CN210214503U - Panoramic sightseeing elevator - Google Patents

Abstract

The utility model discloses a panorama bbservation elevator, including elevator car, the camera, display screen and master control system, the camera is fixed in elevator car or the elevator well outside, is equipped with the installation position on the elevator car inner wall, on the display screen was fixed in the installation position, camera and display screen all linked to each other with the master control system electrical property, the camera shelters from the position towards elevator car outside sight, the real-time image in the elevator outside is shot to master control system control camera to show the real-time image on the display screen, the effect of panorama bbservation can be realized to the elevator of this application in the vision.

Description

Panoramic sightseeing elevator

Technical Field

The utility model relates to an elevator field, more specifically the panorama bbservation elevator that says so.

Background

The elevator can be divided into the bbservation elevator according to the usage classification, the passenger elevator, carry thing elevator etc, wherein, the bbservation elevator is because the requirement of elevator car structure atress, the sedan-chair top, at the bottom of the sedan-chair, car frame must use steel material, can't be to full transparency, secondly, parts such as sedan-chair frame and well in the elevator car outside also can shelter from the sight, can't realize the panorama sightseeing, in addition, there is size requirement to the well during the bbservation elevator installation, when the size of well is too little, then can't install, and simultaneously, for satisfying the sightseeing effect of bbservation elevator, still need build with sightseeing elevator assorted sightseeing well, the cost is higher.

Disclosure of Invention

An object of the utility model is to provide a panorama bbservation elevator, this elevator can realize the effect of panorama bbservation in the vision.

The technical scheme is as follows:

panorama bbservation elevator, including elevator car, camera, display screen and master control system, the camera is fixed in the elevator car outside or the elevator well outside, be equipped with the installation position on the elevator car inner wall, the display screen is fixed in on the installation position, the camera reaches the display screen all with the master control system electrical property links to each other, the position is sheltered from to the outside of elevator car or the outside sight of elevator well to the camera, the real-time image in the elevator outside is shot to master control system control camera to show the real-time image on the display screen.

Still include the inoxidizing coating, the inoxidizing coating is located inside the elevator car, the inoxidizing coating is fixed in on the elevator car, just the display screen is located the inoxidizing coating with between the elevator car inner wall.

At least part of the elevator car is made of glass, a support frame is arranged between the adjacent glass, the glass is connected with the support frame, and the glass is spliced through the support frame.

The mounting position is located on the support frame, and the display screen is mounted on the support frame through the mounting position.

The protective layer is flush with the glass.

The mounting position is located the support frame reaches on the glass, the display screen through the mounting position install in glass with on the support frame, the real-time image that the camera was shot passes through main control system and shows on the display screen of support frame.

The display screen positioned on the glass is a transparent display screen.

The protective layer is integrally penetrated through the display screen on the glass and the display screen on the support frame.

The protective layer is made of transparent glass materials.

The mounting position is provided with a fixing part, and the display screen is fixed on the mounting position through the fixing part.

The advantages or principles of the invention are explained below:

1. when the elevator is a sightseeing elevator, the camera is fixed on the outer side of the elevator car, when the elevator is a common elevator made of all-steel materials, the camera is fixed on the outer side of the elevator shaft, the display screen is installed on the inner wall of the elevator car, the camera acquires a real-time image on the outer side of the position where the sight of the elevator shaft is shielded, the real-time image is displayed on the display screen through the main control system, the panoramic sightseeing of the elevator is realized, the display screen is laid on the inner wall of the elevator car, the panoramic sightseeing of the elevator made of all-steel materials in vision is realized through the camera and the display screen, and the installation of the sightseeing elevator and the building of the sights; when the elevator is a sightseeing elevator, the camera is fixed on the outer side of the elevator car, the display screen can be installed on the sight shielding part of the elevator car, the camera acquires a real-time image of the sight shielding part on the outer side of the elevator car, and the image is displayed on the display screen, so that the panoramic sightseeing of the sightseeing elevator is realized.

