CN205973350U - Continuous over -and -under type circulation elevator system - Google Patents

Abstract

The utility model discloses a continuous over -and -under type circulation elevator system belongs to the elevator field. The utility model discloses a continuous over -and -under type circulation elevator system, including well slide rail module, car module, car transportation module and access & exit module, well slide rail module includes that sliding connection has three first slider at least on this rectangle form track, and at least three first slider evenly distributed on rectangle form track by two vertical section and two rectangle form tracks that the horizontal segment encloses, the car module is transported the module and is used for the mutual transportation of car module between access & exit module and well slide rail module for the closed -loop including vertical section and horizontal segment, car at well slide rail module cocycle operation, the orbit that just runs cyclically. The utility model discloses in first slider make uniform motion all the time on the well slide rail, consequently avoided adding the process of slowing down, not only practiced thrift the energy, more saved passenger's latency for can be the rapidly convenient appointed floor of arrival of passenger.

Description

A kind of continuous lift circulation elevator system

Technical field

This utility model is related to a kind of elevator, in particular, is related to a kind of continuous lift circulation elevator system.

Background technology

Traditional elevator connects car and counterweight by dragging messenger two ends, and main motor is driven after deceleration speed change and drags running wheel Rotate, and drive drag messenger produce pull strength, thus driving car and counterweight to carry out elevating movement to reach the purpose of transport.So And, with architecture storey gradually rise and construction area gradually expansion, in every building setting elevator hoistways number Gradually increase, this brings puzzlement to real estate developer to a certain extent.It is provided only with elevator hoistways of the prior art One lift car, when lift car and passenger be not in same floor, passenger needs to spend a period of time to wait elevator car The arrival in railway carriage or compartment, and if the destination disunity of passenger is in addition it is also necessary to be stopped in multiple floors in elevator, therefore can wave Take passenger's substantial amounts of time.Whenever the upper and lower passenger of elevator, elevator also needs to make a series of acceleration and speed-down action, and this will disappear Consume the substantial amounts of energy, increase the use cost of elevator.When so far, market lacks a kind of the green of the continuous lifting of not parking formula Color circulation elevator system.

Elevator of the prior art does not possess the function of circular flow mostly, such as Chinese Patent Application No.： 200910259042.6, publication date：On June 23rd, 2010, innovation and creation entitled：Lift facility, this application case discloses A kind of lift facility, arranges elevator cab door in lift car, and elevator cab door leads to the elevator lobby in two directions respectively, Lift car is lifted on the elevator lobby to rest in two directions, carries out the opening and closing behaviour of each elevator cab door simultaneously Make, this lift facility has：Lift car control unit；Elevator cab door completely closes detection part, and it detects each elevator Whether the closing motion of car door is over；And passenger judgment part, whether it judge passenger in lift car Under complete elevator, rest in elevator lobby in lift car and open one of lift car behind the door, according to passenger's judging part Point judgement closing an elevator cab door, and completely close detection part in elevator cab door and an elevator car is detected When the closing motion of railway carriage or compartment door is over, open another elevator cab door.What this application case optimized elevator door opens opportunity, Improve the transport efficiency of elevator.This application case is disadvantageous in that, lift car is reciprocating in elevator hoistways, Big energy can be consumed during accelerating and slowing down, also can increase when lift car and passenger be not in same floor and take advantage of The waiting time of visitor, make troubles to passenger.

The related art scheme having possessed the circulation elevator of continuous operation in patent retrieval, prior art is open, As Chinese Patent Application No.：201510730110.8, publication date：On March 2nd, 2016, innovation and creation entitled：One kind can be followed Ring elevator, this application case discloses a kind of elevator capable of circulation, the circular orbit installed including two parallel vertical faces, circular orbit It is made up of inner orbit and outside track, multiple cars being connected with each other and travelling thereon together are provided with described circular orbit Railway carriage or compartment, is provided with described compartment and can be also equipped with making car to rotate in compartment and all the time in the cars of its interior 360 degree of rotation Car bottom surface is kept to be in the adjusting means of horizontality.The elevator capable of circulation of this application case passes through to increase number of elevator and circulate Run, saved the waiting time of passenger.This application case is disadvantageous in that, lift car is continuous in the compartment travelling Also cage bottom horizontal positioned to be ensured while rotation, not only technical difficulty is larger, and car is vertical in hoistway slide rail Duan Buneng transverse shifting, leads to building in the layer elevator entrance door and elevator outlet portal to be same door, reduces this elevator device Conevying efficiency.

In sum, how to overcome the use time of waste passenger in the course of the work of elevator device in prior art and Expend the deficiency of the energy, bringing convenience efficiently service experience to passenger while energy saving is urgently to solve in prior art Problem certainly.

Utility model content

1. utility model technical problem to be solved

The purpose of this utility model is the use overcoming elevator device in prior art to waste passenger in the course of the work Time and expend the deficiency of the energy, provide a kind of circulation elevator system of the continuous lifting of not parking formula it is achieved that in energy saving While bring convenience the function of efficiently service experience to passenger.

2. technical scheme

For reaching above-mentioned purpose, the technical scheme that this utility model provides is：

A kind of continuous lift circulation elevator system of the present utility model, including hoistway track module, car module, car Transhipment module and input and output module；The circular flow on hoistway track module of described car module, and the track of circular flow is Closed-loop path including vertical section and horizontal segment；Described car transhipment module is used for car module and slides in input and output module and hoistway Mutual transhipment between rail module.

Further improve as this utility model, described hoistway track module includes hoistway slide rail；Described hoistway is slided Rail is provided with the rectangular-shaped track being surrounded by two vertical sections and two horizontal segments, and this rectangular-shaped track slidably connects at least Three the first slide blocks, and described at least three first slide blocks are uniformly distributed on described rectangular-shaped track；Described first slide block Front is provided with horizontal sliding bar in the horizontal direction, and described horizontal sliding bar slidably connects the second slide block, in the second slide block Both sides are each provided with a moving telescopic bar；The back side of described first slide block is fixed with drive block, the company of being hinged with this drive block Extension bar, the connecting rod on two neighboring first slide block is connected by steel wire rope；Described steel wire rope surrounds close segments, this close segments Internal top is symmetrically arranged with the second fixed pulley rolling cooperation load-bearing wires rope with steel wire rope；The left and right of described drive block Two sides are each provided with a groove cooperating with driving belt, and described driving belt surrounds closure chape, this closure Upper end within chape, lower end are respectively symmetrically and are provided with the first fixed pulley being rolled cooperation with driving belt；Described closure skin The inner ring of zone circle snaps in the groove of drive block one side setting, drives the first slide block sliding on hoistway slide rail by driving belt Dynamic.

