CN102145837B - Elevator group management system - Google Patents
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- CN102145837B CN102145837B CN 201110029491 CN201110029491A CN102145837B CN 102145837 B CN102145837 B CN 102145837B CN 201110029491 CN201110029491 CN 201110029491 CN 201110029491 A CN201110029491 A CN 201110029491A CN 102145837 B CN102145837 B CN 102145837B
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Abstract
The invention provides an elevator group management system. New and old elevators are comprehensively managed by a new group management device (31). The transmission and reception of signals can be conducted between the old elevators and the new group management device (31) through a new/old switching port (41). The new/old switching port (41) has the functions of switching a signal of the old elevator to a processable signal at the side of the new group management device (31), and inversely transforming the new group management device (31) to a signal used by the old elevator.
Description
Technical field
Originally study carefully bright embodiment and relate to the elevator cluster management system that turns round and control under the state mixed at new and old elevator in upgrading construction.
Background technology
In upgrading construction, in newly establishing the state of elevator (below, be called new elevator) and original elevator (below, be called old elevator) mixing.In addition, said elevator comprises car and/or control system etc. here.
In the past, under the state mixed at so new and old elevator, have and adopt old group manage apparatus and can co-operatingly forming that new group manage apparatus is connected, grasp two sides' of new and old elevator operative condition in new group manage apparatus side, boarding place is called out while occurring, occasion at old elevator in optimum regime is sent the situation (for example,, with reference to patent documentation 1) of running instruction to old group manage apparatus.
Patent documentation 1: TOHKEMY 2001-19288 communique
Summary of the invention
In said method, newly setting up departments system is that the boarding place of the new group manage apparatus elevator of controlling new and old two sides is called out, and judges best elevator, and therefore the running service can be partial to a new and old side.But original system is that old group manage apparatus must link with new group manage apparatus, therefore, the problem of larger transformation must be all carried out in existence aspect hardware and software.
In addition, at the elevator of old group manage apparatus side operation management, due to the up-to-date control theory that can't be suitable for new group manage apparatus side and adopt, existence can't be carried out optimal allocation and problem that operating efficiency reduces.And, but upgrade service elevator number of units in construction, reduce, therefore the incidental problem of the state of waiting as long for is also arranged.
On the other hand, must in the old group manage apparatus of the indoor reservation of elevator machine, new group manage apparatus be installed, therefore, existence arranges space and is restricted, the problem of troublesome poeration etc.
Thereby, upgrade in construction, seek to remove old group manage apparatus the elevator cluster management system that the running of the whole elevators that only by new group manage apparatus, comprised old elevator is controlled.
The elevator cluster management system of embodiments of the invention, is characterized in that, possesses: new control setup, and it controls the running of the new elevator after upgrading; Old control setup, it controls the running of the old elevator before upgrading; New group manage apparatus after renewal, it is via above-mentioned new control setup and the above-mentioned new elevator of above-mentioned old control setup integrated management and above-mentioned old elevator, and the boarding place that each floor is occurred is called out to the best allocation of elevators in above-mentioned new elevator and above-mentioned old elevator; And new and old switching interface, its signal by above-mentioned old elevator is transformed at the accessible signal of above-mentioned new group manage apparatus side, and the signal of above-mentioned new group manage apparatus is inversely transformed into to the signal of above-mentioned old elevator.
The accompanying drawing explanation
Fig. 1 is the diagram of formation of the elevator cluster management system of the 1st embodiment.
Fig. 2 is the illustration figure that the old boarding place of the new and old switching interface in the 1st embodiment is called out the signal map table T1 of input and output section setting.
Fig. 3 is the illustration figure of the signal map table T2 that arranges of the signal switching part of the new and old switching interface in the 1st embodiment.
Fig. 4 is the illustration figure of the signal map table T3 that arranges of the signal switching part of the new and old switching interface in the 1st embodiment.
Fig. 5 is the diagram of circuit of flow process of the processing of the new group manage apparatus under the state that mixes of the new and old elevator of explanation in the 1st embodiment.
Fig. 6 is the formation diagram of the elevator cluster management system of the 2nd embodiment.
Fig. 7 is the formation diagram of the elevator cluster management system of the 3rd embodiment.
