CN1935615B - Elevator controlling system - Google Patents

Elevator controlling system Download PDF

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Publication number
CN1935615B
CN1935615B CN2006101392725A CN200610139272A CN1935615B CN 1935615 B CN1935615 B CN 1935615B CN 2006101392725 A CN2006101392725 A CN 2006101392725A CN 200610139272 A CN200610139272 A CN 200610139272A CN 1935615 B CN1935615 B CN 1935615B
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CN
China
Prior art keywords
elevator control
control gear
delivery conduit
elevator
mentioned
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Expired - Fee Related
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CN2006101392725A
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Chinese (zh)
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CN1935615A (en
Inventor
石村准一
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Toshiba Elevator and Building Systems Corp
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Toshiba Elevator Co Ltd
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Publication of CN1935615A publication Critical patent/CN1935615A/en
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  • Indicating And Signalling Devices For Elevators (AREA)
  • Elevator Control (AREA)
  • Maintenance And Inspection Apparatuses For Elevators (AREA)

Abstract

In accordance with the present invention, in a cyclic data signal 31a in a cyclic transmission system which is adopted for transmitting/receiving information between an elevator control device 15 and a hall call registration device 7 and a car call registration device 9, a specified segment 32 is incorporated which have a specified address and a data region for the information terminal 16. The information terminal 16 having the specified address is connected to a transmission line 18 to carry out information exchange between the elevator control device 15 and access the set data in a set data memory of the elevator control device.

Description

Apparatus for controlling elevator
Technical field
The present invention relates to a kind of elevator device that is arranged at buildings such as high building, mansion, particularly relate to a kind of apparatus for controlling elevator, this apparatus for controlling elevator can carry out access easily to being used for moving up and down the elevator controling information of the elevator control gear of controlling lift car from the outside.
Background technology
In the elevator device that is arranged at buildings such as high building, mansion, as shown in figure 23, the car 1 of elevator moves up and down in the inside of elevator lifting channel 2.In the Machine Room of the upside of this elevator lifting channel 2, be provided with and comprise that car makes gig 4, the drive division 5 that drives this gig 4 and the elevator control gear 6 of the electrical motor that car 1 moves up and down by rope 3.
And,, be provided with the landing call calling mechanism 7 of registration by the landing call of the push-botton operation input of landing call button at the lift port of each layer.Each landing call by each landing call calling mechanism 7 registration is imported to elevator control gear 6 by delivery conduit 8.In addition, in car 1, be provided with the car call register apparatus 9 of registration by the car call of the push-botton operation input of car call button.Car call by car call register apparatus 9 registrations is imported to elevator control gear 6 by delivery conduit 10.And elevator control gear 6 and drive division 5 are accommodated in the control desk 12.
From external power supply 11 to elevator control gear 6 and drive division 5 supply capabilities.And, when elevator control gear 6 has been transfused to landing call or car call by delivery conduit 8,10, detect the current location (layer) of car 1, send the move that car 1 is moved to landing call or the specified bed of interest of car call to drive division 5.Drive division 5 drives the electrical motor of gigs 4, and car 1 is moved to bed of interest.
And, in the described elevator control of TOHKEMY 2002-64520 communique delivery system, information transmit-receive between elevator control gear 6 and each landing call calling mechanism 7 and the information transmit-receive between elevator control gear 6 and each car call register apparatus 9 are carried out with the circulation mode of movement.
In such elevator device, in elevator control gear 6, store a plurality of setting datas of the adjustment data that comprise that the car 1 that is used to make elevator successfully moves to bed of interest.And, again construct under the situation of apparatus for controlling elevator and during periodic inspection at building, the real-world operation elevator, adjust above-mentioned setting data, so that car 1 successfully moves to bed of interest, and make moving velocity, acceleration/accel, deceleration/decel, starting standing time, stop position etc. not bring unplessantness displeasure to the user.
In order to adjust each setting data that is stored in this elevator control gear 6, as shown in figure 24, the elevator control gear 6 for being accommodated in the control desk 12 connects carry-along setting terminal 13.And, between setting terminal 13 and elevator control gear 6, carry out giving and accepting of various information.That is to say that setting terminal 13 sends each setting data to elevator control gear 6, to the change of elevator control gear 6 each setting datas of indication.
But, in such elevator device,, adjust worker and must arrive in the place that elevator control gear 6 is set in order between elevator control gear 6 and setting terminal 13, to carry out giving and accepting of data, setting terminal 13 is connected in elevator control gear 6.
Usually, elevator control gear 6, as shown in figure 24, be arranged near the Machine Room of elevator lifting channel 2 upsides that the superiors of building, are provided with, so, also to arrive in the superiors even adjust when worker will carry out giving and accepting of data to elevator lifting channel 2, thereby spend the reciprocal time.
In addition, in the time will in car 1, adjusting the taking sense data, need 1 worker in car 1, to wait for, thus near the setting data in the operating and setting terminal 13 change elevator control gears 6 elevator control gear 6 of another worker in the Machine Room.So, need 2 the above persons to come operation, operating efficiency worsens.
Summary of the invention
The objective of the invention is to, a kind of apparatus for controlling elevator is provided, this apparatus for controlling elevator can be on landing call calling mechanism that is arranged at each layer and the next door that is arranged at the car call register apparatus in the car, at information terminal be arranged at implementation information exchange easily between the elevator control gear in the Machine Room of the superiors, can implement easily to reset to the setting data of elevator control gear by information terminal, change, accesses such as deletion, thus can be with the short time, few number, and be implemented in effectively under the situation of constructing elevator device again and the lift boy during periodic inspection adjusts.
The present invention is a kind of apparatus for controlling elevator, it has: the landing call calling mechanism that is arranged at each layer of building, be installed on the car call register apparatus in the elevator cab, be connected with landing call calling mechanism and car call register apparatus by delivery conduit, move the elevator control gear of controlling car according to landing call and car call by the delivery conduit input, wherein, be provided with circulating device, this circulating device, when implementation information is received and dispatched between elevator control gear and each calling mechanism, to delivery conduit, output comprises the loop-around data signal of the section that constitutes by the address of each calling mechanism with to the information of this calling mechanism transmitting-receiving of calling mechanism number at least in 1 cycle from elevator control gear.
And then also the section of having group is gone into device and information terminal, and this section group is gone into device and organized the particular segment that is made of particular address and data area in advance at elevator control gear in 1 cycle of the loop-around data signal of delivery conduit output; This information terminal has particular address, be provided with freely with respect to the delivery conduit loading and unloading, under the state that is installed on the delivery conduit, utilize the data area of the particular segment from the loop-around data signal of elevator control gear output, and carry out information exchange between the elevator control gear.
In the apparatus for controlling elevator that constitutes like this, the information transmit-receive between elevator control gear and each calling mechanism carries out with the circulation mode of movement.In this circulation mode of movement, such as known to the public, from elevator control gear as main control part, to the delivery conduit that is connecting as each calling mechanism that has been assigned with each address of subordinate part, output loop-around data signal, this loop-around data signal in 1 cycle, contain at least the calling mechanism number, by the address of each calling mechanism and the section that constitutes to the information of this calling mechanism transmitting-receiving.
Each calling mechanism, when finding the address of self in the loop-around data signal that is sent in 1 cycle, the information after this self address obtained is as the information that sends to self.In addition, send to elevator control gear under the situation of information, after self address, write this information at each calling mechanism.
So, group is gone into the particular segment that is made of particular address and data area in 1 cycle of loop-around data signal, be connected in delivery conduit by the information terminal that will have this particular address, can between information terminal and elevator control gear, implement various information exchanges.
Thus, on calling mechanism next door, for example can and be arranged between the elevator control gear of Machine Room and implement various information exchanges.So, on one side maintenance examination person can monitor the setting data of elevator control gear, Yi Bian this setting data is changed, deletes, reset.
