WO2012174818A1 - Novel relay type corridor elevator - Google Patents

Novel relay type corridor elevator Download PDF

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Publication number
WO2012174818A1
WO2012174818A1 PCT/CN2011/082071 CN2011082071W WO2012174818A1 WO 2012174818 A1 WO2012174818 A1 WO 2012174818A1 CN 2011082071 W CN2011082071 W CN 2011082071W WO 2012174818 A1 WO2012174818 A1 WO 2012174818A1
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WO
WIPO (PCT)
Prior art keywords
pedal
shaft
frame
fixed
switch
Prior art date
Application number
PCT/CN2011/082071
Other languages
French (fr)
Chinese (zh)
Inventor
竺圣刚
龚金龙
许群显
郑元态
谢瑞木
Original Assignee
浙江爱圣博楼道电梯有限公司
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Priority to CN201110167114.1 priority Critical
Priority to CN2011101671141A priority patent/CN102219142A/en
Application filed by 浙江爱圣博楼道电梯有限公司 filed Critical 浙江爱圣博楼道电梯有限公司
Publication of WO2012174818A1 publication Critical patent/WO2012174818A1/en

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B66HOISTING; LIFTING; HAULING
    • B66BELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B9/00Kinds or types of lifts in, or associated with, buildings or other structures
    • B66B9/06Kinds or types of lifts in, or associated with, buildings or other structures inclined, e.g. serving blast furnaces
    • B66B9/08Kinds or types of lifts in, or associated with, buildings or other structures inclined, e.g. serving blast furnaces associated with stairways, e.g. for transporting disabled persons
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B66HOISTING; LIFTING; HAULING
    • B66BELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B9/00Kinds or types of lifts in, or associated with, buildings or other structures
    • B66B9/06Kinds or types of lifts in, or associated with, buildings or other structures inclined, e.g. serving blast furnaces
    • B66B9/08Kinds or types of lifts in, or associated with, buildings or other structures inclined, e.g. serving blast furnaces associated with stairways, e.g. for transporting disabled persons
    • B66B9/0807Driving mechanisms
    • B66B9/083Pull cable, pull chain
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B66HOISTING; LIFTING; HAULING
    • B66BELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B9/00Kinds or types of lifts in, or associated with, buildings or other structures
    • B66B9/06Kinds or types of lifts in, or associated with, buildings or other structures inclined, e.g. serving blast furnaces
    • B66B9/08Kinds or types of lifts in, or associated with, buildings or other structures inclined, e.g. serving blast furnaces associated with stairways, e.g. for transporting disabled persons
    • B66B9/0846Guide rail
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B66HOISTING; LIFTING; HAULING
    • B66BELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B9/00Kinds or types of lifts in, or associated with, buildings or other structures
    • B66B9/06Kinds or types of lifts in, or associated with, buildings or other structures inclined, e.g. serving blast furnaces
    • B66B9/08Kinds or types of lifts in, or associated with, buildings or other structures inclined, e.g. serving blast furnaces associated with stairways, e.g. for transporting disabled persons
    • B66B9/0853Lifting platforms, e.g. constructional features

Abstract

A relay type corridor elevator comprises a closed box body (1) mounted on a slope direction of a corridor. The closed box body (1) is internally provided with an upper rail (7-3), a lower rail (7-2) and a rail car (4). The rail car (4) comprises a frame structure (4-1), an axle sliding seat (4-8), a rotating shaft (4-9), a first torsional spring (4-14) and a pedal (5). The axle sliding seat (4-8) is fixed on the frame structure (4-1) of the rail car (4). The rotating shaft (4-9) can be rotatably arranged on the axle sliding seat (4-8). A pedal shaft (5-1) of the pedal (5) is fixedly arranged on the rotating shaft (4-9). One end of the first torsional spring (4-14) is fixed on the rotating shaft (4-9), and the other end of the first torsional spring is clamped on the frame structure (4-1). The rotating shaft (4-9) is connected with a pedal opening and closing driving device used for driving to rotate. The pedal shaft (5-1) is provided with an externally extending section. A bearing support upright rod (4-20) is correspondingly arranged on the externally extending section. An upper end of the bearing support upright rod (4-20) is provided with a pedal releasing and triggering travel switch (4-26).

Description

 New relay type corridor elevator

 The invention relates to an elevator, in particular to a corridor elevator which can be used for a single person by using the existing side wall of the corridor.

Background technique

 China is the country with the largest number of elderly people and the fastest growth rate in the world. In the next few decades, the pressure of "population aging" will become one of the important factors that plague China's social development. Therefore, it will be "prioritized." The social old-age service is written into the 12th Five-Year Plan, which shows that the state attaches importance to the old-age care. The multi-storey houses (5~9 floors) built in China in the 1980s and 1990s, because of the lack of elevators, make the vertical traffic problem of multi-storey houses the most critical problem that plagues the elderly in the city. Older people often sit on the building. Governments at all levels are also trying hard to find ways to solve this problem, especially in Guangzhou, Shanghai, Beijing and other places to pilot the installation of box elevators in old multi-storey residential buildings, but found in the process of the pilot, old and multi-layer There are differences in the approval procedures, the unreasonable land area occupied by the hoistway, the high construction cost, the uneven benefits of low-rise households, and the impact on the lighting and ventilation of low-rise households. The building code has a series of conflicts and other issues, making the pilot program continually stranded.

 In order to have a more in-depth understanding of the technical solutions to solve this problem, the new technology report No. 201136000Z090438 has been published. The results show that the existing technical solutions still have the following problems:

 1. The relay work mode is not used, resulting in low work efficiency and passengers may wait for a long time;

2, the device is not protected by a closed structure, resulting in high equipment failure rate, low safety factor, unsightly and other fatal problems;

 3. The safety protection device is lacking, and the structural design is unreasonable, resulting in poor equipment stability and safety.

Summary of the invention

 In order to overcome the deficiencies of the existing corridor elevators, such as low work efficiency, high failure rate, low safety factor and poor stability, the present invention provides a work efficiency, greatly reducing the failure rate, high safety factor, and stability. Good new type of relay corridor elevator.

 The technical solution adopted by the present invention to solve the technical problem thereof is:

A new type of relay type corridor elevator includes a closed box erected in a slope direction of the corridor, wherein the closed box body is provided with an upper rail, a lower rail and a rail car, and the upper rail and the lower rail are respectively installed in the closed box along the slope direction of the corridor a top end and a bottom end of the main body frame, the upper end of the rail car is slidably fitted on the upper rail, and the lower end of the rail car is slidably fitted on the lower rail, and the rail car is used to drive the rail car along the slope direction Connected to a driving device that runs up and down, the rail car includes a frame structure, a shaft sliding seat, a rotating shaft, a first torsion spring and a pedal, the shaft sliding seat is fixed on the rail car frame structure, and the rotating shaft is rotatably mounted on the shaft sliding The pedal shaft of the pedal is fixedly mounted on the rotating shaft, one end of the first torsion spring is fixed on the rotating shaft, and the other end is clamped on the frame structure, and the rotating shaft and the driving rotating pedal opening and closing driving device are Connecting, the pedal shaft is provided with an overhanging section, and the overhanging section is correspondingly provided with a supporting support pole, and the upper end of the supporting support pole is installed Discharge trigger trip switch plate. Further, the pedal-receiving stroke switch is mounted on the rail car frame structure, and the trigger end of the pedal-receiving stroke switch is oriented toward the pedal folding direction.

