are two symmetrically being opened on the both sides metope of nearly lower well head side up and down；Stairlift unit and lower well head, on
Well head and anti-fall mechanism cooperation.
Above-mentioned anti-fall mechanism includes the 16th mounting groove, the first mounting blocks, the 6th guide groove, the second mounting groove, the first evacuation
Slot, the 7th guide groove, the 8th guide groove, third mounting groove, first step block, second step block, third step block, the first frizzen,
First drive block, the first extension spring, the first guide block, the second guide block, the second drive block, the second extension spring, third guide block,
Three extension springs, wherein being provided with the 16th mounting groove on the one side of the first mounting blocks；It is right on the two sides of 16th mounting groove
7th guide groove there are two opening with claiming；8th guide groove there are two symmetrically being opened on the two sides of 16th mounting groove；16th installation
6th guide groove there are two symmetrically being opened on the two sides of slot；Two the 7th guide grooves being opened on the two sides of 16th mounting groove,
Two the 8th guide grooves and two the 6th guide grooves are evenly distributed successively on corresponding side；The 16th peace is provided on first mounting blocks
The side of tankage is symmetrically opened there are two the first escape groove, and two the first escape groove are located at the two of the 16th mounting groove
Side；Second mounting groove is had on the end face of two the first escape groove；It is located at the 16th mounting groove on first mounting blocks
Both sides symmetrically open there are two third mounting groove；One end of two third mounting grooves is communicated with corresponding 7th guide groove respectively；
The other end of two third mounting grooves is communicated with the external world；First mounting blocks are mounted in the first mounting groove that second entrance is opened；
Two the first escape groove on first mounting blocks coordinate with two the 5th guide grooves of second entrance respectively；The both sides of second step block
Symmetrically there are two third guide blocks for installation；Second step block is by opened on two third guide blocks and the first mounting blocks two
Six guide grooves are fitted in the 16th mounting groove；Between the downside of second step block and the 16th mounting groove bottom side
Third extension spring there are two installing evenly；The upper side of second step block coordinates with the end face of second entrance inlet；First
It symmetrically installs there are two the second guide block the both sides of step block；First step block passes through on two the second guide blocks and the first mounting blocks
Two the 8th guide grooves opened are fitted in the 16th mounting groove；The downside of first step block and the 16th mounting groove
Equably there are two the second extension springs for installation between bottom side；The end of the upper side and second entrance inlet of first step block
Face coordinates；One end of three the second drive blocks is uniformly mounted to the downside of first step block；Three the second drive blocks and two
Second extension spring coordinates；The other end of three the second drive blocks coordinates with second step block；The both sides of third step block are symmetrical
There are two the first guide blocks for ground installation；Third step block is led by two the first guide blocks with opened on the first mounting blocks two the 7th
Slot is fitted in the 16th mounting groove；Between the downside of third step block and the 16th mounting groove bottom side equably
There are two the first extension springs for installation；The upper side of third step block coordinates with the end face of second entrance inlet；Three first
One end of drive block is uniformly mounted to the downside of third step block；Three the first drive blocks are matched with two the first extension springs
It closes；The other end of three the first drive blocks and three the second drive blocks coordinate；Two the first frizzens are located at the first installation
In two third mounting grooves on block and one end of two the first frizzens respectively with two in third step block the
One guide block connects；The other end of two the first frizzens is located at two the 4th guide grooves of upper well head across two third mounting grooves
It is interior；It is separately installed with two trigger mechanisms in two the second mounting grooves on first mounting blocks.
Above-mentioned stairlift unit includes drive rod, elevator shell, the first confinement block, the first return spring, triggering link block, carries
People area, the 4th mounting groove, the 5th mounting groove, the 6th mounting groove, the 9th guide groove, first rotating shaft, first gear, the first rack,
There is manned area on middle elevator shell；On the bottom side end face in the manned area of elevator shell the 4th mounting groove is provided with close to opening；The
5th mounting groove there are two symmetrically being opened on the two sides of four mounting grooves；Elevator shell is provided with two on the one side with manned area
A symmetrical 9th guide groove；Two the 9th guide grooves are communicated with two the 5th mounting grooves；On two sides of elevator shell symmetrically
6th mounting groove there are two opening；There are teeth on the two sides of first confinement block；First confinement block is mounted in the 4th mounting groove
And first confinement block upper end and the manned area of elevator shell bottom surface；The lower end of first confinement block and the 4th installation groove bottom
Between equably installation there are four the first return spring；The both ends of two first rotating shafts are separately mounted to two the 5th mounting grooves
On two sides；Two first gears are separately mounted in two first rotating shafts；Two first gears respectively with the first confinement block two
Teeth engagement on side；Two the first racks are separately mounted in two the 9th guide grooves of elevator shell；Two the first racks point
It is not engaged with two first gears；One end of two triggering link blocks is separately mounted to the lower end of two the first racks；Two are touched
The other end of hair link block is located at elevator outer side and coordinates respectively with two trigger mechanisms on the first mounting blocks；
It is separately installed with a trigger mechanism in two the 6th mounting grooves opened on elevator shell；Drive rod is mounted on elevator shell
On upper surface.
Above-mentioned trigger mechanism include trigger board, driving plate, the second mounting blocks, leaf spring, connection limited block, third mounting blocks,
Trigger corner block, (the first back-moving spring, limiting plate, limit guide groove, the tenth guide groove, the 11st guide groove, the 12nd guide groove, the 7th peace
Tankage, the 4th guide block, second back-moving spring, the 5th guide block, limiting slot, mounting hole, rotation axis, wherein one end of connection limited block
For semicircle shape；One end of connection limited block semicircle shape is provided with square breach；Peace there are two symmetrically being opened on the two sides of square breach
Fill hole；Square breach are provided with limiting slot on the one side far from semicircle shape；One end of third mounting blocks is semicircle shape；Third is installed
The inside of block has the limit guide groove of perforation；It is symmetrically equipped with two on two planes of symmetry on the outside of third mounting blocks semicircle shape one end
A rotation axis；Third mounting blocks are connect with two being fitted to for mounting hole on limited block by two rotation axis；Connection limit
Leaf spring is installed between position block and third mounting blocks；The 7th mounting groove is provided on the inside of second mounting blocks；The two of 7th mounting groove
Symmetrical 11st guide groove there are two being opened on side；7th mounting groove is provided on the two sides of the 11st guide groove and is symmetrically provided with two
A tenth guide groove；Two the tenth guide grooves are located at the upside of two the 11st guide grooves；It is provided on the upper side of 7th mounting groove
The 12nd guide groove communicated with outside；Second mounting blocks are mounted on the 7th mounting groove on third mounting blocks and on the second mounting blocks
It is communicated with the limit guide groove on third mounting blocks；Trigger the 4th guide block there are two symmetrically being installed on the two sides of corner block；It touches
It sends out corner block and passes through the inside for being fitted to the second mounting blocks of two the 4th guide blocks and two the 11st guide grooves and triggering three
The upper side of inclined-plane the 7th mounting groove of direction on hornblock；Trigger the 7th mounting groove on the one side and the second mounting blocks of corner block
(the first back-moving spring is installed between side far from third mounting blocks；One end of limiting plate is mounted on the another of triggering corner block
On side；The other end of limiting plate passes through the limit guide groove on third mounting blocks to coordinate with the limiting slot connecting on limited block；It drives
Symmetrically there are two the 5th guide blocks for installation on the two sides of movable plate one end；Driving plate passes through two the 5th guide blocks and the 7th mounting groove
Interior two the tenth guide grooves are fitted on the second mounting blocks；The other end of driving plate passes through the 12nd guide groove to be located at the second peace
Fill the outside of block；It is separately installed with a second back-moving spring between two the 5th guide blocks and the first mounting groove upper side；Driving
Plate coordinates with the inclined-plane on triggering corner block；Trigger board is mounted in driving plate and on the outside of the second mounting blocks.