Fig. 8 be in the 3rd embodiment from upgrading the starting to the diagram of the state of each number machine till finishing of construction.
Fig. 9 be before the beginning of renewal in the 3rd embodiment construction and upgrade the end of construction after the diagram of each number Ji service layer.
Figure 10 is the diagram that the A machine in the 3rd embodiment upgrades each number Ji service layer in construction.
Figure 11 is the diagram that the B machine in the 3rd embodiment upgrades each number Ji service layer in construction.
Figure 12 is the diagram that the C machine in the 3rd embodiment upgrades each number Ji service layer in construction.
Figure 13 is the diagram that the D machine in the 3rd embodiment upgrades each number Ji service layer in construction.
Label declaration:
1, 2... new control setup, 3, 4... old control setup, 5a, 5b, 6a, 6b... the boarding place call button before upgrading, 7a, 7b, 8a, 8b... the boarding place call button after upgrading, 9a～9d... winch, 10a～10d... hawser, 11a～11d... car, 21, 22... conveyor line, 23, 24... level line, 31... new group manage apparatus, 32... boarding place is called out input and output section, 33... distribution control part, 34... traffic determination part, 41... new and old switching interface, 42... old boarding place is called out input and output section, 42a... the 1st transformation component, 43... signal switching part, 43a... the 2nd transformation component, 43b... the 3rd transformation component, 45, 46... new and old switching interface, 51, 52... old control setup, T1, T2, T3... signal map table.
The specific embodiment
Below, illustrate referring to the drawings embodiments of the invention.
(the 1st embodiment)
Fig. 1 is the formation diagram of the elevator cluster management system of the 1st embodiment, has meaned in building 4 (A～D machine) elevators the formation of establishing.
Now, be made as the state that new and old elevator mixes in upgrading construction.In the example of Fig. 1,4 elevators of A～D machine being upgraded by platform, is 2, new elevator (A machine and B machine) now, the state of old elevator 2 (C machine and D machines).
In addition, said renewal here is so-called " controls and upgrade ", the running of elevator is controlled to function and change to up-to-date.Below, the control setup after upgrading is called to " new control setup ", the control setup before upgrading is called " old control setup ".Equally, the group manage apparatus after upgrading is called to " new group manage apparatus ".
Each control setup, group manage apparatus all consist of computing machine.The running of each control setup each elevator of unit control under the control of group manage apparatus.Group manage apparatus is the main control unit of synthetically managing each elevator, when boarding place call out to occur, selects elevator best in each elevator, carries out the control to this boarding place calling of this allocation of elevators etc.
As shown in Figure 1, the elevator cluster management system in the present embodiment possesses: new control setup 1,2; Old control setup 3,4; Boarding place call button 5a, 5b, 6a, 6b; Boarding place call button 7a, 7b, 8a, 8b; New group manage apparatus 31; New and old switching interface 41.
In addition, the running control that function is carried out respectively C, D machine is controlled in the running before old control setup 3,4 use renewals.These old control setups 3,4 are connected with new and old switching interface 41 via level line 23.
Boarding place call button 5a, 5b, 6a, 6b are the boarding place call buttons after the renewal of each storey setting, via conveyor line 22, with new control setup 1,2, are connected respectively.In addition, boarding place call button 7a, 7b, 8a, 8b are the boarding place call buttons before the renewal of each storey setting, via level line 24, with new and old switching interface 41, are connected respectively.
In addition, " conveyor line " is the signal wire (SW) of data mode transfer address data according to the rules.Relatively, " level line " is the signal wire (SW) that transmits the signal of ON/OFF, must be connected up by the number of signal.
In addition, the 9a～9d in figure is winch, and 10a～10d is hawser, and 11a～11d is car, in the elevator setting of each number machine.
For example, if the elevator of A machine, according to the driving instruction from new control setup 1, winch 9a rotation, the hawser 10a reeled via this winch 9a, car 11a lifting action in lift well, move at each floor gap.The elevator of other number machine too, by the driving order-driven of the control setup 1 from corresponding with each number machine.
Here, in the present embodiment, only by the new and old elevator of new group manage apparatus 31 integrated management, adopting old elevator is that C, D machine are via the formation of between new and old switching interface 41 and new group manage apparatus 31, carrying out the transmitting-receiving of signal.
