CN206521176U - Point terraced separated type corridor elevator of common power driving - Google Patents
Point terraced separated type corridor elevator of common power driving Download PDFInfo
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- CN206521176U CN206521176U CN201720147807.7U CN201720147807U CN206521176U CN 206521176 U CN206521176 U CN 206521176U CN 201720147807 U CN201720147807 U CN 201720147807U CN 206521176 U CN206521176 U CN 206521176U
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Abstract
The utility model discloses a kind of point terraced separated type corridor elevator of common power driving, including dynamical system, main transmission, divide transmission system, lowering or hoisting gear and control system, multiple lowering or hoisting gears are separately mounted on each section stair of building, main transmission is vertically arranged in the gap of the remote wall side of stair, multiple points of transmission systems are fixedly connected with multiple lowering or hoisting gears respectively, and with main transmission power connector, the power intake of main transmission and the clutch end of dynamical system are connected, control system and dynamical system, main transmission, divide transmission system and lowering or hoisting gear electrical connection.The utility model drives the lowering or hoisting gear of each section stair of drive link driving using motor, drive link is near every section stair with travelling gear by power transmission to wirerope, wirerope traction lowering or hoisting gear moves up and down, and increases lifting drive, transports more personnel, heavier goods.
Description
Technical field
The utility model is related to a kind of elevator, more particularly to a point terraced separated type corridor for a kind of common power driving lifts electricity
Ladder.
Background technology
It is fitted without above and below the building of elevator, personnel, the carrying of goods very consumes the physical difficult matter of people always, seeks
Using mechanical force help desk personnel's stair activity, it is always the target that people seek that goods is transported in help.Existing a variety of solution party
All there are many defects in method, subject matter is that installation maintenance cost is very high, and carrying number (being typically a people) and weight are limited, behaviour
Make in-convenience in use, it is difficult to promote.For example, some design electric bicycles help the elderly, disabled person's stair activity, but operation
In-convenience in use, speed is slow, also dangerous.What is had leans on wall side design and installation Motorized lift device in each section stair, but often
One lowering or hoisting gear is all a separate component, comprising the various parts including motor, and cost is very high (with 7 floors layer, to be saved per interlayer two
Exemplified by stair, 12 independent lowering or hoisting gears need to be installed), motor volume is limited, power is small, be short of power, it is impossible to carry weight,
Personnel are in every section stair conversion lifting, and need to detour a very long segment distance, very inconvenient.Have big from samll cities and towns to big city now
The multi-storey building of amount, it is very prominent by mechanical force stair activity problem, the great attention of resident and local government is caused, respectively
Level government advocates the building for not having elevator in multilayer and installs elevator, and because cost is too high, the economy for having exceeded most of residents is born
Ability, and elevator to occupy unit enter out position influence trip, attractive in appearance and daylighting, although government gives certain subsidy, but
Want resident family to put into very big capital, also do not promote and come.
Utility model content
The purpose of this utility model, which is that, provides a kind of point ladder point of common power driving in order to solve the above problems
Put formula corridor elevator.
The utility model is achieved through the following technical solutions above-mentioned purpose：
A kind of point terraced separated type corridor elevator of common power driving, including dynamical system, main transmission, point biography
Dynamic system, lowering or hoisting gear and control system, multiple lowering or hoisting gears are separately mounted on each section stair of building, the main biography
Dynamic system is vertically arranged in the gap of the remote wall side of the stair, and multiple described point of transmission systems are filled with multiple liftings respectively
Put and be fixedly connected, and with the main transmission power connector, the power intake of the main transmission and the power
The clutch end connection of system, the control system and the dynamical system, the main transmission, described point of transmission system
With lowering or hoisting gear electrical connection.
Specifically, the dynamical system includes motor, reductor, bevel gear transmission, the main transmission bag
Drive link, travelling gear and fixing bearing are included, the motor passes through the reductor and the bevel gear transmission and institute
Drive link connection is stated, the drive link is fixed between the stair vertically by multiple fixing bearings, the driving cog
Wheel is fixed on the drive link and is correspondingly arranged with described point of transmission system.
