JPS6077076A - Device for preengaging operation of elevator - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The invention relates to an improvement in a device for reserving elevator service.

[Prior art]

Conventionally, when an elevator car installed in a building was dispatched to the main floor when dispatched, or to an executive floor when necessary, an employee in the control room gave the dispatch command from a switch. There is. In this case, the attendant must operate the switch at the scheduled time, and there are other switches such as a switch to dispatch the vehicle to the meeting room, a switch to disconnect the service, etc., and many switches must be operated at the scheduled time. It is necessary to remember to operate the device at the correct time, which puts a mental burden on the user. Therefore, as shown in Japanese Patent Application Laid-Open No. 52-141944, for example, a clock is used to generate a calendar day signal, and this automatically causes the staff to perform certain daily routines such as driving at work. A method that eliminates the need for operation has been proposed.

However, it is often necessary to change the scheduled time set by the clock, and the problem has not yet been resolved. Not only that, but in recent years many special operation requests have emerged, such as the delivery of baskets to banquet halls and exhibition halls. Furthermore, after a building is in operation, the main floor is often changed or executives are moved, and more flexible elevator operation is required.

Therefore, recently, the currently popular personal convenience service (Personal Conveyance) (
It has been proposed to use a computer (hereinafter referred to as a personal computer) as an input device to set or cancel the number of vehicles to be allocated, waiting floors, time, etc., using arbitrary buttons.

However, if an attendant were to be able to arbitrarily designate a waiting car, the number of waiting cars would increase, and there is a risk that general elevator service would become extremely poor. Therefore, the staff takes advantage of setting the number of waiting machines to a small number in consideration of general service, which is inconvenient. On the other hand, recently, in order to save power, many elevators are equipped with an energy-saving pause operation in which the car is paused. Therefore, it is desired to reserve and dispatch vehicles in such a way as to save power while maintaining a constant level of general service.

[Summary of the invention]

This invention satisfies the above-mentioned demand, and is intended to meet the above-mentioned needs.
By using the L input device to reserve and dispatch cars in advance, and by regulating the number of reserved and dispatched baskets within the range of the required number of weights for energy saving, the staff does not have to operate the switch each time. The purpose of the present invention is to provide an elevator operation reservation device that can automatically set the number of reserved vehicles so as to achieve energy saving. An embodiment of the present invention will be described with reference to FIGS.

In FIGS. 1 to 3, (1) is an input capotan made up of a large number of buttons arranged, and (2) is a reservation dispatch signal input means for inputting a corner reservation arrangement 1j signal from the output of the input capotan (1). , (3) Using t and 1 o'clock n1, (7ri 1 city is the month of 1 year.

It emits an output of 1111.4 for the day and time, and when the clock passes 0:00, the ``[ko'' is updated, and the day of the week is updated every day. 1. automatic 17■,
(The output of the 40 reserved placement signal input means (2) and the own 1Q
Reservation dispatch control + tll signal light generation means, which generates reservation dispatch section 1 signal full light from the output of IIIff (3), (!i)
t” Output and multiplication of reserved distribution Φ control 1 signal angle generation means (4)”
Habotan (6A), Ijlbe...! li:□'I im
Tremor from elevator (6) consisting of IJ' headset (6B); '14 Reservation dispatch command to Vc-based elevator (6)?
rjij -J-ru Reservation 1 Princess Nakasen ('・r, (7) (↓
Closed 11-sal to save energy!゛Determine the required number of cars/+6, select J1g to indicate whether to command a pause (pause 7J)
14 options, (8) Shima pause basket 11 options (7)
Accordingly, Iη is selected No.1. /Transfers the information on the number of cars to the elevator (6).
) is suspended: l) 1 Select by means of selection (7),
Depending on the number of vehicles required, reservations may be made. T' - Reservation waiting to regulate 11 tll go, θ (power 1, 1. ma ik τ go computer (referred to as 1 me lower microcomputer) il, basket control device (for only one unit) ), I
J'! l tid: It is shown in the Japanese Patent Publication No. 51-5335, and the central processing unit f't (19, lower CP
U) (], OA), a read-only memory (hereinafter referred to as RO) in which programs and fixed value data are stored, and a read/write memory (hereinafter referred to as f'RAM1) that temporarily stores data such as calculation results. ) consisting of a storage device (
IOB).

Transmission equipment that sends and receives data (IOc and drive control
? It is equipped with a conversion device (IOD) that converts the signal level of the 1L input and output so that j<Pa (6E). θυ
It is composed of a microcomputer, as well as a CPU (IIA)
, note 1, is equipped + tfDIB).

Transmission device (110), (LID) and landing button (
6A) connected to i'l-change 11? ! Group management device with a device (IIK), 0 or 0 is made up of a microcomputer, as well as an OPU (12A), memory ↓ if'f',
(12B), a control a1 device having a transmission device (1201, (121)) and an automatic calendar (3), (1) is an input device composed of a computer (!PU
), a storage device (13B), a transmission device (130), and a conversion device (1) connected to the input capotan (1).
3D), the conversion device (13G) connected to the display (13G)
3B) and a storage device (usually called a floppy disk) consisting of an i1 magnetic disk that stores the ti-program.
13H) 7+5 transmission devices (100) and (110), each having a conversion device (13F) connected to an IC.