Further improve as this utility model, described car module includes car；The left and right side of described car Be respectively fixed with a contiguous block, be disposed with from bottom to top in described contiguous block the second through hole and with described moving telescopic bar The first through hole cooperating, the top of described car is provided with third through-hole；Described car includes car door, in described car Car conveyer belt is provided with the bottom surface in portion, car conveyer belt is fixed with the first moving stop paralleled with car door, and The upper horizontal of cab interior is fixed with the first baffle slide bar matching with the through hole of the first moving stop top setting.

Further improve as this utility model, described input and output module includes elevator outlet portal, described elevator goes out Mouth door is arranged on body of wall, and the ground in front of described elevator outlet portal is provided with outlet conveyer belt；Described outlet conveyer belt one Entrance casing is provided with the ground of side, the one side that described entrance casing is overlapped with body of wall is provided with the second elevator entrance door, It is provided with the first elevator entrance door on the entrance casing one side perpendicular with body of wall；Set on the ground of described entrance box house It is equipped with and exports the entrance conveyer belt that conveyer belt is paralleled, described entrance conveyer belt is fixed with equal with the second elevator entrance door Second moving stop of row, and the upper horizontal of entrance box house is fixed with the through hole phase with the second moving stop top setting The second baffle slide bar of cooperation；The side of described entrance casing is provided with floor button panel.

Further improve as this utility model, described car transhipment module includes the first car transhipment module and the Two car transhipment modules；Described first car transports the transhipment that module is used for car module horizontal direction at input and output module； Described second car is transported module and is used for car module mutually turning between hoistway track module and the first car transhipment module Fortune.

Further improve as this utility model, described first car transhipment module is included parallel to horizontal sliding bar Gateway slide rail, this gateway slide rail slidably connects gateway slide block, the vertical expansion link of this gateway slide block and lower section Connect, the bottom of described vertical expansion link is fixed with the second horizontal extension bar matching with described third through-hole.

Further improve as this utility model, described second elevator transhipment module includes slide block mechanism and transhipment is led Rail mechanism, this slide block mechanism includes pole, and the lower end of described pole is hinged with guide rail slide block, the upper end of described pole be fixed with The first level expansion link that described second through hole matches, the middle part of described pole is provided with the level being matched with horizontal sliding bar and leads to Hole, and the plane that horizontal sliding bar is located perpendicular to elevator outlet portal；Being respectively arranged at two ends with of described horizontal sliding bar is vertical with corresponding The vertical through hole that slide bar matches and upright sliding bar is perpendicular with described horizontal sliding bar；Close positioned at described second elevator entrance door The side of hoistway track module is provided with the transhipment guide rail mechanism matching with described guide rail slide block, positioned at described elevator outlet portal Side near hoistway track module is provided with the transhipment guide rail mechanism matching with described guide rail slide block.

Further improve as this utility model, described transhipment guide rail mechanism includes the second arc-shaped guide rail and the first arc Shape guide rail；Described second arc-shaped guide rail is the arc section of opening upwards, and one end of the arc section of this opening upwards is along level side To extension, the other end vertically extends and this end is provided with stopper；Described first arc-shaped guide rail is a circle that Open Side Down Segmental arc, the one end being somebody's turn to do the arc section that Open Side Down is horizontally extending, and the other end vertically extends and this end is provided with resistance Block；On the corresponding input and output module of a certain vertical section of rectangular-shaped track on hoistway slide rail：Second elevator entrance door is near hoistway The side of track module is provided with and has been respectively cooperating with guide rail on the second a pair of parallel arc-shaped guide rail and each the second arc-shaped guide rail Slide block, positioned at described elevator outlet portal near the side of hoistway track module a pair of parallel the first arc-shaped guide rail of setting and each It has been respectively cooperating with guide rail slide block on first arc-shaped guide rail；Rectangular-shaped another vertical section corresponding gateway of track mould on hoistway slide rail On block：Second elevator entrance door near the side of hoistway track module be provided with the first a pair of parallel arc-shaped guide rail and each It has been respectively cooperating with guide rail slide block on one arc-shaped guide rail, arranged one positioned at described elevator outlet portal near the side of hoistway track module It has been respectively cooperating with guide rail slide block to the first parallel arc-shaped guide rail and on each first arc-shaped guide rail.

Further improve as this utility model, between the first fixed pulley of described closure chape inner upper end Ultimate range be less than described rectangular-shaped track on horizontal segment length, the first fixed pulley of described closure chape interior lower end it Between ultimate range be less than described rectangular-shaped track on horizontal segment length.

Further improve as this utility model, described connecting rod one end is connected with steel wire rope, and connecting rod is another End and the rotating part of hinge are fixedly connected with the standing part of described hinge and the centre position of drive block side is fixedly connected with；Described biography The cross section of dynamic belt is isosceles trapezoid, and one cross section of each setting of described drive block left and right sides is the recessed of isosceles trapezoid Groove；Described hoistway slide rail be fixedly arranged above main motor, described main motor is connected with drive axis by change speed gear box, institute The outfan stating power transmission shaft is provided with belt pulley, and described belt pulley is matched with driving belt.

3. beneficial effect

The technical scheme being provided using this utility model, compared with prior art, is had the advantages that：

(1) a kind of continuous lift circulation elevator system of the present utility model, car module is followed on hoistway track module Inscription of loop, and the track of circular flow is the closed-loop path including vertical section and horizontal segment, car transhipment module is used for car mould Mutual transhipment between input and output module and hoistway track module for the block, one group of discrepancy of each correspondence of two vertical sections of hoistway slide rail Mouthful module, in passengers upstairs or downstairs during, only using two in a certain group of input and output module, in this elevator device The first slide block all the time uniform motion is made on hoistway slide rail, therefore avoid the process of acceleration and deceleration, not only saved the energy, more Save the waiting time of passenger so that passenger can easily reach rapidly the floor specified.

(2) a kind of continuous lift circulation elevator system of the present utility model, elevator outlet portal is arranged on body of wall, in electricity Outlet conveyer belt is provided with the ground in front of terraced outlet portal, as more than one passenger in car, this structure can be realized soon The passenger that the evacuation of speed has just been come out of from car, it is to avoid get congestion.