Specifically, described point of transmission system include being pulled up transmission device, downward towing gear, carrying cable,
Trip and by powershift gear, the lowering or hoisting gear includes fixed column, lower guiding bar, pedal and stress sleeve, two fixed columns
It is fixed on the upper and lower ends of the stair vertically respectively, the lower end of the two ends of the lower guiding bar respectively with two fixed columns
It is fixedly connected, the stress sleeve set is on the lower guiding bar, and the pedal is fixedly connected with the stress sleeve, described
Transmission device is pulled up to set parallel with the downward towing gear, it is described to be engaged by powershift gear with the travelling gear
And be pulled up transmission device power connector with described, the carrying cable winding installed in the fixed column, described lead upwards
Draw on transmission device and the downward towing gear, neck, the neck and the card are provided with the stress sleeve
Tenon is correspondingly arranged, and the trip is fixedly connected with the carrying cable.
Specifically, the transmission device that is pulled up is included by wheels, clutch and wirerope wheel, the torque by wheels
Output shaft is connected by the clutch with the torque input shaft of the wirerope wheel, the structure for being pulled up transmission device with
The structure of the downward towing gear is identical, it is described be pulled up transmission device by wheels and the downward Traction Drive
Device is engaged by wheels, the torque input shaft by wheels for being pulled up transmission device and the torque by powershift gear
Output shaft is connected, and the carrying cable is wrapped on the carrying cable.
Further, the lowering or hoisting gear also includes upper guiding bar, connecting rod, straight-bar, guide sleeve and handrail, it is described on draw
Guide rod is arranged on the top of the lower guiding bar, and the upper guiding bar is fixed by the connecting rod with the lower guiding bar and connected
Connect, the guide sleeve is sleeved on the upper guiding bar and the guide sleeve and the stress sleeve are solid by the straight-bar
Fixed connection, the handrail is fixedly connected with the guide sleeve.
Specifically, the control system includes motor switch, determines switch without loading idle running, is pulled up clutch control
System switch, downwards traction clutch control switch and inductive switch in place, it is described be pulled up clutch control switch with it is described
Transmission device electrical connection is pulled up, the downward traction clutch control switch is electrically connected with the downward towing gear
Connect, the motor switch and it is described without loading idle running determine switch with the electronic mechatronics, it is described in place sensing open
Close the two ends for being arranged on the lower guiding bar.
Preferably, speed limiter and safety tongs are installed, the control button of the control system is set on the stress guide
On the handrail.
The beneficial effects of the utility model are：
A point terraced separated type corridor elevator for common power driving described in the utility model utilizes a high-power electric
Machine drives the lowering or hoisting gear of each section stair of drive link driving, and drive link is near every section stair with travelling gear by power transmission
To wirerope, wirerope traction lowering or hoisting gear moves up and down, and the device is due to need to be only greatly lowered and be installed and used with a motor
Cost, due to that can install high power motor as driving power, can greatly increase lifting drive, transport more personnel,
Heavier goods, can also place wheelchair, personnel's stair activity such as convenient not walking old age enters, disabled person.
Brief description of the drawings
Fig. 1 is the structural representation of point terraced separated type corridor elevator of common power driving described in the utility model；
Fig. 2 is the structural representation of described in the utility model point of transmission system；
Fig. 3 is the structural representation of this practical new lowering or hoisting gear.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings：
As shown in Figure 1, Figure 2 and Figure 3, point terraced separated type corridor lifting electricity of a kind of common power driving of the utility model
Ladder, including dynamical system, main transmission, point transmission system 2, lowering or hoisting gear 3 and control system, multiple lowering or hoisting gears 3 are distinguished
On each section stair 1 of building, main transmission is vertically arranged in the gap of the remote wall side of stair 1, multiple points of power trains
System 2 is fixedly connected with multiple lowering or hoisting gears 3 respectively, and with main transmission power connector, the power of main transmission inputs
End is connected with the clutch end of dynamical system, control system and dynamical system, main transmission, point transmission system 2 and lifting
Device 3 is electrically connected.
