CN102756957B - The simplation validation system of elevator functions - Google Patents
The simplation validation system of elevator functions Download PDFInfo
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- CN102756957B CN102756957B CN201210050826.XA CN201210050826A CN102756957B CN 102756957 B CN102756957 B CN 102756957B CN 201210050826 A CN201210050826 A CN 201210050826A CN 102756957 B CN102756957 B CN 102756957B
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Abstract
The simplation validation system of elevator functions of the present invention makes under the state simultaneously taking car inspector, owner can easily and carry out the complete survey of elevator efficiently.Its confirm in analog elevator usual running and there occurs at least one in earthquake, fire, immersion, power failure abnormal time the controlled operation implemented under each function of elevator, possesses function confirmation control setup, this function confirmation control setup comprises: analog signal preserves parts, preserve with by the analog signal that signal that the perceptron of abnormal generation exports is the same being detected; Confirm function selecting part, select the function that will confirm; Analog signal output parts, to running control setup that the running of elevator is controlled export be kept in analog signal that analog signal preserves in parts with in analog signal corresponding to the function confirming to select in function selecting part, wherein function confirmation control setup is arranged in the car operational platform of cab interior simultaneously.
Description
Technical field
Embodiments of the present invention relate to the simplation validation system of elevator functions.
Background technology
In the past, if there are earthquake, fire, power failure, immersion etc. in the operation of elevator, then operation mode is switched to controlled operation to seek the safety of passenger from usually operating.
Specifically describing, carrying out earthquake controlled running when there occurs earthquake.
At this moment, when strong earthquakes, stopped car at that time, after the shake of earthquake weakens, operator confirms safety at once, and manually operation makes it rest in nearest layer.
When moderate earthquake, while making car rest in nearest layer, open door and allow passenger's descending stair to marquis's ladder hall, close door and stop the running of elevator.After operator completes safety verification, the running of elevator is restarted.
When weak earthquake, while making car rest in nearest layer, open door and allow passenger's descending stair to marquis's ladder hall, but restart to operate (patent documentation 1 with reference to following) after specified time.
In addition, carrying out fire control running when there occurs fire, car being rested in there occurs the refuge story below the layer of fire and opening door, passenger's descending stair is made its take refuge (patent documentation 1 with reference to following) to marquis ladder hall.
And then, when there occurs power failure to the source power supply of elevator supply electric power, carry out power failure controlled operation, control setup be connected with pre-stand by power source with winch and be elevated with making car low speed, resting in nearest layer to allow passenger's descending stair to marquis's ladder hall (with reference to following patent documentation 2).
And then when there occurs immersion due to heavy rain or flood in the bottom of hoistway or ground floor, the layer that no standing can soak to anticipation, makes car rise to safe layer (with reference to following patent documentation 3).
Prior art document
Patent documentation
Patent documentation 1: JP 2008-230778 publication
Patent documentation 2: JP 2006-199422 publication
Patent documentation 3: JP 2005-53634 publication
But, new elevator construction is set at the end of, when inspector or owner on the scene, confirm whether elevator works orderly and carry out complete survey.
At this moment, also function confirmation is carried out to above-mentioned earthquake controlled running, fire control running, power failure controlled operation, immersion controlled operation.
But, need by being operated the both sides of the marquis's ladder Room operator's station be arranged in marquis's ladder hall and the car operational platform be arranged in car respectively by two operators, the function of carrying out the controlled operation in existing complete survey confirms, this operation and loaded down with trivial details.
Special needs are opened marquis's ladder Room operator's station by operator and are conducted interviews to control setup, and operation bothers very much.
In addition, in the elevator of type without Machine Room, needing to operate in the inside of hoistway to carry out function confirmation, also must guarantee the safety of operator.
And then, if carry out function confirmation with comprising each controlled operation under state car can being taken together inspector, owner, then just can not carry out confirmation operation swimmingly, inspector and owner can also be made to become interested to the safety of elevator, high quality.