(1,1,J) ), (120) is responsible for ＼)p column transmission, and has 8 pits at a time if 14k transmission 17
, transmission device i'', t (12D), (130) t
It is responsible for serial transmission and transmits information of 1r lower Cl bits. YT is described in 1. to device (1:sH)
In the reservation table, the reservation number 001 to 999 is marked as shown in Figure S3 (1). 1. ing. 1 animal for each division (
It consists of more than 1 column, each column has 11 columns.
Letters of the code ('', 1 byte to include numbers (1.'t: ¥ 1i11 J74G is 15', is])
,ing. Each column and its contents are shown below.

Column jezu) Contents 0-13 days ft, l ○○...month ○○...day 4-wa I411 start time 411 00...hour ○○ minute 8-Yuko, end I for Samurai ○ (D...time ○○...
・12th to 13th floor Floor ○○・・・Floor name 14 cars
? ; ○... Number of cars: 1.5 Finger ii 7 baskets: ○... Corner number Next, the operation of this implementation 1fl will be explained.

First, let's understand and clarify the outline of the operation.

The staff member creates an entry capotan (1) and enters the details of the reservation according to the format. Necessary information is displayed on the display (13G) according to the input from the user. On the other hand, the input device (13G)
The program is imported from the storage device (], 3H) into the storage device (13I3), and by this program 1
1i1. make Once you have entered the reservation information, the transmission device (
130).

(12D') through the statistical device (1 → tail defeat,
It is stored in the storage device (1213). The statistical device (1υ) has recently become well-known as a part of the elevator noise control device, but it is not directly related to this implementation IFIJ.
The reservation table YT? operates according to the program stored in B), reads out the 1st day of the month or day of the week and time of the current day from the automatic calendar (3), and imports it. il-scan. The scanning of the reservation table 'fT is set in the reservation table YT. day (=4
．． The time corresponds to the input date 1 time, and only the reservation information to be executed is extracted. The reservation contents of these reservation tables YT are converted into reservation operation control signals. The reserved operation control signal is taken into the detailed storage equipment 0η via the transmission devices Iv (12a) and (11D) and stored in the storage device (41B). Group management equipment (1υe, normal square 1ha button (6A)
This is a well-known method in which a hall call signal from a car is selected from a plurality of cars and assigned to the most suitable car. The group management system (11) immediately executes the operation given by the reserved operation control signal. Possible actions are:
There are a wide variety of options, such as car allocation, 21 selections of operation patterns, changing the main floor, changing or specifying a specific 1'ff (executive floor), and specifying a service-free floor. This is a description of the dispatch of a train to the airport. Therefore, the reservation operation control signal becomes a reservation dispatch control signal. 11 Construction/Management device (lυ is reservation dispatch fltll
Select one of the number of cars specified by the j'll signal to the flJ elevator (or the car specified by ei) in accordance with the situation of the elevator. For the M selection car (d-bis command to move to the 1st floor and Z to close the door and bring it out) or to open the door from 1 to 6, the command is given.These commands are as follows: The car control device 1t (l(-)) is transmitted through the transmission device (], LC,, (100). Glue to designated floor - screw 1)
According to the i order, the kite mask double-equipment fFf, (6B) is operated, the car is placed on the designated floor, and the door is closed.

Next, the input operation of the reservation table YT will be explained using a flowchart of the operation of the program (stored in the memory device Ff, (], 3H)) shown in FIGS. 4 and 5.

Reservation table YTK I-1: , Reservation number 001-999
You can now make reservations for 0,999 items. So Jl-
Reservation column of tL Reservation table YTK Subscript j is 'j' Li
, YT;1 (j=ool ~999). For example, if the content of YT j (j=ool) contains r 01:1O080009000120J as an ASCII code, then "January 10th 8:00 AM -
Until 9:00 a.m., two baskets will always be placed on the first floor when the door is closed. Please note that the contents of the date are all [-
If you select 〇, it will be executed every day at the specified time, and if the end time and start time are the same, the specified content will be executed once. shall be taken as a thing.

Wow, all reservations are “0”! , B-No reservation? r-Assume that there is no ranking of reservation numbers.

In town, day I1 II/i! It is also possible to make it ``day,'' but ``1, jζ)'' and ``2'' are omitted.

Now, the input Ij; the lock (Z at which 1st block operates) and the procedure QO
YOYAKU? J
(Reservation?) is displayed.

Capon in hand 11bi (1) ICJ: srl
)YFIJ (displayed sound) without entering the characters /, ノ:, hand 1
Proceed to 1i7ie゛+ body. 1-Dys4 is input iy,
-r inage fl, Ij: hand 1:11, l to, j ike, I-yg town (meaning to make a reservation) character fold/manpower 1-Z
), the procedure +71 heb is lost.