New group manage apparatus 31 is to upgrade the device of newly establishing in operation, has carried the up-to-date running control function that has interchangeability with new control setup 1,2.This new group manage apparatus 31 has: the boarding place of processing the signal of boarding place calling is called out input and output section 32; Carry out de novo boarding place is called out to the distribution control part 33 of the calculation process of best allocation of elevators.
New and old switching interface 41 is arranged on new group manage apparatus 31.This new and old switching interface 41 is transformed to the function at the new accessible signal of group manage apparatus 31 side as the signal by old elevator, possesses old boarding place and calls out input and output section 42 and signal switching part 43.
Old boarding place is called out input and output section 42 will be by the boarding place call button 7a before upgrading, 7b, and 8a, the signal that the boarding place that the operation of 8b occurs is called out is transformed at the new accessible signal of group manage apparatus 31 side.In detail, old boarding place is called out input and output section 42 and is had the 1st transformation component 42a, adopt signal map table T1 shown in Fig. 2, the signal that the boarding place that will be sent here by level line 24 from old elevator side is called out is transformed to the address date of the transfer system of processing at new group manage apparatus 31.
The signal that signal switching part 43 is C, D machine by old elevator is transformed at the new accessible signal of group manage apparatus 31 side.In detail, signal switching part 43 has the 2nd transformation component 43a, adopts signal map table T2 shown in Fig. 3, and the signal that will be sent here by level line 23 from old elevator side is transformed to the address date of the transfer system of processing at new group manage apparatus 31.And this signal switching part 43 has the 3rd transformation component 43b, adopt signal map table T3 shown in Fig. 4, also carry out the address date of the transfer system of new group manage apparatus 31 outputs is inversely transformed into to the level signal that old elevator is used.
The action of native system then, is described.
Fig. 5 is the diagram of circuit of the treatment scheme of new group manage apparatus 31 under the state that mixes of the new and old elevator of explanation.
Now, be made as at floor arbitrarily and operated boarding place call button (step S11).This occasion, if boarding place call button 5a, 5b (step S12 is) after upgrading, the signal that the boarding place that this push-botton operation occurs is called out offers new group manage apparatus 31 (step S13) via the new control setup 1 of A machine.
Boarding place call button 6a after renewal, the operated occasion of 6b are too.The signal that these boarding places are called out sends with the form of the address date of the transfer system in new group manage apparatus 31 processing, therefore directly to the boarding place of new group manage apparatus 31, calls out input and output section 32 and inputs.
On the other hand, if boarding place call button 7a, 7b or boarding place call button 8a, 8b (step S12's is no) before upgrading, the form that is level signal with old signal sends the signal that boarding place is called out.The signal that boarding place is now called out is to new and old switching interface 41 inputs.The old boarding place arranged at new and old switching interface 41 is called out input and output section 42 and is adopted signal map table T1, the signal that the boarding place that will send here with the form of level signal is called out is transformed at the new accessible signal of group manage apparatus 31 side, that is, as the address date (step S13) of new signal.
As shown in Figure 2, this signal map table T1 calls out the corresponding table of the relation of relevant old signal and new signal to boarding place.For example, if mean the boarding place calling of advancing to up direction from the boarding place of 1 layer, old signal is level signal " a1 ", and new signal is address " 0001 ".Thereby, send the occasion of level signal " a1 " here in the operation of the boarding place call button by before upgrading, call out input and output section 42 via the old boarding place of new and old switching interface 41 and be transformed to address " 0001 ", to the boarding place of new group manage apparatus 31, call out 32 inputs (step S14) of input and output section.
In addition, in the example of Fig. 2, simple in order to make explanation, meaned address with 4 bits, but reality can consist of a plurality of bits.
Like this, after the signal that the boarding place of floor is called out is arbitrarily offered to new group manage apparatus 31, in new group manage apparatus 31, obtain the operation information of the elevator of each number machine.The information that the operation information of this elevator comprises present car position and/or bed of interest etc.
Here, if the A after upgrading, B machine (new elevator) (step S15 is), new group manage apparatus 31 is obtained the operation information (step S17) of A, B machine from new control setup 1,2 forms with address date.