In addition, the apparatus for controlling elevator of another invention, have: each layer at building is provided with a plurality of landing call calling mechanisms respectively, be installed in the interior car call register apparatus of car of many elevators respectively, be connected with each landing call calling mechanism of each layer and the car call register apparatus in each car by independent delivery conduit respectively, and move a plurality of elevator control gears of controlling car according to landing call and car call by the delivery conduit input, and the auxiliary delivery conduit that is used for carrying out each other information exchange at each elevator control gear, wherein be provided with circulating conveyor, this circulating conveyor, when implementation information is received and dispatched between each elevator control gear and each calling mechanism, to delivery conduit, output contains the calling mechanism number at least in 1 cycle from elevator control gear, the loop-around data signal of the section that constitutes by the address of each calling mechanism with to the information of this calling mechanism transmitting-receiving.
And then also the section of being provided with group is gone into device, and this section group is gone into device, and in 1 cycle of the loop-around data signal of the delivery conduit output relative with car call register apparatus, group is gone into the particular segment that is made of particular address and data area in advance at each elevator control gear.
Also has information terminal in addition, this information terminal has particular address, be provided with freely with respect to the delivery conduit loading and unloading relative with 1 car call register apparatus, be installed under the state of delivery conduit, the data area of the particular segment of utilization from the loop-around data signal of elevator control gear output, and be connected in carry out between the elevator control gear of delivery conduit information exchange and by auxiliary delivery conduit and other elevator control gears between carry out information exchange.
In the apparatus for controlling elevator that constitutes like this, building be provided with many elevator (car) and with corresponding many elevator control gears of these many cars, and be provided with a plurality of landing call calling mechanisms at each layer, and be provided with and many corresponding a plurality of car call register apparatus of car.And, at each elevator control gear each other, be provided for carrying out each other the auxiliary delivery conduit of information exchange at each elevator control gear.
So, be installed in the information terminal on the delivery conduit relative with 1 car call register apparatus, can be by being connected in the delivery conduit of self, carry out information exchange with the elevator control gear that is connected in this delivery conduit, can also pass through auxiliary delivery conduit simultaneously, and carry out information exchange between other elevator control gears.That is to say, can be with 1 information terminal, and carry out information exchange between whole elevator control gears.Consequently, can implement being stored in the access of the setting data in whole elevator control gears.
In addition, the apparatus for controlling elevator of another invention, have: each layer at building is provided with a plurality of landing call calling mechanisms respectively, be installed on the interior car call register apparatus of car of many elevators respectively, be connected with each landing call calling mechanism of each layer and the car call register apparatus in each car by independent delivery conduit respectively, move a plurality of elevator control gears of controlling car according to landing call and car call by the delivery conduit input, and the auxiliary delivery conduit that is used for carrying out each other information exchange at each elevator control gear, wherein, be provided with circulating conveyor, this circulating conveyor, when implementation information is received and dispatched between each elevator control gear and each calling mechanism, to delivery conduit, output contains the calling mechanism number at least in 1 cycle from elevator control gear, the loop-around data signal of the section that constitutes by the address of each calling mechanism with to the information of this calling mechanism transmitting-receiving.
Also the section of being provided with group is gone into device in addition, and this section group is gone into device, and in 1 cycle of the loop-around data signal of the delivery conduit output relative with the landing call calling mechanism, group is gone into the particular segment that is made of particular address and data area in advance at each elevator control gear.
And then also has an information terminal, this information terminal has above-mentioned particular address, be provided with freely with respect to the delivery conduit loading and unloading relative with 1 landing call calling mechanism of each layer, under the state that is installed on the delivery conduit, the data area of the particular segment of utilization from the loop-around data signal of elevator control gear output, and be connected in carry out between the elevator control gear of delivery conduit information exchange and through auxiliary delivery conduit and other elevator control gears between carry out information exchange.
So, be installed in the information terminal on the delivery conduit relative with 1 landing call calling mechanism of each layer, can be by being connected in the delivery conduit of self, carry out information exchange with the elevator control gear that is connected in this delivery conduit, simultaneously can be through auxiliary delivery conduit, and carry out information exchange between other the elevator control gear. that is to say, the same with the fwd invention, can between whole elevator control gears, carry out information exchange with 1 information terminal. consequently, can implement for the access that is stored in the setting data in whole elevator control gears.
According to the present invention, can be on landing call calling mechanism and the next door that is arranged at the car call register apparatus in the car, implementation information exchange easily between the elevator control gear in the Machine Room of the information terminal and the superiors, can with information terminal to the setting data of elevator control part implement easily to browse, reset, change, the access of deletion etc., thereby can be with short time, few number and implement to construct again under the situation of elevator device effectively and the lift boy during periodic inspection adjusts.
Description of drawings
Fig. 1 is that the mode chart into the elevator device of the apparatus for controlling elevator that the 1st embodiment of the present invention is arranged is organized in expression.
Fig. 2 is that expression is organized in the block diagram of the general structure of the elevator control gear of the apparatus for controlling elevator of the 1st embodiment.
Fig. 3 is the figure of the employed loop-around data signal of apparatus for controlling elevator of expression the 1st embodiment.
Fig. 4 is that expression is organized in the block diagram of the general structure of the information terminal of the apparatus for controlling elevator of the 1st embodiment.
Fig. 5 is the information terminal in the apparatus for controlling elevator of expression the 1st embodiment and the order drawing of the information exchange of elevator control gear.
Fig. 6 is that the mode chart into the elevator device of the apparatus for controlling elevator that the 2nd embodiment of the present invention is arranged is organized in expression.
Fig. 7 is the figure of the employed loop-around data signal of apparatus for controlling elevator of expression the 2nd embodiment.
Fig. 8 is that the mode chart into the elevator device of the apparatus for controlling elevator that the 3rd embodiment of the present invention is arranged is organized in expression.
Fig. 9 is the figure of the loop-around data signal that apparatus for controlling elevator adopted of expression the 3rd embodiment.
Figure 10 is that expression is organized in the block diagram of the general structure of the elevator control gear of the apparatus for controlling elevator of the 3rd embodiment.
Figure 11 is that expression is organized in the block diagram of the general structure of other elevator control gears of the apparatus for controlling elevator of the 3rd embodiment.
Figure 12 is the information terminal in the apparatus for controlling elevator of expression the 3rd embodiment and the order drawing of the information exchange of elevator control gear.
Figure 13 is that the mode chart into the elevator device of the apparatus for controlling elevator that the 4th embodiment of the present invention is arranged is organized in expression.
Figure 14 is the figure of the loop-around data signal that apparatus for controlling elevator adopted of expression the 4th embodiment.
Figure 15 is that the mode chart into the elevator device of the apparatus for controlling elevator that the 5th embodiment of the present invention is arranged is organized in expression.
Figure 16 is the figure of the loop-around data signal that apparatus for controlling elevator adopted of expression the 5th embodiment.
Figure 17 is that the mode chart into the elevator device of the apparatus for controlling elevator that the 6th embodiment of the present invention is arranged is organized in expression.
Figure 18 is the figure of the loop-around data signal that apparatus for controlling elevator adopted of expression the 6th embodiment.
Figure 19 is that the mode chart into the elevator device of the apparatus for controlling elevator that the 7th embodiment of the present invention is arranged is organized in expression.
Figure 20 is that expression is organized in the block diagram of the general structure of each elevator control gear of the apparatus for controlling elevator of the 7th embodiment.
Figure 21 is that expression is organized in the block diagram of the structure of the Controlled CPU of each elevator control gear of the 7th embodiment system.
Figure 22 is the figure of the loop-around data signal that apparatus for controlling elevator adopted of expression the 7th embodiment.
Figure 23 is the figure of the general structure of the general elevator device of expression.
Figure 24 is the figure that is used for illustrating the data setting method of general elevator device.
The specific embodiment
Below utilize drawing explanation each embodiment of the present invention.