(3) a kind of continuous lift circulation elevator system of the present utility model, the ground of outlet conveyer belt side is arranged There is entrance casing, the one side that this entrance casing is overlapped with body of wall is provided with the second elevator entrance door, entrance casing and body of wall phase First elevator entrance door is provided with vertical one side, the ground of entrance box house is provided with and exports conveyer belt phase Parallel entrance conveyer belt, this entrance conveyer belt is fixed with the second moving stop paralleled with the second elevator entrance door, and The upper horizontal of entrance box house is fixed with the second baffle slide bar matching with the through hole of the second moving stop top setting, After passenger enters entrance casing, the car door of the second elevator entrance door and the car stopped thereafter is opened, by entrance simultaneously The motion of conveyer belt and the second moving stop is it is ensured that passenger all arrives at car by entrance casing within the time setting Interior, prevent from leading to this car to delay to enter hoistway slide rail it is ensured that can leave room in time because passenger is slow in action Receive the next car preparing to stop herein, improve the conevying efficiency of elevator device.

(4) a kind of continuous lift circulation elevator system of the present utility model, the bottom surface of cab interior is provided with car Conveyer belt, car conveyer belt is fixed with the first moving stop paralleled with car door, and the upper horizontal of cab interior is solid Surely there is the first baffle slide bar matching with the through hole of the first moving stop top setting, when car rests at elevator outlet portal When, by the motion of car conveyer belt and the first moving stop it is ensured that passenger is all arrived at by car in setting time In floor ground, prevent from leading to because passenger is slow in action this car to delay to carry out next action, significantly reduce sedan-chair The waiting time in railway carriage or compartment.

(5) a kind of continuous lift circulation elevator system of the present utility model, entrance casing is arranged on floor, The lateral surface of entrance casing is provided with floor button panel, passenger be prepared to enter into before entrance casing on floor button panel by The corresponding button of lower destination, subsequently into entrance casing, now, if passenger below sees quilt on floor button panel The button pressed as the destination of oneself, then can immediately enter entrance casing and take same car with this passenger and arrive Reach destination, this arrangement enhances the conevying efficiency of car, save the waiting time of passenger.

(6) a kind of continuous lift circulation elevator system of the present utility model, the first of closure chape inner upper end is fixed Ultimate range between pulley is less than the length of horizontal segment on the rectangular-shaped track of hoistway slide rail, closure chape interior lower end Ultimate range between first fixed pulley be less than hoistway slide rail rectangular-shaped track on horizontal segment length, driving belt transversal Face is isosceles trapezoid, the inside of the closure chape that the shorter base of isosceles trapezoid length surrounds positioned at driving belt, this structure Can ensure that driving belt and the groove of drive block side setting are fitted close, decrease the slip between driving belt and groove Friction, between driving belt and groove, main generation static friction, improves the work efficiency of driving belt.

(7) a kind of continuous lift circulation elevator system of the present utility model, the end face of connecting rod one end and steel wire rope phase Connect, the end face of the connecting rod other end be fixedly connected with the rotating part of hinge and the axis of connecting rod and hinge axis phase mutual respect Close, the standing part of hinge is fixedly connected with the centre position of drive block side, and during use, drive block circulates on hoistway slide rail The track of motion and shuttling movement is closed-loop path, often runs a circle, and connecting rod will rotate a circle in the same direction, connecting rod Can ensure that connecting rod is not limited by drive block according to the stressing conditions flexible rotating of steel wire rope with the chain connection of drive block System, it is to avoid steel wire rope twists.

Brief description

Fig. 1 is the front perspective view of hoistway track module in this utility model；

Fig. 2 is the back side perspective view of hoistway track module in this utility model；

The enlarged drawing that Fig. 3 divides for Fig. 1 middle and upper part；

The enlarged drawing that Fig. 4 divides for Fig. 2 middle and upper part；

Fig. 5 is the perspective view of car in this utility model；

Fig. 6 is the main structure diagram of car in this utility model；

Fig. 7 is the left view structural representation of car in this utility model；

Fig. 8 is the sectional view in Fig. 6 along A-A；

Fig. 9 is the sectional view in Fig. 7 along B-B；

Figure 10 is the perspective view of input and output module in this utility model；

Figure 11 is the main structure diagram of entrance casing in this utility model；

Figure 12 is the sectional view in Figure 11 along C-C；

Figure 13 is that in this utility model, car and the first car transport structural representation during module cooperation；

Figure 14 be Figure 13 in along D to view；

Figure 15 is the perspective view of slide block mechanism in this utility model；

Figure 16 is the schematic diagram one that in this utility model, passengers upstairs process enters car；

Figure 17 is the schematic diagram two that in this utility model, passengers upstairs process enters car；

Figure 18 is the schematic diagram one that in this utility model, passengers upstairs process leaves car；

Figure 19 is the schematic diagram two that in this utility model, passengers upstairs process leaves car；

Figure 20 is the schematic diagram one of passenger's process entrance downstairs car in this utility model；

Figure 21 is the schematic diagram two of passenger's process entrance downstairs car in this utility model；

Figure 22 is that in this utility model, passenger's process of going downstairs leaves the schematic diagram one of car；

Figure 23 is that in this utility model, passenger's process of going downstairs leaves the schematic diagram two of car；

Figure 24 is structural representation when the first arc-shaped guide rail is coordinated with car in this utility model；

Figure 25 is structural representation when the second arc-shaped guide rail is coordinated with car in this utility model.

Label declaration in schematic diagram：

1st, hoistway slide rail；101st, the first slide block；102nd, horizontal sliding bar；103rd, the second slide block；104th, moving telescopic bar；105、 Drive block；106th, connecting rod；107th, driving belt；108th, the first fixed pulley；109th, belt pulley；110th, power transmission shaft；111st, speed change Case；112nd, main motor；113rd, steel wire rope；114th, the second fixed pulley；2nd, car；201st, first through hole；202nd, the second through hole； 203rd, third through-hole；204th, car door；205th, car conveyer belt；206th, the first moving stop；207th, first baffle slide bar；3rd, electricity Terraced outlet portal；301st, export conveyer belt；4th, entrance casing；401st, the first elevator entrance door；402nd, the second elevator entrance door；403、 Entrance conveyer belt；404th, the second moving stop；405th, second baffle slide bar；406th, floor button panel；5th, gateway slide rail； 501st, gateway slide block；502nd, vertical expansion link；503rd, the second horizontal extension bar；6th, the first arc-shaped guide rail；7th, the second arc is led Rail；8th, vertical pole；801st, guide rail slide block；802nd, horizontal through hole；803rd, first level expansion link；804th, horizontal sliding bar；805、 Vertically through hole；806th, upright sliding bar.