 Further, the load-bearing support pole is a hollow rod, the threaded push rod is sleeved in the hollow rod, and the second compression spring is sleeved outside the support support pole, and the upper end of the second compression spring is topped In the rail car frame structure, the lower end of the second compression spring is placed on the sleeve, the pedal release trigger switch is located at the upper end of the threaded push rod, and the pedal is placed above the trigger trip switch to set the load triggering micromotion switch.

 Further, the driving device is a wire rope closed traction device, and the traction device includes a driving main motor, a refining gear reducer, a motor brake, a driving reel, a large guiding wheel, a top guiding wheel, a bottom guiding wheel, and a traction side. a wire rope, a pre-tightening wire rope, a trolley guiding wheel, a rope fixing device, the driving main motor is fixed on the motor box, and an output shaft of the driving main motor is connected with the refining gear reducer and the motor brake, the refining gear A drive reel is mounted on the output shaft of the reducer, and one end of the traction side wire rope is fixed on the drive reel, and the other end of the traction side wire rope is fixed on the front end of the rail car via a large guide wheel and a top guide wheel. The pre-tightening steel wire rope is wound by the bottom end guiding wheel, and the top guiding wheel and the large guiding wheel are fixed to the driving reel at one end of the pre-tightening side wire rope, and the traction side wire rope and the pre-tightening wire rope enter the driving The positions of the reels differ by at least one rope groove distance, and the pre-tightening wire ropes are connected to the pretensioning mechanism.

 As a preferred solution, the pre-tightening mechanism is a pre-tightening nut, and the other end of the pre-tightening steel wire rope is fixed on the rail car by the pre-tightening nut, and the pre-tightening steel wire rope is installed near the pre-tightening nut end. There is a preloaded spring.

 The tensioning shaft support is fixed on the rail car frame structure, and the stretching shaft is slidably supported by the sliding shaft support through the sliding key, the front end of the stretching shaft is a threaded rod, and the threaded rod is mounted with a fixing rope The rope fixing device fixes one end of the traction side wire rope.

 The pedal includes a pedal shaft, a pedal structure, a pedal bottom cover, an emergency stop trigger lever, a third compression spring, a plate member and an emergency stop trigger switch, and the pedal structural member is integrated with the pedal shaft, the pedal The shaft is inserted into the rotating shaft of the rail car, the pedal bottom cover is closed by a screw, the emergency stop triggering rod is a round rod, and the emergency stop triggering rod is movably mounted on the pedal structural member In the circular hole, the third compression spring is sleeved on the emergency stop triggering rod, and the circlip for limiting the position of the third compression spring is buckled on the emergency stop triggering rod, and the plate is fixed by the screw in the emergency stop On the trigger lever, the emergency stop triggering travel switch is mounted on the pedal structural member, and the plate member is interlocked with the emergency stop triggering travel switch.

 The pedal shaft is a circular shaft or a square shaft. Of course, other methods are also possible.

 The pedal opening and closing driving device is an AC geared motor, and the AC geared motor is fixed on the rail frame structure by a motor fixing plate, and a pinion gear is mounted on the output shaft of the AC gear motor, and the pinion gear and the half are The teeth are meshed and the half teeth are mounted on the shaft.

 The enclosure includes a main body frame, an electrical chassis, a PLC control cabinet, and a rack cover. The rack cover covers an outer surface of the main frame, the electrical chassis, and the PLC control cabinet, and the rack An upper clearance groove is defined in the top end of the cover plate, and the front cover plate of the frame cover plate is provided with upper and lower door slots and a lower clearance groove, and the upper and lower door slots and the lower clearance groove are connected.

The upper and lower door slots are respectively closed by a pedal door driven by a door opener device, and the door opener device comprises a pedal door, a shaft support, a sliding shaft, an upper limit position limit switch and a lower limit position travel switch, wherein the shaft support is installed at Main frame door The frame support is fixed to the sliding shaft, and the slider is provided with an oil-free bushing, and the slider is fixed on the pedal door and can be lifted up and down along the sliding axis, and the pedal door is The pedal door lifting and lowering driving device is connected, the upper end of the sliding shaft is mounted with the upper limit position travel switch, and the lower end of the sliding shaft is mounted with the lower limit position travel switch.

 The pedal lift driving device is a planetary DC gear motor, the planetary DC gear motor is fixed on a motor seat, the motor seat is fixed on a main frame, and the wire rope passes through a fixed pulley, a motor take-up reel, and a lower pulley. Both ends are fixed to the upper and lower ends of the pedal door, respectively.

 The upper gap groove is closed by a sealing strip device, and the sealing strip device comprises a sealing strip, a sealing strip folding plate, a sealing strip steering wheel, and a sealing strip steering pre-tightening wheel, wherein the sealing strip folding plate is fixed on the main frame The two ends of the sealing strip surround the sealing strip steering wheel, and the sealing strip is turned to the pre-tightening wheel and then fixed on the sealing strip connecting plate;

 The lower clearance groove is closed by a pedal groove sealing device, and the pedal groove sealing device comprises a pedal groove seal, a guide member, a second torsion spring, a torsion spring fixing member, a steering fixed pulley, a DC gear motor, a limit position switch, An auxiliary wire rope, the pedal groove seal is set on the guide member, an auxiliary reel is mounted on an output shaft of the DC gear motor, and an auxiliary wire rope is set on the auxiliary reel, and the auxiliary wire rope passes through a steering fixed pulley and a The pedal groove seal is connected, and the steering fixed pulley is provided with a second torsion spring, and the torsion spring fixing member fixes the second torsion spring to the bottom of the main body frame.

 The top of the rail car is provided with an armrest, and the armrest comprises an inner half of the armrest, an outer half of the armrest, an inner panel of the armrest, a connecting strip of the strip, an upper switch and a down switch, and the connecting strip connecting plate is fixed with the inner panel of the armrest. In the rail car, the seal strip connecting plate is used for fixing the seal strip, and the inner half of the armrest and the outer half of the armrest are respectively semi-cylindrical structures, and the two are spliced into a whole cylindrical structure, and the inner half of the armrest is The outer side of the handrail is respectively provided with a groove type matched with the inner plate of the handrail, and the inner plate of the handrail is partially closed and connected into a unified whole, and the up switch and the down switch are respectively installed at two ends of the handrail.

 The main body frame adopts a unitary structure or a top and bottom splicing structure, and the door frame board is detachably mounted on the main body frame.

 The drive reel has a reel having a flange at both ends and a spiral groove cut inside.