After that, enter the character money 1. taki) The corner is hand 111i't
6! Return to I).

1,111 It (% r Y O-f A K (J
If the old BenF, RJ (reservation number) is displayed, go to the tl1 procedure rrQ to make a reservation (3 digit number)! Shiruto 9
Procedure (Ht > is entered in the reservation i number j and the characters are set and executed as bl, bottom, 1111 groans, karu V ro) 1.
Then, 11th hand 11F'i C) is F, but J'=1
1 (S1) Input details for 910 and lli column 1 programno 1, hand 11τ+'j CJi ri floor input rod program, hand ++[+41-1 Reservation basket (jlj1
4 and flllfi column) input details progera!・Then, it is shown in Figure 5.

Hand 11 direct C audience Kara 11! il'j t++to\, ;i;
-Muto, I'YOYAKU NU14T13FiRJ (
When the reservation number R (three-digit number) is entered in step 1), the reservation number J is manually set to the number J in step 0. Ru. Reservation i entered in step (c); Reservation details YTj of 〒51 are
Directly indicate iL, hand l1ll'I (published [C↑I
When CLJ (cancellation) is input, 1 move I1μm
I want to go to work. Mata, move nf C++9-birox] (free time? l'l unnecessary) is input tl, then 1 move 1i'i (!
, returns to +1, and ends with only the display of ``ryoyAxU''. Neither "OK" nor rONOLJ must be entered)L+・,r
, return to step (g).

A Detailed program for inputting day and time (c) Hand 11
Q (2'7a) f display 7;; (r to 13()))
IIZUKF! j 5 moves 1 displayed as i (day f = J)
) When the 4-digit 0 character (day 1zsu) is entered using the input capotan (1) in step (27b), the reservation p Y T's reservation 1YTj chopsticks 0 to f'r' are entered in step (2'7a). , The ILfc fusion characters input in the 3rd column are stored. Thereafter, the start time is stored in steps (2'7d) to (27f), and the end time is stored in steps 11jq (27g) to (2'71).

B (I'tV IFF, and direction input details program) J:, XS and times (child, step (28a 'l ~ (
28c) and the floor is No.1. They are stored respectively.

C Reservation corner manpower details ((1 program (a) Same as above, number of machines is 1:1i ((29a) to (290)).

Hand 1j direct (2ρd) ~ (If ), the designated car number is 7!
Lol, please input 1. Mu.

Next, input waiting 1 i't (from 1:6 to transmission 1, the reservation table YT and own M! + If (3 + Kara Mi?:
;t-out, fr day & U Q ;1sll empty, reservation dispatch ft1lJ master signal j'7. Otsu 1! The work was written in the 61st program (recorded on the 61st program, “]/(:
1.2B)). Namaru-1 This) program f, once every minute.
l frame return place plsano 1. Ru. 7) The program has already read f
I want to do it.

In step (41), the specified number of cars when the door is closed and the specified number of cars when the door is closed. ).The scanning reservation number, ) is initially set to zero in the hand rl'71 H7), and the scanning reservation number j is set in the hand 111i'tI.
is IK, [renew fl, ru5 move 11ν1 (jth reservation in stroke) i7' (YTj is 1-0"?"; r 'I
IJ cut, if it is not "o" (reservation is an, ge), move 1
1Fj (You can specify the date of reservation fence YTj at In.
Is it "0"? f'tlJ If# L, , all "
0", then iσ day 71 and hand 11F! io
fly to Start Reservation 41IYTj with Teichigai (Judge whether the date of reservation ii''AY Tj with the teacher matches today's weight DA read from the automatic calendar (3), and if it matches, step 07) It is determined whether the time and end time are the same time and it is checked whether the reserved operation is selected only once.

If there is more than one scheduled operation, check whether the current time J read from the automatic calendar (3) in step (c) is between the specified start time and end time, and if start time ≤ J and end time. Is there any (if zero time is not included between the start time and end time)?
, or start time>end time, and start time≦J or scheme end time>J (if midnight is included between the start time and end time). If the current time J is between the start time and end time, step Gl! Reserve with # (111Y
The contents of the 12th to 15th columns of Tj are converted into a reservation dispatch signal (ii'¥#111 is shown in FIG. 8). If it is determined that the reserved operation is to be performed only once in step Q, it is determined in step Q whether the reserved time matches the current time J, and if they match, proceed to step L3. The control signal continues to be output for 1 minute, and the operation is expected to be performed many times, but the operation is not normally completed in 1 minute, so there is no problem. In this way, proceed to step (50A), and it is determined whether all reservations have been scanned.If not, return to the hand IFio Enoki and repeat the steps (a). Ezu.

A. Reservation dispatch control signal clear program (41) Hand I
ff (41F1.) to run, 1st floor m ((initialize to zero, step (4), b) update running floor In to 1 3
In the procedure (tlc), the m-floor door is closed (!I+, the specified number of cars YOD.