Summary of the invention
Therefore, the object of embodiments of the present invention is: making under the state taking car together inspector, owner can easily and carry out the complete survey of elevator efficiently.
Embodiments of the present invention be a kind of confirm in analog elevator usual running and there occurs in earthquake, fire, immersion, power failure at least one abnormal time the controlled operation implemented in the system of each function of elevator, comprise function confirmation control setup, this function confirmation control setup possesses:
Analog signal holding member, keeps the analog signal same with signal that the perceptron of above-mentioned abnormal generation exports being detected;
Confirm function selecting part, select the function that will confirm;
Analog signal output parts, by the analog signal output corresponding to the function selected in above-mentioned confirmation function selecting part in the analog signal kept in above-mentioned analog signal holding member to the running control setup controlled the running of above-mentioned elevator,
Above-mentioned functions confirmation control setup is arranged on the car operational platform of cab interior simultaneously.
Above-mentioned functions confirmation control setup can export restoring signal to above-mentioned running control setup, and this restoring signal is used for terminating the controlled operation that performs in analog according to above-mentioned analog signal forcibly and making it revert to usual running.
Above-mentioned car operational platform has touch-screen liquid crystal panel,
Above-mentioned confirmation function selecting part can by for selecting the menu of the function that will confirm to be presented at above-mentioned touch-screen liquid crystal panel.
Above-mentioned functions confirmation control setup can be built in above-mentioned car operational platform, or is connected with above-mentioned car operational platform via the built-in wiring of the operator's station be built in entrained by operator.
Accompanying drawing explanation
Fig. 1 is the block diagram of the entirety structure of the simplation validation system representing elevator functions of the present invention.
Fig. 2 is the figure of the display of the car operational platform represented in running usually.
Fig. 3 is the figure of display of car operational platform when representing the function selecting to confirm.
Fig. 4 is the figure of the display of the car operational platform represented when confirming the usual function of motion.
Fig. 5 is the figure of the display of car operational platform when representing the function confirming earthquake controlled running.
The figure of the display of car operational platform when Fig. 6 is the function representing the running of confirmation fire control.
The figure of the display of car operational platform when Fig. 7 is the function representing confirmation immersion controlled operation.
The figure of the display of car operational platform when Fig. 8 is the function representing confirmation power failure controlled operation.
Detailed description of the invention
Below, with reference to figure 1 ~ Fig. 8, describe embodiments of the invention in detail.
First, if initial with reference to Fig. 1, then applying the main rope 2 be constructed by the traction sheave being wound on winch 1 of elevator of the present invention, is well-bucket shape by car 3 and bob-weight 4 suspension.
In addition, if passenger operates the inside being arranged on car 3 or marquis's ladder Room operator's station 6 of being arranged on car operational platform 5 and marquis's ladder hall, then the action of elevator running control setup 10 pairs of winchs 1 controls and car 3 is elevated.
Elevator running control setup 10 has the usual operation control section part 11 controlled the running of elevator when not there is earthquake, fire etc. usual.
In addition, elevator running control setup 10 has respectively with lower component: earthquake controlled running gear 12, carries out earthquake controlled running when there occurs earthquake; Fire control running gear 13, carries out fire control running when there occurs fire; Immersion control running gear 14, carries out immersion controlled operation when there occurs immersion in the bottom of hoistway; Power failure controlled operation parts 15, carry out power failure controlled operation when there occurs power failure to the commercial power of elevator supply electric power.
And then, in power failure controlled operation parts 15, be also attached to the electrical source exchange parts 16 when occurring to have a power failure, power supply being switched to the pre-stand by power sources such as battery from source power supply.
Earthquake controlled running gear 12 is also connected with the multiple earthquake perceptrons 21 set by each several part of the building being provided with elevator, urgent rapid earthquake information report receiving element 22 and wind gage 23.
