CN205749462U - Fixation measuring controller system can be customized - Google Patents

Abstract

This utility model relates to one can customize fixation measuring controller system.One can customize fixation measuring controller system and comprise shared control unit (120 or 620) and one or more channel unit (130,230,330,430,730,830,930,1030,1230 and 1330；630,1430,1530,1630,1730,1830,1930,2030,2130 and 2230).Each shared control unit (120 or 620) and channel unit (130,230,330,430,730,830,930,1030,1230 and 1330；130,230,330,430,730,830,930,1030,1230 and 1330) comprise I/O terminal unit (129,139,629,639) and be attached to the display unit (126,136,626,636) of I/O terminal unit (129,139,629,639).This system can be configured to wall and install configuration or frame installation configuration.

Description

Fixation measuring controller system can be customized

Technical field

This utility model relates to the fixation measuring controller system that can customize.

Background technology

Fixation measuring controller can be in various applications (such as, at oil and gas industry, power generation industries and chemistry In industry) it is used for detected gas.Each of which in these industry produces different configurations, and in each industry, no Same application can produce different controller configurations.Exist for customizing for use in different application, do not produce simultaneously The demand of the fixation measuring controller of the cost that raw and customization equipment is associated.

Utility model content

Disclosed herein is a kind of fixation measuring controller system that can customize, and it comprises shared control unit (120 Or 620) and first passage unit (130 or 630).Share control unit (120 or 620) and can have I/O terminal unit (129 Or 629) and be attached to the display unit (126 or 626) of I/O terminal unit (129 or 629), wherein, share control unit (120 Or 620) I/O terminal unit (129 or 629) include power terminal (C to D or A to B), the network terminal (A to B or C to D), control Terminal processed (15 to 20 or 6 to 11) and detector terminal (1 to 14 or 1-5 and 12-20).First passage unit (130 or 630) Can have I/O terminal unit (139 or 639) and be attached to the I/O terminal unit (139 of first passage unit (130 or 630) Or 639) display unit (136 or 636), wherein, the I/O terminal unit (139 or 639) of first passage unit (130 or 630) Including power terminal (C to D or A to B), the network terminal (A to B or C to D) and detector terminal (1 to 14 or 1-5 and optional Ground 12-20).(C to D or A is extremely to share the power terminal in the first terminal device (143 or 643) of control unit (120 or 620) B) it is electrically connected to power supply.Share the power terminal in second termination (144 or 644) of control unit (120 or 620) (C to D or A to B) is electrically connected to the merit in the first terminal device (145 or 645) of first passage unit (130 or 630) Rate terminal (C to D or A to B) is to form the first power link, by this first power link, to first passage unit (130 or 630) power is provided.Share the network terminal (A to B in second termination (144 or 644) of control unit (120 or 620) Or C to D) it is electrically connected to the network terminal in the first terminal device (145 or 645) of first passage unit (130 or 630) (A to B or C to D), to form first network communication link, by this network communication link, when being in control model, shares control Unit processed (120 or 620) communicates with first passage unit (130 or 630).

Accompanying drawing explanation

In order to be more complete understanding of the disclosure and advantage thereof, now will be in conjunction with the drawings and specific embodiments with reference to following Briefly describing, wherein, same reference represents same part.

Fig. 1 is the perspective view that can customize fixation measuring controller assemblies installing configuration in frame.

Fig. 2 be Fig. 1 can customize the fixation measuring controller assemblies situation at the display unit removing shared control unit Under perspective view.

Fig. 3 is the single lateral side view of the I/O terminal unit of the shared control unit installing configuration for frame.

Fig. 4 is the single lateral side view of the I/O terminal unit of the channel unit installing configuration for frame.

Fig. 5 illustrates that the frame comprising Fig. 1 installs the system that can customize fixation measuring controller assemblies.

Fig. 6 is that the fixation measuring controller assemblies that can customize installing configuration in wall is removing the display list of shared control unit Perspective view in the case of unit.

Fig. 7 is that the fixation measuring controller assemblies that can customize of Fig. 6 is removing the terminal cover of shared control unit to expose I/O Perspective view in the case of terminal.

Fig. 8 illustrates the side view of the guide rail being used together with wall mounting assembly.

Fig. 9 is the single front view of the shared control unit used in configuration installed by wall, and wherein, terminal cover It is removed to expose I/O terminal.

Figure 10 is the single front view of the channel unit used in configuration installed by wall, and wherein, terminal cover quilt Remove to expose I/O terminal.

Figure 11 illustrates that including that the wall with shared control unit and a channel unit is installed can customize fixation measuring control The system of device assembly.

Wall is installed configuration and is installed to guide rail by Figure 12 to Figure 14 diagram.

Figure 15 to Figure 17 diagram is removed wall from guide rail and is installed configuration.

Figure 18 is and the front view that can customize the power supply that fixation measuring controller assemblies is used together disclosed herein.

Figure 19 is the top view of the power supply of Figure 18.

Detailed description of the invention

It should be understood that first, although following describing the illustrated embodiment of one or more aspect, but permissible Utilize any amount of technology to implement disclosed assembly, system and method, the most currently known or not yet exist 's.The disclosure should not be limited in any way by illustrated embodiment, accompanying drawing and technology described below, but can be Amendment in the four corner of scope of the following claims and equivalent.

Disclosed herein is the fixation measuring controller assemblies that can customize, and it comprises and one or more detectors The intelligent alarms controller coupled.Controller has operator scheme, its independence operation combining each passage and centralized Control, and And controller can be compatible with various types of one or more detectors.With frame, configuration can be installed or wall is installed and joined Put and the assembly that can customize is provided, in order to be used in fixation measuring control system.Assembly disclosed herein is in the journey of maximum possible The safety and reliability requirement for the application in hazardous industry field, the most real dress that there are currently no and customize is met on degree Customizable component for concrete application and system are provided in the case of the standby cost being associated.

Fig. 1 is the perspective view that can customize fixation measuring controller assemblies 100 installing configuration in frame.Assembly 100 comprises Cabinet (chassis) 110, its have for share control unit 120 and up to ten channel units 130,230,330,430, 730, the capacity of 830,930,1030,1230 and 1330, as shown in fig. 1.Ten channel units 130,230,330,430, 730,830,930,1030,1230 and 1330 is identical, and the discussion herein in connection with a channel unit 130 is applicable to Disclosed any channel unit and any amount of channel unit.Reference for the parts of first passage unit 130 It is applicable to other channel units 230,330,430,730,830,930,1030,1230 and 1330 all.

Cabinet 110 has housing parts 111, and it is the packaging part with front side 115, and front side 115 is open, in order to connect Folding and unfolding put shared control unit 120 wherein and any channel unit 130,230,330,430,730,830,930,1030, 1230 and 1330.The rectangular rectangular shape of housing parts 111 in Fig. 1.This rectangle cuboid front side by cabinet 110 115 receive shared control unit 120 and any channel unit 130,230,330,430,730,830,930,1030,1230 and 1330.The edge 116 of housing parts 111 can be right angle, for safety sphering alternatively.Cabinet 110 also has lip Part 112, its from the front side 115 of housing parts 111 the plane identical with the front side 115 of housing parts 111 along lengthwise and Width direction stretches out.Lip portion 112 has installing hole 113 formed therein, in order to install cabinet 110 to machine Frame, such as, with the screw extending through installing hole 113.Lip portion 112 also has handle 114 on every side 117,118, with Just assembly 100 is moved from a position to another location (such as, in frame or outside frame, or by assembly 100 from transporting appearance Device is loaded onto frame).