 The tensioning shaft is a stepped shaft, the sliding key is mounted on the tail end of the stretching shaft, the spring retaining ring is sleeved on the stretching shaft and carried by the shoulder, and the compression spring is installed in two spring stops Between the circles.

 An upper rail and a lower rail are respectively installed on the upper cover and the lower bottom plate of the main frame, and a buffer is installed on the vertical plate under the main frame, and a limit wheel is installed on the cross bar in the middle of the main frame, the limit The position wheel cooperates with the deceleration triggering rod on the rail car to limit the swing of the rail car at the upper end position, and the towline receiving member for receiving the electric wire drag chain is mounted on the middle cross bar of the main body frame, The drag chain receiving member is a metal U-shaped folding plate, and the electric wire drag chain is used for restraining all outwardly extending cables on the rail car, and the lower terminal limit switch is mounted on the lower vertical plate of the main body frame, and the upper terminal limit switch Installed on the broken rope protection triggering piece, an upper limit switch trigger is fixed at the corresponding position of the top of the main frame, and upper and lower deceleration triggering stroke switches are respectively installed on the middle cross bar of the main frame.

 The damper is a support shaft or a spring damper in which the shaft end is wrapped with an elastic material such as rubber.

The corridor elevator further includes an operation for controlling the rail car, a retracting of the pedal, a door opener device, and a pedal slot seal. Set the control system. Specifically, it is used to control the driving main motor M1, the AC gear motor M2 on the rail car, the planetary DC deceleration M3 in the door opener device, and the DC gear motor M4 in the pedal slot seal device for processing the upper and lower call a signal, a signal of the upper and lower running switches in the armrest, a signal of the lower terminal limit switch, an upper terminal limit switch, a signal of the deceleration triggering stroke switch, an upper limit position travel switch of the door opener device, a signal of a lower limit position travel switch, a limit travel switch signal in the pedal slot seal device, a pedal release trigger switch on the rail car, a pedal release trigger switch, a load trigger micro switch, a signal The signal of the broken rope protection switch, the signal of the emergency stop triggering the stroke switch in the pedal, and the communication call signal of the adjacent corridor elevator are simultaneously processed in the control system for the overspeed operation of the driving main motor M1.

 The beneficial effects of the invention are mainly manifested in: 1. The elevator of the corridor adopts a relay type working mode, and each corridor elevator calls each other through remote communication technology, and at the same time works separately, which greatly improves the working efficiency of the corridor elevator;

 2. The corridor elevator adopts a closed enclosure as a whole, so that the internal structure of the equipment is not exposed. At the same time, the cable is processed in accordance with GB/T 5013.5-2008 rated voltage 450/750V and below rubber insulated cable. Part 5: Elevator cable, GB/T 5023.3-2008 Polyvinyl chloride insulated cables with rated voltages up to and including 450 750 volts - Part 3: stipulations of non-sheathed cables for fixed wiring, the safety performance and stability of the corridor elevators are greatly improved, and the design of the exterior elevators of the corridors makes the overall appearance Extremely appealing;

 3. The design of the wire rope closing drive device makes the rail car drive device a closed system, which is reliable, stable and safer to operate;

 4. The innovative design of the internal structure greatly improves the performance and stability of the equipment and reduces the failure rate of the equipment. DRAWINGS

 1 is a schematic view showing the overall front structure of a relay type corridor elevator according to the present invention.

 2 is a schematic view showing the overall back structure of the relay type corridor elevator of the present invention.

 Figure 3 is a schematic view of a closed box of the present invention.

 Figure 4 is a schematic illustration of a wire rope closed traction device of the present invention.

 Figure 5 is a schematic view showing the structure of the lower door opener device of the present invention.

 Figure 6 is a schematic view showing the structure of the upper door opener device of the present invention.

 Figure 7 is a schematic view showing the structure of the seal strip device of the present invention.

 Figure 8 is a schematic view showing the structure of the pedal groove sealing device of the present invention.

 Figure 9 is a schematic view showing the structure of the rail car of the present invention.

 Figure 10 is a schematic view showing the front structure of the rail car of the present invention.

 Figure 11 is a schematic view showing the structure of the back side of the rail car of the present invention.

 Figure 12 is a schematic structural view of a security card device of the present invention

 Figure 13 is a schematic view showing the structure of the pedal of the present invention.

 Figure 14 is an exploded view of the armrest structure of the present invention.

detailed description The invention is further described below in conjunction with the drawings.

 Referring to Figures 1 to 14, a relay type corridor elevator is installed on the inner side of the corridor in a continuous staircase of the corridor and can independently operate an elevator for carrying passengers to realize continuous transportation from one unit to another. The corridor elevator is installed on the inner side of the corridor by an expansion screw, and the corridor elevator includes a closed box 1 that is erected in a slope direction of the corridor, and the closed box 1 is provided with an upper rail 7-3 and a lower rail 7-2. The rail car 4, the corridor elevator further comprises a wire rope closing traction device 2, a door opener device 3, a pedal groove sealing device 8, an armrest 6, a pedal 5, a safety card device 7-1, a control system and other accessories.

 The slopes of the upper rail 7-3 and the lower rail 7-2 are respectively installed at the top end and the bottom end of the main frame 1-3 in the closed box 1, and the rail car 4 leads the upper rail 7-3 and the lower rail. 7-2 can be used for the oblique lifting movement in the direction of the slope.

 The wire rope of the wire rope closing traction device 2 is connected to the rail car 4 through the guide wheel to form a closed traction system, and the traction rail car 4 moves.

 The top of the railcar 4 is provided with an armrest 6. The bottom of the railcar 4 is provided with a pedal 5, and the railcar 4 is interlocked with the handle 6 and the pedal 5 at the same speed.

 The top end of the closed box 1 is provided with an upper gap groove 1-5 for the operation of the handrail, and the bottom of the front cover 1-9 of the closed box is provided with a lower gap groove 1-6 for the pedal shaft to operate, and the closed box The upper door groove 1-7 and the lower door groove 1-8 are respectively provided on the upper and lower sides of the front cover 1-9, and the upper door groove 1-7, the lower door groove 1-8 and the lower portion are respectively opened. The gap grooves 1-6 are connected.

 The control system controls the operation of the wire rope closing traction device 2, the retraction of the pedal 5, the operation of the door opener device 3, the operation of the pedal groove sealing device 8, and the like.

 The closed box 1 includes a main body frame 1-3, an electric chassis 1-1, a PLC control cabinet 1-2, and a rack cover 1-4, and the rack cover 1-4 covers the main body The outer surface of the rack 1-3, the electric cabinet 1-1, and the PLC control cabinet 1-2, the top cover of the rack cover 1-4 is provided with an upper gap slot 1-5, and the front cover of the rack cover The upper and lower door slots 1-6 are connected to the upper and lower door slots, and the upper and lower door slots are connected to each other. The frame cover 1-4 is made of a metal plate, which is simple and beautiful. Moderate strength.