Specific embodiment

Purpose, technical scheme and advantage for making this utility model embodiment are clearer, new below in conjunction with this practicality Accompanying drawing in type embodiment, is clearly and completely described it is clear that being retouched to the technical scheme in this utility model embodiment The embodiment stated is a part of embodiment of this utility model, rather than whole embodiments.Therefore, below to providing in the accompanying drawings The detailed description of embodiment of the present utility model be not intended to limit claimed scope of the present utility model, but only Represent selected embodiment of the present utility model.Based on the embodiment in this utility model, those of ordinary skill in the art are not having The every other embodiment being obtained under the premise of making creative work, broadly falls into the scope of this utility model protection.

For further appreciating that content of the present utility model, in conjunction with the accompanying drawings and embodiments this utility model is described in detail.

Embodiment 1

In conjunction with Fig. 1～25, a kind of continuous lift circulation elevator system of the present embodiment, including hoistway track module, sedan-chair Railway carriage or compartment module, car transhipment module and input and output module；Wherein：Hoistway track module is arranged in elevator hoistways, input and output module It is arranged in floor and except attic and the every first floor of ground floor are equipped with two input and output modules, this two input and output modules are respectively One of corresponding two vertical sections of hoistway track module；Car module circular flow on hoistway track module, and circulating The track of row is the closed-loop path including vertical section and horizontal segment；Car transhipment module be used for car module in input and output module and Mutual transhipment between hoistway track module；Separately below aforementioned four module is elaborated.

In conjunction with Fig. 1 and Fig. 2, in the present embodiment, hoistway track module includes hoistway slide rail 1；Hoistway slide rail 1 is provided with by two The rectangular-shaped track that individual vertical section and two horizontal segments surround, this rectangular-shaped track slidably connects at least three first slide blocks 101, and at least three first slide blocks 101 are uniformly distributed on rectangular-shaped track；The front of the first slide block 101 is in the horizontal direction It is provided with horizontal sliding bar 102, horizontal sliding bar 102 slidably connects the second slide block 103, respectively set in the both sides of the second slide block 103 It is equipped with a moving telescopic bar 104；The back side of the first slide block 101 is fixed with drive block 105, the company of being hinged with this drive block 105 Extension bar 106, this connecting rod 106 one end is connected with steel wire rope 113, and connecting rod 106 other end is solid with the rotation section split-phase of hinge Even, the standing part of hinge is fixedly connected with the centre position of drive block 105 side；Connection on two neighboring first slide block 101 Bar 106 is connected by steel wire rope 113；Steel wire rope 113 surrounds close segments, and the top within this close segments is symmetrically arranged with and steel Cord 113 rolls the second fixed pulley 114 of cooperation load-bearing wires rope 113；The left and right sides of drive block 105 are each provided with one The individual groove cooperating with driving belt 107, this groove is isosceles trapezoid with the cross section of driving belt 107；Transmission skin It is respectively symmetrically to be provided with and rolls the first of cooperation with driving belt 107 with the upper end within the 107 closure chapes surrounding, lower end Fixed pulley 108, and the ultimate range closing between the first fixed pulley 108 of chape inner upper end is less than water on rectangular-shaped track The length of flat section, the ultimate range between the first fixed pulley 108 of closure chape interior lower end is less than water on rectangular-shaped track The length of flat section；Hoistway slide rail 1 be fixedly arranged above main motor 112, main motor 112 pass through change speed gear box 111 and power transmission shaft 110 rotate connection, and the outfan of power transmission shaft 110 is provided with belt pulley 109, and belt pulley 109 is matched with driving belt 107.

In conjunction with Fig. 5～8, in embodiment, car module includes car 2；The left and right side of car 2 is respectively fixed with a company Connect block, in contiguous block, be disposed with the second through hole 202 and the first through hole cooperating with moving telescopic bar 104 from bottom to top 201, the top of car 2 is provided with third through-hole 203；Car 2 includes car door 204, and the bottom surface within car 2 is provided with sedan-chair Railway carriage or compartment conveyer belt 205, car conveyer belt 205 is fixed with the first moving stop 206 paralleled with car door 204, and in car 2 The upper horizontal in portion is fixed with the first baffle slide bar 207 matching with the through hole of the first moving stop 206 top setting.

In conjunction with Figure 10～12, in the present embodiment, input and output module includes elevator outlet portal 3, and elevator outlet portal 3 is arranged on wall On body, the ground in elevator outlet portal 3 front is provided with outlet conveyer belt 301；Arrange on the ground of outlet conveyer belt 301 side There is entrance casing 4, the one side that entrance casing 4 is overlapped with body of wall is provided with the second elevator entrance door 402, entrance casing 4 and wall First elevator entrance door 401 is provided with the vertical one side of body phase；It is provided with ground within entrance casing 4 and go out oral instructions Send with 301 parallel entrance conveyer belts 403, entrance conveyer belt 403 is fixed with and parallels with the second elevator entrance door 402 Second moving stop 404, and the upper horizontal within entrance casing 4 be fixed with logical with the setting of the second moving stop 404 top The second baffle slide bar 405 matching in hole；The side of entrance casing 4 is provided with floor button panel 406.

In conjunction with Figure 10, Figure 13 and Figure 14, in the present embodiment, car transhipment module includes the first car transhipment module and second Car transports module；First car transports the transhipment that module is used for car module horizontal direction at input and output module；Second sedan-chair Railway carriage or compartment is transported module and is used for mutual transhipment between hoistway track module and the first car transhipment module for the car module；First car Transhipment module includes the gateway slide rail 5 parallel to horizontal sliding bar 102, this gateway slide rail 5 slidably connects gateway and slides Block 501, this gateway slide block 501 is connected with the vertical expansion link 502 of lower section, and the bottom of vertical expansion link 502 is fixed with and the The second horizontal extension bar 503 that three through holes 203 match.

In conjunction with Figure 15, in the present embodiment, the second elevator transhipment module includes slide block mechanism and transhipment guide rail mechanism, this slide block Mechanism includes pole 8, and the lower end of pole 8 is hinged with guide rail slide block 801, and the upper end of pole 8 is fixed with and is matched with the second through hole 202 The first level expansion link 803 closing, the middle part of pole 8 is provided with the horizontal through hole 802 matching with horizontal sliding bar 804, and level The plane that slide bar 804 is located perpendicular to elevator outlet portal 3；Being respectively arranged at two ends with and corresponding upright sliding bar 806 of horizontal sliding bar 804 The vertical through hole 805 matching and upright sliding bar 806 is perpendicular with horizontal sliding bar 804.