(the 1st embodiment)
Fig. 1 is that expression is organized into all mode charts of the elevator device of the apparatus for controlling elevator that the 1st embodiment of the present invention is arranged.The part additional phase identical symbol together, and the detailed description of omitting repeating part with elevator device in the past shown in Figure 23.
In the Machine Room of the upside of elevator lifting channel 2, be provided with: comprise the gig 4, the drive division 5 that drives this gig 4, the elevator control gear 15 that make the electrical motor that car 1 moves up and down by rope 3.Lift port at each layer of building is provided with landing call calling mechanism 7.By each landing call of each landing call calling mechanism 7 registrations, import to elevator control gear 15 by delivery conduit 8.
In addition, be provided with car call register apparatus 9 in the car 1.By the car call of car call register apparatus 9 registrations, import to elevator control gear 15 by delivery conduit 10.Elevator control gear 15 and drive division 5 are accommodated in the control desk 12.Electric power is supplied with to elevator control gear 15 and drive division 5 from external power supply 11.And, can make the small-sized information terminal of hand-held 16 be connected in as required with on elevator control gear 15 and each landing call calling mechanism 7 bonded assembly delivery conduits 8.
Elevator control gear 15 for example constitutes as shown in Figure 2.In this elevator control gear 15, be provided with the Controlled CPU 17 of implementing various information processings, by the conveying control part 19 of delivery conduit 8,10 implementation information exchange between each landing call calling mechanism 7 and car call register apparatus 9, store the addressed memory 18 of the address of each landing call calling mechanism 7 and car call register apparatus 9.
In Controlled CPU 17, be provided with call treatment portion 20 and car mobile control division 21, this call treatment portion 20, by delivery conduit 8,10 input landing calls or car call the time, detect the current location (layer) of car 1, distribute landing call or car call to car 1, this car mobile control division 21 sends the move that makes car 1 move to the landing call of distributing to oneself or the specified bed of interest of car call to drive division 5.
And, in Controlled CPU 17, also be provided with setting data memory device 22 and control and management portion 23, this data memory 22 be stored in use when moving control car 1, comprise with car and move setting data relevant adjustment data, elevator control at least, this control and management portion 23 is at least according to carrying out from the access of information terminal 16 indication being stored in browsing, change, deleting of setting data in this setting data memory device 22.
And what is called is stored in the setting data of setting data memory device 22, as mentioned above, for example is the data of the moving velocity, acceleration/accel, deceleration/decel, starting standing time, stop position etc. of relevant car 1.
Fig. 4 is a block diagram of having represented to load and unload with respect to delivery conduit 8 general structure of the information terminal 16 that is provided with freely.In this information terminal 16, be provided with by delivery conduit 8 the conveying control part 24 of implementing various information exchanges with elevator control gear 15, store the addressed memory 25 and the data read portion 27 of self address (particular address); This data read portion 27, by delivery conduit 8, conveying control part 24, read operation by the operator and be operated setting data in portion's 26 setting data memory devices 22 specified, that be stored in elevator control gear 15, and the setting data that is read is shown in telltale 28.
And, in this information terminal 16, be provided with data setting portion 29, this data setting portion 29, be operated the specified setting data of portion 26 by carrying control part 24, delivery conduit 8 to send operation by the operator to elevator control gear 15, thereby, set this setting data to setting data memory device 22 with respect to control and management portion 23.
Information transmit-receive between elevator control gear 15 and each landing call calling mechanism 7 is carried out with the circulation mode of movement.Be specially, as the conveying control part 19 of the elevator control gear 15 of main control part, shown in Fig. 3 (a), to the delivery conduit 8 output loop-around data signal 31a that connecting as each landing call calling mechanism 7 that has been assigned with each address of subordinate part.In this loop-around data signal 31a, in 1 cycle (1 frame), comprise at least with the platform of landing call calling mechanism count as much, by the address AD of each landing call calling mechanism 7 and the section 30 that constitutes to the information IN of these landing call calling mechanism 7 transmitting-receivings.
And in 1 cycle of this loop-around data signal 31a (1 frame), group goes into to have by the particular address AD as the address of information terminal 16 SWith set the information IN that is used for to information terminal 16 transmitting-receiving SThe specific section 32 that constitutes of data area.
Each landing call calling mechanism 7 and information terminal 16, address AD, the AD of discovery self in the loop-around data signal 31a that in 1 cycle, is being sent SThe time, obtain information IN, IN after this self address SAs the information of giving self.In addition, each landing call calling mechanism 7 and information terminal 16 are sending information IN, IN to elevator control gear 15 SSituation under, at self address AD, AD SWrite this information IN, IN afterwards S
Equally, the information transmit-receive between elevator control gear 15 and the car call register apparatus 9 is carried out with the circulation mode of movement that has used the loop-around data signal 41b shown in Fig. 3 (b) by delivery conduit 10.In this case, in 1 cycle of loop-around data signal 41b (1 frame), only contain 1 address AD by call registration device for elevator 9 CWith information IN CThe section 30 that constitutes.
The groundwork of the elevator control of the circulation mode of movement in the apparatus for controlling elevator of the 1st embodiment that has used such formation is described.
The conveying control part 19 of elevator control gear 15 is with certain cycle, in each address AD of the loop-around data signal 31a of delivery conduit 8 1～AD NSet the information IN of call supervision instruction afterwards 1～IN NEqually, carry control part 19, with certain cycle, in the address AD of the loop-around data signal 41b of delivery conduit 10 CSet the signal IN of call supervision instruction afterwards C
Each landing call calling mechanism 7 and car call register apparatus 9, when obtaining the call supervision instruction of giving self, registered user under the situation of landing call, car call, this landing call, car call have been set in after self address of following one-period among loop-around data signal 31a, the 41b by elevator.If do not register landing call, car call, then being set at after self address in following one-period does not have registration.
The conveying control part 19 of elevator control gear 15 extracts each landing call, the car call that are set among loop-around data signal 31a, the 41b, sends to call treatment portion 20.The current location (layer) of car 1 as mentioned above, when input landing call or car call, detects in call treatment portion 20, and car 1 is distributed landing call or car call, sends distributed intelligence to car mobile control division 21.
Car mobile control division 21 sends mobile control command to drive division 5, this mobile control command is to make elevator 1 move and use the mobile control command of the adjustment data that are stored in setting data memory device 22 to landing call that is assigned with or the specified bed of interest of car call.Drive division 5 is according to indicated mobile control command, and the electrical motor of gig 4 is controlled in revolution.Consequently, car 1 arrives bed of interest.
Next, use the order drawing of Fig. 5, illustrate and use information terminal 16, each setting data in being stored in the setting data memory device 22 of elevator control gear 15 reading and changing (renewal) time, the information transmit-receive of being implemented between information terminal 16 and the elevator control gear 15.
The operator is installed on information terminal 16 optional position of delivery conduit 8.The conveying control part 19 of elevator control gear 15 sends the loop-around data signal 31a shown in Fig. 3 (a) to delivery conduit 8.So when the operator implemented attended operations with operating portion 26, the conveying control part 24 of information terminal 16 was to self particular address AD of loop-around data signal 31a SThe data area of particular segment 32 write the information IN of connection request S(step S1).
When the control and management portion 23 of elevator control gear 15 receives the connection request of data area of this particular segment 32 from carrying control part 19, carry out and information terminal 16 between the preparation of information exchange.When the operator instructs with the operating portion 26 operation input data reads of information terminal 16, information terminal 16, the particular address AD of the loop-around data signal 31a of one-period downwards SThe data area of particular segment 32 write data read instruction (step S2).
When data read when instruction that this particular segment 32 is received by the control and management portion 23 of elevator control gear 15, begin the preparation of reading to the setting data of setting data memory device 22.And when the operator read the address with operating portion 26 operation input, information terminal 16 was to the particular address AD of the loop-around data signal 31a of next cycle SThe data area of particular segment 32 write and read address (step S3).