 The main body frame 1-3 may adopt a unitary structure or a top and bottom splicing structure, and the door frame plate of the main body frame may be integrally assembled and disassembled.

 The upper gap groove 1-5 is closed by the sealing strip device 9, and the lower gap groove 1-6 is closed by the pedal groove sealing device 8, and the upper and lower door grooves are respectively driven by the door opener device 3. 7 Close the door to achieve an overall closure of the structure.

 The sealing strip device 9 comprises a sealing strip 9-1, a sealing strip folding plate 9-2, a sealing strip steering wheel 9-3, a sealing strip steering pre-tensioning wheel 9-4, and the sealing strip folding plate 9-2 passes the screw Fixed on the main frame 1-3, the two ends of the sealing strip 9-1 are surrounded by the above-mentioned sealing strip steering wheel 9-3, and the sealing strip is turned to the pre-tensioning wheel 9-4 and then fixed on the sealing strip connecting plate 6- 4, moving with the operation of the rail car 4.

The pedal groove sealing device 8 includes a pedal groove seal 8-1, a guide member 8-4, a second torsion spring 8-3, a torsion spring fixing member 8-5, a steering fixed pulley 8-6, and a DC gear motor M4 8- 2. The limit travel switch 8-7, the wire rope, the pedal groove seal 8-1 can be moved in the guiding direction of the guiding member 8-4, and the torsion spring fixing member 8-5 will be the second torsion spring 8-3 fixed in the main frame At the bottom of 1- 3, the wire rope is driven by the DC geared motor M4 8-2 through the steering fixed pulley 8-6 to pull the pedal groove seal 8-1, and the pedal groove seal 8-1 is at the second torsion spring 8- The torsion of 3 can be restored to close.

 The wire rope closing traction device 2 comprises a driving main motor Ml 2-1, a refining gear reducer 2-2, a motor brake

2- 3, drive reel 2-4, large guide wheel 2-5, top guide wheel 2-6, bottom guide wheel 2-9, traction side wire rope 2-7, pre-tightening wire rope 2-8, trolley guide The wheel 2-10, the pre-tightening nut 2-11, the pre-tightening spring 2-12, the fixing device 2-13, the driving main motor M1 2-1 is a horizontal motor, and is fixed on the motor box 1-1, The drive main motor M1 2-1 is equipped with a refining gear reducer 2-2 and a motor brake 2-3, and the refining gear reducer 2-2 is mounted on the output shaft with a drive reel 2-4, the traction side The wire rope 2-7-end is fixed on the driving reel 2-4, and the other end is fixed on the front end of the rail car 4 by the fixing device 2-13, and the pre-tightening wire rope 2-8 is wound around the bottom guiding wheel 2-9 One end is fixed on the driving reel 2-4, and the other end is fixed on the rail car 4 through the pre-tightening nut 2-11, and the pre-tightening side wire rope 2-8 is placed near the end of the pre-tightening nut 2-11 The spring 2-12 is pretensioned, and the pretension spring is a tension spring.

 The drive reels 2-4 are reels having flanges at both ends and spiral grooves internally cut therein.

 The method of fixing the pre-tightening wire rope 2-8 by the pre-tightening nut 2-11 can also be realized by other pre-tightening methods such as a basket screw, a wire rope pretensioner and the like.

 The door opener device 3 includes a pedal door 3-7, a planetary DC gear motor M3 3-1, a motor base 3-2, a shaft support 3-3, a sliding shaft 3-4, a slider 3-5, and an oil-free bushing. 3-6. Motor take-up reel 3-8, upper pulley 3-9, lower pulley 3-10, upper limit position travel switch 3-11, lower limit position travel switch 3-12. The pedal door 3-7 is used for lifting and closing the door slot space required for the pedal 5 to be retracted. The shaft support 3-3 is mounted on the main frame 1-3 door frame plate for fixing the sliding shaft 3 -4, the slider 3-5 is provided with an oil-free bushing 3-6 in the middle, and the slider 3-5 is fixed on the pedal door 3-7 and can lift the alloy shaft 3-4 up and down. The pedal door 3-7 is lifted and lowered by means of a frictional traction drive of the wire rope. The planetary DC gear motor M3 3-1 is fixed on the motor base 3-2, and the motor base 3-2 is fixed in the main body frame 1 - 3, the wire rope passes through the upper pulley 3-9, the motor take-up reel 3-8, and the lower pulley 3-10, and the two ends are respectively fixed at the upper end and the lower end of the pedal door 3-7 to form a closed structure.

 At least four or more sliders 3-5 are fixed to the pedal door 3-7.

 The pedal door 3-7 lifting drive can also be realized by a belt drive, a chain drive, a timing belt drive, a rack and pinion drive, and the like.

The rail car 4 includes a rail car frame structure 4-1, an upper rail wheel 4-2, a lower rail wheel 4-6, a tension adjusting wheel 4-3, a deceleration triggering lever 4-5, a shaft sliding seat 4-8, a rotating shaft 4-9, half tooth 4-10, pinion 41.1, AC gear motor M2 4-12, motor fixing plate 4-13, first torsion spring 4-14, torsion spring support pole 4-15, stretching Shaft support 4-16, tensile shaft 4-17, first compression spring 4-18, spring retaining ring 4-19, load bearing support rod 4-20, sleeve 4-21, second compression spring 4-22, Threaded push rod 4-23, stroke switch fixing member 4-24, pedal receiving trigger switch 4-25, pedal release trigger switch 4-26, load trigger micro switch 4-27. The top of the rail car frame structure 4-1 is mounted with two upper rail wheels 4-2, and the bottom end is mounted with two lower rail wheels 4-6 through the pin shaft 4-7, the tension adjusting wheel 4-3 Mounted on the top end of the railcar frame structure 4-1, the railcar 4 is guided by the upper and lower rail wheels to guide the upper and lower rails. The shaft sliding seat 4-8 is fixed to the rail car frame structure 4-1 by bolts, and the rotating shaft 4-9 is mounted on the shaft sliding seat 4-8 and rotatable, and the half teeth 4-10 are mounted. On the rotating shaft 4-9, the AC geared motor M2 4-12 is fixed on the rail frame structure 4-1 through the motor fixing plate 4-13, and the pinion gear is mounted on the output shaft of the AC geared motor M2 4-12 4-11, the pinion gear 4-11 is engaged with the half tooth 4-10, one end of the first torsion spring 4-14 is fixed on the rotating shaft 4-9, and the other end is stuck on the torsion spring supporting pole 4 In -15, the torsion spring support uprights 4-15 are mounted on the railcar frame structure 4-1. The stretching shaft supports 4-16 are fixed on the rail car frame structure 4-1, and the stretching shafts 4-17 are slidable forward and backward by the sliding keys, which are guided to the stretching shaft supports 4-16, the stretching shaft 4-17 The front end is a threaded rod on which the rope fixing device 2-13 is mounted, and the rope fixing device 2-13 fixes one end of the traction side wire rope 2-7. The load-bearing support poles 4-20 are mounted on the railcar frame structure 4-1, and the tails of the load-bearing support poles 4-20 are fitted with sleeves 4-21. The travel switch fixing member 4-24 is mounted on the rail car frame structure 4-1, and the pedal receiving trigger trip switch 4-25, the pedal release trigger switch 4-26, and the load trigger micro switch 4-27 are installed. At the specified position of the travel switch holder 4-24. The deceleration trigger lever 4-5 is fixed to the rail car frame structure 4-1 by screws.