As shown in the diagram in Fig. 1, the length of cabinet 110 is more than the height of cabinet 110, and the height of cabinet 110 is big In the degree of depth.Such as, the length of housing parts 111 can be 445.00 mm, and cabinet 110(comprises housing parts 111 and lip Portion's part 112) total length can be 482.60 mm.On side 117 and another is in side for two installing hole 113(mono- On 118) between distance can be 465.00 mm, and two installing holes 113 in each in side 117 and side 118 it Between distance can be 133.35 mm.The degree of depth of the housing parts 111 of cabinet 110 can be 80.00 mm, and cabinet 110 The total depth of (comprising housing parts 111 and lip portion 112) can be 82.00 mm.Assembly 100(comprises by shared control single Unit 120 and channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 add the degree of depth) total depth Can be 97.5 mm.

Cabinet 110 in Fig. 1 is shown to have 11 slits: first on the left side 118 of assembly 100 Required shared control unit 120 in slit, and ten slits for ten channel units 130 shown in Fig. 1, 230,330,430,730,830,930,1030,1230 and 1330.Alternatively, cabinet 110 can be kept to less than ten passage lists Unit, such as, when client need not ten channel units 130 and only needs five channel units 130,230,330,430 and 730 Time.Wherein do not place each open slot in the cabinet 110 of channel unit 130 and can cover (blank with blind plate Plate).When needs expand, client removes (multiple) plate in (multiple) open slot simply, and by desired amt Channel unit (is up to ten channel units 130,230,330,430,730,830,930,1030,1230 the most altogether in cabinet 110 With 1330) it is placed in (multiple) open slot.Predictably, cabinet 110 can be manufactured into comprise any amount of Slit, such as, 2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20, or more slit.At cabinet The minimum number of the slit used in 110 is two, this is because the leftmost side slit of the cabinet 110 (left side 118 of assembly 100 On) in need share control unit 120.Can according to channel unit 130,230,330,430,730,830,930,1030, The length of the cabinet 110 manufactured by the quantity regulating of 1230 and 1330.In one aspect, cabinet 110 is 19 " installation of 4U frame Cabinet.

Assembly 100 has a shared control unit 120.Share control unit 120 can operate in one of two modes: Control model and detector pattern.In control model, share control unit 120 controls generally in assembly 100 each lead to Road unit 130 and provide system mode to indicate.In detector pattern, share control unit 120 and utilize analog output module (as shown in Figure 2) to communicate with detector (such as, flammable or poisonous gas detector).

Share control unit 120 to be arranged in the leftmost side slit (on the left side 118 of assembly 100) of cabinet 110.Share control Unit 120 processed has display unit 126 and I/O terminal unit 129(I/O terminal unit 129 and figure 2 illustrates and below Discuss in more detail).On the front side 160 of the I/O terminal unit 129 that display unit 126 can be positioned at shared control unit 120.

The display unit 126 sharing control unit 120 has LCD screen 121 to show the letter relevant to the control of detector Breath, shown in control button 124(Fig. 1 three), mute button 122, reset button 123, shown in LED 140(Fig. 1 three) And the screwed hole 125 on the top of display unit 126 and bottom.When illuminated, LED 140 can indicate that alarm, fault with And run.Screwed hole 125 is for installing display unit 126 to I/O terminal unit 129(I/O terminal unit 129 at Fig. 2 and Tu Shown in 3).It is to say, display unit 126 can be installed by display unit 126 being attached to I/O terminal unit 129 In cabinet 110, during wherein I/O terminal unit 129 is individually fixed in the housing parts 111 of cabinet 110, (such as, pass through spiral shell Nail, binding agent or other technology as known in the art).Alternatively, display unit 126 can be unsecured to I/O terminal list The lip portion 112 of cabinet 110 it is installed in the case of unit 129.

Assembly 100 in Fig. 1 is shown with ten channel units 130,230,330,430,730,830,930,1030,1230 With 1330.Each channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 is installed in cabinet 110 Slit in, this slit be not place share control unit 120 leftmost side slit.Each channel unit 130,230,330, 430,730,830,930,1030,1230 and 1330 it is respectively provided with shown in display unit 136 and I/O terminal unit 139(Fig. 4). Display unit 136 can be positioned at each channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 On the front side 161 of I/O terminal unit 139.Each channel unit 130,230,330,430,730,830,930,1030,1230 and The display unit 136 of 1330 is respectively provided with LED screen 131 with the relevant information of detector of display and channel unit 130 connection, manipulation Every in the channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 in Fig. 1 of button 132( One illustrates three), screwed hole 133 on LED 141 and the top of display unit 136 and bottom.When illuminated, LED 141 can indicate that alarm 1, alarm 2, fault and operation.Screwed hole 133 is for installing display unit 136 to I/O terminal unit Shown in 139(Fig. 4).It is to say, can be by display unit by display unit 136 is attached to I/O terminal unit 139 136 are arranged in cabinet 110, during wherein I/O terminal unit 139 is individually fixed in the housing parts 111 of cabinet 110 (such as, By screw, binding agent or other technology as known in the art).Alternatively, display unit 136 can be unsecured to I/O The lip portion 112 of cabinet 110 it is installed in the case of terminal unit 139.Each channel unit 130,230,330,430, 730, the I/O terminal unit 139 of 830,930,1030,1230 and 1330 all comprises I/O terminal (as shown in Figure 4), and uses Each I/O terminal unit 139 in given channel unit 130,230,330,430,730,830,930,1030,1230 or 1330 Be independently from for other channel unit 130,230,330,430,730,830,930,1030,1230 or 1330 any is any Other I/O terminal unit 139.

Shared control unit 120 in assembly 100 and each channel unit 130,230,330,430,730,830,930, 1030,1230 and 1330 is all rack mount type, and this means to share control unit 120 and each passage list in the disclosure Unit 130,230,330,430,730,830,930,1030,1230 and 1330 is all arranged in identical cabinet 110, and cabinet 110 are configured to install to electronics rack.Electronics rack is well known in the art and can have opening Configuration or closed configuration (partially or even wholly closing).The frame closed can have inert gas purge device alternatively (inert gas purge) so that noble gas produces normal pressure in electronics rack, thus prevents fuel gas from entering Frame the electronic unit around assembly 100.

Modular nature (cabinet 110 has slit) due to assembly 100, it is possible to need not insert or remove any passage Insert or remove in assembly 100 in the case of unit 130,230,330,430,730,830,930,1030,1230 and 1330 Share control unit 120(display unit 126 and/or I/O terminal unit 129).Similarly, it is possible to need not insert or remove altogether With control unit 120 or other channel unit 130,230,330,430,730,830,930,1030,1230 or 1330 any In the case of to insert or remove ten channel units 130,230,330,430,730,830,930,1030,1230 and 1330(any The display unit 136 and/or I/O of single channel unit 130,230,330,430,730,830,930,1030,1230 or 1330 Terminal unit 139) in any quantity.In order to insert or remove shared control unit 120 or any channel unit 130,230, 330,430,730,830,930,1030,1230 and 1330, it should close power supply.Certainly, before inserting or removing, Ren He electricity Gas wiring all has to connect to unit 120 or 130 or disconnect with unit 120 or 130.

Fig. 2 is the perspective view that can customize fixation measuring controller assemblies 100 of Fig. 1, wherein shares the aobvious of control unit 120 Show that unit 126 removes from I/O terminal unit 129.It can be seen that the front portion sharing the I/O terminal unit 129 of control unit 120 is solid Fixed to cabinet 110.Fig. 3 illustrates the independent view of the rear side of I/O terminal unit 129.Although can not see in fig. 2, but logical Each in road unit 130,230,330,430,730,830,930,1030,1230 and 1330 also has and is fixed to cabinet The I/O terminal unit 139 of 110.The independent view of the rear side of I/O terminal unit shown in Fig. 4 139.