Let it be all zero. Hand tIQ (4: Ld 1 and 1n floor door closed area designated car number YOJ (m?i-zero. Hand Ill
Did you scan all the floors with (41e)?'r1] Disconnection 11, i
At t2', if not, the process returns to step (4111), and steps 1,111, b) to (41d,) are repeated by 14%.

B. Reservation arrangement t fIII fi11+ Signal creation program In step 61 (4oa), the floor name is set for scanned floor m.In step 3 (49b), the designated number of cages YCD1. Set n to the value in the 14th column. hand 11
N (49c) determines whether the designated car is designated or not and whether there is 11♀ dirt or not, and in step (49d) the value of the 15th column of the designated car number YOKmK with the door closed on the m floor is determined. Set. If there is no specified car number, the procedure (Situation 4) will not be executed.

In addition, the programs shown in Figures 9 to 11 (stored in the FtOM of the storage device (IIB)) detect floors requiring door closing, create additional door closing assignment signals, and assign door closing staff. This will be explained using a flow diagram of the operation.

Figure 9 e: If the number of vehicles is specified as whether to wait with the door closed or not.

It is checked whether the number of assigned cars satisfies the specified number for the designated floor, and if the number is not satisfied, an additional assignment signal for closing the door is issued to the 1 assignment program.

Step +1j'i (5, 1), (52) initializes the scanning floor mf to zero, and updates the scanning floor m to 1 in step (52). In step (53), the door to the m floor is closed [the specified number of cars is Y]
Determine whether OD, is not zero, and if it is not zero (if the number of vehicles is specified), the number of vehicles AKO11 that instructs the m floor to stand by with the door closed in step (54) is greater than or equal to the specified number of vehicles YCDnI. In other words, it is determined whether the specified number of units is satisfied.

This command number AKO, ke,] 8th floor door closing service command D
c, . 'I'l well'i
(54) must be satisfied11. Step 1 (5
4) Set the additional assignment signal ATO, , for the door m to the CI'l floor to rlJ. ＋I] Is it not necessary for everyone to specify the number of waiting cars with their doors closed?
additional door closing assignment signal AT (3111
r2troJ ni reseiso J),ru. It is determined in step (56) whether all floors have been scanned, and if not.

Then, return to hand 111i￥ (52) and move hand 11ffl (1
'52) to (57).

f'Klo figure si' door waiting [+:, H''JH11 In this blog, the number of cars with the door closed and waiting is 1!
, J: t +-ru.

Hand 11Ft (61), <(3T,) 1 to 1 early I・
, X are initialized and updated. Hand 11Fi C
t5: 3) m l') 7 f East 1 easy savings rose], whether or not, that is, n1 t: 1 f above 1; i 5 f
and No. 16 HUm and 1d-Downward Call Shinkyumi (formerly) y): r
1 Determine if j is yes. Registered Jr.
t'j il, l〆, ji, hand + 1iH (details of the number of units counted in which additional allocation is prohibited in 6g block 5NAS
K is executed. Although illustration of this detailed progera l, stJΔSK is omitted, the additional allocation prohibited car signal NAQ, , is checked for all songs for car n, and the number of cars for which it is "1" is set as the additional allocation prohibited car number NASK K. . In step (65), it is determined whether the number of cars NASK for which additional allocation is prohibited is greater than or equal to the number of cars required for suspension (KN), and if it is determined that the number is less than the number of cars required for suspension, the door to the m floor is Closed standby designated car number Y (! Km is zero and the number is 1゛ (), zero is nage no 1. ba (designated car number ka jL ba), move 1
1ii In ('y), when the car number YCK ) has been completed.
t, in step (6th), set the designated car number YCKm as the selected car number KAGO (the designated car command is processed before the number of cars command), and in step 3 (69), set the selected car number KA
Set GO to car number n, and issue an assignment command AKU mn for car No. 11 on the In floor up, and an assignment command A K D on the down floor as well.
, nrl and door close 'Leavis command DCm1. All are set to rlJ. For selection in step (70) -4
- the additional allocation prohibition signal NASKn is set to "1".

From now on, assignment to this car will be refused so that the car can wait with the door closed on the designated floor. t, Selection pause+I: Selection signal 5VKn is set to "0" 11. , and avoid turning on energy-saving pauses. Then, in step (6G), the door on the mth floor was closed.It was found that the designated carry-out car number YOK was zero (there was no designated car). [Command]] When it is determined that Cmn is rlJ (command has been sent to the command basket), move +1Fi (7
In step 1), determine whether the additional door closing assignment 4rE @A T O to the m floor is "1", and if it is "1", proceed to step (72).
). In step 1 (72), the door closing service command car selection program FJAUI) (details 1j, M) for floor m is executed. Ru. Hand 11Ft
('73), select 11 Car number KA (If TO is not zero, proceed to VJ, step (69). Hand 11N (03), mF
When an onward or downward call is registered in at, the door to the mth floor is closed in step (4).Dom
,, I) Reset all 0m2... Kof
This is so that when LiJ, M-Kai no Sato, and Nakiwa are added, they can immediately receive assignments and provide VJ services. In addition, -i all floors door closing service command 1] (1 is ``
0", the prohibition of additional allocation is canceled by v: and fL of the process shown in Figure 10. Use hand 111N (・15) to decide whether to scan all machines.