In conjunction with Figure 16～23, set near the side of hoistway track module positioned at the second elevator entrance door 402 in the present embodiment It is equipped with the transhipment guide rail mechanism matching with guide rail slide block 801, set near the side of hoistway track module positioned at elevator outlet portal 3 It is equipped with the transhipment guide rail mechanism matching with guide rail slide block 801；This transhipment guide rail mechanism includes the second arc-shaped guide rail 7 and the first arc Shape guide rail 6, wherein：Second arc-shaped guide rail 7 is the arc section of opening upwards, and one end of the arc section of this opening upwards is along level Direction extends, and the other end vertically extends and this end is provided with stopper；First arc-shaped guide rail 6 is a circular arc that Open Side Down Section, the one end being somebody's turn to do the arc section that Open Side Down is horizontally extending, and the other end vertically extends and this end is provided with stop Block；On the corresponding input and output module of a certain vertical section of rectangular-shaped track on hoistway slide rail 1：Second elevator entrance door 402 is near well The side of road track module is provided with and has been respectively cooperating with the second a pair of parallel arc-shaped guide rail 7 and each the second arc-shaped guide rail 7 Guide rail slide block 801, leads near the first a pair of parallel arc of the side of hoistway track module setting positioned at described elevator outlet portal 3 It has been respectively cooperating with guide rail slide block 801 on rail 6 and each the first arc-shaped guide rail 6；Another vertical section of rectangular-shaped track on hoistway slide rail 1 On corresponding input and output module：Second elevator entrance door 402 is provided with a pair of parallel near the side of hoistway track module It has been respectively cooperating with guide rail slide block 801 on one arc-shaped guide rail 6 and each the first arc-shaped guide rail 6, close positioned at described elevator outlet portal 3 The side of hoistway track module arranges and has been respectively cooperating with the first a pair of parallel arc-shaped guide rail 6 and each the first arc-shaped guide rail 6 Guide rail slide block 801.

A kind of continuous lift circulation elevator system of the present embodiment, car module circulating on hoistway track module OK, and the track of circular flow is closed-loop path including vertical section and horizontal segment, car transhipment module exists for car module Mutual transhipment between input and output module and hoistway track module, one group of discrepancy of each correspondence of two vertical sections of hoistway track module Mouthful module, in passengers upstairs or downstairs during, only using two in a certain group of input and output module, in this elevator device The first slide block 101 all the time uniform motion is made on hoistway slide rail 1, therefore avoid the process of acceleration and deceleration, not only saved energy Source, more saves the waiting time of passenger so that passenger can easily reach rapidly the floor specified.

A kind of continuous lift circulation elevator system of the present embodiment, elevator outlet portal 3 is arranged on body of wall, goes out in elevator It is provided with outlet conveyer belt 301, as more than one passenger in car 2, this structure can be realized soon on the ground in mouth door 3 front The passenger that the evacuation of speed has just been come out of from car 2, it is to avoid get congestion.

A kind of continuous lift circulation elevator system of the present embodiment, the ground of outlet conveyer belt 301 side is provided with Entrance casing 4, the one side that this entrance casing 4 is overlapped with body of wall is provided with the second elevator entrance door 402, entrance casing 4 and wall First elevator entrance door 401 is provided with the vertical one side of body phase, the ground within entrance casing 4 is provided with and exports The parallel entrance conveyer belt 403 of conveyer belt 301, this entrance conveyer belt 403 is fixed with equal with the second elevator entrance door 402 Second moving stop 404 of row, and the upper horizontal within entrance casing 4 is fixed with and the second moving stop 404 top is arranged The second baffle slide bar 405 that matches of through hole, after passenger enters entrance casing 4, the second elevator entrance door 402 and stopping thereafter The car door 204 of the car 2 leaning on is opened simultaneously, by the motion of entrance conveyer belt 403 and the second moving stop 404, Ke Yibao Card passenger was all arrived in car 2 by entrance casing 4 within the time setting, and prevented from leading to this car because passenger is slow in action 2 delay enters hoistway slide rail 1 it is ensured that can leave room in time to receive the next car 2 preparing to stop herein, Improve the conevying efficiency of elevator device.

A kind of continuous lift circulation elevator system of the present embodiment, the bottom surface within car 2 is provided with car transmission Band 205, car conveyer belt 205 is fixed with the first moving stop 206 paralleled with car door 204, and the top within car 2 End is horizontally fixed with the first baffle slide bar 207 matching with the through hole of the first moving stop 206 top setting, when car 2 stops When leaning against at elevator outlet portal 3, by the motion of car conveyer belt 205 and the first moving stop 206 it is ensured that passenger is setting All arrived in floor ground by car 2 in fixing time, prevent from leading to because passenger is slow in action this car 2 to delay to carry out Next action, significantly reduces the waiting time of car 2.

A kind of continuous lift circulation elevator system of the present embodiment, entrance casing 4 is arranged on floor, in entrance The lateral surface of casing 4 is provided with floor button panel 406, and passenger is prepared to enter into entrance casing 4 before in floor button panel 406 On press the corresponding button of destination, subsequently into entrance casing 4, now, if passenger below sees floor button face The button being pressed on plate 406 as the destination of oneself, then can immediately enter entrance casing 4 and take together with this passenger One car 2 simultaneously reaches destination, this arrangement enhances the conevying efficiency of car 2, has saved the waiting time of passenger.

A kind of continuous lift circulation elevator system of the present embodiment, inside the closure chape that driving belt 107 surrounds Ultimate range between first fixed pulley 108 of upper end is less than the length of horizontal segment on the rectangular-shaped track of hoistway slide rail 1, closure Ultimate range between first fixed pulley 108 of chape interior lower end is less than horizontal segment on the rectangular-shaped track of hoistway slide rail 1 Length, the cross section of driving belt 107 is isosceles trapezoid, and the shorter base of isosceles trapezoid length is enclosed positioned at driving belt 107 The inside of the closure chape becoming, driving belt 107 is controlled by the frictional force between driving belt 107 and drive block 105 The movement velocity of the first slide block 101, the groove that this structure can ensure that driving belt 107 with drive block 105 side is arranged is tight Cooperation, decreases the relative slip between driving belt 107 and groove, improves the work efficiency of driving belt 107.

A kind of continuous lift circulation elevator system of the present embodiment, the end face of connecting rod 106 one end and steel wire rope 113 phase Connect, the end face of connecting rod 106 other end and the rotating part of hinge be fixedly connected with and the axis of connecting rod 106 and hinge axis Overlap, the standing part of hinge is fixedly connected with the centre position of drive block 105 side, during use, drive block 105 is in hoistway Shuttling movement is made on slide rail 1 and the track of shuttling movement is closed-loop path, often run a circle, connecting rod 106 will be along same side To rotating a circle, connecting rod 106 can ensure that the stress according to steel wire rope 113 for the connecting rod 106 with the chain connection of drive block 105 Situation flexible rotating and do not limited by drive block 105, decrease steel wire rope 113 generation torsion.