2. The panoramic sightseeing elevator further comprises an protective layer, the display screen is located between the protective layer and the elevator car, the protective layer protects the display screen, and the display screen is prevented from being damaged or scratched due to external force collision.

3. When the elevator is a sightseeing elevator, the glass is spliced with the support frame, the support frame can shield part of sight lines of the sightseeing elevator, the display screen is arranged on the support frame, the camera shoots a real-time image outside the elevator car shielded by the support frame, and the real-time image is displayed on the display screen, so that full-view-angle sightseeing of the sightseeing elevator is realized, and the sight line shielding of the support frame to the sightseeing elevator is eliminated.

4. When the display screen is installed on the support frame, the protective layer is parallel and level with the glass, so that the display screen and the protective layer are not protruded out of the glass, and the inner wall of the elevator car is more attractive.

5. When the elevator is the sightseeing elevator, still all set up the display screen on support frame and glass, and the display screen that is located on glass is transparent display screen, and the elevator is under the panorama sightseeing state, and transparent display screen closes, and the real-time image that the camera was shot is shown on the display screen of support frame, withdraws from the panorama sightseeing when the elevator, and the display screen on glass and the support frame is all opened, can put in the advertisement on the display screen of glass and support frame.

6. The inoxidizing coating is made for transparent glass material, and the inoxidizing coating can not influence the display effect of display screen, and the inoxidizing coating that lies in the transparent display screen outside simultaneously can not influence glass's sightseeing effect under elevator panorama sightseeing state.

7. The display screen is fixed on the elevator car through a fixing piece, and the fixing piece enables the display screen to be firmly fixed on the installation position.

Drawings

Fig. 1 is a schematic structural diagram of a first embodiment of the present invention;

FIG. 2 is a partial cross-sectional view of portion A of FIG. 1 in accordance with the present invention;

fig. 3 is a schematic structural diagram of a second embodiment of the present invention;

fig. 4 is a schematic structural diagram of a third embodiment of the present invention;

FIG. 5 is a partial cross-sectional view of portion B of FIG. 4;

fig. 6 is a schematic view of an elevator system of the present invention;

fig. 7 is a general flow chart of the method for realizing panoramic sightseeing by the elevator of the utility model;

fig. 8 is a general flowchart of a method for monitoring an elevator display screen according to the present invention;

fig. 9 is a general flowchart of the elevator monitoring method of the present invention;

fig. 10 is a general flowchart of a fire fighting linkage method of the elevator of the present invention;

description of reference numerals:

10. an elevator car; 20. a display screen; 30. a fixing member; 40. a protective layer; 50. glass; 60. a support frame; 100. a camera module; 200. a processor module; 300. a building monitoring system; 400. a fire protection system; 500. a display module; 600. an elevator control module; 700. a voice module; 800. an information acquisition module; 900. a broadcast system; 1000. and a switching module.

Detailed Description

The following describes embodiments of the present invention in detail.

The first embodiment:

as shown in fig. 1 and 2, the present embodiment discloses a panoramic sightseeing elevator, which is a passenger elevator made of ordinary all-steel materials, and the elevator includes an elevator car 10, a camera (not shown in the figure), a display screen 20 and a main control system, wherein the camera is fixed outside an elevator shaft for installing the elevator car 10, for example: outside of elevator well side, elevator well top outside equipotential position, this display screen 20 is a plurality of, inside elevator car 10 was laid to a plurality of display screens 20, be equipped with the installation position on the elevator car 10 inner wall, the installation position is sunken to elevator inner wall is inside, be equipped with mounting 30 on the installation position, display screen 20 is installed on elevator car 10 inner wall through the installation position, and fix through mounting 30, main control system is located inside elevator car 10, camera and display screen 20 all link to each other with the main control system electrical property, the position is sheltered from to the outside sight of elevator well to the camera, the real-time image in the elevator well outside is shot to main control system control camera, and show the real-time image on display screen 20, realize passenger elevator's panorama sightseeing effect in the vision, need not install sightseeing elevator and construct the sightseeing well etc..