Dynamical system includes motor 6, reductor 7, bevel gear transmission 8；
Main transmission includes drive link 5, travelling gear 9 and fixing bearing；
Motor 6 is connected by reductor 7 and bevel gear transmission 8 with drive link 5, and drive link 5 passes through multiple fixations
Bearing is fixed between stair 1 vertically, and travelling gear 9 is fixed on drive link 5 and is correspondingly arranged with point transmission system 2.
Point transmission system 2 include being pulled up transmission device, downward towing gear, carrying cable 4, trip 34 and by
Powershift gear 21；
Lowering or hoisting gear 3 include fixed column 12, it is lower guiding bar 11, pedal 32, stress sleeve 31, neck 33, it is upper guiding bar 10,
Connecting rod 38, guide sleeve 37 and handrail 39；
Two fixed columns 12 are fixed on the upper and lower ends of stair 1 vertically respectively, the two ends of lower guiding bar 11 respectively with two
The lower end of fixed column 12 is fixedly connected, and stress sleeve 31 is sleeved on lower guiding bar 11, and pedal 32 is fixed with stress sleeve 31 to be connected
Connect, be pulled up transmission device and set parallel with downward towing gear, by powershift gear 21 engaged with travelling gear 9 and with to
Upper towing gear power connector, the winding of carrying cable 4 is arranged on fixed column 12, is pulled up transmission device and traction downwards
On transmission device, neck 33 is provided with stress sleeve 31, neck 33 and trip 34 are correspondingly arranged, trip 34 and carrying cable 4
It is fixedly connected, upper guiding bar 10 is arranged on the top of lower guiding bar 11, and upper guiding bar 10 passes through connecting rod with lower guiding bar 11
38 are fixedly connected, and guide sleeve 37 is sleeved on guiding bar 10 and guide sleeve 37 and stress sleeve 31 are solid by connecting rod 38
Fixed connection, handrail 39 is fixedly connected with guide sleeve 37.
Being pulled up transmission device is included by wheels 22, clutch 24 and wirerope wheel 23；
It is connected by the torque output shaft of wheels 22 by clutch 24 with the torque input shaft of wirerope wheel 23, is pulled up passing
The structure of dynamic device is identical with the structure of downward towing gear, is pulled up being drawn by wheels 22 with downward for transmission device
Being engaged by wheels 22 for transmission device, is pulled up the torque input shaft by wheels 22 of transmission device with being turned by powershift gear 21
Square output shaft is connected, and carrying cable 4 is wrapped on carrying cable 4.
Control system includes motor switch, switch is determined without loading idle running, is pulled up clutch control switch, downwards
Draw clutch control switch and in place inductive switch；
It is pulled up clutch control switch and is electrically connected with being pulled up transmission device, clutch control switch is drawn downwards
Electrically connected with downward towing gear, motor switch and without loading idle running determine switch electrically connected with motor 6, in place
Inductive switch is arranged on the two ends of lower guiding bar 11.
When being pulled up clutch control switch and the downwards startup of traction clutch control switch, while interlink electric machine is opened
Close, motor 6 is rotated.Inductive switch is separately mounted near fixed column 12 in place, when stress guide is run to fixed column up and down
When near 12, disconnection is pulled up clutch control switch or downward towing gear clutch for clutch control motor switch, makes clutch
Device 24 is separated, the stop motion of pedal 32.Switch is determined without loading idle running to be arranged near motor, when motor 6 dallies without loading
Determine device to determine motor 6 to close electric power switch after idling conditions, and the certain time that is delayed, stall motor 6.To
Upper traction clutch control switch, downwards traction clutch control switch operating key are corresponded to respectively to be consolidated installed in each section stair 1
The upper end of fixed column 12 and handrail 39 are easy to the position of operation, in order to operate.