The setting data of the specified address of setting data memory device 22 is read by the control and management portion 23 of elevator control gear 15, to the particular address AD of the loop-around data signal 31a of next cycle SThe setting data (step S4) read before writing of the data area of particular segment 32.
The data read portion 27 of information terminal 16 takes out the particular address AD of loop-around data signal 31a SThe data area of particular segment 32 in setting data, and show output to telltale 28.
Next, illustrate and use information terminal 16, write the situation of setting data to the setting data memory device 22 of elevator control gear 15.When the operator write instruction with operating portion 26 operation input data, information terminal 16 was to the particular address AD of the loop-around data signal 31a of next cycle SThe data area of particular segment 32 write data and write instruction (step S5).
Receive the data of this particular segment 32 when the control and management portion 23 of elevator control gear 15 and write when instruction, begin the preparation that writes the setting data of setting data memory device 22.And when the operator write the address with operating portion 26 operation input, information terminal 16 was to the particular address AD of the loop-around data signal 31a of next cycle SThe data area of particular segment 32 write address (step S6).
And then, when the operator imports the setting data that is used to write with operating portion 26, the particular address AD of the loop-around data signal 31a of downward one-period SThe data area of particular segment 32 write setting data (step S7).
When the setting data of this particular segment 32 was received from carrying control part 19 by the control and management portion 23 of elevator control gear 15, that is imported before in setting data memory device 22 write in the address, writes this setting data.
In the apparatus for controlling elevator of the 1st embodiment of the present invention that constitutes like this, in loop-around data signal 31a group gone into information terminal 16 usefulness by particular address AD SWith the particular segment 32 that the data area constitutes, this loop-around data signal 31a is at elevator control gear 15 and is arranged at loop-around data signal 31a in the circulation mode of movement that is adopted in the information transmit-receive that utilizes delivery conduit 8 to carry out between each landing call calling mechanism 7 of lift port of each layer.And, will have this particular address AD SInformation terminal 16 be connected in delivery conduit 8, embodiment as and be arranged at information exchange between the elevator control gear 15 in the Machine Room of the building the superiors.Information terminal 16 can be set in the random layer on the delivery conduit 8.
And, information terminal 16 can with elevator control gear 15 implementation information exchange freely, and can carry out access easily to the setting data of the setting data memory device 22 of elevator control gear 15.
So, for example on the next door of the landing call calling mechanism 7 of each layer that is arranged at building, can implement easily to browse to the setting data of the elevator control gear 15 of the Machine Room that is arranged at the building the superiors, reset, change, the access of deletion etc. consequently, can and be implemented under the situation of constructing elevator device again effectively and lift boy during periodic inspection adjusts with short time, few number.
(the 2nd embodiment)
Fig. 6 is that expression is organized into all mode charts of the elevator device of the apparatus for controlling elevator that the 2nd embodiment of the present invention is arranged.Go into to have the identical additional same-sign of part of the elevator device of apparatus for controlling elevator of the 1st embodiment and the detailed description of omitting repeating part with group shown in Figure 1.In addition, the structure of the elevator control gear 15 in the structure of the elevator control gear 15 of the apparatus for controlling elevator of the 2nd embodiment and the 1st embodiment shown in Figure 2 is roughly the same.
In the apparatus for controlling elevator of the 2nd embodiment, as required, information terminal 33 is installed on conveying control part 19 that connects elevator control gear 15 and the optional position that is arranged at the delivery conduit 10 of the car call register apparatus 9 in the car 1.In addition, take off in the 1st embodiment, loading and unloading are arranged on the Signal Terminal 16 on the delivery conduit 8 that connects elevator control gear 15 and each landing call calling mechanism 7 freely.And loading and unloading are arranged at the information terminal 33 of delivery conduit 10 freely and the information terminal 16 of the 1st embodiment shown in Figure 4 has roughly the same structure.
Information between elevator control gear 15 in the 2nd embodiment and each landing call calling mechanism 7 sends, and carries out with the circulation mode of movement that has used the loop-around data signal 41a shown in Fig. 7 (a) by delivery conduit 8.In this case, in 1 cycle of loop-around data signal 41a (1 frame), comprise at least landing call calling mechanism 7 the platform number quantity, by the address AD of each landing call calling mechanism 7 and the section 30 that constitutes to the information IN of these landing call calling mechanism 7 transmitting-receivings.And,, do not comprise particular segment 32 at this loop-around data signal 41a.
And then elevator control gear 15 in the 2nd embodiment and the signal transmitting and receiving between the car call register apparatus 9 are carried out with the circulation mode of movement that has used the loop-around data signal 31b shown in Fig. 7 (b) by delivery conduit 10.In this case, in 1 cycle of loop-around data signal 31b (1 frame), group is gone into 1 address AD by car call register apparatus 9 CWith information IN CThe section 30 that constitutes and by particular address AD as the address of information terminal 33 SBe set with the information IN that is used for respect to information terminal 16 transmitting-receiving SThe particular segment 32 that constitutes of data area.
In the apparatus for controlling elevator of the 2nd embodiment that constitutes like this, be connected in the information terminal 33 on car call register apparatus 9 and the elevator control gear 15 bonded assembly delivery conduits 10, can freely exchange by delivery conduit 10 with elevator control gear 15 implementation informations.So information terminal 33 can be implemented the browsing of the setting data of the setting data memory device 22 that is stored in elevator control gear 15, resets, changes, the access of deletion etc.
The function of this information terminal 33, with in above-mentioned the 1st embodiment, loading and unloading be arranged at freely the function of the information terminal 16 on elevator control gear 15 and each landing call calling mechanism 7 bonded assembly delivery conduits 8 roughly the same.
So, can play and the roughly the same action effect of apparatus for controlling elevator of the 1st illustrated embodiment before.
And, in the 2nd embodiment, lift boy under the situation of constructing elevator device again and during periodic inspection adjusts in the operation, adjust worker and can take the car 1 of elevator, confirm taking sense on one side, be stored in the adjustment of the setting data of setting data memory device 22 on one side, so can further improve the operating efficiency of adjusting operation.
(the 3rd embodiment)
Fig. 8 is that all mode charts of elevator device into the apparatus for controlling elevator that the present invention's the 3rd embodiment is arranged are organized in expression.The part additional same-sign identical, and the detailed description of omitting repeating part with elevator device shown in Figure 1, that organize the apparatus for controlling elevator of going into to have the 1st embodiment.
In the apparatus for controlling elevator of the 3rd embodiment, in the elevator lifting channel 2 of building, be provided with 2 cars 1,1a. for each car 1,1a, car call register apparatus 9 is set respectively, 9a, delivery conduit 10,10a, gig 4,4a, elevator control gear 15,15a, drive division 5,5a, control desk 12,12a. from common external power supply 11 to each elevator control gear 15,15a, drive division 5, the 5a supply capability. and, at elevator control gear 15,15a is provided with and is used at elevator control gear 15 each other, 15a carries out the auxiliary delivery conduit 34. of information exchange each other
Lift port at each layer is provided with landing call calling mechanism 7, with each landing call of each landing call calling mechanism 7 registration, by elevator control gear 15 inputs of delivery conduit 8 to a side.And then, with these elevator control gear 15 and each landing call calling mechanism 7 bonded assembly delivery conduit 8, connect carry-along small-sized information terminal 35 as required.
Information terminal 35 has roughly the same structure with the information terminal 16 of the 1st embodiment shown in Figure 4.In addition, in elevator control gear 15, for example as a side of main control part, as shown in figure 10, with respect to the elevator control gear shown in Figure 2 15 of the 1st embodiment, in Controlled CPU 17, added the memory device 37 that is used for carrying out information transmit-receive with another elevator control gear 15a.And, added the conveying control part 36 that is used to use auxiliary delivery conduit 34 to carry out information exchange with circulation mode of movement and another elevator control gear 15a.