As shown in Figure 2, the display unit 126 on the side 142 relative with LCD screen 121 can comprise control alternatively Molding block (such as, circuit, processes structure and framework, and provides being stored therein in of control function sharing control unit 120 Storage medium on software).Side 142 can comprise socket 128, and it is arranged to receive analog output module 127, simulates defeated Go out module 127 and be used as auxiliary I/O terminal to provide the output of 4-20 mA synchronous analog signal.Analog output module 127 is together The example of dual-mode capabilities being to share control unit 120 it is used together, so that play in a detector can by control unit 120 Process the function of the individual passage unit of input signal.When analog output module 127 is not utilized or is not comprised in sharing Time in control unit 120, share control unit 120 operate for controlling the mode to will pass through with channel unit 130,230,330, 430,730,830,930,1030,1230 communicate with 1330 and (this system comprises assembly 100 and is connected to group by display system Any detector of the channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 of part 100) state Information carries out centralized Control to each channel unit 130,230,330,430,730,830,930,1030,1230 and 1330.

Though not shown in Fig. 2, each channel unit 130,230,330,430,730,830,930,1030, The display unit 136 of 1230 and 1330 can be optionally included in respective channel unit 130,230,330,430,730,830, 930, the control module on 1030,1230 sides relative with the LED screen 131 of 1330 (such as, circuit, process structure and framework, with And the storage of the control function of respective channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 is provided The software on storage medium wherein).It is similar to share control unit 120, the display unit 136 relative with LED screen 131 Side can comprise socket, and it is arranged to receive analog output module and (is similar to analog output module 127 or exports mould with simulation Block 127 is identical), analog output module is used as auxiliary I/O terminal to provide the output of the synchronous analog signal of 4-20 mA.

Each channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 all can have special Certification (identification), and can be for concrete application, such as, combustible-gas detector customizes any channel unit 130, the optional analog output module of 230,330,430,730,830,930,1030,1230 and 1330.

Fig. 3 is the lateral side view of the I/O terminal unit 129 of the shared control unit 120 installing configuration in frame.If As seeing, exist power terminal C and D in first terminal device 143, the power terminal C in the second termination 144 and D, the network terminal A and B in first terminal device 143, the network terminal A and B in the second termination 144, control terminal 15- 20, and detector terminal 1-14.The terminal of the shared control unit 120 of table 1 below explanation:

Table 1: frame is installed and shared control unit terminal

The power terminal C to D of first terminal device 143 is used for leading to the power link of power supply (being positioned at assembly 100 outside). Power terminal C and D in second termination 144 is used for from shared control unit 120 to the side 149 of shared control unit 120 On the power link of channel unit 130.Therefore, share control unit 120 and utilize the power terminal in first terminal device 143 C to D receives the power from power supply via the first power link, and utilizes the power terminal C in the second termination 144 extremely D transfers power to channel unit 130 via the second power link.

Fig. 4 is the lateral side view of the I/O terminal unit 139 of the channel unit 130 installing configuration for frame.Each its Its channel unit 230,330,430,730,830,930,1030,1230 and 1330 is respectively provided with identical configuration.If seeing As, there is power terminal C and D in first terminal device 145, power terminal C and D in the second termination 146, the The network terminal A and B in one termination 145, the network terminal A and B in the second termination 146, and detector terminal 1-14。

Table 2: frame installs channel unit terminal

Power terminal C to D in first terminal device 145 is for leading to the power link of shared control unit 120.For Channel unit 130, the power terminal C to D in the second termination 146 is for leading to the side of the channel unit 130 shown in Fig. 4 The power link (if being mounted with other channel unit any on side 138) of the second channel unit 230 on 138.When leading to of Fig. 4 When road unit 130 is the channel unit then sharing control unit 120, the channel unit 130 shown in Fig. 4 is via power link Receiving the power from shared control unit 120, described power link can be wire jumper (jumper wire), and it is by first eventually It is whole that power terminal C to D in end device 145 is electrically connected to power in the second termination 144 of shared control unit 120 End C to D.Channel unit 130 can transfer power on the side 138 of the channel unit 130 in Fig. 4 via power link Two channel units 230, described power link can be to be electrically connected to by the power terminal C to D in the second termination 146 The wire jumper of the power terminal in corresponding first terminal device 243 on identical second channel unit 230.

Alternatively, if Fig. 4 is about second channel unit 230, then the power terminal C to D in first terminal device 145 will It it is the power link leading to the first passage unit 130 on the side 137 of channel unit 230.Power in second termination 146 Terminal C to D will be the power link leading to the third channel unit 330 on the side 138 of channel unit 230.Such electric breathing exercise Rate link allows to share control unit 120 via channel unit 130,230,330,430,730,830,930,1030,1230 and The power terminal of 1330 is to all channel units 130,230,330,430,730,830,930,1030,1230 and being connected in series 1330 provide power.

It should be noted that the shared control unit 120 of Fig. 3 comprises all terminals A of the channel unit 130 shown in Fig. 4 To D and detector terminal 1-14, and wherein, share control unit 120 and there is extra control terminal 15 to 20.Therefore, exist In manufacture, identical manufacturing line can be used the I/O terminal unit 129 made for sharing control unit 120 and For both I/O terminal units 139 of channel unit 130,230,330,430,730,830,930,1030,1230 and 1330, And wherein, for sharing interpolation at other point that the I/O terminal unit 129 of control unit 120 has in manufacturing line Additionally control terminal (numbering 15 to 20).Owing to identical manufacturing line can be used in both unit 120 and 130, therefore Save manufacturing cost.

Fig. 5 illustrates system 500, and what it comprised Fig. 1 can customize fixation measuring controller assemblies 100.After assembly 100 has Lid, its from cabinet 110 remove with expose share the rear side 147 of control unit 120 and each channel unit 130,230,330, 430, the rear side 148 of 730,830,930,1030,1230 and 1330.Terminal number shown in Fig. 3 and Fig. 4 and labelling are also at figure Illustrate with different representation formats in 5.

System 500 also comprises power terminal C's and D in the first terminal device 143 being connected to shared control unit 120 Power supply 510, be connected to channel unit 1330 3-thread detector 520, be connected to channel unit 1230 2-thread detector 530, It is connected to the siren 580 of channel unit 830, is connected to simulating the equipment 590 exported and being positioned at group of channel unit 330 Optional main control unit 570 outside part 100.

Use only one 3-thread detector 520 and a 2-thread detector 530, use the assembly 100 in system 500 simultaneously Prediction configuration, the clarity illustrated that, and system 500 be not limited to use only one 3-thread detector 520 and only Individual 2-thread detector 530.Such as, in channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 Each of which can be connected to corresponding 3-thread detector 520.Alternatively, channel unit 130,230,330,430,730,830, 930, each of which in 1030,1230 and 1330 can be connected to corresponding 2-thread detector 530.Alternatively, any quantity Channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 all can be connected to corresponding 3-line inspection Survey device 520, and the channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 of remaining quantity any All can be connected to corresponding 2-thread detector 530.

Similarly, when the clarity in order to illustrate illustrates a siren 580, it is anticipated that each channel unit 130, 230,330,430,730,830,930,1030,1230 and 1330 all can be connected to siren 580 or be connected to for each Another corresponding siren of respective channel unit 130,230,330,430,730,830,930,1030,1230 and 1330.

The most similarly, when illustrating the equipment 590 receiving the simulation output from channel unit 230 Time, it is anticipated that each channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 all can be to appointing The equipment of the equipment that is similar to 580 of what quantity provides simulation output.

Power supply 510 can be any power supply as known in the art, and it supplies+24V power to assembly 100.Power supply 510 Example is shown in Figure 18 and Figure 19.