FIG. 11 is a detailed program for selecting a car to which the door closing service command of FIG. 1O is given. With this process, it is expected that the door can be closed and standby on the mth floor as soon as possible.11. The car is selected by comparing the longest expected arrival time for each car, upstream and downstream, and selecting the shortest one. Note that the selection p (means is not limited to this).

In step 1 ('72a), first set the selected car number KAGO to zero by 1". In step ('72b), set the expected arrival time TY of the selected car to the maximum value. Step 3 (72C), (v2a)
), the scanning number (setting and permission is done) 1-3 steps (12θ), the additional allocation prohibition signal NASK for machine n is set to ``1''.
” (7, If it is not “1”, follow the procedure (’7
In step 2f), it is determined whether the door closing service command DCffln is "1", that is, whether the door closing service command has been received at 2m19 of car n.

I didn't receive the order to close the door, so I got the first move II (
'r'2. g) Judging whether the upstream arrival time is TYUm, the downbound arrival time is TYD, or Eri is also a passenger, and if Eri's car length is TYU, move 11 (vzh) to determine the upstream expected arrival time, TYU, , l Note now. It is determined whether the expected arrival time up to 111 times is less than TY. Estimated arrival time: 11.7 TY
Below /L, with one hand pulse (7zi)! 1 tr (Select corner number K A G O, expect arrival time TY, go up Vj 1, arrive at 1,000 Barry 1 TY Tr... (shortest value)
Set to . In addition, in step (72g), the expected downlink arrival time ']' Y D□ is 1-no arrival forecast 1. (H time TYU,
. I'll refuse the following) 1. Then, the hand 11111
('/zk) to determine whether the expected downbound arrival time TYD is less than or equal to the arrival time at noon j]: 9th - stop time TYj7, and then select the nth car using the procedure ('72j7). ,n
Expected downlink arrival time of aircraft No. T Y I),,l,1 is the shortest 11iT IC+ 7-,. Hand 11n ('721
) -C complete t f:,'% ;lz 奔(7) size(1
, do 1.

Next, the assignment command's) layer extra nib is created in the first [Program in Figure 2, ``A (nc (C'device i'1', (11
J3) ノRoi, 41F141S ffl'l)
Written by nopr9 (D style i1, explained using all figures -(-ro5(
71.R, 1,000Ill+'f (14th O+=+) Procedure (e:rl, (e2) initializes and updates the 7th section corner.
83), the car position 11 of the scanning car n is set to the scanning floor 1n. On the 11th shift (attached), judge whether the door closing-Leavis command of Unit N on the In floor is "l", and if it is "0" (
If it is determined that the m floor is the floor that received the door closing command and there is no VJ, it is determined in step (85) whether the nth car is in the upstream service. If the uplink service is in progress, follow the procedure (
86) Did n@open start closing the door?'x 'Ii K
l,, F IXI starts tee 11. Ba, hand 111ii
At (87), m-floor ascending assignment command A, KU□ is issued. Re-hit to "0". If it is determined that the downward service is in progress at Hand 11 (85), the same process is performed at Hand +1ffl (88L (89)).In step (81), the door closing service command for No. 1", step (9)
0), the car stops and there is no direction (all calls have been answered). Judge 17 to see if V has been answered.
Assignment command AKUmn for going up and down the floor.

A r(, 3 steps to reset D to “0” (92)
to determine whether to scan all machines.

Next, set the number of idle machines for energy saving.
The operation of the program for z3Lλ1 and the 141st bacterium (stored in the ROM of 1. Darkness of Darkness (11, B)) will be explained using diagram 5 of the flow saw.

This is the predetermined time multiplied by the waiting time of 1 (f″; if 1 is 60 seconds) or more + '511ff and f3f, followed by the predetermined time T, (for example), if it does not remain longer than 000 seconds, it will pause The number of units will be increased by one unit. Also, at the time,
-q] There will be no additional boarding calls during waiting time, and the number of idle cars will be immediately reduced by one.

Hand 111i'4 (1o11 car (C11) Sea service has just been received'yI work place call, maximum waiting time W
A program that outputs 1 TMX is executed. , te) (Details 1 and Figure 14), Maximum waiting time W in 1 procedure (102)
Determine whether i'Ha By adding +ru (0.1 seconds) during the round of the program, the count is 0. Hand 1111'i
At (104), the timer for increasing the number of idle machines returns, and the number of machines that are inactive for a predetermined period of 1'1 or more? 'I' (I N: Ii l
,,Toko 5? 117 hours T+ From then on, L l'j continuation
When YU is cut off, use hand 11Fi (+, or+) to add one LN to body 1F. Procedure (10(5),
(lo'21 The required number of machines in the city is (administrative number - 1)
)-Second 7. ”: To correct sea urchin 11, hand 1 shift (1
0fi), the number of cars required to be stopped (Kit) is the number of cars in direct control (the number of cars currently under group management).
"-de Jl.