The signal of the acceleration/accel of the vibrations produced at each several part of building due to earthquake is represented to earthquake perceptron 21 input.
The urgent rapid earthquake information report issued by Bureau of Weather Reports is inputted to urgent rapid earthquake information report receiving element 22.
Aerovane 23 inputs the air speed data of the wind blowed to the building being provided with elevator.
Earthquake controlled running gear 12 is when the acceleration/accel of the vibrations because of earthquake generation inputted from earthquake perceptron 21 is such as " height " level of 150 more than Gao Er, carry out high-caliber earthquake controlled running, namely make car stop then and there while at once, confirm safety by operator after the shake of earthquake weakens after, manually operation makes car rest in nearest layer.
In addition, when acceleration/accel be such as 80 ~ 150 Gao Er " in " level, carry out the earthquake controlled running of middle level, namely while making car rest in closest layer, open door allow passenger's descending stair to marquis ladder hall after, close door and stop the running of elevator, and after operator completes safety verification, the running of elevator being restarted.
On the other hand, when acceleration/accel is such as " low " level of 40 ~ 80 Gao Er, carry out low-level earthquake controlled running, namely while making car rest in nearest layer, opening door allows passenger's descending stair to marquis's ladder hall, but after specified time, restart running.
Meanwhile, earthquake controlled running gear 12 and high level, middle level, low-level earthquake controlled running ordinatedly, play the guiding of " owing to there occurs earthquake so emergent stopping elevator " or " owing to there occurs earthquake, so please withdraw elevator at once " etc.
The intensity of urgent rapid earthquake information report receiving element 22 and the earthquake predicted in the urgent rapid earthquake information report received accordingly, judge vibrational acceleration level be " height ", " in ", " low " which and output to earthquake controlled running gear 12.
In addition, earthquake controlled running gear 12, according to the air speed data inputted from anemoscope 23, when being predicted as building generation shake, carrying out earthquake controlled running, namely while making car rest in nearest layer, opens Men Errang passenger's descending stair.
Fire control running gear 13 comprises the fire generation signal of the information of " fire occurrence positions " from fire alarming sensor 24 input.
If fire control running gear 13 have input fire generation signal from fire alarming sensor 24, then carry out fire control running, even if car rests in the refuge story of the below of the layer that there occurs fire, make passenger's descending stair to marquis's ladder hall, and stop the running of elevator.
Meanwhile, fire control running gear 13 play " due to
layer there occurs fire, so please take refuge from elevator descending stair " etc. guiding.
From the immersion perceptron 25 in the marquis of the layer position of the bottom and below that are arranged on elevator hoistways ladder hall, input to immersion control running gear 14 the relevant signal that partly to soak with which of building.
If immersion control running gear 14 have input immersion information from immersion perceptron 25, then carry out immersion controlled operation, namely no standing is to the layer position of below that there occurs immersion, and makes car 3 layer position rising upward and standby.
Meanwhile, the control running gear 14 that soaks is play " due to
layer there occurs immersion, so stop the running of elevator " etc. guiding.
From power failure perceptron 26 to power failure controlled operation parts 14, input represents the source power supply signal that the power supply failed to elevator supply.
Like this, power failure controlled operation parts 15 make electrical source exchange parts 16 action, and the supply source of electric power is switched to the pre-stand by power sources such as battery from source power supply.
And then power failure controlled operation parts 15, when car 3 stopped in the midway of layer position due to power failure, carry out power failure controlled operation, even if car 3 low speed ground lifting and be accommodated to nearest layer, and open door and allow passenger's descending stair to the terraced hall of marquis.
Meanwhile, power failure controlled operation parts 15 are play and " be there occurs power failure.Restart owing to being switched to pre-stand by power source running, so please at nearest layer from elevator descending stair " etc. guiding.
On the other hand, elevator running control setup 10 is connected with remote monitroing center 28 via communication line 27.