When personnel to go upstairs 1 when, upper load-bearing pedal 32 of standing is pressed and is pulled up clutch control switch button, starts
Motor 6, starts the controlled motor of clutch 24, clutch-plate is connected, motor 6 is rotated, and drives drive link 5 to rotate, driving cog
Wheel 9 drives and rotated by powershift gear 21, is driven wirerope wheel 23 and dynamic wirerope to move by powershift gear 21, and the trip 34 of wirerope promotes stress
Guide is moved upwards, drives pedal 32 to move, when pedal 32 moves to 1 upper end of stair, and inductive switch starts and led upwards in place
Draw clutch control switch, clutch 24 disconnects, personnel are transported to the stopping of the upper end of stair 1.When personnel to go downstairs 1 when, stand
Upper load-bearing pedal 32, presses traction clutch control switch button downwards, starts motor 6, start the controlled motor of clutch 24,
Clutch-plate is connected, motor 6 is rotated, drive drive link 5 to rotate, travelling gear 9 is driven by powershift gear 21, clutch 24 and steel
Cable wheel 23 is rotated, and wirerope wheel 23 drives wirerope motion, and the trip 34 of wirerope promotes stress guide to move downward, drives pedal 32 to transport
Dynamic, because the at the uniform velocity idling of motor 6 is acted on, pedal 32 makees uniform motion (suitable with speed uplink) downwards, when pedal 32 is moved
During to 1 lower end of stair, inductive switch, which starts, in place is pulled up the controlled motor of transmission cluthes 24, and clutch 24 disconnects,
Personnel are transported to the stopping of the lower end of stair 1.
A specific embodiment is provided below：
By taking seven floor building as an example, two to seven floor building resident need to use passageway lift, and every layer of halfpace stair 1 needs to install
12 section lifts, may have 24 person to go upstairs 1, everyone and belongings are maximum based on 60 kilograms simultaneously per ladder 2 people of carrying are maximum
The personnel or goods that may have 1440 kilograms of weight simultaneously go upstairs 1.Consider there are some of the staff to go downstairs 1 in reality, counteracting
Fall part to go upstairs the weight of 1 personnel, be also not in all personnel and meanwhile go upstairs 1 situation, total go upstairs 1 carrying
Ability is more adapted at 500 kilograms or so.Voluntarily speed is suitable upstairs with personnel for the lift speed of service.Motor is determined according to this
Watt level.Needed in view of lift as furniture, large electric appliances and other items are transported, maximum weight should at 200 kilograms or so,
Determine that the maximum carrying capacity of each section lift should be at 200 kilograms or so according to this.
Motor 6 is arranged on the underfloor ground of Stall stair 1, is installed together with reductor 7, the speed ratio personnel of lift
Voluntarily the speed of stair activity 1 is slightly fast.Speed of being gone downstairs using on the rotating speed of motor 6 and lift is integrated as foundation and determines each gear
The deceleration ratio of size and reductor 7.Drive link 5 is divided into some sections, connected during installation for ease of being transported into stair 1.Drive link
5 are vertically installed in the gap between halfpace stair 1, and upper and lower ends are fixed on ground and roof with bearing respectively, can be rotated,
To prevent the stress flexural deformation of drive link 5, in part, the floor neighbouring position bearing of stair 1 and its fixed seat consolidate drive link 5
It is scheduled on floor.In every section stair 1 suitably when installing travelling gear 9 on the drive link 5 of position, with point transmission system 2 by
Powershift gear 21 connects.