On the other hand, if C, D machine (old elevator) (step S15's is no) before upgrading, the form that is level signal with old signal sends operation information.Operation information now is to new and old switching interface 41 inputs.The signal switching part 43 arranged at new and old switching interface 41 adopts signal map table T2, and the operation information that will send here with the form of level signal is transformed to the accessible signal of new group manage apparatus 31 side, that is, and and as the address date (step S16) of new signal.
As shown in Figure 3, this signal map table T2 is the old signal relevant to the operation information of elevator and the corresponding table of relation of new signal.For example,, if present car position at 1 layer and will be level signal " b1 " in old signal to the state of 2 layers of movement, be address " 0101 " in new signal.Thereby, in the occasion of (old control setup) the transmission level signal of the control setup from upgrading " b1 ", via the signal switching part 43 of new and old switching interface 41, be transformed to address " 0101 ", to new group manage apparatus 31 inputs (step S17).
In addition, in the example of Fig. 3, simple in order to make explanation, meaned address with 4 bits, but reality can consist of a plurality of bits.In addition, as operation information, except car position, bed of interest, also comprise the medium information of state, standby of car load, door switching.
Obtain (step S18 is) after the operation information of each number machine, by the distribution control part 33 arranged at new group manage apparatus 31, carry out the allocation process (step S19) that these boarding places are called out.
In detail, distribute control part 33 to adopt the arithmetic expression of regulation, the due in while by each number machine of pre-direction finding, distributing this boarding place to call out etc., calculate evaluation number to each number machine, by estimating the highest number machine, selects as distribution object.
In addition, " arithmetic expression of regulation " is such as being evaluation arithmetic expression adopted fuzzy neuron etc.But, the invention is not restricted to the method, can adopt general elevator group controller to control the method adopted, considered the distributive judgement computing of the running efficiency that elevator is all.
After selecting number machine that becomes distribution object, new 31 pairs of this number machines of group manage apparatus are the form output with address date by distributed intelligence.Now, if the A machine (step S20 is) after the distribution object machine upgrades can be exported (step S22) with the form of the address date of transfer system to new control setup 1 by distributed intelligence.The occasion of B machine too, is exported with the form of the address date of transfer system distributed intelligence to new control setup 2.
On the other hand, if C machine or D machine (step S20's is no) before the distribution object machine upgrades, new group manage apparatus 31 is sent to new and old switching interface 41 by this distributed intelligence.Then, the signal switching part 43 by arranging at new and old switching interface 41, be inversely transformed into the form that old signal is level signal (step S21) by this distributed intelligence.
The example of the signal map table T3 that Fig. 4 has adopted while having meaned inverse transformation.
Signal map table T3 is new signal that the distributed intelligence called out to boarding place is relevant and the corresponding table of relation of old signal.For example, if the C machine, new signal is address " 1003 ", and old signal is level signal " c3 ".
Thereby the distributed intelligence of the address " 1003 " that will export from new group manage apparatus 31 is transformed to level signal " c3 " via the signal switching part 43 of new and old switching interface 41, offers old control setup 3 (step S22).
In addition, in the example of Fig. 4, simple in order to make explanation, meaned address with 4 bits, but reality can consist of a plurality of bits.
Like this, according to the present embodiment, even the state mixed because upgrading the new and old elevator of construction, the interface of the interchangeability of the signal by being provided for obtaining new and old elevator at new group manage apparatus, can only carry out comprehensive management by new group manage apparatus.Thereby, can adopt up-to-date running to control the running that function is controlled each elevator, the service of turning round.
In addition, upgrade in construction and can remove old group manage apparatus, therefore can eliminate the problem that space is set of Machine Room and the problem of operability etc.
(the 2nd embodiment)
Then, the 2nd embodiment is described.
In above-mentioned the 1st embodiment, at new group manage apparatus, new and old switching interface is set, and, in the 2nd embodiment, it is characterized in that, at old control setup, new and old switching interface is set, obtain the interchangeability of the signal of new and old elevator.
Fig. 6 is the formation diagram of cluster management system of the elevator of the 2nd embodiment.In addition, the part identical with the formation of Fig. 1 in above-mentioned the 1st embodiment enclosed same label, and it illustrates omission.