In step (], O'7), 1 is set to the number of vehicles required by the city, KIJ, minus one from the administrative number SN. and,
In step (10, 8), the outage number increase timer TO is set to zero in order to prepare for the next calculation ν. In addition, hand 1117
4 (1oa), the number of units under management is determined to be less than SN],
Then, 5 steps (10'7) are not executed. Procedure (10
2), the maximum waiting time WTMX is 1 or more in a predetermined time/=i
'lJ Irfj satl-runo, thousand IIIQ (1o9
), the number of machines required to be stopped, KN, is decreased by one, and in step (11o), it is determined whether the number of machines required to be stopped, KN, is negative. The number of machines KIJ is corrected, the number of machines KIJ is corrected by -1 in C'f-order (108), and the idle machine number increase timer TO is zeroed and reset, so that the count -J is started from the beginning both times.

Brush 14 Figure 1d: In the detailed program of the procedure (lol) in the mla diagram, extract the maximum waiting time when the hall call is 11 completed t"+- after being serviced by the car. It is something.

In step 11fN (101a), the maximum waiting time WlfX is cleared to zero. In step (]-01b), the running floor m is initially set to zero by 1υj, and by the hand 1111'i (1olc), it is changed to the running floor m'f/m11. Hand + 1ff (xol
m 1M up call ho return 1 dirty sign HIJI, , determines whether it is set 1J in step d,), and ``1'' is determined by procedure (10
1o) in m1 old up call waiting time (duration time), TIT
+115', <r, n; 4 II, add sga between f, count J:Q to L, 3 moves #jM (101d
), when the m-floor up call signal TIU is ``0'', that is, the call is canceled -1, the waiting time HT [J is 1' or more than the maximum ``4'' time WTMX.
11 Cut L7.1 on) L is hand pigeon + (1oxR) m floor I niri waiting time + iTu,, e9 long waiting time W T M
Let it be X. Zoshi-C1 move! tfj (1olh) to clear the waiting time of 11TU to island'. go j1 ha] (1
(, ), 1f ), f='j time HT U is the thickest samurai I
Between t”i W TM
The same is true for (101i) to (1(l1m), III
11 between 1 and 1021 of R downbound call signal) J〕□
Regarding TDゎ, the maximum waiting time w Tb + x is derived. Step (loln) determines whether all floors are present and checks if they are present on all floors. Deina I-Jre IJ: Procedure (1f, 11
Return to c) and move 11Q (1(lc) ~(, LO,
Lm)? iT j% can't go back.

Next, the energy-saving body cage made by ``e, JR'mh'' is shown in the grid of 115 diagrams (all questions (l), B).
The flow of operation of ) stored in ROλ4 of ) is explained using a diagram.
, Otsu.

Body 1h basket r (pinched into) 1. Additional allocation of baskets is prohibited. 1ljl'hiVC-1-heT Ll; 3
'-t Z))-, Kako enters the weight state. , 1 kr
10 baskets prohibited (T-A basket waiting to sleep while driving is also directly included?J
11) If the number of cars does not satisfy the required number KN determined by mm131-1, a new idle car is designated, and additional allocation prohibited car cars J7! I
By using all h1 queues, waiting cars due to reserved operation will also be available.
Think of it as an energy-saving cage.

Detailed program 5NASK for counting the number of units in which additional allocation is prohibited in the same manner as in Fig. 10 using 111i'i (], 21)
Is it true? I'll try it. In step 1 (122), it is determined whether the number of idle cars (Iq S K N) is less than the required number of idle cars, KN. Is it Soriari or 11 in the atmosphere? v period is set, and in step (124), the assigned car n is updated to n-1-1.

Procedure (detailed program 5I for detecting the presence or absence of door-closed standby command for car n on 125F) CC! is executed. Illustration of this detailed program 5DCC (") Although omitted, the door closing command DC□ of each floor of - in n number 1 is checked for all floors for each floor m, and the floor where at least one is "1" is it. Ba,
(The door closed standby command DC is set to "1" and all are set to -rrOJ)1. (Secondly, in step 715 (126), set door-closed-wait-1.number command DOICrOJ, check whether door-closed-1 true command 1) O is r' l J, and if roJ, then hand !
Go to lli'f (1st stirrup).

In the procedure (ko, 2'7), n number 1 body stop k η selection signal 5VK
Determine whether n is "1" [7, get iL at roJ, step (128) halt n machine, 14-shaku signal 5vI (J, returns "l", no. n 1 (town) body I〕-edge Ic'+
'R choose J 5 ``L-1-/-r, move IIIQ (
12,9), additional allocation type 11-I1S M'H of the nth exit
A') Set K n to 1-month, n'f lf & Ka addition/III assignment; T il, l 1') I? C
-f Zs. Close the door with hand 1iT (126) f-? tf
fi8 command] +U y'r; l-L J -77iF
+ A Ka, again 1d, hand 111i (]2Iy) 7! Rest J1-) Choice 1j No. t-: vx ny'r+ r month, no 1, hand 11fi (J3o) all cage running devices,
If it is rejected, move 111['! (124) ic jp lJ, +J';
I! Return the mouth (], 21~(12'l') to the shuttle 1 no j''
. It's too late to order the door to close and wait for the gate to close.
If not, select tithe 11., basket +1)1. That will happen.