 The pinion gear 4-11 is driven to rotate by the AC geared motor M2 4-12, and the rotating shaft 4-9 is rotated by the half teeth 4-10 engaged with the AC geared motor M2 4-12, so that the pedal 5 completes the retracting action, and the first twist The springs 4-14 are used to balance the weight of the pedal 5 itself.

 The stretching shaft 4-17 is a stepped shaft, the sliding key is mounted at the end of the stretching shaft 4-17, and the spring retaining ring 4-19 is sleeved on the stretching shaft 4-17 and depends on the shoulder Carrying, the first compression spring 4-18 is mounted between the two spring retaining rings 4-19.

 The load-bearing support poles 4-20 are a hollow rod, the threaded push rods 4-23 are sleeved in the hollow rod, and the second compression springs 4-22 are set outside the load-bearing support poles 4-20. , the upper rail car frame structure 4-1, the lower top sleeve 4-21.

 The pedal 5 includes a pedal shaft 5-1, a flat nut 5-2, a pedal structural member 5-3, a pedal bottom cover, an emergency stop trigger lever 5-5, a third compression spring 5-6, and a snap spring 5-7. , Plate 5-8, emergency stop trigger switch 5-9. The pedal structural member 5-3 is integrally connected with the pedal shaft 5-1. The pedal shaft 5-1 is a circular shaft inserted into the rotating shaft 4-9 of the rail car 4, and is circumferentially fixed by a flat key. The axial direction is fixed by a flat nut 5-2, and the pedal bottom cover is closed by a screw. The emergency stop triggering rod 5-5 is a round rod, which can be moved by a corresponding circular hole on the pedal structural member 5-3, and the third compression spring 5-6 is placed on the emergency stop triggering rod 5-5. The circlip 5-7 is snapped on the emergency stop triggering lever 5-5 for limiting the position of the third compression spring 5-6, and the plate 5-8 is fixed by the screw to the emergency stop triggering lever 5- 5, the emergency stop trigger switch 5-9 is mounted on the pedal structure 5-3, and the above-mentioned emergency stop trigger switch 5-9 is triggered by the plate 5-8.

 The pedal shaft 5-1 can also be realized in the form of a square shaft.

 A guide groove is formed in the pedal structural member 5-3 for the cable and the electric wire to pass through.

The armrest 6 includes an inner half 6-1 of the armrest, an outer half 6-2 of the armrest, an inner panel 6-3 of the armrest, a strap connecting plate 6-4, an upper switch 6-5, a down switch 6-6, and a hexagonal screw 6. -7. The armrest inner panel 6-3 is a metal plate member, and the seal strip connecting plate 6-4 and the armrest inner panel 6-3 are fixed to the rail car 4 by bolting, and the seal strip connecting plate 6- 4 For fixing the seal belt 9-1. The inner half 6-1 of the armrest and the outer half 6-2 of the armrest are respectively semi-cylindrical structures, and the two are spliced into a whole cylindrical structure, and the inner half 6-1 of the armrest and the outer side 6-2 of the armrest respectively The groove type matched with the armrest inner panel 6-3 is opened, and the upper portion of the armrest inner panel 6-3 is partially closed and connected into a unified whole by the hexagon socket screws 6-7, The up switch 6-5 and the down switch 6-6 are respectively installed at both ends of the armrest 6, and are used for controlling the up and down operation of the rail car 4. The inner half 6-1 of the armrest and the outer half 6-2 of the armrest may be injection molded from polyethylene or formed by wood. The safety card device 7-1 includes a brake ratchet bar 7-4, a safety card 7-1-2, a rope breaking protection trigger 7-1-1, and a rope breaking protection switch 7-13. The brake ratchet strip 7-4 is fixed on the bottom plate of the main body frame 1-3, and the safety card 71-2 is fixed on the rail car 4 by a pin shaft and can be rotated, and the broken rope protection triggering member 7-1-1 is fixed above the rope fixing device 2-13 by screws, and the breaking rope protection triggering member 7-1-1 forms a triggering relationship with the safety card 7-1-2, and the breaking rope protection The switch 7-13 is mounted on the rail car 4, and its specific position is the position corresponding to the rear end of the pull shaft 4-17.

 The accessory box 1 is also fixed or mounted with other accessories. The upper rail 7-3 and the lower rail 7-2 are respectively mounted on the upper cover and the lower bottom plate of the main body frame 1-3, respectively. A buffer 7-5 is mounted on the lower vertical plate, and a limit wheel 7-6 is mounted on the middle crossbar of the main frame 1-3, and the limit wheel 7-6 and the rail car 4 are decelerated. The trigger rods 4-5 are matched to limit the swing of the rail car 4 at the upper end position, and the drag chain receiving member is mounted on the middle cross rod of the main body frame 1-3, and the drag chain receiving member is a metal U-shaped Folding plate for supporting the wire tow chain, the wire tow chain is used to restrain all outwardly extending cables on the rail car, and the safety of the cable during the operation of the rail car is improved, and the lower terminal limit switch 7-9 is installed on the main body machine. The lower vertical plate of the frame 1-3 triggers the lower terminal limit switch 7-9 when the rail car runs to the lower terminal position, and the upper terminal limit switch 7-10 is installed on the rope breaking protection trigger 71-1 Upper, a top terminal limit switch trigger 7-11 is fixed at the top position of the main body frame 1-3, in the main body frame 1-3 Are respectively mounted on the intermediate rail, the deceleration limit switch is triggered 7-12.

 The damper 7-5 is a support shaft in which an elastic material such as rubber is wrapped around the shaft end, and a spring damper can also be used.

 The control system is used for controlling the operation of the rail car 4, the retracting of the pedal 5, the door opener device 3, the pedal slot sealing device 8, and specifically, for controlling the driving main motor M1 2-1, the rail car The AC geared motor M2 4-12, the planetary DC deceleration M3 3-1 in the door opener device 3, and the DC gear motor M4 8-2 in the pedal slot seal device 8 are used to process the upper and lower call signals, a signal of the upper and lower running switches in the armrest 6, a signal of the lower terminal limit switch 7-9, the upper terminal limit switch 7-10, a signal of the deceleration triggering stroke switch 7-12, the door opener device 3 a signal of a middle upper limit position limit switch 3-11, a lower limit position travel switch 3-12, a limit travel switch 8-7 signal in the pedal groove seal device 8, and a pedal catch trigger stroke on the rail car 4 The switch 4-25, the pedal release trigger switch 4-26, the signal 4-27 of the load trigger micro switch, the signal of the broken rope protection switch 7-13, the emergency stop trigger switch 5 of the pedal 5 -9 signal and the passage of the adjacent corridor elevator Call signal while the process in the control system drives the main motor Ml 2-1 overspeed.