Thus, if it is abnormal to there occurs earthquake, fire, immersion, power failure etc. in elevator, then remote monitroing center 28 is while allowing recovery operation person arrive scene, takes get in touch with the passenger in car 3 and the countermeasures such as situation are described.
Then, with reference to Fig. 1, the function confirmation control setup 30 that the function of carrying out elevator in the complete survey of elevator is suitable for when confirming is described.
This function confirmation control setup 30 is arranged in the car operational platform 5 that is arranged in car 3 in the present embodiment simultaneously, to being presented at controlling with the content on the liquid crystal display picture of touch-screen of car operational platform 5, and display is for selecting the menu of wishing the function confirmed when complete survey.
In addition, the control signal being configured to each choice menus received in function acknowledgment signal processing element 31 from car operational platform 5 transmission of this function confirmation control setup 30, controls the action of earthquake analog signal output parts 32, fire disaster simulation signal output component 33, immersion analog signal output parts 34, power failure analog signal output parts 35 respectively.
And then this function confirmation control setup 30 is connected with remote monitroing center 28 via communication line, can send to remote monitroing center the circular representing the function comfirmation test implementing simulation.
Earthquake simulation signal output component 32 is connected with the earthquake controlled running gear 12 of elevator running with control setup 10, and preserve the signal identical with the signal outputting to earthquake controlled running gear 12 from above-mentioned earthquake perceptron 21, promptly rapid earthquake information report receiving element 22, anemoscope 23 respectively, and when starting analogue test, these signals are outputted to earthquake controlled running gear 12.
Fire disaster simulation signal output component 33 is connected with the fire control running gear 13 of elevator running with control setup 10, and preserve the signal identical with the signal outputting to fire control running gear 13 from above-mentioned fire alarming sensor 24, and when starting analogue test, these signals are outputted to fire control running gear 13.
Immersion analog signal output parts 34 are connected with the immersion control running gear 14 of elevator running with control setup 10, and preserve the signal identical with the signal outputting to the control running gear 14 that soaks from above-mentioned immersion perceptron 25, and when starting analogue test, these signals are outputted to immersion control running gear 14.
Power failure analog signal output parts 35 are connected with the power failure controlled operation parts 15 of elevator running with control setup 10, and preserve the signal identical with the signal outputting to power failure controlled operation parts 15 from above-mentioned power failure perceptron 26, and when starting analogue test, these signals are outputted to power failure controlled operation parts 15.
Then, with reference to Fig. 2 ~ Fig. 7, illustrate be presented at car operational platform 5 with the picture on the liquid crystal display picture of touch-screen.
In fig. 2, indicate when making elevator usually operate, be presented at car operational platform 5 with " the usual picture " on the liquid crystal display picture of touch-screen.
In addition, by being included in the action of the program in the display and control chip that is built in car operational platform 5 in advance, show this " usual picture ".
In " the usual picture " of Fig. 2, display represent the lifting display unit 14 in lifting direction of car 3, named place of destination layer multiple layers of position specified button 42, for opening the door switch button 43 of door.
Thus, if the passenger rided in car 3 touches layer position specified button 42 and door switch button 43, then the action of usual operation control section part 11 pairs of winchs 1 of elevator running control setup 10 controls and car 3 is elevated, and control the action of the door gear be arranged in car 3, make door switch.
On the other hand, if operated the layer position specified button 42 in " the usual picture " shown in Fig. 2 and door switch button 43 according to the method for regulation, then car operational platform 5 is connected with the function acknowledgment signal processing element 31 of function confirmation with control setup 30.
Like this, at car operational platform 5 with in the liquid crystal display picture of touch-screen, display " the function confirmation choice menus " picture shown in Fig. 3.
In this " confirms function choice menus ", the function that will confirm in the complete survey of elevator can be selected respectively.
If touch " usually operating " button 51, then " the function affirmation mode/picture usually " shown in Fig. 4 is presented in car operational platform 5.