Trigger board in the above-mentioned trigger mechanism being mounted in the 6th mounting groove is located at upper well with corresponding first frizzen
The one end fits in the 4th guide groove opened on mouth；Trigger board difference in two trigger mechanisms on the first mounting blocks
With two triggering link block cooperations.
As being further improved for this technology, above-mentioned third step block corresponds to elevator shell when being moved to top side
Bottom end is just moved to be flushed with the roof of the floor.
As being further improved for this technology, there are two symmetrical inclined-planes for one end tool of above-mentioned first confinement block.
As being further improved for this technology, the above-mentioned alternative as leaf spring is C-shaped compressed spring.
As being further improved for this technology, the limiting plate in above-mentioned trigger mechanism in the initial state is located at corresponding limit
In the slot of position.
In the present invention limiting slot is provided on one side of the square breach far from semicircle shape；Outside third mounting blocks semicircle shape one end
Symmetrically there are two rotation axis for installation on two planes of symmetry of side；Third mounting blocks are matched by two rotation axis and two mounting holes
It closes and is mounted on connection limited block；Leaf spring is installed between connection limited block and third mounting blocks；Second mounting blocks are mounted on the
The 7th mounting groove on three mounting blocks and on the second mounting blocks is communicated with the limit guide groove on third mounting blocks；Trigger corner block
Symmetrically there are two the 4th guide blocks for installation on two sides；It triggers corner block and passes through two the 4th guide blocks and two the 11st guide grooves
It is fitted to the inside of the second mounting blocks and triggers upper side of the inclined-plane on corner block towards the 7th mounting groove；Trigger triangle
(the first back-moving spring is installed between the 7th side of the mounting groove far from third mounting blocks on the one side of block and the second mounting blocks；
One end of limiting plate is mounted on the another side of triggering corner block；The other end of limiting plate passes through the limit on third mounting blocks
Guide groove coordinates with the limiting slot connecting on limited block；Driving plate is led by two the 5th guide blocks with two the tenth in the 7th mounting groove
Slot is fitted on the second mounting blocks；The other end of driving plate is located at the outside of the second mounting blocks across the 12nd guide groove；
It is separately installed with a second back-moving spring between two the 5th guide blocks and the first mounting groove upper side；Driving plate and triggering triangle
Inclined-plane cooperation on block；Trigger board is mounted in driving plate and on the outside of the second mounting blocks；When pressure suffered in trigger board
When larger, trigger board will move down；Trigger board, which moves down, drives driving plate to be led along the 12nd on the second mounting blocks
Slot moves down；Driving plate moves down and will squeeze triggering corner block and to trigger corner block towards being equipped with the first reset bullet
It moves the side of spring；Triggering corner block movement drives limiting plate to be moved towards the side for being equipped with (the first back-moving spring；Due to
Limiting plate under original state in trigger mechanism is located in corresponding limiting slot；So limiting plate is just in limiting plate moving process
The limiting slot that can be detached from limit link block；After completely disengaging, connection limited block loses position-limiting action to third mounting blocks；Institute
With when trigger board continues to be squeezed, trigger board will drive the second mounting blocks and third mounting blocks around corresponding rotation axis
It swings.When the pressure being subject in trigger board disappears, trigger mechanism returns to original state under the action of leaf spring.
The first mounting blocks are mounted in the first mounting groove that second entrance is opened in the present invention；Two on first mounting blocks
First escape groove coordinates with two the 5th guide grooves of second entrance respectively；The both sides of second step block symmetrically install that there are two the
Three guide blocks；Second step block is fitted to by two third guide blocks and two the 6th guide grooves being opened on the first mounting blocks
In 16th mounting groove；Equably there are two thirds for installation between the downside of second step block and the 16th mounting groove bottom side
Extension spring；The upper side of second step block coordinates with the end face of second entrance inlet；The both sides of first step block are symmetrically
There are two the second guide blocks for installation；First step block passes through two the 8th guide grooves being opened on two the second guide blocks and the first mounting blocks
Be fitted in the 16th mounting groove；Equably pacify between the downside of first step block and the 16th mounting groove bottom side
There are two the second extension springs for dress；The upper side of first step block coordinates with the end face of second entrance inlet；Three second drives
One end of motion block is uniformly mounted to the downside of first step block；Three the second drive blocks and two the second extension springs coordinate；
The other end of three the second drive blocks coordinates with second step block；The both sides of third step block are symmetrically installed leads there are two first
Block；Third step block is fitted to the tenth by two the 7th guide grooves being opened on two the first guide blocks and the first mounting blocks
In six mounting grooves；Equably there are two the first stretchings for installation between the downside of third step block and the 16th mounting groove bottom side
Spring；The upper side of third step block coordinates with the end face of second entrance inlet；One end of three the first drive blocks is equably
Mounted on the downside of third step block；Three the first drive blocks and two the first extension springs coordinate；Three the first drive blocks
The other end and three the second drive blocks coordinate；Two the first frizzens are located at two third mounting grooves on the first mounting blocks
Interior and two the first frizzens one end is connect with two the first guide blocks in third step block respectively；When two first
When frizzen moves up, two the first frizzens can drive third step block to move up by two the first guide blocks；Third
On the one hand step block, which moves up, will stretch corresponding first extension spring；On the other hand third step, which moves up, drives peace
Three the first drive blocks mounted in thereon move up；During three the first drive blocks move up with mounted on First
When three the second drive blocks on rank block contact, three the first drive blocks will drive three the second drive blocks to move up；Three
A second drive block, which moves up, drives first step block to move up；First step block, which moves up, will stretch corresponding
Two extension springs；When three the second drive blocks are contacted with second step block during three the second drive blocks move up,
Three the second drive blocks will drive second step block to move up.