And, becoming among another elevator control gear 15a of subordinate part with respect to a side's of main control part elevator control gear 15, as shown in figure 11, elevator control gear shown in Figure 2 15 with respect to the 1st embodiment, in Controlled CPU 17, added the memory device 37 that is used for carrying out information transmit-receive with a side elevator control gear 15.
And, added the conveying control part 36 that is used to use auxiliary delivery conduit 34 to carry out information exchange with circulation mode of movement and elevator control gear 15.And the conveying control part 19 of the embodiment of this Figure 11 is connected in car call register apparatus 9a by delivery conduit 10a.
The conveying control part 19 of elevator control gear 15 sends the loop-around data signal 31a shown in Fig. 9 (a) with respect to the delivery conduit 8 that is connecting information terminal 35.This loop-around data signal 31a is identical with the loop-around data signal 31a of the 1st embodiment shown in Fig. 3 (a).
That is to say, in 1 cycle (1 frame), group go into to have by the address AD of each landing call calling mechanism 7 and constitute with respect to the information IN of these landing call calling mechanism 7 transmitting-receivings, quantity and landing call calling mechanism 7 corresponding section 30 of number be set, and by the particular address AD of information terminal 35 SBe set with the information IN that is used for respect to information terminal 35 transmitting-receiving SThe particular segment 32 that constitutes of data area.
The conveying control part 19 of each elevator control gear 15,15a sends loop-around data signal 41b, the 41c shown in Fig. 9 (b) by delivery conduit 10,10a to each car call register apparatus 9,9a.This loop-around data signal 41b, 41c are identical with the loop-around data signal 41b of the 1st embodiment shown in Fig. 3 (b).That is to say, in 1 cycle (1 frame), only comprise 1 address AD by car call register apparatus 9,9a CWith information IN CThe section 30 that constitutes.
In addition, conveying control part 36 as a side's of main control part elevator control gear 15, to the auxiliary delivery conduit 34 that is connecting as the conveying control part 36 of subordinate another elevator control gear 15a partly, the loop-around data signal 31e shown in the output map 9 (c).In 1 cycle of this loop-around data signal 31e (1 frame), include only 1 address AD by another elevator control gear 15a BWith information IN to this elevator control gear 15a transmitting-receiving BThe section 30 that constitutes.So elevator control gear 15,15a write the information IN that is used to receive and dispatch by section 30 the data area to loop-around data signal 31e B, can reciprocally carry out information exchange.
The groundwork of the apparatus for controlling elevator of the 3rd embodiment that constitutes like this is described.Each elevator control gear 15,15a, when with above-mentioned circulation mode of movement when delivery conduit 10, the 10a that is connected in self obtains the car call that comes from car call register apparatus 9,9a, investigate the car 1 of self side, the current location of 1a, car 1, the 1a of self side are moved to the bed of interest of car call appointment by call treatment portion 20, car mobile control division 21, drive division 5.
Elevator control gear 15, when with above-mentioned circulation mode of movement when the delivery conduit 8 that is connected in self receives the landing call that comes from landing call calling mechanism 7, investigating the current location of car 1 of self side and car call enrollment status and temporary transient storage remains in the memory device 37. next, and to by the address AD of carrying control part 36 to the elevator control gear 15a of the section 30 of the loop-around data signal 31e of auxiliary delivery conduit 34 outputs BData area afterwards writes the request (instruction) of car value position and car car call enrollment status.
Receive self the address AD of loop-around data signal 31e as another elevator control gear 15a BDuring the request (instruction) of car value position in the data area afterwards and car call enrollment status, investigate current location and the car call enrollment status of the car 1a of self side, self address AD in the following one-period of loop-around data signal 31e BData area afterwards writes current location and the car call enrollment status of the car 1a of this self side.
The conveying control part 36 of elevator control gear 15, current location and the car call enrollment status of another car of taking-up 1a from the section of loop-around data signal 31e, and temporary transient storage remains in the memory device 37.The call treatment portion 20 of elevator control gear 15, according to being stored in self side in the memory device 37, each car 1 of opposite side, current location and the car call enrollment status of 1a, decision distributes car 1, the 1a of the landing call that this time produces.
Under the situation that the car 1 to self side distributes, send distributed intelligences to car mobile control division 21.In addition, under the situation that the car 1a of opposite side distributes, pass through auxiliary delivery conduit 34, to the distributed intelligence of another elevator control gear 15a transmission for car 1a with above-mentioned circulation mode of movement.Receive car mobile control division 21 distributed intelligence, another elevator control gear 15a by auxiliary delivery conduit 34, car 1a is moved to the designated layer of the landing call of this generation self side car 1a.
Next, illustrate and use information terminal 35, carry out the browsing of the setting data in the setting data memory device 22 that is stored in each elevator control gear 15,15a, reset, change, the access of deletion etc.35 pairs of information terminals are stored in the access of setting data of setting data memory device 22 of the elevator control gear 15 of self side and handle, with the access that information terminal 16 in the 1st embodiment of Fig. 5 explanation carries out to setting data handle the same, so the omission explanation.
Figure 12 be illustrated in use information terminal 35 be stored in setting data in the setting data memory device 22 of elevator control gear 15a reading and changing (renewal) time, the order drawing of the information transmit-receive of between information terminal 35 and elevator control gear 15,15a, implementing.
The operator is connected information terminal 35 optional position of delivery conduit 8.The conveying control part 19 of elevator control gear 15 sends the loop-around data signal 31a shown in Fig. 9 (a) to delivery conduit 8.So, when the operator implements attended operations with operating portion 26, carry control part 24, to self the particular address AD of loop-around data signal 31a SThe data area of particular segment 32, write the information IN of connection request S(step Q1).
When the control and management portion 23 of elevator control gear 15 receives the connection request of data area of this particular segment 32 from carrying control part 19, carry out and information terminal 35 between the preparation of information exchange.When the operator changes with operating portion 26 operation input linking objectives, information terminal 35, the particular address AD of the loop-around data signal 31a of one-period downwards SThe data area of particular segment 32 write linking objective change directive (step Q2).
When the control and management portion 23 of elevator control gear 15 receives the linking objective change directive of this particular segment 32, set the linking objective change sign of expression linking objective change at memory device 37.And, carry control part 36, write linking objective change directive (step Q3) to the section of the loop-around data signal 31e of Fig. 9 (c).
When the control and management portion 23 of elevator control gear 15a receives the linking objective change directive from carrying control part 36, in memory device 37, set the linking objective change sign of expression linking objective change.By above processing, between information terminal 35 and elevator control gear 15a, established the software path of information exchange.And elevator control gear 15a becomes the state of waiting for the instruction that comes from information terminal 35.
And, when the operator instructs with the operating portion 26 operation input data reads of information terminal 35, information terminal 35, the particular address AD of the loop-around data signal 31a of one-period downwards SThe data area of particular segment 32 write data read instruction (step Q4).
The control and management portion 23 of elevator control gear 15 extracts data read instruction and the temporary transient write store 37 of loop-around data signal 31a.The conveying control part 36 of elevator control gear 15 writes data read instruction (step Q5) to the section of the loop-around data signal 31e of Fig. 9 (c).
When the control and management portion 23 of elevator control gear 15a receives the data read instruction, become the state of wait to the data read instruction of the setting data memory device 22 of self.Next, when the operator reads the address with operating portion 26 inputs of information terminal 35, information terminal 35, the particular address AD of the loop-around data signal 31a of one-period downwards SThe data area of particular segment 32 write and read address (step Q6).
What the control and management portion 23 of elevator control gear 15 extracted loop-around data signal 31a reads address and temporary transient write store 37.The conveying control part 36 of elevator control gear 15 writes to the section of the loop-around data signal 31e of Fig. 9 (c) and to read address (step Q7).
The setting data of the specified address of setting data memory device 22 is read by the control and management portion 23 of elevator control gear 15a, and downward self address AD of the loop-around data signal 31e of one-period BData area afterwards writes this setting data (step Q8).