In addition, if touch " earthquake controlled running " button 52, then " earthquake controlled running/function affirmation mode " picture shown in Fig. 5 is presented in car operational platform 5, if touch " fire control running " button 53, then " fire control running/function affirmation mode " picture shown in Fig. 6 is presented in car operational platform 5, if touch " immersion controlled operation " button 54, then " immersion controlled operation/function affirmation mode " picture shown in Fig. 7 is presented in car operational platform 5, if touch " power failure controlled operation " button 55, then " power failure controlled operation/function affirmation mode " picture shown in Fig. 8 is presented in car operational platform 5.
In addition, if touch " end of test/usually operate " button 56, then " the usual picture " shown in Fig. 2 is turned back to.
In " the function affirmation mode/picture usually " shown in Fig. 4, display lifting display unit 41, multiple layers of position specified button 42 and door switch button 43.
Thus, confirm in analog earthquake controlled, fire control, immersion control, power failure control each function time, car 3 can be elevated by operation layer position specified button 42, or actuating doors switch key 43 makes door switch.
In addition, if touch " returning " button 44, then turn back to " the function confirmation choice menus " shown in Fig. 3.
In " earthquake controlled running/function affirmation mode " picture shown in Fig. 5, display is used for selecting multiple buttons 57 of " kind of earthquake/shake ", " analogue test starts " button 58, " end of test/usually operate " button 56 and " returning " button 59 for returning the confirmation function choice menus shown in Fig. 3 respectively.
At this moment, if such as select the earthquake of " height " level and touch " analogue test starts " button 58, then owing to showing the usual picture of the function affirmation mode shown in Fig. 4, so operation layer position specified button 42 and make car 3 at random be elevated.
Then, if have passed through specific time, then from the earthquake perceptual signal that the earthquake simulation signal output component 32 of function confirmation control setup 30 is same with the signal that the earthquake perceptron 21 when there occurs high-caliber earthquake exports to earthquake controlled running gear 12 output of elevator running control setup 10.
Like this, earthquake controlled running gear 12 with have input from earthquake perceptron 21 represent the earthquake perceptual signal that there occurs high-caliber earthquake situation completely in the same manner as, start high-caliber earthquake controlled running.
Be accompanied by this, car 3 stops on this ground at once, and plays expression owing to there occurs strong earthquakes so the broadcast of emergent stopping elevator to the inside of car 3.
Thus, when complete survey, can confirm how about elevator plays function when there occurs high-caliber earthquake at the internal simulation of car 3.
In addition, if touch " end of test/usually operate " button 56, then terminate earthquake controlled running forcibly and turn back to usual running.
In addition, when selecting " in ", " low ", " long period " earthquake and when touching " analogue test starts " button 58, export the earthquake perceptual signal same with the signal that the earthquake perceptron 21 when the earthquake of the kind gone out selected by there occurs exports from earthquake simulation signal output component 32 to earthquake controlled running gear 12.
Then, earthquake controlled running gear 12 with have input from earthquake perceptron 21 represent there occurs selected by the situation of the earthquake perceptual signal of the earthquake of kind that goes out completely in the same manner as, start the earthquake controlled running corresponding with the earthquake of the kind selected.
Thus, when complete survey, can confirm how about elevator plays function when the earthquake of the kind gone out selected by there occurs at the internal simulation of car 3.
In addition, if touch " analogue test starts " button 58 after " urgent speed report " have selected, then owing to demonstrating the usual picture of the function affirmation mode shown in Fig. 4, so operation layer position specified button 42 and make car 3 at random be elevated.
Then, after have passed through specific time, export from earthquake simulation signal output component 32 to earthquake controlled running gear 12 and have issued urgent earthquake speed in Bureau of Weather Reports and give the correct time from urgent rapid earthquake information report receiving element 22 and be input to the duplicate urgent rapid earthquake information report Received signal strength of earthquake controlled running gear 12.