3-thread detector 520 and 2-thread detector 530 can be to have 3-line as shown in Figure 5 or the basis of 2-line connection Known any detector in field, its with by channel unit 130,230,330,430,730,830,930,1030,1230 or 1330+24V the power provided are compatible.Detector 520 comprises sensor and suitable wiring, in order to detection temperature, radiation (any Frequency, comprises visible ray), motion existence or disappearance, and a certain threshold value on or below one or more gases or liquid The existence of body or disappearance.The non-limiting example of detector comprises Honeywell Sieger Model 705 HT sensor, suddenly Ni Weier Searchpoint Optima Plus, RAE Systems RAEGuard 2PID, RAE Systems RAEGuard EC, and RAE Systems RAEGuard LEL.

Optional main control unit 570 can be connected to the shared control unit 120 of assembly 100.Main control unit 570 energy It is enough the backup sharing control unit 120, or can act as when shared control unit 120 operates with detector pattern controlling Device.Alternatively, main control unit 570 can act as not repeating to share control unit 120(and operate for controlling the mode) function, But the user of permission system 500 remotely resets the parts of assembly 100, remotely makes the siren of assembly 100 quiet or warp Communicated with assembly 100 by RS485 communication.Main control unit 570 can be computer system, its have execution be stored in one or One or more processors of the instruction on multiple memorizeies, it is able to access that data base is to store and via being connected to system The retrieval data that the monitoring of the detector 520 and 530 of the assembly 100 of 500 is obtained.

Siren 580(and other siren any being used together with system 500) can be as known in the art What siren mechanism, such as, audible alarm or visual alarm.

Equipment 590 is suitable for receiving any equipment of simulation output.

As shown in Figure 5, assembly 100, power supply 510 and during main control unit 570 is positioned at safety zone 550 alternatively, with Time 3-line detector 520,2-line detector 530, siren 580 and equipment 590 be positioned in insecure area 540. " safety zone " shows not exist the region of the risk of the exposure of just detected parts, such as, be exposed to, toxicity gas Body, fuel gas, high temperature and radiation.The non-limiting example of the gas detected comprises CH₄、CO、CO₂、H₂S、SO₂、O₂、ETO、 Cl₂、NH₃、HCN、PH₃、NO、NO₂、HCl、ClO₂、HF、EC、H₂、AsH₃, VOC and SiH₄.Relative, " insecure area " shows There is the region of the risk of the exposure of just detected parts wherein, such as, be exposed to, poisonous gas, fuel gas, high temperature And radiation.Border between insecure area 540 and safety zone 550 illustrates with dotted line 560 in Figure 5.

The shared control unit 120 of assembly 100 and channel unit 130,230,330,430,730,830,930,1030, Wiring between 1230 and 1330 also figure 5 illustrates.Wire jumper 150,151,152,153,154,155,156,157,158 and 159 be shown as cascade network communication link and from shared control unit 120 to channel unit 130,230,330,430,730, 830 ,+the 24V of each power in 930,1030,1230 and 1330.First group of wire jumper 150 is shown as shared control unit Terminal A to D in second termination 144 of 120 is connected to terminal A in the first terminal device 145 of channel unit 130 extremely D, wherein channel unit 130 is positioned on the side 149 of shared control unit 120.

Power is via being shown as the power link of wire jumper 150 via in the second termination 144 of shared control unit 120 Power terminal C to D be transferred to the power that is close in the first terminal device 145 of the channel unit 130 of shared control unit 120 Terminal C to D.Similarly, power is at each adjacent channel unit 130 and 230,230 and 330,330 and 430,430 and 730, transmit between 730 and 830,830 and 930,930 and 1030,1030 and 1230 and 1230 and 1330.

Electronic signal/data are via being shown as the network communication link of wire jumper 150 via the second of shared control unit 120 Network terminal A to B in termination 144 is transferred to be close to the first end of the first passage unit 130 of shared control unit 120 Network terminal A to B in end device 145.

Power via power link (such as, wire jumper 151) via in the second termination 146 of first passage unit 130 The power terminal C to D that is transferred in the first terminal device 243 of second channel unit 230 of power terminal C to D.E-mail Number/data via another network communication link (such as, wire jumper 151) via the net of the second termination 146 of channel unit 130 Network terminal A to B is transferred to the network terminal A to B in the first terminal device 243 in adjacent identical second channel unit 230.

Power and electronic signal/data the most in cascaded fashion via wire jumper 151,152,153,154,155,156, 157,158 and 159 transmission, in order to in channel unit 130,230,330,430,730,830,930,1030,1230 and 1330 Each provide power.Share the power terminal in control unit 120 and channel unit 130,230,330,430,730, 830, the configuration of the power terminal of 930,1030,1230 and 1330 allow each channel unit 130,230,330,430,730, 830,930,1030,1230 and 1330 to be connected to respective channel unit 130,230,330,430,730,830,930,1030, Any detector of 1230 and 1330 provides power.

Share the network terminal in control unit 120 and channel unit 130,230,330,430,730,830,930, 1030, the configuration of the network terminal on 1230 and 1330 make to share control unit 120 can with channel unit 130,230, 330,430,730,830,930,1030,1230 communicate with each in 1330.

Fig. 6 is the perspective view that can customize fixation measuring controller assemblies 600 installing configuration in wall, and wherein from sharing The I/O terminal unit 629 of control unit 620 removes the display unit 626 of shared control unit 620.The total length of assembly 600 (from the distance of 618 to side, side 617) can be 660.00 mm, and the total height of assembly 600 can be 245.00 mm.Share Control unit 620 and each channel unit 630,1430,1530,1630,1730,1830,1930,2030,2130 and 2230 Width can be 60.00 mm.Assembly 600(and unit 620,630,1430,1530,1630,1730,1830,1930, 2030,2130 and 2230) the degree of depth is 58.60 mm.

Ten channel units 630,1430,1530,1630,1730,1830,1930,2030,2130 and 2230 are identical , and herein in connection with the discussion of a channel unit 630 be applicable to any channel unit 630,1430,1530,1630, 1730,1830,1930,2030,2130 and 2230 and disclosed channel unit 630,1430,1530,1630,1730, 1830, any quantity of 1930,2030,2130 and 2230.Reference for the parts of first passage unit 630 is applicable to Other channel units 1430,1530,1630,1730,1830,1930,2030,2130 and 2230 all.

Assembly 600 has a shared control unit 620.Share control unit 620 can operate in one of two modes: Control model and detector pattern.In control model, share control unit 620 and control each in assembly 600 generally Channel unit 630,1430,1530,1630,1730,1830,1930,2030,2130 and 2230, and provide system mode to refer to Show.In detector pattern, share control unit 620 utilize analog output module (with for described by shared control unit 120 Identical with shown in Fig. 2) with detector (such as, flammable or poisonous gas detector) communicate.Share control unit 620 to have There is the control module identical with for the control module described by shared control unit 120.

Share control unit 620 to be arranged in the leftmost side slit (on the left side 618 of assembly 600) of guide rail 610.Share control Unit 620 processed has the terminal 664 of display unit 626 and I/O terminal unit 629(I/O terminal unit 629 and figure 9 illustrates also And be discussed in more detail below).

The display unit 626 sharing control unit 620 has LCD screen 621 to show the letter relevant to the control of detector Breath, control button 624(figure 6 illustrates three), mute button 622, reset button 623, LED 640(figure 6 illustrates Three) and the top of display unit 626 and bottom on screwed hole 625.When illuminated, LED 640 can indicate that alarm, Fault and operation.Screwed hole 625 is for being installed on I/O terminal unit 629 by display unit 626.

