JPS5949095A - System for controllng remote device system - Google Patents

Abstract

PURPOSE:To simplify the control and to economize the device, by duplicating a controller of a remote device system, and providing a discriminating means whether or not a signal flows in each control line to each remote device system, so as to attain the system switching for the control section or the like in response to the state of the line extended to a master device. CONSTITUTION:The remote device system comprises duplicated remote section controllers RCC0 and RCC1, a system controller CNT selecting the duplicated systems RCC0 and RCC1, a remote section device E to be controlled, and a communication controller CCU conneceted to duplicated control lines T#1, #0 for exchanging the control information with the master controller MCC. Further, the monitor means of a control line T is provided to communication controllers CCU0, CCU1, for example, so as to discriminate whether or not a signal flows in the control line T(#1, #0), and the system controller CNT connects either one of the remote section controllers RCC0, RCC1 to the remote section device E to be controlled from the result of discrimination. As the communication system of the control data, a system which can detect the presence of transmitted data and synchronism such as synchronizing data link control system is preferred.

Description

[Detailed description of the invention] (1) Former 1st son's 1 branch/f main brother Akira (!ma) M, j% ji'J and remote 1vji11
i0 Gok u'=' or C)) The system to cut (・touch, distance 1.8 parts; 1 river strike, 1 look, and 1 look from the device!] 11th time f meji is 2 middle) (r9 configuration) remote device/5^ system aill rl direction (T).

(2) Conventional technique between iq and iI + 1 points, remote device - (system thread 1 fin formation 27-, system switching 11J11 province [11Q Gonomi equipment city, "6
By accepting orders, the remote control unit was able to perform autonomously to the extent that it was not possible.
``In many cases where it is necessary to switch the thread by i: fji + ?ll, which occurs on the A if side, the ?
゛I was able to receive orders (commands) from σ and was in a slow state.]
Therefore, the system cannot be switched using the system reno switching system Ffll from the 2J1 equipment.

jij5 is self-centered on the side of the corridor! Switching the system automatically r'r: Not fjJ ri, jl j', 'Bi
Abandoned 1fi', 1tUlf (7) The system system I11 became compound f)[.

1 puko, it's a narrow hire! A separate signal field has been constructed between J and far [disguise 1β], and 11 and 1 ridge on the prefectural side from the old J-bun on 11.
There are many cuff lengths, but according to this JJ method, the system's partner Okai 1〉 is 30cm long! ：に）I'm going to be right, Kano/Kol! Cost of 214 tN" 0 (3) Purpose of the Invention Purpose 1. J1 Removed the drawbacks caused by the above conventional method, far 1+'5 R: 11. The prefectural side that gained l+iii in '71'(itllj:'j 1:lkc, 1:I)
, time f4 Bano j1 device・t and time 1 (time, H
y,,r')-shaped J〉Relative to the other side' 141i, etc. thread cutting '1]3-? j-possible, ゛consideration 1 leaf simplification, 4q1i,,h, i'J-simplification'el'lruphi
(l'iM % l+'7 series publication 1! To 11 direction+,:
+i IJ+.

(4) I + 4 Naruhon no Mei of 1111 is ``In order to achieve the second koku 11'')''!!
, -・Most of them and 咄1+i, -14 s′硅−゛ thread, and furthermore, 11J remote control system control device 1 All data is input from 1 (-1 to 7 Jjh'i) to the system by the control line.
, and the previous 1. I'm wondering if there's an ``i'' sign in the ``d''``I'll be another stephi''(4.'i)
iii, 1jiJ 1 Seven different means of remote equipment system 1
1' It is characterized by controlling the display configuration of the wholesale device.

(5) My brother Akira's Nol = hid is also below 111, and the present invention will be explained in detail with examples.

ε;) FIG. 1 is a system configuration diagram for the 114 station of the iK system 1iil control system of the diaphragm device of the present invention. Going to the figure, there are two remote control threads, one for the remote system, one for the remote system (CCO, RCCI), and a thread for controlling the three-pronged system of RCCO and RCCI. Device C
It is a control circuit that performs the exchange of control 1 and 8 signals with the control device E and the parent control device MCC.
Person T, 1.・Reward 0] Relativefl'JU communication n1ll
It consists of several device sounds CCU.

Therefore, the present invention provides ifQ communication control: I device CCU.

. A monitoring means for the control 114 gland T is provided in the CCU, and it is determined whether or not a signal is flowing in the control line 'r (++,, +o), and based on the result, the system control 1:i CN T;
j'4 interval + Xll ilf control device'W: RCCo
, 11cc+ remote part breaking jllll device E
It was designed to connect to. control data il,
! The I communication system may be one that can detect synchronization and detect the presence or absence of sent data, such as O; I'll give it to you.