In the example of Fig. 6,2 elevators (C, D machine) before 2 elevators after renewal (A, B machine) and renewal are only controlled by new group manage apparatus 31.Here, be provided with respectively at the old control setup 4 of the old control setup 3 of C machine and D machine the new and old switching interface 45,46 possessed with new and old switching interface 41 said functions of Fig. 1.
This new and old switching interface 45,46 has signal map table T1, T2, the T3 shown in Fig. 2 to Fig. 4, adopts these signal map tables T1, T2, T3, by old signal to new signal conversion or from new signal to old signal inverse transformation.
In such formation, it is the form of the address date of transfer system that the signal of boarding place call button 7a, 7b before upgrading is transformed at the new accessible signal of group manage apparatus 31 side via the new and old switching interface 45 arranged at old control setup 3, to new group manage apparatus 31 inputs.Equally, it is the form of the address date of transfer system that the signal of boarding place call button 8a, 8b before upgrading is transformed at the new accessible signal of group manage apparatus 31 side via the new and old switching interface 46 arranged at old control setup 4, to new group manage apparatus 31 inputs.
In addition, it is the form of the address date of transfer system that the operation information of C, D machine also is transformed to the accessible signal of new group manage apparatus 31 side via new and old switching interface 45,46 respectively, to new group manage apparatus 31 inputs.
On the other hand, while to the C machine, distributing boarding place to call out, the distributed intelligence of exporting with the form of address date from new group manage apparatus 31 is inversely transformed into the form of level signal via the new and old switching interface 45 arranged at old control setup 3, offer old control setup 3.Too, distributed intelligence now is inversely transformed into the form of level signal to the D machine via the new and old switching interface 46 arranged at old control setup 4, offer old control setup 4.
Like this, even the occasion of new and old switching interface is set at the control setup of old elevator, also can in upgrading construction, only by new group manage apparatus, carry out comprehensive management, carry out running service efficiently etc., can obtain the effect same with above-mentioned the 1st embodiment.
And, while adopting such formation, after the end of upgrading, at the interface of the control setup setting of this elevator, become unnecessary, therefore have advantages of can be necessary to other place move.
(the 3rd embodiment)
Then, the 3rd embodiment is described.
In the 3rd embodiment, it is characterized in that, except the formation of above-mentioned the 1st embodiment, also at new group manage apparatus, possessing the volume of traffic measurement function.
Fig. 7 is the formation diagram of the elevator cluster management system of the 3rd embodiment.In addition, with the formation same section of Fig. 1 in above-mentioned the 1st embodiment, enclose same label, it illustrates omission.
In the example of Fig. 7,4 of A～D machine is before upgrading, and these elevators are only controlled by new group manage apparatus 31.Together with the old control setup 3 of the old control setup 51 of A machine and the old control setup 52 of B machine and C machine and the old control setup 4 of D machine, via level line 23, with the signal switching part 43 of new and old switching interface 41, be connected.
In addition, boarding place call button 53a, 53b, 54a, 54b be for before upgrading, be similarly boarding place call button 7a before upgrading, 7b, 8a, 8b together with via the old boarding place calling input and output section 42 of level line 24 and new and old switching interface 41, be connected.
Same with above-mentioned the 1st embodiment, new and old switching interface 41 arranges at new group manage apparatus 31, is transformed to the function of the accessible signal of new group manage apparatus 31 side as the signal by old elevator, possesses old boarding place and calls out input and output section 42 and signal switching part 43.
Old boarding place is called out input and output section 42 and is had the 1st transformation component 42a, adopt the signal map table T1 shown in Fig. 2, the signal that the boarding place that will send here by level line 24 from the boarding place of each layer is called out is transformed to the address date of the transfer system of processing at new group manage apparatus 31.
Signal switching part 43 has the 2nd transformation component 43a, adopts the signal map table T2 shown in Fig. 3, and the signal that will send here by level line 23 from old control setup 51,52,3,4 is transformed to the address date of the transfer system of processing at new group manage apparatus 31.In addition, signal switching part 43 has the 3rd transformation component 43b, adopts the signal map table T3 shown in Fig. 4, and the address date of the transfer system that will export from new group manage apparatus 31 is inversely transformed into the level signal that old elevator is used.