Display unit 626 is installed on I/O terminal unit 629 and shares control unit 620 to be formed.I/O terminal unit 629 is straight Connect and be installed on guide rail 610；Therefore, display unit 626 and I/O terminal unit 629 limits for sharing the electricity in control unit 620 The housing of sub-device.The size of guide rail 610 and unit 620 and 630 is installed on guide rail 610 is discussed below.

Assembly 600 in Fig. 6 be shown as with ten channel units 630,1430,1530,1630,1730,1830, 1930,2030,2130 and 2230.Each channel unit 630,1430,1530,1630,1730,1830,1930,2030,2130 With in 2230 slits being installed in guide rail 610, this slit is not the leftmost side slit being placed with shared control unit 620.Often Individual channel unit 630,1430,1530,1630,1730,1830,1930,2030,2130 and 2230 is respectively provided with display unit 636 With I/O terminal unit 639.Each channel unit 630,1430,1530,1630,1730,1830,1930,2030,2130 and The display unit 636 of 2230 is respectively provided with LED screen 631, with display be connected to channel unit 630,1430,1530,1630,1730, 1830,1930,2030,2130 information relevant with the detector of 2230, control button 632(are in figure 6 for each passage list Unit 630,1430,1530,1630,1730,1830,1930,2030,2130 and 2230 illustrates three), LED 641, Yi Jixian Show the screwed hole 633 on the top of unit 636 and bottom.When illuminated, LED 641 can indicate that alarm 1, alarm 2, fault And run.Screwed hole 633 is for being installed on I/O terminal unit 639 by display unit 636.It is to say, display unit 636 Guide rail 610, wherein I/O terminal list can be indirectly installed on by display unit 636 being attached to I/O terminal unit 639 Unit 639 attaches to guide rail 610(such as individually, the lock-in techniques by discussed herein).Each channel unit 630, 1430, the I/O terminal unit 639 of 1530,1630,1730,1830,1930,2030,2130 and 2230 all comprise I/O terminal (as Shown in Figure 10), and for given channel unit 630,1430,1530,1630,1730,1830,1930,2030,2130 and Each I/O terminal unit 639 of 2230 independent of for any other channel unit 630,1430,1530,1630,1730, 1830, other I/O terminal unit 639 any of 1930,2030,2130 and 2230.

Display unit 636 be installed on I/O terminal unit 639 with formed single channel unit 630,1430,1530,1630, 1730,1830,1930,2030,2130 or 2230.Each channel unit 630,1430,1530,1630,1730,1830,1930, 2030, the I/O terminal unit 639 of 2130 and 2230 is directly mounted at guide rail 610；Therefore, single display unit 636 and single I/ O terminal unit 639 limits for each channel unit 630,1430,1530,1630,1730,1830,1930,2030,2130 and The housing of the electronic device in 2230.

Shared control unit 620 in assembly 600 and channel unit 630,1430,1530,1630,1730,1830, 1930, each of which in 2030,2130 and 2230 is wall hanging mount type, this mean in the disclosure to share control single Unit 620 and each channel unit 630,1430,1530,1630,1730,1830,1930,2030,2130 and 2230 are mounted on Same guide rail 610, and guide rail 610 is configured to be installed on wall.

Modular nature due to assembly 600, it is possible to necessarily insert or remove any channel unit 630,1430, 1530, insert or remove the shared control in assembly 600 in the case of 1630,1730,1830,1930,2030,2130 and 2230 Unit 620(display unit 626 and/or I/O terminal unit 629).Similarly, ten channel units 630,1430,1530, 1630,1730,1830,1930,2030,2130 and 2230(any single channel units 630,1430,1530,1630,1730, 1830, the display unit 636 and/or I/O terminal unit 639 of 1930,2030,2130 and 2230) in any quantity all can Necessarily insert or remove shared control unit 620 or other channel unit any 630,1430,1530,1630,1730, 1830, it is inserted into or is removed in the case of 1930,2030,2130 and 2230.In order to insert or remove shared control unit 620 Or any channel unit 630,1430,1530,1630,1730,1830,1930,2030,2130 and 2230, it should power cutoff. Certainly, any electric wiring all must insert or be connected to before removing unit 620,630,1430,1530,1630, 1730,1830,1930,2030,2130 or 2230 or from unit 620,630,1430,1530,1630,1730,1830, 1930,2030,2130 or 2230 remove.

Fig. 7 is the perspective view that can customize fixation measuring controller assemblies 600 of Fig. 6, wherein removes shared control unit The terminal cover 662 of 620 is to expose the terminal of I/O terminal unit 629.The shared control unit 120 ining contrast in Fig. 1-3 and Fig. 5 Terminal (it has the terminal on the rear side 147 of the I/O terminal unit 129 of shared control unit 120), in Fig. 7 share The terminal 664 of control unit 620 is on the front side 660 of I/O terminal unit 629.Therefore, access LCD screen 621 and share control list The path (access) of the terminal 664 of unit 620 is all on the front side 660 of shared control unit 620.

Each I/ of each channel unit 630,1430,1530,1630,1730,1830,1930,2030,2130 and 2230 O terminal unit 639 similarly has terminal cover 663, terminal cover 663 provide from channel unit 630,1430,1530,1630, 1730, the front side 661 of 1830,1930,2030,2130 and 2230 lead to channel unit 630,1430,1530,1630,1730, 1830, the path of the terminal of 1930,2030,2130 and 2230.

Terminal cover 662 can be via any technology as known in the art (such as, by screw element, magnet or can be the closeest The binding agent of envelope) it is removably attached to I/O terminal unit 629.Similarly, each channel unit 630,1430,1530, 1630, the terminal cover 663 of 1730,1830,1930,2030,2130 and 2230 all can be via any skill as known in the art Art (such as, by screw element, magnet or reclosable binding agent) is removably attached to I/O terminal unit 639.

Fig. 8 illustrates the side view of guide rail 610.Guide rail 610 can be by such as aluminum, galvanized steel, rustless steel or high density polymerization Any suitable material of thing (such as, HDPE) is formed.Guide rail 610 has main part 613, from the top of main part 613 The top lip 611 that 614 extend straight up, and the bottom lip extended straight down from the bottom 615 of main part 613 612.The length of guide rail 610 is at least the total length of assembly 600, such as, 660.00 mm.As shown in Figure 8, the master of guide rail 610 The height of body portion 613 is 27 mm, and the total height of guide rail 610 is 35 mm.The degree of depth of guide rail 610 is 7.5 mm.Guide rail The thickness of 610 is 1 mm.

In an aspect, the guide rail 610 being used together with assembly 600 is standard DIN 35 guide rail.

Fig. 9 is the independent view of the front side 660 of the shared control unit 620 used in configuration installed by wall, and wherein Remove terminal cover 662 with exposed terminal.As can be seen, there is the power terminal A to B in first terminal device 643, the Power terminal A to B in two termination 644, the network terminal C to D in first terminal device 643, the second termination 644 In network terminal C to D, control detector terminal 1-5 in terminal 6-11, and the front side 660 of shared control unit 620 and 12-20.Table 3 below explanation terminal:

Table 3: wall is installed and shared control unit terminal

When shared control unit 620 is in detector pattern, use terminal 1-5 and 12-20.Terminal 1 to 5 is used for simulating Output and detector interface.Terminal 12-20 is included on analog output module 627, and analog output module 627 can lead to alternatively The socket 667 crossed on the front side 660 being connected to I/O terminal unit 629 is comprised in the front side 660 of I/O terminal unit 629.

When shared control unit 620 is in control model, it is possible to use terminal 6-11.Terminal 6-11 is for remotely weight Put, the most quiet and RS485.