The control and management portion 23 of elevator control gear 15 extracts setting data and the temporary transient write store 37 of loop-around data signal 31e.The conveying control part 19 of elevator control gear 15 is to the particular address AD of the loop-around data signal 31a of Fig. 9 (a) SThe data area of particular segment 32 write the setting data of reading (step Q9).
The data read portion 27 of information terminal 35 obtains the particular address AD of loop-around data signal 31a SThe setting data of data area of particular segment 32, and show and be output in telltale 28.
Next, illustrate and use information terminal 35, write the situation of setting data to the setting data memory device 22 of elevator control gear 15a.When the operator writes instruction with operating portion 26 operation input data, information terminal 35, the particular address AD of the loop-around data signal 31a of one-period downwards SThe data area of particular segment 32 write data and write instruction (step Q10).
The data that the control and management portion 23 of elevator control gear 15 extracts loop-around data signal 31a write instruction and temporary transient write store 37.The conveying control part 36 of elevator control gear 15 writes data to the section of the loop-around data signal 31e of Fig. 9 (c) and writes instruction (step Q11).
When the control and management portion 23 of elevator control gear 15a receives these data when writing instruction, beginning is for the preparation that writes of the setting data of setting data memory device 22.And, when the operator writes the address by the 26 operation inputs of information terminal 35 usefulness operating portions, information terminal 35, the particular address AD of the loop-around data signal 31a of one-period downwards SThe data area of particular segment 32 write address (step Q12).
The data that the control and management portion 23 of elevator control gear 15 extracts loop-around data signal 31a write address and temporary transient write store 37.The conveying control part 36 of elevator control gear 15 writes address (step Q13) to the section of the loop-around data signal 31e of Fig. 9 (c).The control and management portion 23 of elevator control gear 15a writes this to memory device 37 and writes the address.
And, when the operator imports the setting data that is used to write with the operating portion 26 of information terminal 35, information terminal 35, the particular address AD of the loop-around data signal 31a of one-period downwards SThe data area of particular segment 32 write setting data (step Q14).
The control and management portion 23 of elevator control gear 15 extracts setting data and the temporary transient write store 37 of loop-around data signal 31a.The conveying control part 36 of elevator control gear 15 writes setting data (step Q15) to the section of the loop-around data signal 31e of Fig. 9 (c).
When the control and management portion 23 of elevator control gear 15a received this setting data from carrying control part 36, the address that writes of input before in setting data memory device 22 write this setting data.
And when the access of the setting data of above setting data memory device 22 for elevator control gear 15a was finished dealing with, the operator removed with the operating portion 26 operation input linking objectives changes of information terminal 35.Information terminal 35, the particular address AD of the loop-around data signal 31a of one-period downwards SThe data area of particular segment 32 write the linking objective change and remove instruction (step Q16).
When the control and management portion 23 of elevator control gear 15 receives the linking objective releasing instruction of this particular segment 32, remove the linking objective change sign that is set in memory device 37.And, carry control part 36, write the linking objective change to the section of the loop-around data signal 31e of Fig. 9 (c) and remove instruction (step Q17).
When the control and management portion 23 of elevator control gear 15a receives linking objective change releasing instruction from carrying control part 36, remove the linking objective change sign that is set in memory device 37.
In the apparatus for controlling elevator of the 3rd embodiment that constitutes like this, can utilize the implementation information exchange freely of circulation mode of movement at elevator control gear 15,15a each other.So, be installed on the information terminal 35 on the delivery conduit 8 relative with the landing call calling mechanism 7 of each layer of building, can be by the delivery conduit 8 that is connected in self, carry out information exchange with the elevator control gear 15 that is connected in this delivery conduit 8, and, can through auxiliary delivery conduit 34 and another elevator control gear 15a between carry out information exchange.
That is to say, can between each elevator control gear 15,15a, carry out information exchange with 1 information terminal 35.Consequently, can implement access easily to the setting data in the setting data memory device 22 that is stored in each elevator control gear 15,15a.
(the 4th embodiment)
Figure 13 is that expression is organized into all mode charts of the elevator device of the apparatus for controlling elevator that the 4th embodiment of the present invention is arranged.Go into to have the identical additional same-sign of part of the elevator device of apparatus for controlling elevator of the 3rd embodiment and the detailed description of omitting repeating part with group shown in Figure 8.
In the apparatus for controlling elevator of the 4th embodiment, the same with the apparatus for controlling elevator of the 3rd embodiment shown in Figure 8, in elevator lifting channel 1, be provided with 2 cars 1,1a.For each car 1,1a, be respectively arranged with car call register apparatus 9,9a, delivery conduit 10,10a, gig 4,4a, elevator control gear 15,15a, drive division 5,5a, control desk 12,12a.At elevator control gear 15,15a each other, be provided with the auxiliary delivery conduit 34 that is used for carrying out each other information exchange at elevator control gear 15,15a.
Lift port at each layer is provided with landing call calling mechanism 7, is imported to a side elevator control gear 15 by delivery conduit 8 by each landing call of each landing call calling mechanism 7 registrations.And, on elevator control gear 15a and car call register apparatus 9a bonded assembly delivery conduit 10a, be connected with carry-along small-sized information terminal 38 as required.And, on the delivery conduit 8 that connects elevator control gear 15 and each landing call calling mechanism 7, do not have mount message terminal 35.The information terminal 16 of the information terminal 38 of this embodiment and the 1st embodiment shown in Figure 4 has roughly the same structure.
From elevator control gear 15 to connecting elevator control gear 15 and being arranged at the delivery conduit 8 of each landing call calling mechanism 7 of each layer, loop-around data signal 41a shown in output Figure 14 (a), this loop-around data signal 41a in 1 cycle (1 frame), comprise with landing call calling mechanism 7 be provided with number as many, by the address AD of each landing call calling mechanism 7 and the section 30. that constitutes to the information IN of these landing call calling mechanism 7 transmitting-receivings
From elevator control gear 15 to connecting elevator control gear 15 and being arranged at the delivery conduit 10 of the car call register apparatus 9 in the car 1, loop-around data signal 41b shown in output Figure 14 (b), this loop-around data signal 41b only comprises 1 address AD by car call register apparatus 9 in 1 cycle (1 frame) CWith information IN CThe section 30 that constitutes.
From elevator control gear 15a to connecting elevator control gear 15a and being arranged at the delivery conduit 10a of the car call register apparatus 9a in the car 1a, loop-around data signal 31c shown in output Figure 14 (c), this loop-around data signal 31c organizes into 1 address AD by car call register apparatus 9 is arranged CWith information IN CThe section 30 that constitutes, and by the particular address AD of information terminal 38 SWith the data I N that is set with to information terminal 38 transmitting-receivings SThe particular segment 32 that constitutes of data area.
And, conveying control part 36 as a side's of main control part elevator control gear 15, to the auxiliary delivery conduit 34 that is connected with as the conveying control part 36 of the opposing party's of subordinate part elevator control gear 15a, the loop-around data signal 31e shown in output Figure 14 (d).In 1 cycle of this loop-around data signal 31e (1 frame), only comprise 1 address AD by another elevator control gear 15a BWith information IN to this elevator control gear 15a transmitting-receiving BThe section 30 that constitutes.
In the apparatus for controlling elevator of the 4th embodiment that constitutes like this, the same with the elevator control gear of the 3rd embodiment that illustrates before, can use the circulation mode of movement at elevator control gear 15,15a each other, implementation information exchange freely.
So, be installed in the information terminal 38 on the delivery conduit 10a of car call register apparatus 9a in the car 1a that is arranged on a side, can be by being connected in the delivery conduit 10a of self, carry out information exchange with the elevator control gear 15a that is connected in this delivery conduit, and, can through auxiliary delivery conduit 34 and another elevator control gear 15 between carry out information exchange.