In order to protect the display screen 20 and prevent the display screen 20 from being damaged or scratched due to external force collision, the panoramic sightseeing elevator further comprises a protective layer 40, the protective layer 40 is located inside the elevator car 10, the protective layer 40 is fixed on the elevator car 10, the display screen 20 is located between the protective layer 40 and the inner wall of the elevator car 10, and in order not to affect the display effect of the display screen 20, the protective layer 40 is made of transparent glass materials.

The main control system is a common control system, and the control method and the control mode thereof are the prior art.

Second embodiment:

the embodiment also discloses a panoramic sightseeing elevator, which is different from the first embodiment in that:

as shown in fig. 3, the elevator of the present embodiment is a sightseeing elevator, and the camera is fixed outside the elevator car 10, for example: the outside of elevator car 10 side, the top outside of elevator car 10, elevator well top outside equipotential, this elevator car 10 is at least partly glass 50, be equipped with support frame 60 between the adjacent glass 50, glass 50 links to each other with support frame 60, glass 50 splices mutually through support frame 60, support frame 60 can shelter from the partial sight of sightseeing elevator, install display screen 20 on support frame 60, the camera shoots the real-time image in the elevator car 10 outside that support frame 60 sheltered from, and show this real-time image on display screen 20, realize the full view angle sightseeing of sightseeing elevator, eliminate the sight of support frame 60 to the sightseeing elevator and shelter from, display screen 20 installs behind support frame 60, set up the inoxidizing coating 40 in with glass 50 parallel and level, make display screen 20 and inoxidizing coating 40 be unlikely to protrusion in glass 50, make elevator car 10 inner wall more pleasing to the eye.

The third embodiment:

this embodiment also discloses a panorama bbservation elevator, and this elevator also is the bbservation elevator, and is different from the second embodiment:

as shown in fig. 4 and 5, the display screen 20 of the embodiment is installed on the glass 50 and the support frame 60, the real-time image shot by the camera is displayed on the display screen 20 of the support frame 60 through the main control system, the display screen 20 on the glass 50 is a transparent display screen, the display screen 20 on the support frame 60 is connected with the support frame 60 through the fixing member 30, the transparent display screen on the glass 50 is also connected with the glass 50 and the protective layer 40 through the fixing member 30, the fixing member 30 is made of a transparent material, preferably, an acrylic material, the protective layer 40 integrally penetrates through the display screen 20 on the glass 50 and the display screen 20 on the support frame 60, the protective layer 40 outside the transparent display screen does not affect the viewing effect of the glass 50 in the panoramic viewing state of the elevator, the transparent display screen is closed in the panoramic viewing state of the elevator of the embodiment, the real-time image shot by the camera is displayed on the display screen 20 of the support, when the elevator leaves the panoramic sightseeing, the glass 50 and the display screen 20 on the support 60 are both opened, and advertisements can be put on the glass 50 and the display screen 20 on the support 60.

The fourth embodiment:

the present embodiment will be described in detail below with reference to fig. 4 and 5:

as shown in fig. 4 and 5, the embodiment discloses a sightseeing elevator, which includes an elevator car 10 and a plurality of display screens 20, wherein at least a part of the elevator car 10 is made of glass 50, a support frame 60 is arranged between adjacent glass 50, the glass 50 is connected with the support frame 60, the glass 50 is spliced through the support frame 60, the display screens 20 are installed on the glass 50 and the support frame 60, the display screens 20 on the glass 50 are transparent display screens, installation positions are arranged on the glass 50 and the support frame 60, the display screens 20 are fixed on the installation positions, fixing members 30 are arranged on the installation positions, the display screens 20 are fixed on the support frame 60 and the glass 50 through the fixing members 30, and the fixing members 30 for fixing the transparent display screens are made of transparent materials.