The power terminal A to B of first terminal device 643 is used for leading to the power link of power supply (being positioned at assembly 600 outside). Power terminal A to B in second termination 644 is used for from shared control unit 620 to the side 649 of shared control unit 620 On the power link of first passage unit 630.Therefore, control unit 620 is shared via utilizing in first terminal device 643 First power link of power terminal A to B receives power from power supply, and via the power utilized in the second termination 644 Second power link of terminal A to B provides power to first passage unit 630.

Figure 10 is the independent view of the front side 661 of the channel unit 630 used in configuration installed by wall, and wherein removes Terminal cover 663 is with exposed terminal.Other channel unit 1430,1530,1630,1730,1830,1930,2030,2130 and Each of which in 2230 has identical configuration.As can be seen, there is the power terminal A in first terminal device 645 To B, the power terminal A to B in the second termination 646, the network terminal C to D in first terminal device 645, the second terminal Network terminal C to D in device 646, and detector terminal 1-5 on the front side 660 of shared control unit 620 and 12-20. Exposing socket 6-11, reason is on channel unit 630 not exist control terminal.Table 4 below explanation terminal:

Table 4: channel unit terminal installed by wall

Terminal 1 to 5 is used for simulating output and detector interface, as shown in table 4.Terminal 6 to 11 is not at channel unit 630 Middle use, as indicated in the position of reference numerals 6 to 11 lacks the terminal being placed in socket 668.Therefore, similar Channel unit 130 in Fig. 4, it is anticipated that the channel unit 630 in Figure 10 does not have what shared control unit 620 was had Remote reset, the most quiet and RS485 function.But, on channel unit 630, the socket 668 of numbered 6 to 11 shows passage list Unit's I/O terminal unit 639 of 630 can be made with the I/O terminal unit 629 of shared control unit 620 in identical assembly line Make, and wherein, the terminal corresponding to digital 6 to 11 is placed on the front side of the I/O terminal unit 629 of shared control unit 620 On 660 and on the front side 661 of the I/O terminal unit 639 that is not placed in channel unit 630.

Power terminal A to B in first terminal device 645 is for being connected to share the second terminal dress of control unit 620 Put the power terminal A to B in 644 or other identical the leading to being connected on the side 637 of the channel unit 630 shown in Figure 10 The power link of the power terminal in the second termination in road unit.Power terminal A to B in second termination 646 Merit in the first terminal device of another channel unit on the side 638 being connected to the channel unit 630 shown in Figure 10 The power link of rate terminal (if being placed with other channel unit any on side 638).When the channel unit 630 of Figure 10 is next-door neighbour When sharing the channel unit of control unit 620, the channel unit 630 shown in Figure 10 is via shared control unit 620 and passage Power link between unit 630 receives power from shared control unit 620.In this aspect, channel unit 630 can be through By another power link between channel unit 630 and another channel unit on the side 638 of channel unit 630 to figure Another identical channel unit on the side 638 of the channel unit 630 in 10 provides power.Alternatively, when shown in Figure 10 Channel unit 630 time there is another channel unit on side 637, the channel unit 630 of Figure 10 is via another power train Road another channel unit in side 637 receives power, and via another power link channel unit in Figure 10 Another channel unit on the side 638 of 630 transmits/provides power.

The front side 661 of the I/O terminal unit 639 of channel unit 630 also has Extended Spaces 670 and socket 669, socket 669 can be used in placing supplementary module, all modules 627 as shown in Figure 9.

It should be noted that the shared control unit 620 of Fig. 9 comprises all terminals of the channel unit 630 shown in Figure 10, And wherein, share control unit 620 and there is additional terminals 6-11.Therefore, in the mill, it is possible to use identical production line comes Make the I/O terminal unit 629 for sharing control unit 620 and for channel unit 630,1430,1530,1630,1730, 1830, both I/O terminal units 639 of 1930,2030,2130 and 2230, and wherein, for sharing control unit 620 I/O terminal unit 629 has the additional terminals 6-11 added at another point in manufacturing line.Due to identical production line Can be used in all of unit 620,630,1430,1530,1630,1730,1830,1930,2030,2130 and 2230, therefore Save manufacturing cost.

Figure 11 illustrates system 1100, and system 1100 comprises wall installing type can customize fixation measuring controller assemblies 601, its tool There are shared control unit 620 and a channel unit 630.Share the terminal cover 662 of control unit 620 and channel unit 630 Terminal cover 663 is removed the electric wiring illustrating terminal He being associated.Although in order to clearly and in fig. 11 only illustrate first Channel unit 630, it is envisioned that channel unit 1430,1530,1630,1730,1830,1930,2030,2130 and 2230 It also is able in the system that is used in 1100.

System 1100 also comprises power terminal A and B being connected to share in the first terminal device 643 of control unit 620 Power supply 1110, be connected to channel unit 630 3-thread detector 1120, be connected to share control unit 620 siren 1180, the equipment 1130 being connected to the simulation output of shared control unit 620, the simulation being connected to channel unit 630 export Equipment 1190 and be positioned at the optional main control unit 1170 outside assembly 600.It it should be understood that, although Figure 11 illustrate only One channel unit 630, but assembly 600 can have any amount of channel unit 630.

Use the clarity that 3-thread detector 1120 illustrates that, and channel unit 630 can instead be connected to 2-thread detector (is similar to the 2-thread detector 530 described in Fig. 5).

Power supply 1110 can be any power supply well known in the prior art, and it supplies+24V power to assembly 601.Power supply The example of 1110 is shown in Figure 18 and Figure 19.

3-thread detector 1120 can be as known in the art to have any inspection that 3-line as shown in Figure 11 connects Surveying device, its+24V power that can provide with channel unit 630 is compatible.Detector 1120 comprises sensor and suitably wiring, in order to Detection temperature, radiation (any frequency, comprise visible ray), motion existence or disappearance, on or below a certain threshold value one Individual or multiple gas or the existence of liquid or disappearance.The non-limiting example of detector comprises Honeywell Sieger Model 705 HT sensors, Honeywell Searchpoint Optima Plus, RAE Systems RAEGuard 2PID, RAE Systems RAEGuard EC and RAE Systems RAEGuard LEL.

Optional main control unit 1170 can be connected to the shared control unit 620 of assembly 601.Main control unit 1170 Can be the backup sharing control unit 620, or (wherein, will be able to utilize eventually with detector pattern in shared control unit 620 End 1-5 and 12-20 rather than terminal 6-11 alternatively) operation time be used as controller.Alternatively, main control unit 1170 can be made Operate for controlling the mode with for not repeating to share control unit 620() function, and allow the user of system 1100 remotely to weigh The parts of putting assembly 601, the siren remotely making assembly 601 are quiet, or communicate with assembly 601 via RS485 communication.Main control Unit 1170 can be computer system, and it has instruction that one or more execution is stored on one or more memorizer Processor, it is possible to access data base to store and to retrieve the detector 1120 of the assembly 601 being connected to system 1100 via monitoring The data obtained.

Siren 1180(and other siren any being used together with system 1100) can be as is generally known in the art Any siren mechanism, such as, audible alarm or visual alarm.

Equipment 1130 and equipment 1190 are suitable for receiving any device of simulation output.

As shown in Figure 11, assembly 601, power supply 1110 and optional main control unit 1170 are positioned at safety zone 1150 In, 3-thread detector 1120, siren 1180, equipment 1130 and equipment 1190 are positioned in insecure area 1140 simultaneously." safety Region " have with " insecure area " with for the identical definition described by the system 500 in Fig. 5.Insecure area 1140 With the border between safety zone 1150 figure 11 illustrates as dotted line 1160.