Figure 2 shows the connection between the parent device t and the remote control device 1i.
It shows the data formation of the control line of l, and the synchronization detection flag (
F(S)) and Ill 6ijl signal C, data DATA
, a data end display flag (1"(T'J), etc.) constitute one frame. Each data (or message, etc.) is distinguished by a H flag, and when there is no need to send data, υ1. The device MCC is currently in use. A dummy message is sent to the middle line by interposing it with a flag, or the flag is sent continuously. Immediately, if a conversion door is flowing on the line, the system control unit RCC... R.R.C.C.O.
The one through which the id signal is flowing is designated as the current one, and the remote controllers RCCO and RCCI are activated. On the other hand, de λ device↑JiC
In C, no tmall1j-bow is sent out to the line of the pre-1itj thread. In this way remote i'tli l
If'l is the entire building (depending on whether the flag from 11 is being sent or rl-, the current use of ii'l ii';li, preliminary 1#
ii was connected to the next>+4L, so J'l)'1-1
t,'+5alt il+'ltakusoji'7,L
47 (do.

Figure 3 shows the optical measurement + Lllll ”:; Koma, -≦° system) 7 tree selection > II e] Pj, l'[!Kanekosu.

In the figure, the number 1 is shown as 0! J, - from flag father 1δ q
li 'l'i is λ・), ACT (current) and il1
Add it up, and if the flag is not exhausted, it will be published as 5TB (-1-marrow). On the other hand, in the +1 series episode, due to the presence of fungus, ACT (current), 5TB (spare) No.C
[If (B) as in A1, ir: J: +
0 system is currently in use, +1 thread 7 no cutting -, indicates that it becomes lrrl.

≠ Indicates that the 1 system will be switched to the pre-11iF. 1i'', (
In case of b) and b), this should occur in the case of f'
However, if this occurs due to an error in the second part of the process, please maintain the current state.

111? So, my parents are far away 1iAMl (the city II 1
ii11q) If you want to change the a of j, what is the limit? +
By switching the line that sends the 1lIiII signal, the remote:'f;'+? O who can improve the system of Q - Also, the parent is in the ili control device of the 5aii'lA group.
I found a floating point 11; You can do it.

Next, the system i't- of the present invention f v, J, μ・41
,11j;! jJ] L -I4 for ζ11
7 and 1. [Figure 54 shows the conversion system borrowing 1! Inspired by 1, I decided to bet), as for the network JW6, NW+, if river 14F, = j7i C
Co, CCH,) rank']” RK + 71
1'ri between 1i11 = +q i:'i CCU1 +
CCIJo + '\selfJ, +, <'J4jJ
MI draw ν13. Tㅅ11) From 84゜g11 (:q formed, JN5[1Joju 11 Chio 1・-'' is network R
NWo, RNW, remote control device/a1. L.C.Co.

RCC+ + )i3 it 1ljl Ill
4noi p RCCU. +, 1 CCU+,,,
1st 44th part 1st grade MM, , R to old ν18. At the trunk's opening, there is a system flt control device which is composed of a subscriber circuit AC raccoon, and which is the present invention: 'j CNT, communication conversion swallowing device i't CAH + CAo, system) ↑times.
Raku ■, ■ have 1 pair. Network (RN~'V
1 between O+IjNW+) (NWo, NW+')
dzogoshire)jtl V is 'j16 to Nobue, 11
t'1lilil installation jg RCC6, RCC1to (CC
o + CC,') and 1141 +'1 IC are set at 91. Here communication 11jl 1', :,
j V +, -↓ Blue/Stem O spear, can be used in common with ■ series f;
Cba I! i control device CCo.

CC, is common 1 warm [11 S) 1 and M+'j l=
I+Th's 111 still 'A 11f (4CC
O.

Eya CC, to (Vij) i/J-0 yarn, 1 each
It is divided by system.

It takes (,・In the Y-戊, the father, the control of the blow'l 4
Song J, (-C6 is moving with O, throat work + iwo for 1 history (i.e., 0 threads)・j) Moritoshi, communication 1h
4 l11 Rei, IC via control device r't CCUo
Assume that the data to be sent in the data format described in Mf+ is sent in frame units regardless of the number of people/days 19a.
Ill trace 1i: times 11 Ikan celebration 1+t CA++
, send the frame information to CA1 and send it to +5 piece output system control unit [〆jcNT].

System control 1 sample direct CN 'l' is communication circuit fNA 'fi1f
Visual plane CA+, CA.

The room from here is based on the notification j'rl, and the O system is 1''L.
Currently in use, the thread C+0 is preliminarily iuF+.
ψ system 111. Here far 1)'s 7? l('s system 4
f41i,q,'I L CCo to network R
A +O system is constructed by installing 4 light bulbs on i”JWo.

times&01i1it W ′J)7) I is r”i l('
N part! l! 1. Control % Direct 1'-CCo etc. are free from W damage, control of remaining father's change, HI device Kj CC is steep 112
Kinu No., p11, common #'tl C valve 0 series, song l series pigeon change, jze (1chi C I Fl-i'6 times ν'-
Data lx: 1)': Output, 1. so as not to send data to C 0 thread.・(By doing -, according to the procedure explained earlier, the early I111 people 5U'CN 'I' is 4'
1 system to 2+; il<4.

J:! Figure 5-・, 1: i, l' (shown in Figure 4)','
s] Hiroshi Shakui's A1ζ diagram is not shown. Joined 7 times 1.'
6], network I is also connected to C or trunk circuit TRIC. , 1ζNW, the information sent from , 1 Shun is meii JR1i1111'%S)-; This ・' size is No. S, is the system! t
The signal is input to the ill-width 41 from the input signal CN 'I'.