 The embodiment comprises a closed box 1, a rail car 4, an upper rail 7-3, a lower rail 7-2, a wire rope closing traction device 2, a door opener device 3, an armrest 6, a pedal 5, a pedal groove sealing device 8, and a sealing strip device. 9. Safety card device 7-1, control system and other accessories.

The closed box body 1 is welded to the whole by the main frame 1-3, the electric chassis 1-1, and the PLC control cabinet 1-2, and the outer surface thereof covers the frame cover 1-4 to form a closed box. The top of the closed box 1-3 is provided with an upper gap slot 1-5 for the running space of the armrest 6, and the upper gap slot 1-5 is closed by the sealing strip device 9; the sealing strip 9-1 of the sealing strip device 9 is sealed. With steering The wheel 9-3 and the sealing belt steering pre-tensioning wheel 9-4 are respectively wound and fixed on the sealing strip connecting plate 6-4, and the sealing strip 9-1 moves with the running of the rail car, wherein the sealing strip is turned The pre-tensioning wheel 9-4 is capable of pre-tightening the sealing strip 9-1. Closed front cover

The lower end of the 1- 9 is provided with a lower clearance groove 1-6 for the pedal shaft running space, which is closed by the pedal groove closing device 8, and the pedal groove seal 8-1 can be moved by the guiding member 8-4, and the second torsion spring 8 -3 makes the pedal slot seal 8-1 always closed, the DC gear motor M4 8-2 drives the pedal slot seal, and the limit stroke switch 8-7 determines the two extreme positions of the pedal slot seal. The upper door front cover 1-9 is also provided with an upper door groove 1-7 and a lower door groove 1-8. The closing of the upper and lower door grooves is determined by the lifting of the pedal door 3-7, and the pedal doors 3-7 The lifting movement is driven by the door opener device 3.

 The wire rope closing traction device 2 is used for slanting up and down operation of the traction rail car, the refining gear reducer 2-2 can reduce the working noise of the motor, and the traction side wire rope 2-7 leads the driving reel 2-4, Large guide wheel 2-5, top guide wheel 2-6, rope 2-13, tension shaft 4-17, rail car 4, pre-tightened wire rope guide rail car 4, pre-tightening nut 2-11, pre-tightening spring

2- 12, the bottom guide wheel 2-9, the top guide wheel 2-6, the large guide wheel 2-5, and the drive reel 2-4 form a closed system, which can ensure that the rail car is driven by an external force instead of driving the main motor. Driven by Ml 2-1, keep its position. The large guide wheel 2-5 is installed at a higher position, in order to make the traction side wire 2-7 and the pre-tightening wire 2-8 enter the drive reel 2-4, the declination relative to the drive reel (rear rope) Angle) No more than 4°, avoiding the phenomenon of "crawling rope". The reverse characteristics of the traction side wire rope 2-7 and the pre-tightening wire rope 2-8 are reversed so that they can use the same drive reel, and the positions of the two enter the drive reel 2-4 differ by one rope groove distance, avoiding two The wire rope interferes with each other. The pre-tightening nut 2-11 achieves the pre-tightening of the wire rope. The motor brake in the wire rope closing traction device 2 can lock the output shaft of the motor when the main motor 2-1 is powered off to ensure that the rail car 4 stops running.

 The door opener device 3 is used for driving the upper and lower lifting movements of the pedal door. In this embodiment, the wire rope is used to close the traction transmission mode to realize the transmission. When the pedal door is raised to the upper limit position or the lower limit position, the upper limit is touched. Position limit switch

3- 11 or lower limit position travel switch 3-12, control the operation of planetary DC gear motor M3 3-1 through the control system; the oil-free bushing 3-6 is installed in the slider 3-5 of the door opener device, wear-resistant, Makes sliding smoother and reduces working noise.

 The railcar 4 can drive the upper and lower rails under the driving of the wire rope closing traction device 2, and the tensioning adjusting wheel 4-3 is used for pre-tensioning the railcar 4, and the deceleration triggering lever 4-5 can be triggered. The deceleration triggers the travel switch to drive the main motor to slow down close to the end position and stop working when the rail car 4 approaches the upper and lower end positions. The other function of the deceleration trigger lever 4-5 is when the railcar 4 is running to the upper terminal limit position. Can be stuck on the limit wheel 7-6 to prevent the rail car from swinging. The AC geared motor M2 4-12 drives the rotation of the shaft 4-9 through the meshing action of the pinion 4-11 and the half tooth 4-10, and the pedal 5 is mounted on the shaft 4-9, and the first torsion spring on the shaft 4-9 4-14 is used to balance the pedal's own weight, the pedal trigger trip switch 4-25, and the pedal release trigger switch 4-26 determine the working limit position of the pedal 4 retracting. After the pedal shaft 5-1 is inserted into the rotating shaft 4-9, the tail is supported on the carrying support pole 4-20 to disperse the passenger's riding load. Carrying support pole 4-20 with sleeve

4- 21. The design of the compression spring 4-22 is as follows: The bearing support rod 4-20 is a hollow rod with a threaded push rod 4-23 in the middle. When the pedal 5 is lowered, the pedal shaft 5-1 The tail first touches the threaded push rod 4-23, pushes the threaded push rod 4-23 up to trigger the pedal to release the trigger switch 4-27, completes the process of the pedal 5 release, and the elastic force of the second compression spring 4-22 at this time Compared with the AC geared motor M2 4-12, the torque is large, ensuring that the sleeve 4-21 cannot be pushed under the drive of the AC geared motor; When standing on the pedal, the human load can cause the sleeve 4-21 to move slightly, and the threaded push rod 4-23 continues to push up to trigger the load trigger micro switch 4-26. When the person leaves the pedal, the second compression spring 4 -22 Resets the sleeve 4-21. With this design, it is always possible to detect whether the passenger is standing on the pedal.

 The pedal 5 is a flat device for passengers to take the passenger when carrying the passenger, and is mounted on the rotating shaft 4-9 of the rail car 4, and the upper surface of the pedal 5 is processed with a "human" shape to increase the friction of the passenger standing. When the pedal encounters an obstacle during the oblique lifting operation or is blocked, the emergency stop trigger lever 5-5 will be operated, and the plate 5-8 will touch the emergency stop trigger switch 5-9 to make the motor brake 2- 3 work, stop the pedal 5, and protect the safety of passengers.

 The armrest 6 is a device for the passenger to hold and control the elevator to run up and down when carrying the passenger. When the passenger stands on the pedal 5 and holds the armrest 6, the railcar is controlled by operating the up switch 6-5 and the down switch 6-6. Running.