In such formation, arbitrary elevator of A～D machine when the running dormant state, carries out the running service of each layer by 3 elevators of residue because upgrading construction.Such occasion, because the elevator number of units that can turn round reduces, carrying capacity reduces certainly, has because floor difference wait time increases, and makes the passenger feel the situation of trouble.
Thereby, in the 3rd embodiment, be provided with the traffic determination part 34 of the traffic for measuring each floor that upgrades construction at new group manage apparatus 31.The traffic of distributing each floor that control part 33 measures according to this traffic determination part 34, other number machine that will usually to this floor, not turn round and serve because of the boarding place call distribution of upgrading the floor that the construction service of turn round reduces.Below lifting concrete example describes in detail.
Now, have in the building of floor of 1 layer～6 layers, suppose the situation of 4 elevators of A～D machine being upgraded one by one to construction.
Each elevator is determined respectively the layer of running service.Here, be made as 1 layer and 3 layers and 5 layers of odd-level of A machine and B machine running service key horizon, C machine and D machine running service key horizon 1 layer with 2 layers of even level and 6 layers (or 2 layers, 4 layers and 6 layers).
Fig. 8 is from upgrading starting to the schematic diagram of the state of each number machine finished of constructing.In figure zero means new elevator, and X means old elevator, and △ means in construction.Upgrading the beginning of constructing front is pattern 1, and all number machine is old elevator.Then, the state that sequentially upgrades construction from the A machine is pattern 2～5, and the state that the renewal construction of final wholes' machine finishes is pattern 6.
Fig. 9 to Figure 13 is from upgrading starting to the schematic diagram of each number Ji service layer tailend of constructing.After the end that before the beginning of renewal construction, (pattern 1) and renewal are constructed, in (pattern 6), as shown in Figure 9, predetermined floor is served in A～D machine running.In addition, but zero in figure means service floor, and blank expression can not service floor.
Here, upgrade in construction, according to traffic, by other number machine, replace carrying out number Ji service layer in this construction.
That is, for example the A machine is when upgrading in construction (pattern 2), more than supposing that the wait time of 3 layers reaches certain hour.Such occasion, as shown in figure 10, be added to C Ji service layer by 3 floor.In addition, but the black circle in figure means to upgrade the service floor temporarily appended in construction ,-mean to upgrade in construction.Thereby, when the A machine upgrades construction, 3 layers the occasion that boarding place is called out occurs, to B machine or C machine, distribute this boarding place to call out.
Equally, the B machine when upgrading in construction (mode 3), if, more than the wait time of 3 layers reaches certain hour, as shown in figure 11,3 floor are added to C Ji service layer, distributes the boarding place of 3 layers to call out to A machine and C machine.
In addition, for example the C machine is when upgrading in construction (pattern 4), more than whole wait times of supposing even level (2,4,6 layers) reach certain hour.Such occasion, as shown in figure 12, be added to A Ji service layer by 4 floor, and 2 floor and 6 floor are added to B Ji service layer.Thereby the occasions that boarding places are called out in upgrading construction the time, occur at 4 layers in the C machine, to A machine or D machine, distribute this boarding place to call out.In addition, at 2 layers or 6 layers, the occasion that boarding place is called out occurring, to B machine or D machine, distributes this boarding place to call out.
Equally, the D machine when upgrading in construction (pattern 5), even level (2,4,6 layers) if wait time reach certain hour more than, as shown in figure 13,4 floor are added to A Ji service layer, 2 floor and 6 floor are added to B Ji service layer.To A machine or C machine, distribute the boarding place of 4 layers to call out, distribute the boarding place calling of 2 layers and 6 layers to B machine or C machine.
In addition, the pattern service layer of 4,5 o'clock appends in setting, as long as other number machine can replace carrying out number Ji service layer in construction, is not limited to Figure 12,13 example, can adopt any setting.
In addition, here, be made as to the A machine and append 1 floor, to the B machine, append 2 floors, but can be also to append 2 floors to the A machine, append other settings of 1 floor etc. to the B machine.
In addition, when the service layer of elevator changes, preferably this situation is passed through to sound or information display notification passenger.
Like this, by at new group manage apparatus 31, traffic determination part 34 being set, can grasp the traffic of upgrading each floor in construction, the boarding place call distribution of the floor reduced by the service of turning round, to the elevator of the original service of not turning round, can prevent the reduction of transport efficiency.