It is pulled up bearing for transmission and fixed seat is fixed on the floor side of stair 1, direction is hung down with the plate direction of stair 1
Directly, it is connected by wheels 22 with by powershift gear 21, carrying cable 4 is wound on wirerope wheel 23, carrying cable 4 is moved during rotation, to
Lower towing gear is mounted in parallel with being pulled up transmission device, and it is meshed by gear connects, and winding is led on wirerope wheel 23
Draw wirerope 4, carrying cable 4 is moved during rotation.Carrying cable 4, which will have, pulls more than 200 kilograms weights, and moment startup can be born
The performance of 500 to 1000 kilograms of pulling force.Often fixed column 12 is installed in the post position of 1 upper and lower ends handrail of section stair 39, and fixed column 12 is leaned on
Stair 1 nearby install wirerope guide wheel, and winding is arranged on the often lower end guide wheel of 1 upper and lower ends fixed column of section stair 12, and side is same
When be wrapped in and be pulled up on the wirerope wheel 23 of transmission device, downward towing gear, lower guiding bar 11 is arranged on wirerope
It is parallel with wirerope near side, it is fixed in every section upper and lower ends fixed column 12 of stair 1.Upper guiding bar 10 is fixed on every section stair 1
Upper and lower ends post upper end position (equivalent to the height of 1 handrail of stair 39), it is parallel with lower guiding bar 11 and together be used to fixed pedestal
32, and guide pedal to be run about 32.
Pedal 32 is folding compoboard, is connected on stress guide, 1 to 2 people, compoboard and connection can be carried simultaneously
There is rope clip on bar 38, to fixed goods or wheelchair, weight can be placed after opening completely, or place wheelchair, in stress
Moved up and down under the drive of guide, stress guide is sleeved on lower guiding bar 11, has neck 33 being fastened on trip 34, stress
Speed limiter 35 and safety tongs 36 are installed on guide, guiding bar is fixed in pedal 32 lifting pedal 32 to do in stall
On, it is ensured that safety.
A/C is sleeved on guiding bar 10, is connected at two ends with connecting rod 38 with stress guide two ends, by even
Extension bar 38 is synchronized with the movement with stress guide.Connecting rod 38 is stretched out and connected in guide sleeve 37, is formed on handrail 39, handrail 39
There is controlling switch.
The technical solution of the utility model is not limited to the limitation of above-mentioned specific embodiment, every according to skill of the present utility model
The technology deformation that art scheme is made, each falls within protection domain of the present utility model.
Claims (7)
1. a kind of point terraced separated type corridor elevator of common power driving, it is characterised in that：Including dynamical system, main transmission
System, point transmission system, lowering or hoisting gear and control system, multiple lowering or hoisting gears are separately mounted to each section stair of building
On, the main transmission is vertically arranged in the gap of the remote wall side of the stair, multiple described point of transmission systems respectively with it is many
The individual lowering or hoisting gear is fixedly connected, and with the main transmission power connector, the power of the main transmission inputs
End is connected with the clutch end of the dynamical system, the control system and the dynamical system, the main transmission, institute
State point transmission system and lowering or hoisting gear electrical connection.
2. point terraced separated type corridor elevator of common power driving according to claim 1, it is characterised in that：It is described
Dynamical system include motor, reductor, bevel gear transmission, the main transmission include drive link, travelling gear and
Fixing bearing, the motor is connected by the reductor and the bevel gear transmission with the drive link, described to pass
Lever is fixed between the stair vertically by multiple fixing bearings, and the travelling gear is fixed on the drive link
And be correspondingly arranged with described point of transmission system.
3. point terraced separated type corridor elevator of common power driving according to claim 2, it is characterised in that：It is described
Point transmission system includes being pulled up transmission device, downward towing gear, carrying cable, trip and by powershift gear, described
Lowering or hoisting gear includes fixed column, lower guiding bar, pedal and stress sleeve, and two fixed columns are fixed on the building vertically respectively
The upper and lower ends of ladder, the lower lower end for guiding the two ends of bar respectively with two fixed columns is fixedly connected, the stress set
Jacket casing mounted in it is described it is lower guiding bar on, the pedal is fixedly connected with the stress sleeve, it is described be pulled up transmission device and
The downward towing gear is set parallel, described to be engaged by powershift gear with the travelling gear and be pulled up passing with described
Dynamic device power connector, the carrying cable winding installed in the fixed column, it is described be pulled up transmission device and it is described to
On lower towing gear, neck is provided with the stress sleeve, the neck and the trip are correspondingly arranged, the trip
It is fixedly connected with the carrying cable.