Like this, elevator running control setup 10 starts and the duplicate earthquake controlled running of situation that have input urgent rapid earthquake information report Received signal strength from urgent rapid earthquake information report receiving element 22.
Be accompanied by this, such as car 3 rests in nearest layer and opens door, and plays owing to receiving urgent rapid earthquake information report so ask the broadcast of at once such from car descending stair content to the inside of car 3.
Thus, when complete survey, can confirm how to play function receiving the urgent earthquake speed elevator that gives the correct time at the internal simulation of car 3.
And then if touch " analogue test starts " button 58 after have selected " high wind ", then show the usual picture of the function affirmation mode shown in Fig. 4, therefore operation layer position specified button 42 makes car 3 at random be elevated.
Then, after have passed through specific time, export the wind velocity signal the same with the signal exported from anemoscope 23 when there occurs high wind from earthquake simulation signal output component 32 to earthquake controlled running gear 12.
Like this, earthquake controlled running gear 12 with along with typhoon etc. close to and there occurs high wind and building start the situation of shaking completely in the same manner as, start earthquake controlled running.
Be accompanied by this, such as car 3 rests in nearest layer and opens door, and represents that building there occurs the broadcast of the content that therefore shake stops the running of elevator such due to high wind to the inside broadcasting of car 3.
Thus, when complete survey, can confirm how elevator plays function when there occurs high wind at the internal simulation of car 3.
In " fire control running/function affirmation mode " picture shown in Fig. 6, display is used to specify multiple buttons 61, " analogue test starts " button 58, " end of test/usually operate " button 56 and " returning " button 59 for returning the confirmation function choice menus shown in Fig. 3 of making the layer that simulated fire occurs respectively.
At this moment, if such as touch " analogue test starts " button 58 have selected 3 layers as fire genetic horizon, then due to the usual picture of the function affirmation mode shown in display Fig. 4, so operation layer position specified button 42 and make car 3 at random be elevated.
Then, if have passed through specific time, then export the fire sensing signal same with the signal that the fire alarming sensor 24 when 3 layers there occurs fire exports from the fire disaster simulation signal output component 33 of function confirmation control setup 30 to the fire control running gear 13 of elevator running control setup 10.
Like this, elevator running with control setup 10 with have input from fire alarming sensor 24 represent there occurs the fire sensing signal of fire at 3 layers situation completely in the same manner as, start fire control running.
Be accompanied by this, car 3 directly to arrive the layer position lower than 3 layers that is while 1 layer not being accommodated to as 3 layers of fire genetic horizon, open door, and plays to the inside of car 3 and represent owing to there occurs fire so the broadcast of the content of please taking refuge at once at 3 layers.
Thus, when complete survey, can confirm how about elevator plays function when there occurs fire at the internal simulation of car 3.
In addition, if touch " end of test/usually operate " button 56, then terminate fire control running forcibly and turn back to usual running.
In " immersion controlled operation/function affirmation mode " picture shown in Fig. 7, respectively display be used to specify make the button 62 of the layer that simulative immersion occurs, 63, analogue test starts button 58, the running button 56 of end of test/usually and returns button 59 for what return the confirmation function choice menus shown in Fig. 3.
At this moment; if such as select B1 layer (1 layer, underground) as immersion genetic horizon and touch analogue test to start button 58; then due to the usual picture of function affirmation mode shown in display Fig. 4, so operation layer position specified button 42 and make car 3 at random be elevated.
Then, if have passed through specific time, then from the immersion perceptual signal that the immersion analog signal output parts 34 of function confirmation control setup 30 are same with the signal that the earthquake perceptron 21 when B1 layer there occurs immersion exports to immersion control running gear 14 output of elevator running control setup 10.