 The safety card device 7-1 is a mechanical safety device capable of timely locking and holding the rail car 4 in a stationary state when the traction side wire rope 2-7 is broken or slipped. The traction side wire rope 2-7 is fixed to the stretching shaft 4-17 by the rope fixing device 2-13, and the stretching shaft 4-17 can be moved by the sliding shaft support 4-16 under the action of the sliding key, due to the pedal 5 The presence of self-gravity, after the wire rope closing traction device 2 is pre-tensioned, the first compression spring 4-18 sleeved on the stretching shaft 4-17 is slightly compressed, and when the passenger stands on the pedal 5, the first compression spring 4 -18 continues to compress so that the shoulder of the stretching shaft 4-17 is subjected to the traction load, and the process of pulling the rail car of the wire rope is completed. When the traction side wire rope 2-7 breaks, under the action of the first compression spring 4-18, the stretching shaft 4-17 slides rapidly, and the rope breaking protection trigger 71-1 fixed on the rope fixing device 2-13 As the rope mover moves, the movement of the rope breaking protection trigger 7-1-1 will be safe due to the cooperation between the rope breaking protection trigger 7-1-1 and the safety card 7-1-2. The card 7-12 rotates around the pin shaft and is caught on the brake ratchet bar 7-4 to complete the braking of the rail car 4. At the same time, the sliding of the stretching shaft 4-17 causes the end of the stretching shaft 4-17 to touch the broken rope protection switch 7-1-3, and the working power of the elevator is cut off. The rope-breaking protection switch 7-1-3 can also forcibly drive the main motor 2-1 to stop working when the railcar 4 is blocked downward and the railcar goes down beyond the limit position.

 The buffer 7-5 can prevent the railcar from reaching the lower terminal limit position without collision, buffering position, protecting passenger safety and reducing working noise; the towline protects the safety of the railcar 4 during operation.

Full description of the working mode of the relay type corridor elevator: The passenger arrives at the designated position of the floor, the squatting call button (the following call button is taken as an example), first the door opener device 3 works, and the lower pedal door 3-7 is driven to open, the AC gear motor M2 4 -12 driving pedal 5 is opened to the working position of the station, after which the door opening device 3 drives the lower pedal door 3-7 to be closed, the door opener device 3 and the handrail operating switch are interlocked, and the pedal door 3-7 is not returned to the closed position. When the handrail operation switch is in the "failed"state; then the passenger station is multiplied to the pedal 5, the load triggering micro switch 4-27 detects the signal that the person has stood on the pedal 5, and the armrest operation switch is in the "active" state, when The load trigger micro switch 4-27 is not triggered, and the armrest running switch is also in the "failed" state to protect the passenger's ride safety. The passenger can determine the rail car by operating the up switch 6-5 and the down switch 6-5 on the armrest 6. Up, down or stop motion; When the rail car approaches the upper terminal limit position, the deceleration trigger lever 4-5 touches the deceleration trigger trip switch 7-12, and the rail car decelerates slowly until it enters the upper terminal limit position, the upper terminal The limit switch 7-10 works, the driving main motor 2-1 stops working, and the upper terminal limit switch 7-10 gives a call signal to the adjacent next corridor elevator through remote communication, and the next corridor elevator automatically completes the corresponding program. , the pedal is opened to the state of being available for passengers, and the passenger walks down from the current corridor elevator. The elevator to the next corridor completes the station, which is the relay work mode. When the passenger walks off the pedal, the door opener device 3 opens the upper pedal door 3-7, the pedal completes the folding, the pedal door 3-7 is closed, the rail car automatically descends to the lower terminal limit position, and waits for the next call signal. , improve the efficiency of the equipment.