Figure 11 also show the wiring between shared control unit 620 and the channel unit 630 of assembly 601.Wire jumper 650 shows Go out for+24V power is connected to channel unit 630 from shared control unit 620.Wire jumper 650 is shown as shared control unit Power terminal A to B in second termination 644 of 620 and network terminal C to D is connected to the first terminal of channel unit 630 Power terminal A to B in device 645 and network terminal C to D.Which use multiple channel unit 630,1430,1530, 1630,1730,1830,1930,2030,2130 and 2230, power link and network communication link (such as, wire jumper) can be with classes It is similar to use for the cascade system described by the system 500 in Fig. 5.Power and network service are therefore, it is possible to warp in cascaded fashion Transmitted by power link and network communication link (such as, wire jumper), in order to be each channel unit in multichannel cell location 630,1430,1530,1630,1730,1830,1930,2030,2130 and 2230 power is provided and leads to each channel unit Letter.The configuration of the power terminal sharing the power terminal in control unit 620 and channel unit 630 allow channel unit 630 to The detector 1120 being connected to channel unit 630 provides power.Configuration for the network terminal of unit 620 and 630 allows altogether Communicate with channel unit 630 by control unit 620.

Figure 12 to Figure 14 illustrates that wall is installed configuration and is installed on guide rail 610, and Figure 15 to Figure 17 illustrate wall install configuration from Guide rail 610 is dismantled.Shown in Figure 12 to Figure 14 is the side view sharing control unit 620.List is controlled though it is shown that share Unit 620, but following describe be equally applicable to the channel unit 630 of assembly 600 and assembly 601,1430,1530,1630, 1730,1830,1930,2030,2130 and 2230.

Share control unit 620 and there is top section 1209, mid portion 1210 and base section 1211.Top section 1209 and mid portion 1210 comprise display unit 626, display unit 626 is installed on I/O terminal unit 629.Base section 1211 terminal covers 662 comprising the terminal covering I/O terminal unit 629.Top section 1209 comprises fixed mechanism 750, and this is solid Determine mechanism 750 to comprise on the rear side 647 being formed at the shared control unit at the top section 1209 of I/O terminal unit 629 Claw 1204 and 1205.Top jaws 205 has the tooth 1207 of the claw 1204 that faces toward.Similarly, bottom claw 1204 has There is the tooth 1206 towards top jaws 1205.Fixed mechanism 750 is included in the top section 1209 of shared control unit 620 neighbour The side of the arrow B in the closely protuberance 1200 of rear side 647, and the direction of the arrow A that protuberance 1200 is along Figure 12 and Figure 15 To up and down motion.In Figure 12 it can be seen that the top 1201 of protuberance 1200 and bottom 1203.In mid portion 1210, share The rear side 647 of control unit 620 is formed chamber 1202.When the direction of the arrow B along Figure 15 presses protuberance 1200, chamber The bottom 1203 of the protuberance 1200 that 1202 is fixed mechanism 750 provides space, to remove shared control unit from guide rail 610 620, as shown in Figure 15 to Figure 17.

In order to shared control unit 620 is placed on guide rail 610, by applying pressure to the bottom 1203 of protuberance 1200 Power, protuberance 1200 has been pressed in the direction of the arrow A along Figure 12.Figure 13 illustrates the protuberance 1200 being in extended position, and this prolongs Stretch position for shared control unit 620 is installed on guide rail 610.Figure 14 illustrates that top jaws 1205 and tooth 1207 are fastened on and lead On rail 610, and slight promotion shares control unit 620, bottom claw 1204 and tooth 1206 to be placed in the direction of arrow C Below guide rail 610, and so so that shared control unit 620 is arranged on wall installation site (being shown in broken lines in Figure 14) In.

In order to remove shared control unit 620 from guide rail 610, by the top 1201 of protuberance 1200 is applied pressure, Direction pressure protuberance 1200 along the arrow B of Figure 15.Figure 16 illustrates the protuberance 1200 being in pressing position, this pressing position For removing shared control unit 620 from guide rail 610.Figure 17 is shown through promoting the most slightly and shares control Unit 620 and remove bottom claw 1204 from guide rail 610.Top jaws 1205 and tooth 1207 are by continuing in the direction of arrow D Remove motion and be removed.

The top view that Figure 18 is the front view of power supply 1800 and Figure 19 is power supply 1800, power supply 1800 can be herein Disclosed customizing in fixation measuring controller system 500 or 1100 is used as power supply 510 or 1110.The panel of power supply 1800 1806 can have the shank 1807 being installed on this, and shank 1807 extends from panel 1806, as shown in Figure 19.Power supply 1800 Panel 1806 can comprise Backup Power Switch 1801, buzzer 1802, power indicator 1803, System pointer 1804 and Mute button 1805.

The length of the main body 1808 of power supply 1800, L, it is possible to be 432.50 mm.The degree of depth of main body 1808, D, it is possible to be 290 mm.The width of the panel 1806 of power supply 1800, W, it is possible to be 482 mm.The height of power supply 1800, H, it is possible to be 88 mm.

The most in table 5 be the exemplary illustration of assembly 100,600 and 601 disclosed herein:

Table 5: exemplary illustration

Disclosed system and the aspect of process and feature comprise:

I) easy-to-install system,

Ii) channel unit, it is operating independently, thus allows monitoring and/or control any combination of detector,

Iii) RS485 and mod bus output,

Iv) the reading of the gas of multiple type can be shown in some selectable multiple measuring units,

V) two alert thresholds and the output of a fault threshold,

Vi) alarm-history record and query function,

Vii) the synchronism output of 4-20 mA signal,

Viii) remote controllers are arranged and quiet,

Ix) power supply is in the outside of assembly.

Various system and methods already described herein, many aspects can include, but are not limited to:

Aspect 1 is to customize fixation measuring controller system, comprising:

Sharing control unit, it includes I/O terminal unit and is attached to the display unit of I/O terminal unit, wherein, shares The I/O terminal unit of control unit includes power terminal, the network terminal, control terminal and detector terminal；

First passage unit, it includes I/O terminal unit and the display of the I/O terminal unit being attached to first passage unit Unit, wherein, the I/O terminal unit of first passage unit includes power terminal, the network terminal and detector terminal,

Wherein, the power terminal of the first terminal device sharing control unit is electrically connected to power supply,

Wherein, the power terminal shared in the second termination of control unit is electrically connected to first passage unit Power terminal in first terminal device, to form the first power link, is carried to first passage unit by the first power link For power, and

Wherein, the network terminal shared in the first terminal device of control unit is electrically connected to first passage unit The network terminal in first terminal device, to form first network communication link, when being in control model, shares control unit By first network communication link and first passage unit communication.

Aspect 2., according to the system described in aspect 1, also includes:

Second channel unit, it includes I/O terminal unit and the display of the I/O terminal unit being attached to second channel unit Unit, wherein, the I/O terminal unit of second channel unit includes power terminal, the network terminal and detector terminal,

Wherein, the power terminal of the second termination of first passage unit is electrically connected to the of second channel unit The power terminal of two termination to form the second power link,

Wherein, the first power link and the second power link is utilized to provide power to second channel unit,

Wherein, the network terminal in the second terminal of first passage unit is electrically connected to the first of second channel unit The network terminal of terminal second to form the second network communication link, and

Wherein, when being in control model, share control unit via first network communication link and the second network service Link and second channel unit communication；And

Alternatively, any combination of the 3rd to the tenth channel unit has and is as disclosed herein connected in series like that Power link and network communication link,

Alternatively, wherein, via by a series of as herein for described by second channel unit and first passage unit The the 3rd to the tenth channel unit in adjacency channel unit between power link, as herein for second channel unit and The power link between third channel unit and second channel unit described by first passage unit, as described in this article Power link between second channel unit and first passage unit, and first passage unit as described in this article is with common The circuit formed with the power link between control unit any channel unit supply merit in the 3rd to the tenth channel unit Rate；And

Alternatively, wherein, electric signal/data are such as led to herein for second channel unit and first via by a series of The network communication link between the adjacency channel unit in the 3rd to the tenth channel unit described by road unit, such as pin herein To the network service between the third channel unit described by second channel unit and first passage unit and second channel unit Link, network communication link between second channel unit as described in this article and first passage unit, and as herein Described in first passage unit and shared control unit between network communication link formed circuit be conveyed to the 3rd to Any channel unit in tenth channel unit or obtain from it.