The elevator is under the sightseeing mode, display screen 20 on support frame 60 and the glass 50 all closes, the passenger carries out the sightseeing through glass 50, withdraw from the sightseeing mode as the elevator, the display screen on support frame 60 and the glass 50 all opens, the advertisement is put in to accessible display screen 20, realize the diversification of sightseeing elevator function, satisfy different user demands, transparent display screen on the glass 50 can not shelter from the sightseeing sight under the sightseeing mode, can not influence the sightseeing effect of sightseeing elevator, display screen 20 is fixed through mounting 30, mounting 30 makes display screen 20 firmly fixed on the installation position, mounting 30 of fixed transparent display screen is made for transparent material, mounting 30 that transparent material made is fixed glass 50, transparent display screen and inoxidizing coating 40 mutually, mounting 30 that transparent material made makes display screen 20's outward appearance comparatively pleasing to the eye.

The sightseeing elevator still includes inoxidizing coating 40, inoxidizing coating 40 is located inside elevator car 10, inoxidizing coating 40 is fixed in on elevator car 10, and display screen 20 is located between inoxidizing coating 40 and the elevator car 10 inner wall, the inoxidizing coating is protected the display screen, prevent that display screen 20 from because of external force collision damage or fish tail, the inoxidizing coating is made for transparent glass material, the inoxidizing coating can not influence the display effect of display screen, the inoxidizing coating that is located the transparent display screen outside simultaneously is under elevator panorama sightseeing state, can not influence glass's sightseeing effect.

The above-mentioned disclosed elevator can realize panorama sightseeing mode, fire control linkage mode, monitoring mode, advertisement putting mode, wherein, monitoring mode includes the control to elevator car 10 outside area again and transmits the control image to building monitored control system 300, still including transferring building monitored control system 300's control and showing on the inside display screen of elevator car, and can switch wantonly between above-mentioned each mode, satisfy different user demands, as shown in fig. 6, if the elevator realizes above-mentioned each mode, then the system that realizes above-mentioned each mode includes:

the camera module 100 comprises a camera which is fixed on the outer side of the elevator car 10 or the outer side of the elevator shaft and is used for acquiring a real-time image of the outer side of the elevator car 10 or the outer side of the elevator shaft, and under the panoramic sightseeing mode, the real-time image of the sight shielding part on the outer side of the elevator car 10 or the outer side of the elevator shaft is acquired;

the processor module 200 is connected with the camera of the camera module 100 and the building monitoring system 300, the processor module 200 is used for acquiring a real-time image shot by the camera and transmitting the real-time image to the display module 500 or the building monitoring system 300, the processor module 200 can also be used for acquiring a real-time monitoring image of the building monitoring system 300, the processor module 200 is also connected with the fire protection system 400 of the building and is used for acquiring fire information detected by the fire protection system 400, acquiring a real-time monitoring image of a floor where a fire occurs when the fire occurs, transmitting the real-time monitoring image to the display module 500 and transmitting the fire information to the elevator control module 600;

wherein, the processor module 200 is also pre-stored with a plurality of evacuation floors and a plurality of advertisements;

the display module 500 is connected with the processor module 200, the display module 500 comprises one or more display screens, the display screen 20 is fixed inside the elevator car 10 and is preferably positioned at a sight line shielding part on the inner wall of the elevator car 10, the display screen 20 receives and displays a real-time image or a real-time monitoring image transmitted by the processor module 200, and in the panoramic sightseeing mode, the real-time image displayed on the display screen 20 corresponds to a real-time image on the outer side of the sight line shielding part;

the elevator control module 600 is connected with the processor module 200, the elevator control module 600 receives the fire information transmitted by the processor module 200, controls the elevator to enter a fire service state according to the fire information, and automatically stops to an evacuation floor to evacuate passengers;