The first confinement block is mounted in the 4th mounting groove in the present invention and the upper end of the first confinement block and elevator shell are manned
The bottom surface in area；Equably there are four the first return bullets for installation between the lower end of first confinement block and the 4th installation groove bottom
Spring；The both ends of two first rotating shafts are separately mounted on the two sides of two the 5th mounting grooves；Two first gears are installed respectively
In two first rotating shafts；Two first gears are engaged with the teeth on the first confinement block two sides respectively；Two the first racks
It is separately mounted in two the 9th guide grooves of elevator shell；Two the first racks are engaged with two first gears respectively；Two triggerings
One end of link block is separately mounted to the lower end of two the first racks；The other end of two triggering link blocks is located at outside elevator shell
Side and respectively on the first mounting blocks two trigger mechanisms coordinate；When two, which are triggered link block, moves down, two
A triggering link block can drive two the first racks to move down；Two the first racks, which move down, will make first gear turn
It is dynamic；Two first gear rotations will make the first confinement block move up；So that the first confinement block has bevelled one end and moves
The upside for moving out of manned area on stairlift unit, plays interception.
Relative to traditional elevator technology, the elevator mechanism for the continuous operation that the present invention designs is in Paternoster electricity
It is improved on the basis of ladder；Increase the safety of Paternoster elevators in use.
Description of the drawings
Fig. 1 is global facility structural schematic diagram.
Fig. 2 is global facility distribution schematic diagram.
Fig. 3 is lower shaft collar schematic diagram.
Fig. 4 is first entrance structural schematic diagram.
Fig. 5 is upper shaft collar schematic diagram.
Fig. 6 is second entrance structural schematic diagram.
Fig. 7 is the second mounting groove distribution schematic diagram.
Fig. 8 is third mounting groove distribution schematic diagram.
Fig. 9 is the 16th mounting groove distribution schematic diagram.
Figure 10 is the first mounting blocks scheme of installation.
Figure 11 is third step block scheme of installation.
Figure 12 is third step block structural schematic diagram.
Figure 13 is first step block structure schematic diagram.
Figure 14 is second step block structure schematic diagram.
Figure 15 is the first drive block and the second drive block scheme of installation.
Figure 16 is stairlift unit structural schematic diagram.
Figure 17 is elevator shell mechanism schematic diagram.
Figure 18 is manned area's distribution schematic diagram.
Figure 19 is the first confinement block structural schematic diagram.
Figure 20 is the first frizzen distribution schematic diagram.
Figure 21 is triggering link block scheme of installation.
Figure 22 is trigger mechanism surface structure schematic diagram.
Figure 23 is trigger mechanism internal structure schematic diagram.
Figure 24 is triggering corner block scheme of installation.
Figure 25 is (the first back-moving spring scheme of installation.
Figure 26 is the second mounting blocks scheme of installation.
Figure 27 is the second mounting blocks internal structure schematic diagram.
Figure 28 is limiting plate scheme of installation.
Figure 29 is trigger board scheme of installation.
Figure 30 is connection standoff features schematic diagram.
Figure label title：1, lower well head；2, upper well head；3, first entrance；4, stairlift unit；5, anti-fall mechanism；6,
Two entrances；7, the first guide groove；8, the second guide groove；9, third guide groove；10, the 4th guide groove；11, the 5th guide groove；12, the first installation
Slot；13, the first mounting blocks；14, the 6th guide groove；15, the second mounting groove；16, the first escape groove；17, the 7th guide groove；18, the 8th
Guide groove；19, third mounting groove；20, the 16th mounting groove；21, trigger mechanism；22, first step block；23, second step block；
24, third step block；25, the first frizzen；26, the first drive block；27, the first extension spring；28, the first guide block；29, second
Guide block；30, the second drive block；31, the second extension spring；32, third guide block；33, third extension spring；34, drive rod；35、
Elevator shell；36, the first confinement block；37, the first return spring；38, link block is triggered；39, manned area；40, the 4th mounting groove；
41, the 5th mounting groove；42, the 6th mounting groove；43, the 9th guide groove；44, first rotating shaft；45, first gear；46, the first rack；
47, trigger board；48, driving plate；49, the second mounting blocks；50, leaf spring；51, limited block is connected；52, third mounting blocks；53, it triggers
Corner block；54, (the first back-moving spring；55, limiting plate；56, limit guide groove；57, the tenth guide groove；58, the 11st guide groove；59,
12 guide grooves；60, the 7th mounting groove；61, the 4th guide block；62, second back-moving spring；63, the 5th guide block；64, limiting slot；65、
Mounting hole；66, rotation axis.
Specific implementation mode
As shown in Figure 1, 2, it includes stairlift unit 4, anti-fall mechanism 5, wherein as shown in figure 5,2 symmetrical both sides of upper well head
Symmetrical third guide groove 9 there are two being opened on face；There are two the 4th guide grooves towards symmetrically opening on a side end face of entrance for upper well head 2
10；As shown in fig. 6, second entrance 6 is symmetrically opened on the both sides metope of 2 side of upper well head, there are two the 5 up and down
Guide groove 11；Second entrance 6, which is located on the downside of inlet, is provided with the first mounting groove 12；As shown in Figure 10, anti-fall mechanism 5 is mounted on the
In first mounting groove 12 of two entrances 6；As shown in figure 3, being opened on 1 symmetrical two sides of lower well head, there are two symmetrical first guide grooves
7；Lower well head 1 coordinates with upper well head 2；As shown in figure 4, first entrance 3 is symmetrically opened on the both sides metope of 1 side of lower well head
There are two the second guide grooves 8 up and down；Stairlift unit 4 coordinates with lower well head 1, upper well head 2 and anti-fall mechanism 5.