4. point terraced separated type corridor elevator of common power driving according to claim 3, it is characterised in that：It is described
Being pulled up transmission device is included by wheels, clutch and wirerope wheel, and the torque output shaft by wheels passes through the clutch
Device is connected with the torque input shaft of the wirerope wheel, and the structure for being pulled up transmission device is filled with the downward Traction Drive
The structure put is identical, described to be pulled up being engaged by wheels and the downward towing gear by wheels for transmission device,
The torque input shaft by wheels for being pulled up transmission device is connected with the torque output shaft by powershift gear, described to lead
Draw wirerope to be wrapped on the carrying cable.
5. point terraced separated type corridor elevator of common power driving according to claim 3, it is characterised in that：It is described
Lowering or hoisting gear also includes upper guiding bar, connecting rod, straight-bar, guide sleeve and handrail, the upper guiding bar be arranged on it is described under draw
The top of guide rod, and it is described it is upper guiding bar with it is described it is lower guide bar be fixedly connected by the connecting rod, the guide sleeves jacket casing
Mounted in it is described it is upper guiding bar on and the guide sleeve be fixedly connected with the stress sleeve by the straight-bar, the handrail with
The guide sleeve is fixedly connected.
6. point terraced separated type corridor elevator of common power driving according to claim 5, it is characterised in that：It is described
Control system includes motor switch, switch is determined without loading idle running, clutch control switch is pulled up, draws clutch downwards
Device controlling switch and in place inductive switch, the clutch control switch that is pulled up are electrically connected with the transmission device that is pulled up
Connect, the downward traction clutch control switch is electrically connected with the downward towing gear, the motor switch and institute
State no loading idle running determine switch with the electronic mechatronics, the inductive switch in place is arranged on the lower guiding bar
Two ends.
7. point terraced separated type corridor elevator of common power driving according to claim 6, it is characterised in that：It is described
Speed limiter and safety tongs are installed, the control button of the control system is arranged on the handrail on stress guide.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720147807.7U CN206521176U (en) | 2017-02-17 | 2017-02-17 | Point terraced separated type corridor elevator of common power driving |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720147807.7U CN206521176U (en) | 2017-02-17 | 2017-02-17 | Point terraced separated type corridor elevator of common power driving |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206521176U true CN206521176U (en) | 2017-09-26 |
Family
ID=59891735
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720147807.7U Withdrawn - After Issue CN206521176U (en) | 2017-02-17 | 2017-02-17 | Point terraced separated type corridor elevator of common power driving |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206521176U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106586779A (en) * | 2017-02-17 | 2017-04-26 | 万忠勇 | Shared power-driven branch ladder split floor elevator |
| CN107738971A (en) * | 2017-11-21 | 2018-02-27 | 林向阳 | It is a kind of to be used for upper servicing unit and its control method downstairs |
-
2017
- 2017-02-17 CN CN201720147807.7U patent/CN206521176U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106586779A (en) * | 2017-02-17 | 2017-04-26 | 万忠勇 | Shared power-driven branch ladder split floor elevator |
| CN106586779B (en) * | 2017-02-17 | 2018-11-20 | 万忠勇 | Point terraced separated type corridor elevator of common power driving |
| CN107738971A (en) * | 2017-11-21 | 2018-02-27 | 林向阳 | It is a kind of to be used for upper servicing unit and its control method downstairs |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170926 Effective date of abandoning: 20181120 |