the processor module 200 acquires broadcast information of the broadcast system 900 in real time and transmits the broadcast information to the voice module 700, and the voice module 700 receives and plays the broadcast information transmitted by the processor module 200;

the information acquisition module 800 is connected with the processor module 200 and used for acquiring passenger information in the elevator car 10, wherein the passenger information comprises passenger position information and a destination floor corresponding to the passenger, and the passenger information is transmitted to the processor module 200;

the information obtaining module 800 includes:

the elevator light curtain is arranged in an elevator door of the elevator car 10 and used for detecting the information of the condition that passengers enter and exit the elevator car 10;

a weight detection device for detecting the weight in the elevator car 10 and further detecting the information of the condition of passengers entering and exiting the elevator car 10;

the camera is arranged in the elevator car 10 and used for acquiring the biological characteristic information of the passenger and tracking the passenger;

and the distance measuring sensor is arranged inside the elevator car 10 and used for detecting the position information of passengers in the elevator.

And the operation box is connected with the processor module 200 and is used for selecting a destination floor by a passenger, and the processor module 200 judges the destination floor corresponding to the passenger according to the selected destination floor.

And the switching module 1000, the switching module 1000 is connected to the processor module 200, and the switching module 1000 is configured to switch the real-time image played on the display screen 20 to the acquired real-time monitoring image of the building monitoring system 300 or the pre-stored advertisement.

The processor module 200 can also be connected with other building monitoring systems to acquire monitoring images in a larger range outside the elevator car 10 and enhance passengers' understanding of the environment in the larger range outside the elevator car 10, and the processor module 200 is connected with the building monitoring system 300 and the fire fighting system 400 through a regional network, an intemet or a wireless network.

As shown in fig. 7, the method for realizing panoramic sightseeing of the elevator in the panoramic sightseeing mode comprises the following steps:

s100: acquiring a real-time image of the outside of the sight shielding part of the elevator car 10 or the elevator shaft;

s200: displaying the acquired real-time image on a display screen 20 on the inner wall of the elevator car 10;

the display screen 20 is located at a sight shielding position of the elevator car 10, and the real-time image displayed on the display screen 20 corresponds to the real-time image outside the sight shielding position.

The elevator realizes panoramic sightseeing by acquiring real-time images on the outer side of a sight shielding part of the elevator car 10 or an elevator shaft under a panoramic sightseeing mode and displaying the images on a display screen 20 on the inner wall of the elevator car 10, when the elevator is a common passenger elevator made of all-steel materials, a plurality of cameras are arranged on the outer side of the elevator car or the outer side of the elevator shaft and respectively acquire real-time images on the outer side of the sight shielding part of the elevator car 10 or the elevator shaft, a plurality of display screens 20 are paved on the inner wall of the elevator, and the display screens 20 display external real-time images corresponding to the display screens 20 to realize the panoramic sightseeing of the passenger elevator made of all-steel materials; when the elevator is a panoramic elevator, the display screen 20 is arranged on the support frame 60 for shielding the sight line, the camera is used for acquiring a real-time image outside the position shielded by the support frame 60, the image is displayed on the display screen 20, the full-view-angle sightseeing of the panoramic elevator is visually realized, and the influence of the support frame 60 on the panoramic sightseeing is eliminated.

The surface of the display screen 20 is provided with a polarizing film, the display screen 20 and the polarizing film arranged on the surface of the display screen produce a plurality of light and shade alternate stripes, and the light of the stripes forms a parallax barrier;

the display screen 20 has first image data and second image data, activates the parallax barrier, the first image data passes through the parallax barrier and outputs a first image in a first transmission direction, the first image enters the left eye of the passenger, the second image data passes through the parallax barrier and outputs a second image in a second transmission direction, and the second image enters the right eye of the passenger.

The display screen 20 adopts 3D stereoscopic display, the left eye and the right eye respectively receive the first image and the second image by utilizing the parallax barrier, the first image and the second image are synthesized into the 3D image through the brain of a passenger, the passenger can obtain better watching effect when watching the real-time image on the display screen 20, and the display effect is more stereoscopic.