A kind of continuous lift circulation elevator system of the present embodiment, when needing to realize function upstairs, walks including following Suddenly：

Step (A), passenger enter entrance casing 4：

Passenger enters inlet tank body 4 after pressing the corresponding button of destination on floor button panel 406；

Step (B), passenger enter passenger car 2：

Second elevator entrance door 402 of entrance casing 4 and the passenger car 2 resting in the second elevator entrance door 402 rear Car door 204 open simultaneously, entrance conveyer belt 403 and car conveyer belt 205 start simultaneously and are passed passenger by entrance casing 4 Deliver to passenger car 2；This passenger car 2 will reach up to destination with passenger afterwards；

Step (C), searching target the first slide block 101：

Switch board begins look for passing through this floor and target the first slide block 101 moving upwards at first, and this target first is sliding Car 2 on block 101 is empty car 2 or prepares the passenger cage 2 stopped in this floor；In a subsequent step, this mesh Marking the first slide block 101 will lead the passenger car 2 in step (B) to reach destination；

Car 2 on step (D), target the first slide block 101 rests in the floor residing for passenger：

When this elevator device quits work, each first slide block 101 is respectively connected with a car 2, each inlet tank A car 2 is all stopped at second elevator entrance door 402 of body 4；When this elevator device normal work, if having car 2 from Depart from first slide block 101 and rest at input and output module, the car 2 that can come at this input and output module immediately reaches Just depart from the first slide block 101 of car 2；When target the first slide block 101 in step (C) rises to specified location, take advantage of The now residing corresponding guide rail slide block of floor 801 of visitor starts to move upwards and in the first arc from the lower end of the first arc-shaped guide rail 6 The upright guide rail part of shape guide rail 6 and target the first slide block 101 keep geo-stationary, the then connecting on guide rail slide block 801 One horizontal extension bar 803 stretches in the second through hole 202 of car 2, and the moving telescopic bar 104 on target the first slide block 101 departs from The first through hole 201 of car 2, afterwards this car 2 rest at elevator outlet portal 3 along corresponding first arc-shaped guide rail 6；When this In car 2 no passenger when, this car 2 step (E) generation after the second elevator entrance door is transferred to by gateway slide rail 5 At 402；When having passenger in this car 2, this car 2 is slided by gateway after passenger leaves and after step (E) generation Rail 5 is transferred at the second elevator entrance door 402；

Step (E), passenger car 2 are transferred on target the first slide block 101：

The passenger car 2 just having entered passenger in step (B) moves along corresponding second arc-shaped guide rail 7 and upwards The vertical rail part of two arc-shaped guide rails 7 and target the first slide block 101 reach sharing rate, the shifting on target the first slide block 101 Dynamic expansion link 104 stretches in the first through hole 201 of passenger car 2, then the first water in the second through hole 202 of passenger car 2 Flat expansion link 803 starts to shrink at and departs from passenger car 2, and subsequent passenger car 2 slides into horizontal sliding bar along horizontal sliding bar 102 102 other end, the distance of this transverse shifting is equal to the distance between the second elevator entrance door 402 and elevator outlet portal 3；

Step (F), passenger car 2 rest in the rear of the elevator outlet portal 3 of destination：

When target the first slide block 101 moves up to specified location with passenger car 2, destination corresponding first The guide rail slide block 801 of arc-shaped guide rail 6 lower end start to move straight up and the upright guide rail part in the first arc-shaped guide rail 6 with Target the first slide block 101 keeps geo-stationary, and then the first level expansion link 803 on guide rail slide block 801 stretches into passenger car 2 The second through hole 202 in, the moving telescopic bar 104 on target the first slide block 101 starts to shrink at and departs from passenger car 2, afterwards Passenger car 2 reaches at the elevator outlet portal 3 of destination along described first arc-shaped guide rail 6；The subsequently car of passenger car 2 Door 204 and corresponding elevator outlet portal 3 are opened simultaneously, and car conveyer belt 205 and outlet conveyer belt 301 start and by passenger simultaneously It is sent in destination by passenger car 2；

Step (G), passenger car 2 are transferred to the rear of the second elevator entrance door 402 of corresponding input and output module：

In step (F), when passenger car 2 is transferred to the rear of elevator outlet portal 3 by the first arc-shaped guide rail 6, it Before rest in the car 2 at the second elevator entrance door 402 rear and also begin to be transferred to by the second arc-shaped guide rail 7 and just depart from carrying On target first slide block 101 of car 2；After step (F) occurs, destination corresponding gateway slide block 501 lower section is solid The second fixed horizontal extension bar 503 stretches in the third through-hole 203 of passenger car 2 of complete passenger under just, corresponding second through hole First level expansion link 803 in 202 starts to shrink at and departs from the second through hole 202, and subsequent passenger car 2 is along gateway slide rail 5 are transferred to corresponding second elevator entrance door 402 rear；So far this passenger car 2 completes first use, next this carrying Car 2 has two kinds of possible behaviors：One is when there being manned car 2 to start to stop in this input and output module on hoistway slide rail 1, If just now having come into new passenger in above-mentioned passenger car 2 or the entrance passenger that is not also able to do in time being sent to just immediately Just depart from the first slide block 101 of car 2；Two is after this passenger car 2 enters new passenger, starts the entrance well of active Road slide rail 1 simultaneously reaches destination with passenger always.