That is to say, can between each elevator control gear 15,15a, carry out information exchange with 1 information terminal 38.Consequently, can implement access easily for the setting data in the setting data memory device 22 that is stored in each elevator control gear 15,15a.Thus, can play and the roughly the same action effect of apparatus for controlling elevator of the 3rd embodiment of explanation before.
(the 5th embodiment)
Figure 15 is that expression is organized into all mode charts of the elevator device of the apparatus for controlling elevator that the 5th embodiment of the present invention is arranged.Go into to have the identical additional same-sign of part of the elevator device of apparatus for controlling elevator of the 3rd embodiment and the detailed description of omitting repeating part with group shown in Figure 8.
In the apparatus for controlling elevator of the 5th embodiment, apparatus for controlling elevator with respect to the 3rd embodiment shown in Figure 8, at each layer of building 2 landing call calling mechanisms 7,7a are installed respectively, each landing call calling mechanism 7 is connected in elevator control gear 15 by delivery conduit 8.Each landing call calling mechanism 7a is connected in elevator control gear 15a by delivery conduit 8a.And, be provided with above-mentioned information terminal 35 freely in delivery conduit 8 loading and unloading.
From the delivery conduit 8 of elevator control gear 15 to connection elevator control gear 15 and each landing call calling mechanism 7, loop-around data signal 31a shown in output Figure 16 (a), this loop-around data signal 31a is in 1 cycle (1 frame), group go into to have with landing call calling mechanism 7 be provided with number as many, by the address AD of each landing call calling mechanism 7 and the section 30 that constitutes to the information IN of these landing call calling mechanism 7 transmitting-receivings, and by the particular address AD of information terminal 38 SBe set with the data I N that is used for to information terminal 38 transmitting-receiving SThe particular segment 32 that constitutes of data area.
From elevator control gear 15 to connecting elevator control gear 15 and being arranged at the delivery conduit 10 of the car call register apparatus 9 in the car 1, loop-around data signal 41b shown in output Figure 16 (b), this loop-around data signal 41b only comprises 1 address AD by car call register apparatus 9 in 1 cycle (1 frame) CWith information IN CThe section 30 that constitutes.
From the delivery conduit 8a of elevator control gear 15a to connection elevator control gear 15a and each landing call calling mechanism 7a, the loop-around data signal 41d of output shown in Figure 16 (c), this loop-around data signal 41a in 1 cycle (1 frame), group go into to have with landing call calling mechanism 7a be provided with number as many, by the address AD of each landing call calling mechanism 7a and the section 30 that constitutes to the information IN of this landing call calling mechanism 7a transmitting-receiving.
From elevator control gear 15a to connecting elevator control gear 15a and being arranged at the delivery conduit 10a of the car call register apparatus 9a in the car 1a, loop-around data signal 41c shown in output Figure 16 (d), this loop-around data signal 41c is in 1 cycle (1 frame), and only group goes into to have 1 address AD by car call register apparatus 9 CWith information IN CThe section 30 that constitutes.
And, conveying control part 36 as a side's of main control part elevator control gear 15, to the auxiliary delivery conduit 34 that is connecting as the conveying control part 36 of subordinate another elevator control gear 15a partly, the loop-around data signal 31e shown in output Figure 16 (e).
In the apparatus for controlling elevator of the 5th embodiment that constitutes like this, each elevator control gear 15,15a, when from the delivery conduit 10 that is connected in self, 10a input landing call, according to self side, each car 1 of opposite side, current location and the car call enrollment status of 1a, decision will distribute car 1, the 1a of the landing call that this time produces.In the case, each car 1 of opposite side, current location and the car call enrollment status of 1a, elevator control gear 15, the 15a from opposite side receives by auxiliary delivery conduit 34.
Same in the elevator control gear of the 5th embodiment that constitutes like this, be installed in the information terminal 35 on the delivery conduit 8 relative with each landing call calling mechanism 7 of a side, can carry out information exchange with the elevator control gear 15 that is connected on this delivery conduit by the delivery conduit 8 that is connected in self.And, information terminal 35, can through auxiliary delivery conduit 34 and another elevator control gear 15a between carry out information exchange.
That is to say, can implement access easily for the setting data in the setting data memory device 22 that is stored in each elevator control gear 15,15a.
(the 6th embodiment)
Figure 17 is that expression is organized into all mode charts of the elevator device of the apparatus for controlling elevator that the 6th embodiment of the present invention is arranged.Go into to have the identical additional same-sign of part of the elevator device of apparatus for controlling elevator of the 5th embodiment and the detailed description of omitting repeating part with group shown in Figure 15.
In the apparatus for controlling elevator of the 6th embodiment, pull down the information terminal that is installed on delivery conduit 8 35 in the 5th embodiment shown in Figure 15.And, in the delivery conduit 10a that connects elevator control gear 15a and car call register apparatus 9a, link information terminal 39.
In Figure 18 (a)～(e), represented to each delivery conduit 8,10,8a, 10a, and the storage format of each loop-around data signal 41a of auxiliary delivery conduit 34 output, 41b, 41d, 31c, 31e.
Same in the apparatus for controlling elevator of the 6th embodiment that constitutes like this, be installed in the information terminal 39 on the delivery conduit 10a relative, can implement access easily for the setting data in the setting data memory device 22 that is stored in each elevator control gear 15,15a with a side car call register apparatus 9a.
(the 7th embodiment)
Figure 19 is that expression is organized into all mode charts of the elevator device of the apparatus for controlling elevator that the 7th embodiment of the present invention is arranged.Go into to have the identical additional same-sign of part of the elevator device of apparatus for controlling elevator of the 5th embodiment and the detailed description of omitting repeating part with group shown in Figure 15.
In the apparatus for controlling elevator of the 7th embodiment, in the elevator lifting channel 2 of building, be provided with 3 cars 1,1a, 1b. and, for each car 1,1a, 1b, be respectively arranged with car call register apparatus 9,9a, 9b, delivery conduit 10,10a, 10b, gig 4,4a, 4b, elevator control gear 15,15a, 15b, drive division 5,5a, 5b, control desk 12,12a, 12b.
From the common external power supply 11 that do not show of figure to each elevator control gear 15,15a, 15b, drive division 5,5a, 5b supply capability.And, at elevator control gear 15,15a, 15b each other, be provided with the auxiliary delivery conduit 34 that is used for carrying out each other information exchange at elevator control gear 15,15a, 15b.
Lift port at each layer is provided with 2 landing call calling mechanisms 7,7a with leaving mutually.By each landing call of each landing call calling mechanism 7 registrations, import to elevator control gear 15 by delivery conduit 8.And, on the delivery conduit 8 that connects this elevator control gear 15 and each landing call calling mechanism 7, connect carry-along small information terminal 40 as required.In addition, export to elevator control gear 15a by delivery conduit 8a by each landing call of each landing call calling mechanism 7a registration.
Figure 20 is the general structural map of each elevator control gear 15,15a, 15b.As shown in the figure, each elevator control gear 15,15a, 15b, by the conveying control part 19 that is connected in delivery conduit 8,8a, 10,10a, 10b, be connected in the conveying control part 36 of auxiliary delivery conduit 34, the Controlled CPU 17 that is formed with memory device 37 in inside constitutes.In Controlled CPU 17, as mentioned above, be provided with setting data memory device 22, call treatment portion 20, above-mentioned memory device 37, car mobile control division 21, control and management portion 23.
As the conveying control part 36 of 1 elevator control gear 15 of main control part,, export loop-around data signal 31f shown in Figure 22 to the auxiliary delivery conduit 34 that is connecting as the conveying control part 36 of each elevator control gear 15a, the 15b of subordinate part.In 1 cycle of this loop-around data signal 31f (1 frame), include only 2 address AD by other elevator control gears 15a, 15b B, AD EWith information IN to this elevator control gear 15a, 15b transmitting-receiving B, IN EThe section 30 that constitutes.