By using the display screen 20 in the elevator car 10, the panoramic sightseeing mode of the elevator can be switched to a monitoring mode for monitoring each floor in the building through the display screen, wherein, as shown in fig. 8, the method for monitoring the elevator display screen comprises the following steps:

s300: acquiring a real-time monitoring image of the building monitoring system 300;

s400: passenger information is obtained, wherein the information comprises passenger position information and destination floor information corresponding to the passenger;

s500: and selecting the display screen 20 adjacent to the passenger according to the passenger position information, and selecting to play the real-time monitoring image of the passenger corresponding to the destination floor or the real-time monitoring image of each floor in the building.

Before acquiring the real-time monitoring image of the building monitoring system 300, the processor module 200 sends a monitoring signal and floor information to the building monitoring system 300; after the building monitoring system 300 receives the monitoring signals and the floor information, the building monitoring system 300 transmits the real-time monitoring images of the floors corresponding to the floor information to the processor module 200 or transmits the monitoring images of the floors to the processor module 200, and the processor module 200 displays the acquired real-time monitoring images on the display screen 20 inside the elevator car 10.

Through the real-time monitoring image who obtains building monitored control system 300, and show this monitoring image on display screen 20, make the interior condition of building can in time be known to the passenger in elevator car 10, strengthen the understanding of passenger to the interior environment of building, and after the passenger gets into elevator car 10, obtain the passenger position in elevator car 10 and the destination floor that the passenger corresponds, according to passenger's position and destination floor, select the control image of playing passenger's destination floor with display screen 20 that the passenger is neighbouring, the pertinence is monitored the input of image to the passenger, strengthen the understanding of passenger to the destination floor, effectively utilize the passenger's the time of taking advantage of the ladder.

Wherein, obtain passenger's information, specifically include:

information for detecting the condition of passenger access in the elevator car 10;

obtaining biometric information of a passenger entering elevator car 10, tracking the passenger, and detecting location information of the passenger in elevator car 10;

the destination floor corresponding to the passenger is determined based on the floor selection of the operation box in the elevator car 10.

The biometric information of the passenger may be facial feature information, hand feature information, etc. of the passenger, preferably facial feature information of the passenger, the passenger is tracked by face recognition through a camera inside the elevator car, then the position of the passenger in the elevator car 10 is detected by combining a distance measuring sensor, the position information of the passenger is obtained, and then the destination floor of the passenger is judged by combining floor selection of the operation box.

The method for monitoring the elevator display screen 20 further comprises the following steps:

the stop floors of the elevator cars 10 are assigned based on the information on the entrance and exit of passengers in each elevator car 10 in the building.

Through the real-time monitoring image of the building monitoring system 300, the elevator taking condition of each elevator in the building and the number of persons waiting for the elevator on each floor can be known, the stop floors of the elevator are reasonably arranged, the persons waiting for the elevator in the building are shunted, and the elevator in the building is effectively utilized.

The passenger still can switch the broadcast between the real-time supervision image of this passenger corresponding destination floor or the real-time supervision image of each floor in the building or the advertisement of prestoring according to self demand, and when broadcasting the advertisement, according to passenger position information selection and passenger's adjacent display screen 20, put in the advertisement of prestoring.

The panoramic sightseeing mode, the monitoring mode, the advertisement mode of elevator can switch the demonstration mutually through switching module 1000, can switch the real-time image of the elevator car 10 outside that shows on the display screen 20 to the real-time monitoring image of floor, also can switch the real-time monitoring image of the floor of broadcast on the display screen 20 to the real-time image of the elevator car 10 outside, still can switch the real-time image on the display screen 20 to the advertisement, satisfy the different user demands of elevator.