In addition, as above-mentioned the 2nd embodiment, the 3rd embodiment also goes for arranging at the control setup of each number machine the formation of new and old switching interface, also can obtain same effect.
In a word, the invention is not restricted to the various embodiments described above, the implementation phase in do not break away from main idea scope can and specialize inscape distortion.In addition, can form by the proper combination of the disclosed a plurality of inscapes of the various embodiments described above various inventions.For example, also can delete several inscapes from the full inscape shown in embodiment.And the inscape of different embodiment also can proper combination.
Above, according to the present embodiment, even upgrade the state that in construction, new and old elevator mixes, by adopting new and old switching interface, obtain the interchangeability of the signal of new and old elevator, can remove old group manage apparatus, the running of the whole elevators that only by new group manage apparatus, comprised old elevator is controlled.
Claims (5)
1. an elevator cluster management system is characterized in that possessing:
New control setup, it controls the running of the new elevator after upgrading;
Old control setup, it controls the running of the old elevator before upgrading;
New group manage apparatus after renewal, it is via above-mentioned new control setup and the above-mentioned new elevator of above-mentioned old control setup integrated management and above-mentioned old elevator, and the boarding place that each floor is occurred is called out to the best allocation of elevators in above-mentioned new elevator and above-mentioned old elevator; And
New and old switching interface, its signal by above-mentioned old elevator is transformed at the accessible signal of above-mentioned new group manage apparatus side, and the signal of above-mentioned new group manage apparatus is inversely transformed into to the signal of above-mentioned old elevator;
Above-mentioned new and old switching interface possesses:
The 1st transformation component, its signal that boarding place of the operation of the boarding place call button by above-mentioned old elevator side registration is called out is transformed at the accessible signal of above-mentioned new group manage apparatus side and offers above-mentioned new group manage apparatus.
2. elevator cluster management system claimed in claim 1, is characterized in that,
Above-mentioned new and old switching interface also possesses:
The 2nd transformation component, the operation information of the above-mentioned old elevator that it will be exported from above-mentioned old control setup is transformed at the accessible signal of above-mentioned new group manage apparatus side and offers above-mentioned new group manage apparatus; And
The 3rd transformation component, its distributed intelligence that will call out from boarding place of above-mentioned new group manage apparatus output is inversely transformed into the signal that above-mentioned old elevator uses and offers above-mentioned old control setup.
3. elevator cluster management system claimed in claim 1, is characterized in that,
Above-mentioned new and old switching interface is arranged on above-mentioned new group manage apparatus side.
4. elevator cluster management system claimed in claim 1, is characterized in that,
Above-mentioned new and old switching interface is arranged on above-mentioned old control setup side.
5. elevator cluster management system claimed in claim 1, is characterized in that,
Above-mentioned new group manage apparatus possesses:
The traffic determination part, it measures the traffic of each floor; And
Distribute control part, the traffic of each floor that it is measured according to above-mentioned traffic determination part, the boarding place call distribution of the floor that during renewal is constructed, the running service reduces is to common other elevators that this floor do not turned round and serves.
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| Application Number | Priority Date | Filing Date | Title |
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| JP2010025644A JP2011162294A (en) | 2010-02-08 | 2010-02-08 | Group supervisory operation system of elevator |
| JP025644/2010 | 2010-02-08 |
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| CN102145837A CN102145837A (en) | 2011-08-10 |
| CN102145837B true CN102145837B (en) | 2013-12-25 |
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| CN104136354B (en) * | 2012-02-23 | 2016-01-20 | 三菱电机株式会社 | Elevator group management controller |
| JP5823551B2 (en) * | 2014-03-06 | 2015-11-25 | 東芝エレベータ株式会社 | Elevator management system |
| JP2015214396A (en) * | 2014-05-09 | 2015-12-03 | 三菱電機株式会社 | Elevator group management control device and elevator group management control method |
| WO2019035214A1 (en) * | 2017-08-18 | 2019-02-21 | 三菱電機株式会社 | Elevator renovation method and elevator auxiliary panel |
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| CN102448865A (en) * | 2009-06-29 | 2012-05-09 | 三菱电机株式会社 | Elevator renewal method |
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