Claims

A new type of relay type corridor elevator, comprising a closed box erected in a slope direction of the corridor, wherein the closed box body is provided with an upper rail, a lower rail and a rail car, and the upper rail and the lower rail are respectively installed along a slope direction of the corridor. Closing the top end and the bottom end of the main body frame in the box body, the upper end of the rail car is slidably fitted on the upper rail, and the lower end of the rail car is slidably fitted in the lower rail, and the rail car is used to drive the rail car along the side a driving device connected to move up and down in a gradient direction, wherein: the rail car comprises a frame structure, a shaft sliding seat, a rotating shaft, a first torsion spring and a pedal, wherein the shaft sliding seat is fixed on the rail car frame structure, the rotating shaft Rotatablely mounted on the shaft sliding seat, the pedal shaft of the pedal is fixedly mounted on the rotating shaft, one end of the first torsion spring is fixed on the rotating shaft, and the other end is clamped on the frame structure, the rotating shaft and the driving rotation The pedal opening and closing driving device is connected, the pedal shaft is provided with an overhanging section, and the overhanging section is correspondingly provided with a supporting support pole, The upper end of the pedal mounting support carrying pole trip switch trigger discharge.
 2. The novel relay type corridor elevator according to claim 1, wherein: the pedal-receiving stroke switch is mounted on a rail car frame structure, and a trigger end of the pedal-receiving stroke switch is folded toward the pedal. direction.
 3. The new type of relay type corridor elevator according to claim 2, wherein: said load-bearing support pole is a hollow rod, said threaded push rod is sleeved in said hollow rod, said second compression spring set The upper end of the second compression spring is placed on the rail frame structure, the lower end of the second compression spring is placed on the sleeve, and the pedal release trigger switch is located on the threaded push rod. At the upper end, the pedal is placed above the trigger trip switch to set the load trigger micro switch.
The novel relay type corridor elevator according to any one of claims 1 to 3, wherein: the driving device is a wire rope closed traction device, and the traction device comprises a driving main motor, a refining gear reducer, and a motor brake. a driving reel, a large guiding wheel, a top guiding wheel, a bottom guiding wheel, a traction side wire rope, a pre-tightening wire rope, a trolley guiding wheel, a rope fixing device, the driving main motor is fixed on the motor box, the driving main An output shaft of the motor is connected to the refining gear reducer and the motor brake, and a drive reel is mounted on the output shaft of the refining gear reducer, and one end of the traction side wire rope is fixed on the drive reel, and the traction side wire rope is further One end is fixed to the front end of the rail car by a large guide wheel and a top guide wheel, and the pre-tightened steel wire rope is wound by the bottom end guide wheel, and the top guide wheel and the large guide wheel, the pre-tightening wire rope One end is fixed on the driving reel, and the position of the traction side wire rope and the pre-tightening wire rope entering the driving reel is at least one rope groove From the biasing means side of the wire rope connected to the prestressing.
 The new type of relay type corridor elevator according to claim 4, wherein: the pretensioning mechanism is a pre-tightening nut, and the other end of the pre-tightening steel wire rope is fixed on the rail car by the pre-tightening nut, A pretensioning spring is mounted in the middle of the pre-tightening wire rope near the pre-tightening nut end.
 6. The new type of relay type corridor elevator according to claim 4, wherein: the stretching shaft support is fixed on the rail car frame structure, and the stretching shaft can slide forward and backward by the sliding shaft support through the sliding key. The front end of the stretching shaft is a threaded rod, and a threaded rod is mounted on the threaded rod, and the rope fixing device fixes one end of the traction side wire rope.
7. The novel relay type corridor elevator according to any one of claims 1 to 3, wherein: the pedal comprises a pedal shaft, a pedal structure member, a pedal bottom cover plate, an emergency stop trigger lever, a third compression spring, and a plate. And an emergency stop triggering stroke switch, the pedal structure is integrally connected with the pedal shaft, the pedal shaft is inserted into a rotating shaft of the rail car, and the pedal bottom cover is closed by a screw, the emergency stop The trigger lever is a round rod, and the emergency stop trigger lever is movably mounted on the pedal structural member In the circular hole, the third compression spring is sleeved on the emergency stop triggering rod, and the circlip for limiting the position of the third compression spring is buckled on the emergency stop triggering rod, and the plate is fixed by the screw in the emergency stop On the trigger lever, the emergency stop triggering travel switch is mounted on the pedal structural member, and the plate member is interlocked with the emergency stop triggering travel switch.
 8. The novel relay type corridor elevator according to claim 7, wherein: the pedal shaft is a circular shaft or a square shaft.
The new type of relay type corridor elevator according to any one of claims 1 to 3, wherein: the pedal opening and closing driving device is an AC geared motor, and the AC geared motor is fixed to the rail car frame structure by a motor fixing plate. On the output shaft of the AC geared motor, a pinion gear is mounted, the pinion gear meshes with the half tooth, and the half tooth is mounted on the rotating shaft.
 The new type of relay type corridor elevator according to any one of claims 1 to 3, wherein: the closed box body comprises a main body frame, an electric chassis, a PLC control cabinet, a rack cover, and the rack cover The cover plate covers the outer surface of the main frame, the electrical chassis and the PLC control cabinet, and the top cover of the rack cover is provided with an upper gap groove, and the front cover of the frame cover is provided with upper and lower door slots And a lower clearance groove, wherein the upper and lower door slots and the lower clearance groove are in communication.
 11. The new type of relay type corridor elevator according to claim 10, wherein: the upper and lower door slots are respectively closed by a pedal door driven by the door opener device, and the door opener device comprises a pedal door, a shaft support, and a sliding shaft. And an upper limit position travel switch and a lower limit position travel switch, the shaft support is mounted on the main frame door frame plate, the shaft support is fixed to the sliding shaft, and the slider is provided with an oil-free bushing. The slider is fixed on the pedal door and can be lifted up and down along the sliding axis. The pedal door is connected to the pedal door lifting and driving device, and the upper end of the sliding shaft is mounted with the upper limit position travel switch, and the lower end of the sliding shaft Install the lower limit position travel switch.
 12. The new type of relay type corridor elevator according to claim 11, wherein: the pedal door lifting and lowering driving device is a planetary DC geared motor, the planetary DC geared motor is fixed on the motor base, and the motor seat is fixed on the main body frame. The wire rope passes through the upper pulley, the motor take-up reel, and the lower pulley, and the two ends are respectively fixed at the upper end and the lower end of the pedal door.
 13. The new type of relay type corridor elevator according to claim 10, wherein: said upper gap groove is closed by a seal strip device, and said seal strip device comprises a seal strip, a seal strip flap, a seal strip steering wheel, The sealing strip is turned to the pre-tensioning wheel, and the sealing strip folding plate is fixed on the main body frame, the two ends of the sealing strip are wrapped around the sealing strip steering wheel, and the sealing strip is turned to the pre-tightening wheel and then fixed on the sealing strip connecting plate Upper
 The lower clearance groove is closed by a pedal groove sealing device, and the pedal groove sealing device comprises a pedal groove seal, a guide member, a second torsion spring, a torsion spring fixing member, a steering fixed pulley, a DC gear motor, a limit position switch, An auxiliary wire rope, the pedal groove seal is set on the guide member, an auxiliary reel is mounted on an output shaft of the DC gear motor, and an auxiliary wire rope is set on the auxiliary reel, and the auxiliary wire rope passes through a steering fixed pulley and a The pedal groove seal is connected, and the steering fixed pulley is provided with a second torsion spring, and the torsion spring fixing member fixes the second torsion spring to the bottom of the main body frame.
14. The new type of relay type corridor elevator according to any one of claims 1 to 3, wherein: the top of the railcar is provided with an armrest, and the armrest comprises an inner half of the armrest, an outer half of the armrest, an inner panel of the armrest, and a seal. The connecting strip connecting plate and the lower switch are connected to the rail car, and the sealing strip connecting plate is used for fixing the sealing strip, wherein the inner half of the armrest and the outer half of the armrest are respectively In the case of a semi-cylindrical structure, the two are spliced into a unitary cylindrical structure, and the inner half of the armrest and the outer side of the armrest are respectively provided with a groove type matching the inner panel of the armrest, and the armrest is built on the board. Partially closed and connected into a unified whole, the up switch and the down switch are respectively installed at two ends of the armrest.
 The new type of relay type corridor elevator according to claim 10, wherein: the main body frame adopts a unitary structure or a top and bottom splicing structure, and the door frame board is detachably mounted on the main body frame.
 16. The novel relay type corridor elevator according to claim 4, wherein: the drive reel is a reel having a flange at both ends and a spiral groove cut inside.
 17. The new type of relay type corridor elevator according to claim 6, wherein: the stretching shaft is a stepped shaft, the sliding key is mounted at a tail end of the stretching shaft, and the spring retaining ring is sleeved. The shaft is carried by the shoulder, and the compression spring is mounted between the two spring retaining rings.
 18. The new type of relay type corridor elevator according to claim 10, wherein: an upper rail and a lower rail are respectively mounted on the upper cover and the lower bottom of the main frame, and the vertical plate is mounted on the vertical frame of the main frame. a damper, a limit wheel is mounted on the middle cross rod of the main frame, and the limit wheel cooperates with a deceleration trigger rod on the rail car to limit the swing of the rail car at the upper end position, in the main frame A drag chain receiving member for receiving a wire drag chain is mounted on the middle cross bar, the drag chain receiving member is a metal U-shaped folding plate, and the wire drag chain is used to restrain all outwardly extending cables on the rail car, The terminal limit switch is mounted on the lower vertical plate of the main frame, and the upper terminal limit switch is mounted on the broken rope protection triggering member, and an upper terminal limit switch trigger is fixed at the corresponding position of the top of the main frame, in the middle of the main frame Upper and lower deceleration trigger stroke switches are respectively mounted on the crossbar.
 A new type of relay type corridor elevator according to claim 18, wherein: said damper is a support shaft or a spring damper in which the shaft end is wrapped with an elastic material such as rubber.
 20. The novel relay type corridor elevator according to claim 13, wherein: said corridor elevator further comprises a control system for controlling operation of the railcar, retracting of the pedal, door opener device, and pedal groove sealing device.
PCT/CN2011/082071 2011-06-20 2011-11-11 Novel relay type corridor elevator WO2012174818A1 (en)

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