When the camera is fixed on the elevator car and is located outside the elevator car, the camera can also be used for monitoring the area outside the elevator car 10 in the process that the elevator car 10 runs by a building management center, as shown in fig. 9, the elevator monitoring method comprises the following steps:

s600: starting and operating the elevator;

s700: in the running process of the elevator car 10, a camera fixed on the elevator car 10 moves upwards or downwards along with the running of the elevator car 10, and the camera acquires a real-time image of the outer side of the elevator car 10 in the moving process along with the elevator car 10;

s800: the camera transmits the acquired real-time image to a processor module 200 of the elevator;

s900: the processor module 200 transmits the received live video to the building monitoring system 300.

The camera shoots the real-time image outside the elevator car 10, the real-time image is transmitted to the building monitoring system 300 through the processor module 200, if the camera shoots the real-time image outside the building, the working personnel of the building management center can timely know the condition outside the building according to the real-time image, and if the camera shoots the image inside the building, the real-time image of each floor through which the elevator passes can be known in the elevator running process.

The camera still includes before the real-time image outside the elevator car is acquireed to the in-process along with elevator car removes:

the building monitoring system 300 sends a monitoring signal to the processor module 200 of the elevator;

the processor module 200 receives the monitoring signal and then sends the monitoring signal to the camera control system to control the camera to acquire a real-time image outside the elevator car.

The processor module 200 transmits the real-time image according to the monitoring signal sent by the building monitoring system 300, so that the staff of the building management center can acquire the real-time image of the camera through the processor module 200 as required.

Further included after step S900 is:

the building monitoring system 300 sends a rotation signal to the processor module 200;

the processor module 200 receives the rotation signal and then sends the rotation signal to the camera control system;

and the camera control system receives the rotation signal and then controls the camera to rotate.

The camera control system controls the rotation of the camera according to the rotation signal, so that the camera can shoot at different angles and different directions, and real-time images at different angles and different directions outside the elevator car 10 are obtained.

The elevator can also be switched to a fire-fighting linkage mode, as shown in fig. 10, and the fire-fighting linkage method of the elevator in the fire-fighting linkage mode includes:

s1000: acquiring fire information of the building fire protection system 400;

s1100: when the fire fighting system 400 detects a fire, acquiring a real-time monitoring image of a fire occurrence floor;

s1200: the real-time monitoring image of the fire occurrence floor is put on a display screen 20 in an elevator car 10;

s1300: the elevator enters a fire service state and automatically stops to an evacuation floor to evacuate passengers.

When fire fighting system 400 detects a fire in a building, processor module 200 transmits fire information to elevator control module 600, elevator control module 600 controls an elevator to stop automatically to an evacuation floor to evacuate passengers, passengers in the elevator are evacuated in time, passengers are prevented from being trapped, when the fire occurs, monitoring of the floor where the fire occurs can be taken, the monitoring image is placed on display screen 20 in elevator car 10, the passengers can know the situation in time according to the monitoring image, and panic caused by the situation that people cannot know is avoided.

The fire-fighting linkage method of the elevator further comprises the following steps:

after the fire protection system 400 detects a fire, information on a floor where the fire occurs is acquired.

The fire-fighting linkage method of the elevator further comprises the following steps:

after the elevator enters a fire service state, one evacuation floor is selected from a plurality of evacuation floors stored in advance to stop.

And judging whether the floor on which the fire occurs is coincident with one or more evacuation floors in the prestored evacuation floors according to the acquired floor information on which the fire occurs, and if so, reselecting a safe floor to evacuate passengers or manually selecting evacuation floors according to the suggestion of an elevator management center by the passengers.

When fire extinguishing system 400 detects the conflagration, processor module 200 still can acquire the floor information of taking place the conflagration, the evacuation floor of avoiding the elevator to stop coincides with the floor of taking place the conflagration mutually, a plurality of evacuation floors have in advance in processor module 200, what should evacuate the floor is preferred is basic unit or fire control layer, after the conflagration takes place, the elevator stops to basic unit or fire control layer evacuation passenger, when the floor of taking place the conflagration is basic unit or fire control layer, then the floor is stopped in elevator automatic switch, prevent that the passenger from being stranded.