As shown in figure 11, above-mentioned anti-fall mechanism 5 includes the 16th mounting groove 20, the first mounting blocks 13, the 6th guide groove 14, the
Two mounting grooves 15, the first escape groove 16, the 7th guide groove 17, the 8th guide groove 18, third mounting groove 19, first step block 22, second
Step block 23, third step block 24, the first frizzen 25, the first drive block 26, the first extension spring 27, the first guide block 28,
Two guide blocks 29, the second drive block 30, the second extension spring 31, third guide block 32, third extension spring 33, wherein as shown in fig. 7,
It is provided with the 16th mounting groove 20 on the one side of first mounting blocks 13；As shown in figure 8, right on the two sides of the 16th mounting groove 20
7th guide groove 17 there are two opening with claiming；8th guide groove 18 there are two symmetrically being opened on the two sides of 16th mounting groove 20；Such as Fig. 9
It is shown, it is symmetrically opened on the two sides of the 16th mounting groove 20 there are two the 6th guide groove 14；The two sides of 16th mounting groove 20
On two the 7th 17, two the 8th guide grooves 18 of guide groove being opened and two the 6th guide grooves 14 uniform row successively on corresponding side
Row；The side that the 16th mounting groove 20 is provided on first mounting blocks 13 is symmetrically opened there are two the first escape groove 16, and two the
One escape groove 16 is located at the both sides of the 16th mounting groove 20；One is had on the end face of two the first escape groove 16
Two mounting grooves 15；It is symmetrically opened there are two third mounting groove 19 positioned at the both sides of the 16th mounting groove 20 on first mounting blocks 13；
One end of two third mounting grooves 19 is communicated with corresponding 7th guide groove 17 respectively；The other end of two third mounting grooves 19 with it is outer
Boundary communicates；As shown in Figure 10, the first mounting blocks 13 are mounted in the first mounting groove 12 that second entrance 6 is opened；First mounting blocks
Two the first escape groove 16 on 13 coordinate with two the 5th guide grooves 11 of second entrance 6 respectively；As shown in figure 14, second step
It symmetrically installs there are two third guide block 32 both sides of block 23；As shown in figure 11, second step block 23 passes through two third guide blocks
32 and first two the 6th guide grooves 14 being opened on mounting blocks 13 be fitted in the 16th mounting groove 20；Such as Figure 14 institutes
Show, equably there are two third extension springs for installation between 20 bottom side of downside and the 16th mounting groove of second step block 23
33；The upper side of second step block 23 coordinates with the end face of 6 inlet of second entrance；As shown in figure 13, first step block 22
It symmetrically installs there are two the second guide block 29 both sides；As shown in figure 11, first step block 22 passes through two the second guide blocks 29 and
Two the 8th guide grooves 18 opened on one mounting blocks 13 are fitted in the 16th mounting groove 20；As shown in figure 13, first
Equably there are two the second extension springs 31 for installation between 20 bottom side of downside and the 16th mounting groove of step block 22；First
The upper side of step block 22 coordinates with the end face of 6 inlet of second entrance；It equably installs one end of three the second drive blocks 30
In the downside of first step block 22；Three the second drive blocks 30 and two the second extension springs 31 coordinate；Three the second drive blocks
30 other end coordinates with second step block 23；As shown in figure 12, the both sides of third step block 24 symmetrically install that there are two the
One guide block 28；As shown in figure 11, third step block 24 is by opened on two the first guide blocks 28 and the first mounting blocks 13 two
7th guide groove 17 is fitted in the 16th mounting groove 20；As shown in figure 12, the downside of third step block 24 and the tenth
Equably there are two the first extension springs 27 for installation between six mounting grooves, 20 bottom side；The upper side of third step block 24 and second
The end face of 6 inlet of entrance coordinates；One end of three the first drive blocks 26 is uniformly mounted to the downside of third step block 24；Three
A first drive block 26 and two the first extension springs 27 coordinate；As shown in figure 15, the other end of three the first drive blocks 26 with
Three the second drive block 30 cooperations；As shown in figure 11, two the first frizzens 25 are located at two on the first mounting blocks 13
It is led respectively with two first in third step block 24 in third mounting groove 19 and one end of two the first frizzens 25
Block 28 connects；As shown in figure 20, the other end of two the first frizzens 25 is located at upper well head 2 across two third mounting grooves 19
In two the 4th guide grooves 10；As shown in figure 11, two are separately installed in two the second mounting grooves 15 on the first mounting blocks 13
Trigger mechanism 21.
As shown in figure 16, above-mentioned stairlift unit 4 includes drive rod 34, elevator shell 35, the first confinement block 36, the first return
Spring 37, triggering link block 38, manned area 39, the 4th mounting groove 40, the 5th mounting groove 41, the 6th mounting groove 42, the 9th guide groove
43, first rotating shaft 44, first gear 45, the first rack 46, wherein as shown in figure 17, there is manned area 39 on elevator shell 35；
On the bottom side end face in 35 manned area 39 of elevator shell the 4th mounting groove 40 is provided with close to opening；As shown in figure 18, the 4th installation
5th mounting groove 41 there are two symmetrically being opened on the two sides of slot 40；Elevator shell 35 is provided on the one side with manned area 39
Two symmetrical 9th guide grooves 43；Two the 9th guide grooves 43 are communicated with two the 5th mounting grooves 41；Two sides of elevator shell 35
6th mounting groove 42 there are two symmetrically being opened on face；As shown in figure 19, there are teeth on the two sides of the first confinement block 36；Such as figure
Shown in 16, the first confinement block 36 is mounted in the 4th mounting groove 40 and upper end and the 35 manned area of elevator shell of the first confinement block 36
39 bottom surface；Equably there are four the first returns for installation between 40 bottom surface of lower end and the 4th mounting groove of first confinement block 36
Spring 37；The both ends of two first rotating shafts 44 are separately mounted on the two sides of two the 5th mounting grooves 41；Two first gears
45 are separately mounted in two first rotating shafts 44；Two first gears 45 are nibbled with the teeth on 36 two sides of the first confinement block respectively
It closes；Two the first racks 46 are separately mounted in 35 two the 9th guide grooves 43 of elevator shell；Two the first racks 46 are respectively with two
A first gear 45 engages；As shown in figure 21, one end of two triggering link blocks 38 are separately mounted to two the first racks 46
Lower end；The other ends of two triggering link blocks 38 be located on the outside of elevator shell 35 and respectively on the first mounting blocks 13
Two trigger mechanisms 21 coordinate；It is separately installed with a trigger mechanism in two the 6th mounting grooves 42 opened on elevator shell 35
21；Drive rod 34 is mounted on the upper surface of elevator shell 35.
As shown in Figure 22,23, above-mentioned trigger mechanism 21 includes trigger board 47, driving plate 48, the second mounting blocks 49, leaf spring
50, connect limited block 51, third mounting blocks 52, triggering corner block 53, (the first back-moving spring 54, limiting plate 55, limit guide groove 56,
Tenth guide groove 57, the 11st guide groove 58, the 12nd guide groove 59, the 7th mounting groove 60, the 4th guide block 61, second back-moving spring 62,
5th guide block 63, limiting slot 64, mounting hole 65, rotation axis 66, wherein as shown in figure 30, one end of connection limited block 51 is semicircle
Shape；One end of connection 51 semicircle shape of limited block is provided with square breach；Mounting hole there are two symmetrically being opened on the two sides of square breach
65；Square breach are provided with limiting slot 64 on the one side far from semicircle shape；As shown in figure 27, one end of third mounting blocks 52 is half
Round shape；The inside of third mounting blocks 52 has the limit guide groove 56 of perforation；As shown in figure 23,52 semicircle shape one end of third mounting blocks
Symmetrically there are two rotation axis 66 for installation on two planes of symmetry in outside；Third mounting blocks 52 are pacified by two rotation axis 66 and two
Dress hole 65 is fitted on connection limited block 51；Leaf spring 50 is installed between connection limited block 51 and third mounting blocks 52；
As shown in figure 26, the inside of the second mounting blocks 49 is provided with the 7th mounting groove 60；There are two being opened on the two sides of 7th mounting groove 60
Symmetrical 11st guide groove 58；7th mounting groove 60 is provided on the two sides of the 11st guide groove 58 symmetrically to open and be led there are two the tenth
Slot 57；Two the tenth guide grooves 57 are located at the upside of two the 11st guide grooves 58；It is provided on the upper side of 7th mounting groove 60
The 12nd guide groove 59 communicated with outside；Second mounting blocks 49 are mounted on the on third mounting blocks 52 and on the second mounting blocks 49
Seven mounting grooves 60 are communicated with the limit guide groove 56 on third mounting blocks 52；As shown in figure 28, on the two sides of triggering corner block 53
Symmetrically there are two the 4th guide blocks 61 for installation；As shown in figure 23, triggering corner block 53 passes through two the 4th guide blocks 61 and two the
The inside for being fitted to the second mounting blocks 49 of 11 guide grooves 58 and inclined-plane the 7th mounting groove of direction on triggering corner block 53
60 upper side；As shown in figure 24, on the one side and the second mounting blocks 49 of triggering corner block 53 the 7th mounting groove 60 far from the
(the first back-moving spring 54 is installed between the side of three mounting blocks 52；As shown in figure 28, one end of limiting plate 55 is mounted on triggering
On the another side of corner block 53；As shown in figure 25, the other end of limiting plate 55 passes through the limit guide groove on third mounting blocks 52
56 coordinate with the limiting slot 64 connecting on limited block 51；Symmetrically installation is led there are two the 5th on the two sides of 48 one end of driving plate
Block 63；As shown in figure 29, driving plate 48 is matched by two the 5th guide blocks 63 and two the tenth guide grooves 57 in the 7th mounting groove 60
It closes and is mounted on the second mounting blocks 49；The other end of driving plate 48 passes through the 12nd guide groove 59 to be located at the outer of the second mounting blocks 49
Side；It is separately installed with a second back-moving spring 62 between two the 5th guide blocks 63 and 12 upper side of the first mounting groove；Driving plate
48 coordinate with the inclined-plane on triggering corner block 53；Trigger board 47 is mounted in driving plate 48 and positioned at 49 outside of the second mounting blocks.