Like this, elevator running with control setup 10 with have input from the perceptron 25 that soaks represent there occurs the immersion perceptual signal of immersion at B1 layer situation completely in the same manner as, start the controlled operation that soaks.
Be accompanied by this, car 3 is not accommodated to the layer of more than 2 layers to the B1 layer walking as immersion genetic horizon and stops, and the inside to car 3 is play and represented owing to there occurs immersion at B1 layer so stop the broadcast of the running of elevator.
Thus, when complete survey, can confirm how about elevator plays function when there occurs immersion at the internal simulation of car 3.
In addition, if touch " end of test/usually operate " button 56, then terminate earthquake controlled running forcibly and turn back to usual running.
In " power failure controlled operation/function affirmation mode " picture shown in Fig. 8, the running button 56 of a display simulation on-test button 58, end of test/usually and return button 59 for what return the confirmation function choice menus shown in Fig. 3.
Thus, if touch display simulation on-test button 58, then show the usual picture of the function affirmation mode shown in Fig. 4, therefore, operation layer position specified button 42 and car 3 is at random elevated.
Then, if have passed through specific time, then export from the power failure analog signal output parts 35 of function confirmation control setup 30 to the power failure controlled operation parts 15 of elevator running control setup 10 and be input to the same electrical source exchange perceptual signal of the signal of electrical source exchange parts 16 with when the source power supply supplying electric power to elevator there occurs power failure from power failure controlled operation parts 15.
Like this, elevator running with control setup 10 in the same manner as have input from power failure perceptron 26 and representing that situation that source power supply there occurs the power failure perceptual signal of power failure completely, start the controlled operation that has a power failure, and make electrical source exchange parts 16 action and electric power supply source is switched to pre-stand by power source from source power supply.
Be accompanied by this, car 3 stops in the midway of lifting, and plays expression owing to there occurs power failure so be switched to pre-stand by power source and restart to operate therefore please in the broadcast of nearest layer from elevator descending stair to the inside of car 3.
Thus, when complete survey, can confirm how about elevator plays function when there occurs power failure at the internal simulation of car 3.
In addition, if touch " end of test/usually operate " button 56, then terminate earthquake controlled running forcibly and turn back to usual running.
That is, the simplation validation system 100 of the elevator functions of embodiments of the invention is by operating the operator's station 5 of the inside being arranged on car 3, can confirm how elevator plays function when there occurs earthquake, fire, immersion, power failure etc. and being abnormal in analog.
Thus, when the complete survey of elevator, the function can implementing to comprise each controlled operation under the state allowing inspector, owner simultaneously take car 3 confirms, therefore just can not carry out confirmation operation swimmingly, inspector and owner can also be made to produce strong interest to the safety of elevator, high quality.
Especially, each controlled operation parts be configured to from each analog signal output parts of function confirmation control setup 30 to elevator running control setup 10 of the simplation validation system 100 of the elevator functions of embodiments of the invention export the signal the same with the signal inputted respectively to each controlled operation parts of elevator running control setup 10 from earthquake perceptron 21, promptly rapid earthquake information report receiving element 22, anemoscope 23, fire alarming sensor 24, the perceptron 25 that soaks, power failure perceptron 26 when there occurs earthquake, fire, immersion, power failure etc. and being abnormal.
Thus, when have input the signal from each perceptron respectively to each controlled operation parts, can elevator be actually made to operate, while how checking elevator running control setup 10 plays function.
Therefore, with merely control the running of winch 1 and the situation simulating each controlled operation differently, positively can verify the quality of elevator functions.
Above, describe embodiments of the invention in detail, but the present invention is not limited to the above embodiments, certainly can carries out various change.
Such as, in the above-described embodiments, function confirmation control setup 30 is set in car operational platform 5 simultaneously.
To this, the pocket experimental set-up being built-in with function confirmation control setup 30 can also be held by operator, and this pocket experimental set-up is connected with car operational platform 5, and choice menus is shown in pocket test, implement analogue test under the state simultaneously simultaneously taking car inspector and owner.