A kind of continuous lift circulation elevator system of the present embodiment, when needing to realize function downstairs, walks including following Suddenly：

Step (a), passenger enter entrance casing 4：

Passenger enters inlet tank body 4 after pressing the corresponding button of destination on floor button panel 406；

Step (b), passenger enter passenger car 2：

Second elevator entrance door 402 of entrance casing 4 and the passenger car 2 resting in the second elevator entrance door 402 rear Car door 204 open simultaneously, entrance conveyer belt 403 and car conveyer belt 205 start simultaneously and are passed passenger by entrance casing 4 Deliver to passenger car 2；This passenger car 2 will reach up to destination with passenger afterwards；

Step (c), searching target the first slide block 101：

Switch board begins look at first through this floor and target the first slide block 101 of moving downward, and this target first is sliding Car 2 on block 101 is empty car 2 or prepares the passenger cage 2 stopped in this floor；In a subsequent step, this mesh Marking the first slide block 101 will lead the passenger car 2 in step (b) to reach destination；

Car 2 on step (d), target the first slide block 101 rests in the floor residing for passenger：

When this elevator device quits work, each first slide block 101 is respectively connected with a car 2, each inlet tank A car 2 is all stopped at second elevator entrance door 402 of body 4；When this elevator device normal work, if having car 2 from Depart from first slide block 101 and rest at input and output module, the car 2 that can come at this input and output module immediately reaches Just depart from the first slide block 101 of car 2；When target the first slide block 101 in step (c) drops to specified location, take advantage of The now residing corresponding guide rail slide block of floor 801 of visitor starts to move downward and in the second arc from the upper end of the second arc-shaped guide rail 7 The upright guide rail part of shape guide rail 7 and target the first slide block 101 keep geo-stationary, the then connecting on guide rail slide block 801 One horizontal extension bar 803 stretches in the second through hole 202 of car 2, and the moving telescopic bar 104 on target the first slide block 101 departs from The first through hole 201 of car 2, afterwards this car 2 rest at elevator outlet portal 3 along corresponding second arc-shaped guide rail 7；When this In car 2 no passenger when, this car 2 step (e) generation after the second elevator entrance door is transferred to by gateway slide rail 5 At 402；When having passenger in this car 2, this car 2 is slided by gateway after passenger leaves and after step (e) generation Rail 5 is transferred at the second elevator entrance door 402；

Step (e), passenger car 2 are transferred on target the first slide block 101：

The passenger car 2 just having entered passenger in step (b) moves downward along corresponding first arc-shaped guide rail 6 and The vertical rail part of one arc-shaped guide rail 6 and target the first slide block 101 reach sharing rate, the shifting on target the first slide block 101 Dynamic expansion link 104 stretches in the first through hole 201 of passenger car 2, then the first water in the second through hole 202 of passenger car 2 Flat expansion link 803 starts to shrink at and departs from passenger car 2, and subsequent passenger car 2 slides into horizontal sliding bar along horizontal sliding bar 102 102 other end；The distance of this transverse shifting is equal to the distance between the second elevator entrance door 402 and elevator outlet portal 3；

Step (f), passenger car 2 rest in the rear of the elevator outlet portal 3 of destination：

When target the first slide block 101 moves downwardly to specified location with passenger car 2, destination corresponding second The guide rail slide block 801 of arc-shaped guide rail 7 upper end start to move straight down and the upright guide rail part in the second arc-shaped guide rail 7 with Target the first slide block 101 keeps geo-stationary, and then the first level expansion link 803 on guide rail slide block 801 stretches into passenger car 2 The second through hole 202 in, the moving telescopic bar 104 on target the first slide block 101 starts to shrink at and departs from passenger car 2, afterwards Passenger car 2 reaches at the elevator outlet portal 3 of destination along corresponding second arc-shaped guide rail 7；The car door of passenger car 2 204 and corresponding elevator outlet portal 3 open simultaneously, car conveyer belt 205 and outlet conveyer belt 301 start simultaneously and by passenger by It is sent in destination in car 2；

Step (g), passenger car 2 are transferred to the rear of the second elevator entrance door 402 of corresponding input and output module：

In step (f), when passenger car 2 is transferred to the rear of elevator outlet portal 3 by the second arc-shaped guide rail 7, it Before rest in the car 2 at the second elevator entrance door 402 rear and also begin to be transferred to by the first arc-shaped guide rail 6 and just depart from carrying On target first slide block 101 of car 2；After step (f) occurs, destination corresponding gateway slide block 501 lower section is solid The second fixed horizontal extension bar 503 stretches in the third through-hole 203 of passenger car 2 of complete passenger under just, corresponding second through hole First level expansion link 803 in 202 starts to shrink at and departs from the second through hole 202, and subsequent passenger car 2 is along gateway slide rail 5 are transferred to corresponding second elevator entrance door 402 rear；So far this passenger car 2 completes first use, next this carrying Car 2 has two kinds of possible behaviors：One is when there being manned car 2 to start to stop in this input and output module on hoistway slide rail 1, If just now having come into new passenger in above-mentioned passenger car 2 or the entrance passenger that is not also able to do in time being sent to just immediately Just depart from the first slide block 101 of car 2；Two is after this passenger car 2 enters new passenger, starts the entrance well of active Road slide rail 1 simultaneously reaches destination with passenger always.

Below schematically this utility model and embodiments thereof are described, this description does not have restricted, accompanying drawing Shown in be also one of embodiment of the present utility model, actual structure is not limited thereto.So, if this area Those of ordinary skill enlightened by it, without departing from this utility model create objective in the case of, design without creative The frame mode similar to this technical scheme and embodiment, all should belong to protection domain of the present utility model.

Claims (10)

1. a kind of continuous lift circulation elevator system it is characterised in that：Turn including hoistway track module, car module, car Fortune module and input and output module；

The circular flow on hoistway track module of described car module, and the track of circular flow is including vertical section and horizontal segment Closed-loop path；

Described car transhipment module is used for mutual transhipment between input and output module and hoistway track module for the car module.

2. a kind of continuous lift circulation elevator system according to claim 1 it is characterised in that：Described hoistway slide rail mould Block includes hoistway slide rail (1)；

Described hoistway slide rail (1) is provided with the rectangular-shaped track being surrounded by two vertical sections and two horizontal segments, this rectangular-shaped rail At least three first slide blocks (101) are slidably connected on road, and described at least three first slide blocks (101) are in described rectangular-shaped rail It is uniformly distributed on road；

The front of described first slide block (101) is provided with horizontal sliding bar (102), described horizontal sliding bar (102) in the horizontal direction On slidably connect the second slide block (103), be each provided with a moving telescopic bar (104) in the both sides of the second slide block (103)；

The back side of described first slide block (101) is fixed with drive block (105), and this drive block is hinged with connecting rod on (105) (106), the connecting rod (106) on two neighboring first slide block (101) is connected by steel wire rope (113)；Described steel wire rope (113) close segments are surrounded, the top within this close segments is symmetrically arranged with and rolls cooperation load-bearing wires rope with steel wire rope (113) (113) the second fixed pulley (114)；

The left and right sides of described drive block (105) are each provided with a groove cooperating with driving belt (107), described Driving belt (107) surrounds closure chape, and this upper end within closure chape, lower end are respectively symmetrically and are provided with and are driven skin Band (107) rolls first fixed pulley (108) of cooperation；The inner ring of described closure chape snaps in drive block (105) one side and sets In the groove put, the first slide block (101) is driven in the upper slip of hoistway slide rail (1) by driving belt (107).