Next, the body 111"+4 J+, + basket [f] debris removal operation -1 program of Fig. 16 (description 1.Q'Sei IiT
(1,],n) stored in ROM) operation flow i+-r
>a will be used for explanation.

I wonder if additional allocation is prohibited (wait for reservation (up basket also additional allocation type 11)
−． Figure 13 shows that the number of cars in a basket is 7).
If the weight of the car is greater than or equal to Gg1i'J) 1, the car designated as idle can be canceled -4 °τ.

In step (131), the detailed program 5NASK for counting the number of units for which additional allocation is prohibited is executed as in FIG. 10.

Number of cars prohibited from additional allocation at 11 Ft (132) NEKN
It is determined whether the number of idle/BW vehicles is 1tKN or more, and if it is determined that the number is more than 1tKN (exceeding the number of vehicles), steps (133) and (13) are performed.
In step 4), the scanning car n is set, and in step 1i'1 (135), the detailed program RJ)00 for detecting the presence or absence of a door-close standby command of η and n, which is the same as in FIG. 15, is executed. Procedure (136)
Door closed standby command 1] () is roJ and size 13Jj sa It
, Katte L (,1:37) Te body stop selection signal 5VKn
71. is determined to be "1". Then, hand +1Fj (13
B), the pause selection signal 5VKJj:rOJ is generated, and the nth machine completely cancels the pause 11 torsion cage. Ru. Procedure (136)
Is the door closed standby command DC "1" or is the 1st hand l1iI
``1 (137) and the pause selection signal 5VKn is ``0''. For example, use hand IF+ (1v9) to determine whether all the cars have been scanned, and if the scanning does not result in an error, return to step (1; strong) and repeat steps (134) to (13'7).

Next, #K], Figure 7 shows the release operation of prohibiting additional allocation.
The program in Figure 1'i' (RO of storage device (IIB)
The operation flow (stored in M) will be explained using an fL diagram.

When the door-closed-waiting command is canceled (t'L) and the pause selection car is also canceled, the prohibition of additional allocation is canceled.

In steps (141) and (142), the scanning speed and n are set, and in step (143), the detailed program RDOO for detecting the presence or absence of a door close standby command for car n (m) is executed, which is the same as that shown in FIG. 15. Step (144) ), JC is judged to be rOJ.
t, and in step (145) the pause selection signal 5VKrl is also set to “
If it is determined that "o", additional allocation is prohibited in step (146)
The number of 1-yu baskets NA [t; j: rOJ, n8 minister []
2 The additional allocation prohibition basket is canceled. Hand IF4 (14'7
) to determine whether all gates have been scanned, and if not,
Return to step (142) and move hand 111N+(142) to (1
46) is repeated. Furthermore, 1 move If @ (144)
If the door close/open command DC is l'lJ, or if the pause number 5VKn is 1-1.1 in the step (145), the step 11iN (146) is not executed.

Next, F! the four points for opening and closing the door at 119 degrees. -C will be explained using the flowchart of the operation of the program (stored in the ROM of the storage device f'?, (loB)) in Figure A'1.8.

In step (151), the car position floor is set to the scanning floor m.

In step (152), it is determined whether the car door is in the zone where the car door can be opened, and if the door is in the zone 1. In step (153), it is determined whether the door is closed. When it is determined that the door is closed,
In step (154), it is determined whether the door open button has been pressed (7), and if it has not been pressed, it is determined in step (155) whether or not the door has answered the call. You haven't answered the car call.tL
For example, in step 1 [(156), determine whether the upstream assignment command AKU Hand I @ u
In 5s)-5, the door open command is set to "l", and the door close command is set to 0 month. In other words, the door stops closing. If it is determined in step (156) that the m floor is the assigned floor, step (k, 5))
It is determined whether the door closing service command for the m floor is ``1'' at step 5[].

That's roJ, and in the lifting procedure (159), the door open command is set to rHJ, and the door close command is set to "L". In other words, door opening is stopped F. In step (153), it is determined that the door is open.11. Suddenly, hand 11Fi (160) ~(xc+
In a.), the door is not opening, the door open button is not pressed, the door safety device is not operating, the door close button is not pressed, and the door opening time has expired. If not, the door will stop opening in step (159). Descriptions of other procedures will be omitted.

Next,
fall jr, s (6B) The operation of outputting a pause command to Ic will be explained using the flowchart of the UI operation of the program (stored in R01 of the storage device (10B)) in the xp-xcq diagram.