Trigger board 47 in the above-mentioned trigger mechanism 21 being mounted in the 6th mounting groove 42 and corresponding first frizzen 25
The one end fits in the 4th guide groove 10 opened on upper well head 2；Two trigger mechanisms on the first mounting blocks 13
Trigger board 47 in 21 coordinates with two triggering link blocks 38 respectively.
When being moved to top side, the bottom end of corresponding elevator shell 35 is just moved to and the building above-mentioned third step block 24
The roof of layer flushes.
There are two symmetrical inclined-planes for one end tool of above-mentioned first confinement block 36.
The above-mentioned alternative as leaf spring 50 is C-shaped compressed spring.
Limiting plate 55 in above-mentioned trigger mechanism in the initial state 21 is located in corresponding limiting slot 64.
In summary：
The elevator mechanism for the continuous operation that the present invention designs is improved on the basis of Paternoster elevators；Increase
The safety of Paternoster elevators in use is added.
In the present invention limiting slot 64 is provided on one side of the square breach far from semicircle shape；52 semicircle shape one of third mounting blocks
Hold rotation axis 66 there are two symmetrically being installed on two planes of symmetry in outside；Third mounting blocks 52 pass through two rotation axis 66 and two
Mounting hole 65 is fitted on connection limited block 51；Leaf spring is installed between connection limited block 51 and third mounting blocks 52
50；Second mounting blocks 49 are mounted on the 7th mounting groove 60 and third mounting blocks on third mounting blocks 52 and on the second mounting blocks 49
Limit guide groove 56 on 52 communicates；Trigger the 4th guide block 61 there are two symmetrically being installed on the two sides of corner block 53；Triggering three
Hornblock 53 is by the inside for being fitted to the second mounting blocks 49 of two the 4th guide blocks 61 and two the 11st guide grooves 58 and touches
Send out upper side of the inclined-plane on corner block 53 towards the 7th mounting groove 60；Trigger the one side and the second mounting blocks 49 of corner block 53
Upper 7th mounting groove 60 is equipped with (the first back-moving spring 54 between the side far from third mounting blocks 52；Pacify one end of limiting plate 55
On the another side of triggering corner block 53；The other end of limiting plate 55 pass through third mounting blocks 52 on limit guide groove 56 with
The limiting slot 64 connected on limited block 51 coordinates；Driving plate 48 is by two in two the 5th guide blocks 63 and the 7th mounting groove 60
Ten guide grooves 57 are fitted on the second mounting blocks 49；The other end of driving plate 48 passes through the 12nd guide groove 59 to be located at the second peace
Fill the outside of block 49；It is separately installed with a second back-moving spring between two the 5th guide blocks 63 and 12 upper side of the first mounting groove
62；Driving plate 48 coordinates with the inclined-plane on triggering corner block 53；Trigger board 47 is mounted in driving plate 48 and positioned at the second installation
49 outside of block；When pressure suffered in trigger board 47 is larger, trigger board 47 will move down；Trigger board 47 moves down band
Dynamic driving plate 48 is moved down along the 12nd guide groove 59 on the second mounting blocks 49；Driving plate 48 move down will squeeze it is tactile
Hair corner block 53 is so that triggering corner block 53 is moved towards the side for being equipped with (the first back-moving spring 54；Corner block 53 is triggered to move
Limiting plate 55 is driven to be moved towards the side for being equipped with (the first back-moving spring 54；Due in trigger mechanism 21 in the initial state
Limiting plate 55 is located in corresponding limiting slot 64；So limiting plate 55 will be detached from limit connection in 55 moving process of limiting plate
Limiting slot 64 on block；After completely disengaging, connection limited block 51 loses position-limiting action to third mounting blocks 52；So when triggering
When plate 47 continues to be squeezed, trigger board 47 will drive the second mounting blocks 49 and third mounting blocks 52 around corresponding rotation axis
66 swing.When the pressure being subject in trigger board 47 disappears, trigger mechanism 21 returns to originally under the action of leaf spring 50
State.