Claims (4)
1. a simplation validation system for elevator functions, confirm in analog elevator usual running and there occurs at least one in fire, immersion, power failure abnormal time the controlled operation implemented under each function of elevator, it is characterized in that:
Possess function confirmation control setup, this function confirmation control setup comprises:
Analog signal preserves parts, preserve with by the analog signal that signal that the perceptron of above-mentioned abnormal generation exports is the same being detected;
Confirm function selecting part, select the function that will confirm;
Analog signal output parts, the analog signal corresponding with the function selected in above-mentioned confirmation function selecting part in the analog signal be kept in above-mentioned analog signal preservation parts is exported, wherein to the running control setup controlled the running of above-mentioned elevator
Above-mentioned functions confirmation control setup is arranged in the car operational platform of cab interior simultaneously;
Above-mentioned car operational platform has touch-screen liquid crystal panel;
Above-mentioned confirmation function selecting part is by for selecting the menu of the function that will confirm to be presented at above-mentioned touch-screen liquid crystal panel, and the menu being used to specify the bed of interest of above-mentioned car can be presented on above-mentioned touch-screen liquid crystal panel.
2. the simplation validation system of elevator functions according to claim 1, is characterized in that:
Above-mentioned functions confirmation control setup exports restoring signal to above-mentioned running control setup, and this restoring signal is used for terminating the controlled operation that performs in analog according to above-mentioned analog signal forcibly and making it revert to usual running.
3. the simplation validation system of elevator functions according to claim 1, is characterized in that:
Above-mentioned functions confirmation control setup is built in above-mentioned car operational platform.
4. the simplation validation system of elevator functions according to claim 1, is characterized in that:
Above-mentioned functions confirmation control setup is built in the operator's station entrained by operator, and it is connected with car operational platform via wiring by operator.
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| JP2011-070930 | 2011-03-28 | ||
| JP2011070930A JP2012201504A (en) | 2011-03-28 | 2011-03-28 | Simulative confirmation system for elevator function |
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| CN102756957B true CN102756957B (en) | 2016-02-03 |
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| FI3680204T3 (en) * | 2019-01-11 | 2023-03-07 | Kone Corp | A remote monitoring system and a method for remotely monitoring an elevator system |
| CN110550521A (en) * | 2019-08-13 | 2019-12-10 | 菱电电梯有限公司 | Elevator power failure auxiliary system |
| JP6765489B2 (en) * | 2019-09-04 | 2020-10-07 | 三菱電機ビルテクノサービス株式会社 | Elevator operation check system and operation check method |
| CN114981193A (en) * | 2020-01-31 | 2022-08-30 | 三菱电机大楼技术服务株式会社 | Disaster training device for elevator for performing training in case of disaster, and elevator system |
| CN111562776A (en) * | 2020-06-23 | 2020-08-21 | 上海市特种设备监督检验技术研究院 | Hardware-in-loop simulation test system and test method for elevator controller |
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| CN101659364A (en) * | 2009-08-07 | 2010-03-03 | 上海新时达电气股份有限公司 | Method for simulating elevator shaft state |
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| JP4547438B2 (en) * | 2008-03-19 | 2010-09-22 | 株式会社日立製作所 | Elevator function demonstration apparatus and function explanation demonstration method |
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| CN1449986A (en) * | 2002-04-10 | 2003-10-22 | 铃木孝夫 | Elevator system and control method thereof |
| CN101746653A (en) * | 2008-12-15 | 2010-06-23 | 三菱电机株式会社 | Elevator cord traverse shake detecting device |
| CN101659364A (en) * | 2009-08-07 | 2010-03-03 | 上海新时达电气股份有限公司 | Method for simulating elevator shaft state |
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|---|---|
| CN102756957A (en) | 2012-10-31 |
| JP2012201504A (en) | 2012-10-22 |
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