Procedure (1'711~('', M5) - Determine whether the C car is ready to blow. In other words, if the car is at rest, there is no direction, and the door is closed. ``l'lJ cut off tl, then.

In step (1'74), stop 1 option 1 ＾ IEVK is "1"
IJ: ”F
I stroke (1'25) sets the pause command SD to 1-IJK.
When the pause command!J-1) is set to rlJ,
The main circuit cutoff relay for body weight (j7 not shown) is overpowered, and the +nj force circuit and the car interior light opening circuit are cut off, causing the car to stop 11S j7fi. This is a normal operation, and details (''-omitted-t7+, lj, move
If the condition of 1rj (17g axis 1'74) is not satisfied (8th mark, step (1'/6), the pause command SD is set to "O", tl,, A4 correct 4), the 1st order is 1 buttocks. removed.

In the above-mentioned implementation 1f11, the reservation arrangement j was limited to door-closed waiting + tt, but the 14th case of door-open waiting can also be implemented in the same manner.

〔Effect of the invention〕

As described above, in the present invention, an elevator reservation dispatch signal is generated by an input port button that is manually operated,
From this reserved vehicle dispatch signal, a reserved vehicle dispatch control signal is generated in accordance with the date and time, and cars are dispatched to designated floors in accordance with this signal, and on the other hand, the number of reserved vehicles to be dispatched is regulated within the range of the number of vehicles required for energy saving suspension.Z ).

Kone, VC saves the effort of the person in charge to operate each time,
You can easily make reservations and dispatch vehicles, and save Tn.
The upper limit on the number of reserved vehicles will be automatically set when the power transfer is at a low price, and reservations will be made while maintaining the general Levis standard), 111%.
, can be done.

[Brief explanation of drawings]

FIG. 1 is an overall 4'fff diagram showing an actual example of an elevator service reservation device according to the present invention, FIG. 2 is a block circuit diagram of the same, and FIG. 3 is a storage device 1σ of the input device shown in FIG.
4 and 5 are flowcharts of the operation of the input device in FIG.
Flowchart of operation by 1 device, Group 9 ~ Figure 17 Figure 1.
Figure 2 nt Shariboukan's operation flow jL diagram, 1-8
Figures and drawings are shown in Figure 2.
Mf of r, il-'(1. (1)...incoming capon, ('ri...reservation dispatch signal means, (3)...automatic calendar, (4)...reservation n1 Control signal generation means for door 1, (5)...Reservation dispatch means, (6)
... elevator, (7) ... idle car selection means, (
8)...Suspension means, (9)...Reservation standby regulation means,
(1(t...car system inner entrance +-119, (1,1)...
Group management scary lid? (1)...
Input device 1'l In Figure 1, part number t'1 is shown. TIp person Masuga Oiwa 1゛11゛4 Figure 4 Figure β (Figure 3 Figure 7 S'C't RIΔf) Figure 8 Figure 9 Figure 10 Figure 11 Figure 5; AUD72 Figure 12 Figure 1:3 - Wow. Knee (/6/) Figure 14 Figure 151'4 Figure 16 Figure 17 Figure 18 Figure 19 Procedural amendment (voluntary) 1. Indication of the case Japanese Patent Application No. 185340/1982 2. Name of the invention Elevator Operation reservation device 3, Representative Hitoshi Katayama of the person making the amendment, Department 5, Detailed description of the invention in the specification subject to amendment, Figures 6, 10, 12 and 13 of the drawings 6, Amendment Contents (11 Specification, page 5, line 20, "Tokukosho" is replaced with "
Tokukaisho,” he corrected. (2) On page 12, line 16, the wording ``of floors and directions'' is corrected to ``of floors.'' On page 19, line 20 of the same page, it says "scan all machines"V) -C
r all floors scan". r 'r rlJ'' on page 30, line 8 of the same page.
With J,” I corrected. In the drawings, Figures 6, 10, 12, and 12 are corrected as shown in the attached appendix. Inventory of attached documents Drawings shown in Figure 6, Figure 10, Figure 12 and Figure 13 1 or more copies Figure 6 Figure 10

Claims (2)

[Claims] (1) An input capotan that is artificially operated and issues a signal to reserve and dispatch a car to a designated floor; a reserved dispatch signal input means that emits an output corresponding to the output of this long sword button; and a date and time from the output of this reserved dispatch signal input means. Reservation dispatch control signal generation means for determining the reserved vehicle dispatch control signal for the above mentioned vehicle, reservation dispatch means for dispatching the above mentioned vehicle to the specified floor by the output of the reserved vehicle dispatch control signal remaining means, and a suspension car selection means for selecting the number of cars; a suspension means for suspending the number of cars selected by the suspension car selection means; and a suspension means for suspending the number of cars selected by the suspension car selection means; An elevator operation reservation device comprising a suspension regulation means for regulating the number of cars. (2) The elevator operation reservation device according to claim 1, wherein the number of cars reserved and dispatched is the number of cars required for energy saving suspension minus the number of cars selected for energy saving.