The first mounting blocks 13 are mounted in the first mounting groove 12 that second entrance 6 is opened in the present invention；First mounting blocks 13
On two the first escape groove 16 respectively with two the 5th guide grooves 11 of second entrance 6 coordinate；The both sides pair of second step block 23
Claiming ground installation, there are two third guide blocks 32；Second step block 23 is by being opened on two third guide blocks 32 and the first mounting blocks 13
Two the 6th guide grooves 14 are fitted in the 16th mounting groove 20；The downside of second step block 23 and the 16th mounting groove
Equably there are two third extension springs 33 for installation between 20 bottom sides；The upper side of second step block 23 enters with second entrance 6
End face cooperation at mouthful；It symmetrically installs there are two the second guide block 29 both sides of first step block 22；First step block 22 passes through
Two the 8th guide grooves 18 opened on two the second guide blocks 29 and the first mounting blocks 13 are fitted to the 16th mounting groove 20
It is interior；Equably there are two the second extension springs for installation between 20 bottom side of downside and the 16th mounting groove of first step block 22
31；The upper side of first step block 22 coordinates with the end face of 6 inlet of second entrance；One end of three the second drive blocks 30 is uniform
Ground is mounted on the downside of first step block 22；Three the second drive blocks 30 and two the second extension springs 31 coordinate；Three second
The other end of drive block 30 coordinates with second step block 23；It symmetrically installs there are two the first guide block the both sides of third step block 24
28；Third step block 24 is pacified by the cooperation for two the 7th guide grooves 17 opened on two the first guide blocks 28 and the first mounting blocks 13
In the 16th mounting groove 20；It is equably installed between 20 bottom side of downside and the 16th mounting groove of third step block 24
There are two the first extension springs 27；The upper side of third step block 24 coordinates with the end face of 6 inlet of second entrance；Three first
One end of drive block 26 is uniformly mounted to the downside of third step block 24；Three the first drive blocks 26 and two first stretching bullets
Spring 27 coordinates；The other end of three the first drive blocks 26 and three the second drive blocks 30 coordinate；Two the first frizzen 25 difference
In two third mounting grooves 19 on the first mounting blocks 13 and one end of two the first frizzens 25 respectively with mounted on the
Two the first guide blocks 28 connection in three step blocks 24；When two the first frizzens 25 move up, two the first frizzens
25 can drive third step block 24 to move up by two the first guide blocks 28；Third step block 24 moves up on the one hand will
Stretch corresponding first extension spring 27；On the other hand third step, which moves up, drives mounted thereto three first to drive
Block 26 moves up；During three the first drive blocks 26 move up with three second on first step block 22
When drive block 30 contacts, three the first drive blocks 26 will drive three the second drive blocks 30 to move up；Three second drivings
Block 30, which moves up, drives first step block 22 to move up；First step block 22, which moves up, will stretch corresponding second drawing
Stretch spring 31；Three the second drive blocks 30 are contacted with second step block 23 during three the second drive blocks 30 move up
When, three the second drive blocks 30 will drive second step block 23 to move up.
The first confinement block 36 is mounted in the 4th mounting groove 40 and outside the upper end of the first confinement block 36 and elevator in the present invention
The bottom surface in 35 manned area 39 of shell；It is equably equipped with four between 40 bottom surface of lower end and the 4th mounting groove of first confinement block 36
A first return spring 37；The both ends of two first rotating shafts 44 are separately mounted on the two sides of two the 5th mounting grooves 41；Two
A first gear 45 is separately mounted in two first rotating shafts 44；Two first gears 45 respectively with 36 two sides of the first confinement block
On teeth engagement；Two the first racks 46 are separately mounted in 35 two the 9th guide grooves 43 of elevator shell；Two the first racks
46 engage with two first gears 45 respectively；One end of two triggering link blocks 38 is separately mounted under two the first racks 46
End；The other ends of two triggering link blocks 38 be located on the outside of elevator shell 35 and respectively with two on the first mounting blocks 13
A trigger mechanism 21 coordinates；When two, which are triggered link block 38, moves down, two triggering link blocks 38 can drive two first
Rack 46 moves down；Two the first racks 46, which move down, will make first gear 45 rotate；Two 45 turns of first gears
It is dynamic that the first confinement block 36 will be made to move up；So that the first confinement block 36, which has bevelled one end, moves out stairlift unit 4
The upside in upper manned area 39, plays interception.
Specific implementation mode：When the elevator that people are designed using the present invention, in elevator uphill process, when elevator shell
When the bottom surface in the manned area 39 on 35 is flushed with the bottom surface of 6 inlet of second entrance；Two the 6th on elevator shell 35
Trigger mechanism 21 in mounting groove 42 is just contacted with two the first frizzens 25；Elevator shell 35, which moves up, at this time to lead to
Crossing the two trigger mechanisms 21 drives two the first frizzens 25 to move up；Two the first frizzens 25 move up will be according to
Secondary drive third step block 24, first step block 22 and second step block 23 move up；So that third step block 24, First
Rank block 22 and second step block 23 form a continuous step；Prevent people during entering elevator because having little time to step on
Enter elevator and falls down backward；Forming continuous step by third step block 24, first step block 22 and second step block 23 makes
Elevator can be gone successively to by the continuous step by obtaining the people being located on step；When third step block 24, first step block
22 and second step block 23 when soon peaking, be mounted on triggering link block 38 on elevator shell 35 will with mounted on
Two trigger mechanisms 21 contact in second entrance 6；At this time under the action of two trigger mechanism 21；Two triggering link blocks 38
It will be moved down relative to second entrance 6；Two triggering link blocks 38, which move down, will make the first confinement block 36 move
Go out the bottom side in manned area 39 on elevator shell 35；People to wanting to enter into elevator plays interception；When third step block 24,
When first step block 22 and second step block 23 peak, the first confinement block 36 is also just moved to peak；At this time two
A first frizzen 25 and two triggering link blocks 38 remain static；Two the 6th mounting grooves on elevator shell 35
Trigger mechanism 21 in 42 will be to lower swing under the action of two the first frizzen 25；It loses to two the first frizzens
25 effect；It will under the action of two trigger mechanisms 21 in second entrance 6 trigger link block 38 at two simultaneously
It is swung up；Lose the effect to two triggering link blocks 38；In two the first frizzens 25 and corresponding two triggering machines
When structure 21 completely disengages, third step block 24, first step block 22 and second step block 23 are drawn in the first extension spring 27, second
It stretches and returns on original position under the action of spring 31 and third extension spring 33；Corresponding two trigger mechanisms simultaneously
21 also return on original position；When two, which are triggered link block 38, is completely disengaged with corresponding trigger mechanism 21, first
Under the action of return spring 37, the first confinement block 36 is then restored on original position；Corresponding two trigger mechanisms 21 are also extensive
It answers onto original position.