Book! 5 M411 (lI network RNW+
, 1tNWo is in hot standby (when it is started, I, Nodwork 1 is NW, , RNW is in the I driving state 5())] It is impossible ↓ - 1 both sides, No 1 is input to Work 7, ・''Qui, - River, system no) 8 choices - It's more than a note JllJ, Ru) I 117 composition.

116 Figure U iql; t of selection circuit q9 shown in Figure 4:
4 Reduce the composition. The figure shows memory RI',,i INl[o
+ RMb'll (, 4; illt', network RNWo, R, 1's W+) and control fl'll'
14:1 IICC, RCC.

RD, 4M,
, R+νi, tVI I (Network IINWo
, RNW, ) to the control device iQ CCo , CC+ is the platform system (CO system, Φ1 system)
They are each independent, and 1.input to memory or transmission to 4-way work is selected by lH, i selection circuits 5ELo, SEL+. ta jlill i4; give j1])
(-or Re Executes from C+ to both systems at the same time. This decoupling number S2 and S3 can be done manually by the system control device #CNT.

i, (Fig. 47 (see Fig. i44)
1 device PeCN 'i' and ]1:i communication port device C
This is a diagram showing the relationship between Ao and CAI. Figure jc J
=-, and the data sent from the force L mail order (Fig. 2, 1) is ili' control cycle + MC (0.嗟-1) above ◇')
The flag is extracted from the flag detectability (1-1) (&J for 41-1, not shown) and is output under the timer +O1+1 which is synchronized with the determination device O1≠1. Input the results to the system control device dCNT, and select the system 1j〈θ and po.

In this rlJ 1cJr device j1.4+0.11, the timer receives the signal (t'+Y+) between the timer and the L receiver, and if no flag is detected during that signal, the flag #
uj1. L and the corresponding communication time 1 loincloth is 11] i and 11
11 Discontinuation (7. System control mode ■1 Sends a signal to device I.

The flag on the varnish once between the 9' stones.
nu ° believe:”)?>j: Number of times 11 (Subsequent donation, 5, this song IB times 1:・“・1・No L A and i'1
．． l :+jl I, thread ii'l l1111・shiy
1 bit contains 1 bar.

System: 11] "Beat: y11' is published in 1 place νj, +'j
,' 7. 'l' et al.'s 417th issue of i?fJ Jun's +
j, ' : 3 : A's) 1 Ill i wholesale 111 bow to each system switching receiver - d by F1 ゛ 1- rib C? (-) Yuru.

':;S 7 In Figure 7, IiF has a fracturing attack 13- and a passage 1 word mountain 1170 at 11'6 and 1'i4. CCU's [11J facility is eating! 1% 1 figure 1lli sub 1jl 1 school... 1c in 1゛
It is not limited to this book, '4)) in 1911.

(6) Effect of the invention According to the invention, v'', following, method (compared to ζ jjl!
tIi and let ν mountain te 11j system 11rll 1.
, Il♀ must turn and hit, (・Total, 11 bets
;l'・11・? I+Q' * Ii, A ilfZ
(I: 't'%'llization-C and further 3λ'
kU 1 (,j takes 1ifl, there is no need for a separate Gogo name for j1r to form the system 41ζ, ?1, tIi l'l'J gives Satoru, Shout,!-,,'I, Me4) Tonoichi has 4 jaws.

4 IJ between figures: "A7r explanation, 1~] IJ uses the method of Akira Honen / Stem + r'f
IJν, (・Shi, 132 figure V, do tail 1 cry, I'G JIM 41+!-l two-parter's I1゛4 formed l'-; l1, 1t3 figure phantom, spicy; 1'j'1ll of f formation
IN<1% ++! 4 +-i:
61 wires 41 are connected to Ming 1 +; Den 1 +, Sudem 1 contamination diagram, flood 5 Figure 1 thread cutting: Furnace equipment □ A (79 41゛q configuration) I 1, 66 Figure 2;'! 41 me 1 1 14 cut: l"F , 1'; -1, 't, (lj)'s 4.4.
Electrogram 1. ．． lt Figure 7 is the system control of Figure 4! ,! 2jfx
j-1.15. jj Su 1-4 self).

+vlCC, CCo, CC+: : theory iti'
H+IJ pirate 1w-.

RCCo, RCC+', l! frai, 1ififll
Il1l-kNQ.

C1・jT series 1till total 11 entries/Agent Patent attorney Hiroshi Matsuoka 1st section 81 Quotation 2 Diagram name 3 Diagram 6 Diarrhea 7 Diagram

Claims (1)

[Claims] In a system consisting of a 1st φth line and a remote part, the control 2 and 1 and t of the remote device v system is converted into a nylon, and each remote system is controlled from the main line directly. It is composed of 41 units for transmitting data by regeneration, and includes separate means for determining whether or not a signal is flowing through the jii control circuits, ', ; Disclosure of the system configuration of the device 1 A 1'; i deferred control system characterized by the following.