The fire-fighting linkage method of the elevator further comprises the following steps:

after passengers are evacuated, the elevator enters a stopping state, and the passengers are forbidden to take the elevator;

if the elevator is a fire elevator, after the elevator enters the elevator stopping state, the fire fighter unlocks the elevator stopping state according to the elevator taking authorization certificate, and the elevator enters the running state.

The elevator gets into and stops the ladder state after evacuating the passenger, prevents that the passenger in the building from taking the elevator, prevents that the passenger from appearing danger because of taking the elevator, if the elevator is fire elevator, then fire passenger can take the elevator according to taking the elevator authorization voucher, should take the elevator authorization voucher and can be I C cards etc. that use when supplying the emergency unblock of elevator, and fire fighter can arrive the floor of taking a fire disaster fast after taking the elevator and implement the rescue, improves rescue efficiency.

The fire-fighting linkage method of the elevator further comprises the following steps:

after the fire fighting system 400 detects that the fire is relieved, the elevator stopping state is relieved, and the elevator resumes operation.

When the fire protection system detects a fire, the method further comprises the following steps:

acquires the broadcast information of the building broadcasting system 900 and plays the acquired broadcast information in the elevator car 10.

The information played by the broadcasting system 900 is played in the elevator through the voice module 700 of the elevator, and when a fire occurs in the building, the management center of the building can guide passengers to evacuate orderly through the broadcasting system 900, and the passengers can be placated through the broadcasting system 900.

When a fire breaks out in a building, the processor module 200 preferentially controls the display screen 20 to display real-time monitoring images of the floor on which the fire breaks out.

The above are only specific embodiments of the present invention, and the protection scope of the present invention is not limited thereby; any replacement and improvement made on the basis of not violating the conception of the utility model belong to the protection scope of the utility model.

Claims (10)

1. Panorama bbservation elevator, its characterized in that, including elevator car, camera, display screen and master control system, the camera is fixed in the elevator car outside or the elevator well outside, be equipped with the installation position on the elevator car inner wall, the display screen is fixed in on the installation position, the camera reaches the display screen all with the master control system electrical property links to each other, the position is sheltered from to the outside of elevator car or the outside sight of elevator well to the camera of camera orientation, the real-time image in the elevator outside is shot to master control system control camera to show real-time image on the display screen.

2. The panoramic sightseeing elevator of claim 1, further comprising an protective layer located inside the elevator car, the protective layer being fixed to the elevator car, and the display screen being located between the protective layer and the inner wall of the elevator car.

3. The panoramic sightseeing elevator of claim 2, wherein the elevator car is at least partially made of glass, a support frame is arranged between the adjacent glass, the glass is connected with the support frame, and the glass is spliced through the support frame.

4. The panoramic sightseeing elevator of claim 3, wherein the mounting location is located on the support frame, and the display screen is mounted on the support frame via the mounting location.

5. The panoramic sightseeing elevator of claim 4, wherein the protective layer is flush with the glass.

6. The panoramic sightseeing elevator as claimed in claim 3, wherein the mounting positions are positioned on the support frame and the glass, the display screen is mounted on the glass and the support frame through the mounting positions, and the real-time images shot by the camera are displayed on the display screen of the support frame through the main control system.

7. The panoramic sightseeing elevator of claim 6, wherein the display screen on the glass is a transparent display screen.

8. The panoramic sightseeing elevator of claim 7, wherein the protective layer integrally penetrates the display screen on the glass and the display screen on the supporting frame.

9. The panoramic sightseeing elevator of any one of claims 2 to 8, wherein the protective layer is made of transparent glass material.

10. The panoramic sightseeing elevator of any one of claims 1 to 8, wherein the mounting location is provided with a fixing member by which the display screen is fixed to the mounting location.

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