Claims (5)
1. a kind of protection type elevator mechanism of continuous operation, it is characterised in that：It includes stairlift unit, anti-fall mechanism, wherein on
Symmetrical third guide groove there are two being opened on the symmetrical two sides of well head；Upper well head is towards being symmetrically provided on a side end face of entrance
Two the 4th guide grooves；Second entrance symmetrically opens that there are two the 5th leading up and down on the both sides metope of upper well head side
Slot；Second entrance, which is located on the downside of inlet, is provided with the first mounting groove；Anti-fall mechanism is mounted on the first mounting groove of second entrance
It is interior；Symmetrical first guide groove there are two being opened on the lower symmetrical two sides of well head；Lower well head coordinates with upper well head；First entrance is close
The second guide groove there are two symmetrically being opened on the both sides metope of lower well head side up and down；Stairlift unit and lower well head, upper well
Mouth and anti-fall mechanism cooperation；
Above-mentioned anti-fall mechanism includes the 16th mounting groove, the first mounting blocks, the 6th guide groove, the second mounting groove, the first escape groove, the
Seven guide grooves, the 8th guide groove, third mounting groove, first step block, second step block, third step block, the first frizzen, first drive
Motion block, the first extension spring, the first guide block, the second guide block, the second drive block, the second extension spring, third guide block, third stretch
Spring, wherein being provided with the 16th mounting groove on the one side of the first mounting blocks；It is symmetrically opened on the two sides of 16th mounting groove
There are two the 7th guide grooves；8th guide groove there are two symmetrically being opened on the two sides of 16th mounting groove；The two of 16th mounting groove
6th guide groove there are two symmetrically being opened on side；Two the 7th guide grooves being opened on the two sides of 16th mounting groove, two
Eight guide grooves and two the 6th guide grooves are evenly distributed successively on corresponding side；The 16th mounting groove is provided on first mounting blocks
Side is symmetrically opened there are two the first escape groove, and two the first escape groove are located at the both sides of the 16th mounting groove；Two
Second mounting groove is had on the end face of first escape groove；It is located at the both sides pair of the 16th mounting groove on first mounting blocks
Third mounting groove there are two opening with claiming；One end of two third mounting grooves is communicated with corresponding 7th guide groove respectively；Two thirds
The other end of mounting groove is communicated with the external world；First mounting blocks are mounted in the first mounting groove that second entrance is opened；First installation
Two the first escape groove on block coordinate with two the 5th guide grooves of second entrance respectively；Symmetrically pacify the both sides of second step block
There are two third guide blocks for dress；Second step block passes through two the 6th guide grooves being opened on two third guide blocks and the first mounting blocks
It is fitted in the 16th mounting groove；It is equably installed between the downside of second step block and the 16th mounting groove bottom side
There are two third extension springs；The upper side of second step block coordinates with the end face of second entrance inlet；First step block
It symmetrically installs there are two the second guide block both sides；First step block by opened on two the second guide blocks and the first mounting blocks two
A 8th guide groove is fitted in the 16th mounting groove；The downside of first step block and the 16th mounting groove bottom side it
Between equably installation there are two the second extension spring；The upper side of first step block coordinates with the end face of second entrance inlet；
One end of three the second drive blocks is uniformly mounted to the downside of first step block；Three the second drive blocks and two second stretchings
Spring coordinates；The other end of three the second drive blocks coordinates with second step block；The both sides of third step block are symmetrically equipped with
Two the first guide blocks；Third step block passes through the cooperation for two the 7th guide grooves opened on two the first guide blocks and the first mounting blocks
In the 16th mounting groove；It is equably equipped with two between the downside of third step block and the 16th mounting groove bottom side
A first extension spring；The upper side of third step block coordinates with the end face of second entrance inlet；Three the first drive blocks
One end is uniformly mounted to the downside of third step block；Three the first drive blocks and two the first extension springs coordinate；Three
The other end of one drive block and three the second drive blocks coordinate；Two the first frizzens are located at two on the first mounting blocks
In third mounting groove and one end of two the first frizzens is connect with two the first guide blocks in third step block respectively；
The other end of two the first frizzens is located at across two third mounting grooves in two the 4th guide grooves of upper well head；First mounting blocks
On two the second mounting grooves in be separately installed with two trigger mechanisms；
Above-mentioned stairlift unit includes drive rod, elevator shell, the first confinement block, the first return spring, triggers link block, is manned
Area, the 4th mounting groove, the 5th mounting groove, the 6th mounting groove, the 9th guide groove, first rotating shaft, first gear, the first rack, wherein
There is manned area on elevator shell；On the bottom side end face in the manned area of elevator shell the 4th mounting groove is provided with close to opening；4th
5th mounting groove there are two symmetrically being opened on the two sides of mounting groove；There are two elevator shell is opened on the one side with manned area
Symmetrical 9th guide groove；Two the 9th guide grooves are communicated with two the 5th mounting grooves；It is symmetrically opened on two sides of elevator shell
There are two the 6th mounting grooves；There are teeth on the two sides of first confinement block；First confinement block be mounted on the 4th mounting groove in and
The bottom surface of the upper end and the manned area of elevator shell of first confinement block；The lower end of first confinement block with the 4th installation groove bottom it
Between equably installation there are four the first return spring；The both ends of two first rotating shafts are separately mounted to the two of two the 5th mounting grooves
On side；Two first gears are separately mounted in two first rotating shafts；Two first gears respectively with the first confinement block both sides
Teeth engagement on face；Two the first racks are separately mounted in two the 9th guide grooves of elevator shell；Two the first rack difference
It is engaged with two first gears；One end of two triggering link blocks is separately mounted to the lower end of two the first racks；Two triggerings
The other end of link block is located at elevator outer side and coordinates respectively with two trigger mechanisms on the first mounting blocks；Electricity
It is separately installed with a trigger mechanism in two the 6th mounting grooves opened on terraced shell；Drive rod is mounted on the upper of elevator shell
On end face；
Above-mentioned trigger mechanism includes trigger board, driving plate, the second mounting blocks, leaf spring, connection limited block, third mounting blocks, triggering
Corner block, (the first back-moving spring, limiting plate, limit guide groove, the tenth guide groove, the 11st guide groove, the 12nd guide groove, the 7th installation
Slot, the 4th guide block, second back-moving spring, the 5th guide block, limiting slot, mounting hole, rotation axis, wherein one end of connection limited block is
Semicircle shape；One end of connection limited block semicircle shape is provided with square breach；Installation there are two symmetrically being opened on the two sides of square breach
Hole；Square breach are provided with limiting slot on the one side far from semicircle shape；One end of third mounting blocks is semicircle shape；Third mounting blocks
Inside have perforation limit guide groove；There are two symmetrically being installed on two planes of symmetry on the outside of third mounting blocks semicircle shape one end
Rotation axis；Third mounting blocks are connect with two being fitted to for mounting hole on limited block by two rotation axis；Connection limit
Leaf spring is installed between block and third mounting blocks；The 7th mounting groove is provided on the inside of second mounting blocks；The both sides of 7th mounting groove
Symmetrical 11st guide groove there are two being opened on face；There are two 7th mounting groove is provided on the two sides of the 11st guide groove and symmetrically opens
Tenth guide groove；Two the tenth guide grooves are located at the upside of two the 11st guide grooves；Be provided on the upper side of 7th mounting groove with
The 12nd guide groove that outside communicates；Second mounting blocks be mounted on third mounting blocks on and the second mounting blocks on the 7th mounting groove with
Limit guide groove on third mounting blocks communicates；Trigger the 4th guide block there are two symmetrically being installed on the two sides of corner block；Triggering
Corner block passes through the inside for being fitted to the second mounting blocks of two the 4th guide blocks and two the 11st guide grooves and triggering triangle
The upper side of inclined-plane the 7th mounting groove of direction on block；The one side for triggering corner block is remote with the 7th mounting groove on the second mounting blocks
(the first back-moving spring is installed between side from third mounting blocks；One end of limiting plate is mounted on the other side of triggering corner block
On face；The other end of limiting plate passes through the limit guide groove on third mounting blocks to coordinate with the limiting slot connecting on limited block；Driving
Symmetrically there are two the 5th guide blocks for installation on the two sides of plate one end；Driving plate passes through in two the 5th guide blocks and the 7th mounting groove
Two the tenth guide grooves are fitted on the second mounting blocks；The other end of driving plate passes through the 12nd guide groove to be located at the second installation
The outside of block；It is separately installed with a second back-moving spring between two the 5th guide blocks and the first mounting groove upper side；Driving plate
Coordinate with the inclined-plane on triggering corner block；Trigger board is mounted in driving plate and on the outside of the second mounting blocks；
Trigger board in the above-mentioned trigger mechanism being mounted in the 6th mounting groove is located at corresponding first frizzen on upper well head
The one end fits in the 4th guide groove opened；The trigger board in two trigger mechanisms on the first mounting blocks is respectively with two
A triggering link block cooperation.