That is to say that the elevator control gear 15 of main control part is sending under the situation of information the elevator control gear 15a of the transmission target in loop-around data signal 31f, the address AD of 15b to other elevator control gears 15a, 15b B, AD EWrite the information IN that is used to send afterwards B, IN E Elevator control gear 15a, 15b at other send under the situation of information to the elevator control gear 15 of main control part, self address AD in loop-around data signal 31f B, AD EWrite the information that is used to send afterwards.Like this, each elevator control gear 15,15a, 15b can pass through delivery conduit 34 implementation information exchange freely.
So, as long as on the delivery conduit 8 that connects elevator control gear 15 and each landing call calling mechanism 7, small-sized information terminal 40 is installed, this information terminal 40 just can be by the delivery conduit 8 that is connected in self, carry out information exchange with the elevator control gear 15 that is connected on this delivery conduit, and can be through auxiliary delivery conduit 34, and other elevator 15a, 15b between carry out information exchange.
That is to say, can implement access easily for the setting data in the setting data memory device 22 that is stored in each elevator control gear 15,15a, 15b.
And the present invention is not limited to above-mentioned each embodiment.In each embodiment, only 1 station information terminal loading and unloading are organized into be arranged at each delivery conduit, but also a plurality of information terminals can be installed on different delivery conduits respectively.In the case, adjust worker for two and can be in different position (for example in lift port and the car), while get in touch with the adjustment of implementing setting data.

Claims (8)

1. apparatus for controlling elevator, this apparatus for controlling elevator has: the landing call calling mechanism that is arranged at each layer of building, be installed on the interior car call register apparatus of car of elevator, and be connected in above-mentioned landing call calling mechanism and car call register apparatus, and the elevator control gear that moves the control car according to landing call and car call by the delivery conduit input by delivery conduit, it is characterized in that having:
Circulating conveyor, this circulating conveyor, when implementation information is received and dispatched between above-mentioned elevator control gear and each calling mechanism, to delivery conduit, output contains the loop-around data signal of the section that constitutes by the address of each calling mechanism with to the information of this calling mechanism transmitting-receiving of calling mechanism number at least in 1 cycle from above-mentioned elevator control gear;
Section group is gone into device, this section group go into device at above-mentioned elevator control gear in 1 cycle of the loop-around data signal of above-mentioned delivery conduit output, group is gone into the particular segment that is made of particular address and data area in advance; And
Be provided with freely with respect to above-mentioned delivery conduit loading and unloading, under the state that is installed on the above-mentioned delivery conduit, the data area of the particular segment of utilization from the loop-around data signal of above-mentioned elevator control gear output, and carry out information exchange, information terminal between the above-mentioned elevator control gear with above-mentioned particular address.
2. apparatus for controlling elevator as claimed in claim 1 is characterized in that,
Above-mentioned elevator control gear is connected in above-mentioned landing call calling mechanism and car call register apparatus by single delivery conduit respectively,
Above-mentioned information terminal is provided with freely with respect to the delivery conduit loading and unloading that are connected on the above-mentioned landing call calling mechanism.
3. apparatus for controlling elevator as claimed in claim 1 is characterized in that,
Above-mentioned elevator control gear is connected in above-mentioned landing call calling mechanism and car call register apparatus by single delivery conduit respectively,
Above-mentioned information terminal is provided with freely with respect to the delivery conduit loading and unloading that are connected on the above-mentioned car call register apparatus.
4. apparatus for controlling elevator, this apparatus for controlling elevator has: at each layer of building a plurality of landing call calling mechanisms is set respectively, be installed on the interior car call register apparatus of car of many elevators respectively, be connected in each landing call calling mechanism of above-mentioned each layer and the car call register apparatus in each car by single delivery conduit respectively, and a plurality of elevator control gears that move the control car according to landing call and car call by delivery conduit input, and the auxiliary delivery conduit that is used between each elevator control gear, carrying out information exchange, it is characterized in that having:
Circulating conveyor, this circulating conveyor, when implementation information is received and dispatched between above-mentioned each elevator control gear and each calling mechanism, to delivery conduit, output contains the loop-around data signal of the section that constitutes by the address of each calling mechanism with to the information of this calling mechanism transmitting-receiving of calling mechanism number at least in 1 cycle from above-mentioned each elevator control gear;
The section group is gone into device, and this section group is gone into device, and in 1 cycle of the loop-around data signal of the delivery conduit output relative with car call register apparatus, group is gone into the particular segment that is made of particular address and data area in advance at above-mentioned each elevator control gear; And
Be provided with freely with respect to the delivery conduit loading and unloading relative with 1 car call register apparatus, under the state that is installed on the delivery conduit, the data area of the particular segment of utilization from the loop-around data signal of above-mentioned elevator control gear output, and be connected in carry out information exchange between the elevator control gear of delivery conduit, simultaneously through carrying out information exchange between above-mentioned auxiliary delivery conduit and other the elevator control gear, information terminal with above-mentioned particular address.
5. apparatus for controlling elevator, this apparatus for controlling elevator has: at each layer of building a plurality of landing call calling mechanisms is set respectively, be installed on the interior car call register apparatus of car of many elevators respectively, be connected in each landing call calling mechanism of above-mentioned each layer and the car call register apparatus in each car by single delivery conduit respectively, and a plurality of elevator control gears that move the control car according to landing call and car call by delivery conduit input, and the auxiliary delivery conduit that is used between each elevator control gear, carrying out information exchange, it is characterized in that having:
Circulating conveyor, this circulating conveyor, when implementation information is received and dispatched between above-mentioned each elevator control gear and each calling mechanism, to delivery conduit, output contains the loop-around data signal of the section that constitutes by the address of each calling mechanism with to the information of this calling mechanism transmitting-receiving of calling mechanism number at least in 1 cycle from above-mentioned elevator control gear;
The section group is gone into device, and this section group is gone into device, and in 1 cycle of the loop-around data signal of the delivery conduit output relative with the landing call calling mechanism, group is gone into the particular segment that is made of particular address and data area in advance at above-mentioned each elevator control gear; And
Be provided with freely with respect to the delivery conduit loading and unloading relative with 1 landing call calling mechanism of each layer, under the state that is installed on the delivery conduit, the data area of the particular segment of utilization from the loop-around data signal of above-mentioned elevator control gear output, and be connected in carry out information exchange between the elevator control gear of delivery conduit, simultaneously through carrying out information exchange between above-mentioned auxiliary delivery conduit and other the elevator control gear, information terminal with above-mentioned particular address.
6. apparatus for controlling elevator as claimed in claim 4, it is characterized in that, above-mentioned each elevator control gear information transmit-receive each other, adopt the circulation mode of movement, this circulation mode of movement, to auxiliary delivery conduit, output contains the loop-around data signal of the section that constitutes by the address of other each elevator control gears with to the information of this elevator control gear transmitting-receiving of elevator control gear number at least in 1 cycle from 1 elevator control gear.
7. apparatus for controlling elevator as claimed in claim 5, it is characterized in that, the mutual information transmit-receive of above-mentioned each elevator control gear, adopt the circulation mode of movement, this circulation mode of movement, to auxiliary delivery conduit, output contains the loop-around data signal of the section that constitutes by the address of other each elevator control gears with to the information of this elevator control gear transmitting-receiving of elevator control gear number at least in 1 cycle from 1 elevator control gear.
8. as each described apparatus for controlling elevator of claim 1 to 7, it is characterized in that,
Above-mentioned elevator control gear has the setting data memory device, use when this setting data memory stores moves the above-mentioned car of control, comprise with car and move setting data relevant adjustment data, elevator control at least,
Above-mentioned information terminal has under the state that is installed on the above-mentioned delivery conduit, by above-mentioned elevator control gear, carries out with respect to the setting data access device of browsing, change, deleting that is stored in each setting data in the above-mentioned setting data memory device.
CN2006101392725A 2005-09-21 2006-09-21 Elevator controlling system Expired - Fee Related CN1935615B (en)

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