3. a kind of continuous lift circulation elevator system according to claim 2 it is characterised in that：Described car module bag Include car (2)；

The left and right side of described car (2) is respectively fixed with a contiguous block, is disposed with from bottom to top in described contiguous block Second through hole (202) and the first through hole (201) cooperating with described moving telescopic bar (104), the top of described car (2) It is provided with third through-hole (203)；

Described car (2) includes car door (204), and described car (2) is provided with car conveyer belt (205) on internal bottom surface, It is fixed with car conveyer belt (205) inside the first moving stop (206) paralleled with car door (204), and car (2) Upper horizontal is fixed with the first baffle slide bar (207) matching with the through hole of the first moving stop (206) top setting.

4. a kind of continuous lift circulation elevator system according to claim 3 it is characterised in that：Described input and output module Including elevator outlet portal (3), described elevator outlet portal (3) is arranged on body of wall, on the ground in front of described elevator outlet portal (3) It is provided with outlet conveyer belt (301)；

It is provided with entrance casing (4), described entrance casing (4) and body of wall weight on the ground of described outlet conveyer belt (301) side The one side closing is provided with the second elevator entrance door (402), and entrance casing (4) one side perpendicular with body of wall is provided with the One elevator entrance door (401)；

It is provided with the internal ground of described entrance casing (4) and export the entrance conveyer belt that conveyer belt (301) is paralleled (403), described entrance conveyer belt (403) is fixed with the second moving stop paralleled with the second elevator entrance door (402) , and the internal upper horizontal of entrance casing (4) is fixed with and is matched with the through hole of the second moving stop (404) top setting (404) The second baffle slide bar (405) closing；The lateral surface of described entrance casing (4) is provided with floor button panel (406).

5. a kind of continuous lift circulation elevator system according to claim 4 it is characterised in that：Described car transports mould Block includes the first car transhipment module and the second car transhipment module；

Described first car transports the transhipment that module is used for car module horizontal direction at input and output module；Described second car Transhipment module is used for car module and transports the mutual transhipment between module in hoistway track module and the first car.

6. a kind of continuous lift circulation elevator system according to claim 5 it is characterised in that：Described first car turns Fortune module includes the gateway slide rail (5) parallel to horizontal sliding bar (102), and this gateway slide rail (5) is slidably connected, and there is any discrepancy Mouth slide block (501), this gateway slide block (501) is connected with the vertical expansion link (502) of lower section, described vertical expansion link (502) Bottom be fixed with the second horizontal extension bar (503) matching with described third through-hole (203).

7. a kind of continuous lift circulation elevator system according to claim 6 it is characterised in that：Described second elevator turns Fortune module includes slide block mechanism and transhipment guide rail mechanism, and this slide block mechanism includes pole (8), the lower end of described pole (8) with lead Rail slide block (801) is hinged, and the upper end of described pole (8) is fixed with the first level being matched with described second through hole (202) and stretches Contracting bar (803), the middle part of described pole (8) is provided with the horizontal through hole (802) matching with horizontal sliding bar (804), and level is slided The plane that bar (804) is located perpendicular to elevator outlet portal (3)；Being respectively arranged at two ends with of described horizontal sliding bar (804) is perpendicular with corresponding Vertical through hole (805) that straight slide bar (806) matches and upright sliding bar (806) is perpendicular with described horizontal sliding bar (804)；

It is provided with and described guide rail slide block near the side of hoistway track module positioned at described second elevator entrance door (402) (801) the transhipment guide rail mechanism matching, positioned at described elevator outlet portal (3) near hoistway track module side be provided with The transhipment guide rail mechanism that described guide rail slide block (801) is matched.

8. a kind of continuous lift circulation elevator system according to claim 7 it is characterised in that：Described transhipment guide rail machine Structure includes the second arc-shaped guide rail (7) and the first arc-shaped guide rail (6)；

Described second arc-shaped guide rail (7) is the arc section of opening upwards, and one end of the arc section of this opening upwards is along level side To extension, the other end vertically extends and this end is provided with stopper；Described first arc-shaped guide rail (6) is that one Open Side Down Arc section, the one end being somebody's turn to do the arc section that Open Side Down is horizontally extending, and the other end vertically extends and this end is provided with Stopper；

On the upper corresponding input and output module of a certain vertical section of rectangular-shaped track of hoistway slide rail (1)：Second elevator entrance door (402) leans on The side of nearly hoistway track module is provided with a pair of parallel the second arc-shaped guide rail (7) and upper point of each the second arc-shaped guide rail (7) It is not combined with guide rail slide block (801), arrange near the side of hoistway track module positioned at described elevator outlet portal (3) a pair of parallel The first arc-shaped guide rail (6) and each the first arc-shaped guide rail (6) on be respectively cooperating with guide rail slide block (801)；

On the upper corresponding input and output module of another vertical section of rectangular-shaped track of hoistway slide rail (1)：Second elevator entrance door (402) leans on The side of nearly hoistway track module is provided with a pair of parallel the first arc-shaped guide rail (6) and upper point of each the first arc-shaped guide rail (6) It is not combined with guide rail slide block (801), arrange near the side of hoistway track module positioned at described elevator outlet portal (3) a pair of parallel The first arc-shaped guide rail (6) and each the first arc-shaped guide rail (6) on be respectively cooperating with guide rail slide block (801).

9. a kind of continuous lift circulation elevator system according to claim 8 it is characterised in that：Described closure chape Ultimate range between first fixed pulley (108) of inner upper end is less than the length of horizontal segment on described rectangular-shaped track, described Ultimate range between first fixed pulley (108) of closure chape interior lower end is less than horizontal segment on described rectangular-shaped track Length.

10. a kind of continuous lift circulation elevator system according to claim 2～9 any one it is characterised in that：Institute State connecting rod (106) one end to be connected with steel wire rope (113), connecting rod (106) other end is fixedly connected with the rotating part of hinge The standing part of described hinge is fixedly connected with the centre position of drive block (105) side；

The cross section of described driving belt (107) is isosceles trapezoid, and described drive block (105) left and right sides respectively arrange a horizontal stroke Section is the groove of isosceles trapezoid；

Described hoistway slide rail (1) be fixedly arranged above main motor (112), described main motor (112) pass through change speed gear box (111) Rotate with power transmission shaft (110) and be connected, the outfan of described power transmission shaft (110) is provided with belt pulley (109), described belt pulley (109) match with driving belt (107).