2. a kind of protection type elevator mechanism of continuous operation according to claim 1, it is characterised in that：Above-mentioned third step
When being moved to top side, the bottom end of corresponding elevator shell is just moved to be flushed block with the roof of the floor.
3. a kind of protection type elevator mechanism of continuous operation according to claim 1, it is characterised in that：Above-mentioned first limitation
There are two symmetrical inclined-planes for one end tool of block.
4. a kind of protection type elevator mechanism of continuous operation according to claim 1, it is characterised in that：It is above-mentioned to be used as leaf spring
Alternative be C-shaped compressed spring.
5. a kind of protection type elevator mechanism of continuous operation according to claim 1, it is characterised in that：It is above-mentioned in initial shape
Limiting plate under state in trigger mechanism is located in corresponding limiting slot.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810182616.3A CN108439112A (en) | 2018-03-06 | 2018-03-06 | A kind of protection type elevator mechanism of continuous operation |
| CN201810994863.3A CN108946413B (en) | 2018-03-06 | 2018-08-29 | Protective elevator mechanism capable of continuously running |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810182616.3A CN108439112A (en) | 2018-03-06 | 2018-03-06 | A kind of protection type elevator mechanism of continuous operation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108439112A true CN108439112A (en) | 2018-08-24 |
Family
ID=63193709
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810182616.3A Pending CN108439112A (en) | 2018-03-06 | 2018-03-06 | A kind of protection type elevator mechanism of continuous operation |
| CN201810994863.3A Active CN108946413B (en) | 2018-03-06 | 2018-08-29 | Protective elevator mechanism capable of continuously running |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810994863.3A Active CN108946413B (en) | 2018-03-06 | 2018-08-29 | Protective elevator mechanism capable of continuously running |
Country Status (1)
| Country | Link |
|---|---|
| CN (2) | CN108439112A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111702470A (en) * | 2020-06-02 | 2020-09-25 | 汪婵洁 | Assembling equipment for bolt and nut |
| CN111702469A (en) * | 2020-06-02 | 2020-09-25 | 汪婵洁 | Bolt assembling equipment |
Family Cites Families (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4570750A (en) * | 1985-05-23 | 1986-02-18 | Tsai Chin Wang | Fire escape |
| JPH07285767A (en) * | 1994-04-14 | 1995-10-31 | Mitsubishi Denki Bill Techno Service Kk | Dumb-waiter level buffering device |
| JP4433888B2 (en) * | 2004-06-04 | 2010-03-17 | 株式会社日立製作所 | Multi car elevator |
| DE202004013601U1 (en) * | 2004-08-31 | 2004-11-25 | Witron Logistik + Informatik Gmbh | Charging/unloading device for vertical lifter esp. fixed tray conveyor consists of continuous conveyor with push bars to move containers into trays, dependent upon container sensor |
| JP4955279B2 (en) * | 2006-02-07 | 2012-06-20 | 三菱電機ビルテクノサービス株式会社 | Elevator equipment |
| JP4882659B2 (en) * | 2006-10-16 | 2012-02-22 | 株式会社日立製作所 | Multi car elevator |
| CN202729524U (en) * | 2012-06-16 | 2013-02-13 | 王洪举 | Fireproof elevator |
| CN104210921A (en) * | 2013-05-29 | 2014-12-17 | 王锐 | Elevator synchronization assisting method for getting on and off giant wheel |
| WO2016050514A1 (en) * | 2014-09-29 | 2016-04-07 | Sell Gmbh | Storage lift for an airplane |
| CN104787648B (en) * | 2015-03-18 | 2017-07-18 | 波士顿电梯(苏州)有限公司 | A kind of continuous automatic loading and unloading carrying ladder and its handling support method |
| WO2018042805A1 (en) * | 2016-08-29 | 2018-03-08 | 株式会社日立製作所 | Multi-car elevator |
-
2018
- 2018-03-06 CN CN201810182616.3A patent/CN108439112A/en active Pending
- 2018-08-29 CN CN201810994863.3A patent/CN108946413B/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111702470A (en) * | 2020-06-02 | 2020-09-25 | 汪婵洁 | Assembling equipment for bolt and nut |
| CN111702469A (en) * | 2020-06-02 | 2020-09-25 | 汪婵洁 | Bolt assembling equipment |
| CN111702469B (en) * | 2020-06-02 | 2022-06-24 | 重庆高强汽车配件制造有限公司 | Bolt assembling equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| CN108946413A (en) | 2018-12-07 |
| CN108946413B (en) | 2021-06-29 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103723605B (en) | The asynchronous door cutter of the integrated car door lock of a kind of elevator | |
| CN108439112A (en) | A kind of protection type elevator mechanism of continuous operation | |
| CN108726309A (en) | A kind of elevator mechanism of continuous operation | |
| CN110454075B (en) | Safety device is used in wisdom district | |
| US4333259A (en) | Wall-clambering toy space bug | |
| CN108423510B (en) | A kind of vertical lift protective device and vertical lift | |
| CN202296644U (en) | Device for preventing accidental movement of elevator cage | |
| CN109602322A (en) | A kind of wiping arrangement that green building glass curtain wall uses | |
| CN110630155B (en) | Normally open assembly of emergency fireproof door | |
| CN109736665B (en) | Window opener applied to arrangement type suspension window set and use method thereof | |
| CN208361637U (en) | A kind of rope broken protector with stretching structure | |
| CN215978378U (en) | Dual anti-falling device and climbing frame | |
| CN114043657B (en) | Glove impregnation device | |
| CN215710906U (en) | Safety gear linkage mechanism for four-rail elevator and four-rail elevator system | |
| CN111558176B (en) | Multi-person emergency descent control device | |
| CN211998377U (en) | Household platform elevator | |
| CN110424881B (en) | Intelligent security burglary-resisting window of fleing | |
| CN110884881B (en) | Takeaway lifting and conveying system for dormitory building | |
| CN110630156B (en) | Emergency fireproof door | |
| CN203513055U (en) | Dwelling house escalator | |
| CN105800438B (en) | A kind of elevator fire-proof smoke-proof door | |
| CN109823433B (en) | Hook type robot climbing frame and stair climbing method thereof | |
| CN109512317A (en) | A kind of wiping arrangement for glass curtain wall | |
| CN200985738Y (en) | Telescopic ladder | |
| CN213265270U (en) | Car handrail |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20180824 |