Aspect 3., according to the system described in aspect 1 or 2, also includes:

First detector, it is electrically connected to the detector terminal of first passage unit；

First siren, it is electrically connected to the detector terminal of first passage unit；

Second detector, it is electrically connected to the detector terminal of second channel unit；

Second siren, it is electrically connected to the detector terminal of second channel unit；

Alternatively, the 3rd to the tenth detector, it is correspondingly electrically connected to comprise the 3rd to the tenth in systems and leads to The detector terminal of any channel unit in road unit；And

Alternatively, the 3rd to the tenth siren, it is correspondingly electrically connected to comprise the 3rd to the tenth in systems and leads to The detector terminal of any channel unit in road unit.

Aspect 4. is according to the system described in aspect 1,2 or 3, wherein, the first detector, the first siren, the second gas Arbitrary gas detector in detector, the second siren and optional 3rd to the tenth detector, and optional The the 3rd to the tenth siren in any siren be positioned in insecure area, and wherein, share control unit, first lead to Any channel unit in road unit, second channel unit and optional 3rd to the tenth channel unit is positioned at safety zone In.

Aspect 5., according to the system described in aspect 1,2,3 or 4, also includes:

Power cell, it is connected to share control unit and be fed to power supply share control unit.

Aspect 6. is according to the system described in aspect 1,2,3,4 or 5, and wherein, shared control unit has alternatively and is placed on Analog output module thereon, with when shared control unit is in detector pattern, promotes to share the operation of control unit, institute System of stating also includes:

Main control unit, it is connected to share control unit and power supply, wherein, when shared control unit is in detector mould During formula, main control unit controls to share control unit and first passage unit.

Aspect 7. is according to the system described in aspect 1,2,3,4,5 or 6, and wherein, display unit is positioned at shared control unit On the front side of I/O terminal unit, wherein, the power terminal of control unit, the network terminal, control terminal and detector terminal are shared It is positioned on the rear side of I/O terminal unit of shared control unit.

Aspect 8. is according to the system described in aspect 1,2,3,4,5,6 or 7, and wherein, display unit is positioned at first passage unit I/O terminal unit front side on, wherein, the power terminal of first passage unit, the network terminal and detector terminal are positioned at On the rear side of the I/O terminal unit of first passage unit；

Alternatively, wherein, display unit is positioned at second channel unit and each optional 3rd to the tenth channel unit On the front side of I/O terminal unit, wherein, the power of second channel unit and each optional 3rd to the tenth channel unit is eventually End, the network terminal and detector terminal are positioned on the rear side of I/O terminal unit of respective channel unit.

Aspect 9., according to the system described in aspect 1,2,3,4,5,6,7 or 8, also includes:

Cabinet, it is included therein reception and shares control unit and multiple slits of first passage unit,

Alternatively, wherein, during multiple slits also receive second channel unit and optional 3rd to the tenth channel unit Arbitrarily channel unit.

Aspect 10. is according to the system described in aspect 9, wherein, shares the control unit leftmost side in the plurality of slit In slit.

Aspect 11. is according to the system described in aspect 1,2,3,4,5 or 6, wherein, shares the display unit of control unit, merit Rate terminal, the network terminal, control terminal and detector terminal are positioned on the front side of I/O terminal unit of shared control unit, and And wherein, first passage unit and comprise other channel unit any in systems (such as, second channel unit and the 3rd to Any channel unit in tenth channel unit) display unit, power terminal, the network terminal and detector terminal be positioned at first On the front side of the I/O terminal unit of channel unit.

Aspect 12., according to the system described in aspect 1,2,3,4,5,6 or 11, also includes:

Guide rail, wherein, share in the I/O terminal unit of the I/O terminal unit of control unit and first passage unit is every One is all installed on guide rail；

Alternatively, wherein, in any channel unit in second channel unit and optional 3rd to the tenth channel unit Each be also installed on guide rail.

Aspect 13. is according to the system described in aspect 12, and wherein, guide rail includes main part, erects from the top of main part Straight upwardly extending top lip, and the bottom lip extended straight down from the bottom of main part.

Aspect 14. according to the system described in aspect 1,2,3,4,5,11 or 12,

Wherein, shared control unit has top section, and top section includes the I/O terminal being formed at shared control unit Top jaws on the rear side of unit and bottom claw, the top jaws sharing control unit has the tooth of the claw that faces toward, And the bottom claw of shared control unit has the tooth towards top jaws, and

Wherein, first passage unit (second channel unit and the most optional 3rd to the tenth channel unit alternatively In each) there is top section, top section includes being formed on the rear side of the I/O terminal unit of first passage unit Top jaws and bottom claw, the top jaws of first passage unit has the tooth of the bottom claw towards first passage unit, And the bottom claw of first passage unit has the tooth of the top jaws towards first passage unit.

15. 1 kinds of methods of aspect, including:

There is provided and share control unit and first passage unit；

Wherein, shared control unit includes I/O terminal unit and is attached to the display unit of I/O terminal unit, wherein, altogether Power terminal, the network terminal, control terminal and detector terminal is included with the I/O terminal unit of control unit；

Wherein, first passage unit includes I/O terminal unit and is attached to I/O terminal unit aobvious of first passage unit Showing unit, wherein, the I/O terminal unit of first passage unit includes power terminal, the network terminal and detector terminal；

Wherein, the power terminal of the first terminal device sharing control unit is electrically connected to power supply；

Wherein, share the power terminal of the second termination of control unit and be electrically connected to the of first passage unit The power terminal of one termination, to form the first power link, provides merit by this first power link to first passage unit Rate；And

Wherein, share the network terminal of the second termination of control unit and be electrically connected to the of first passage unit The network terminal of one termination is to form first network communication link, by this first network communication link, when being in control During pattern, share control unit and first passage unit communication.

Aspect 16., according to the method described in aspect 15, also includes:

Second channel unit is provided；

Wherein, second channel unit includes I/O terminal unit and is attached to I/O terminal unit aobvious of second channel unit Showing unit, wherein, the I/O terminal unit of second channel unit includes power terminal, the network terminal and detector terminal；

Wherein, the power terminal of the second termination of first passage unit is electrically connected to the of second channel unit The power terminal of one termination is to form the second power link；

Wherein, the first power link and the second power link is utilized to provide power to second channel unit；

Wherein, the network terminal of the second termination of first passage unit is electrically connected to the of second channel unit The network terminal of one termination is to form the second network communication link；And

Wherein, when being in control model, share control unit via first network communication link and the second network service Link and second channel unit communication；

Alternatively, it is provided that any channel unit in the 3rd to the tenth channel unit；

Alternatively, wherein, any channel unit in optional 3rd to the tenth channel unit has as institute is public herein The power link being connected in series as opening and network communication link,

Alternatively, wherein, via by a series of as herein for described by second channel unit and first passage unit The the 3rd to the tenth channel unit in adjacency channel unit between power link, as herein for second channel unit and The power link between third channel unit and second channel unit described by first passage unit, as described in this article Power link between second channel unit and first passage unit, and first passage unit as described in this article is with common The circuit formed with the power link between control unit any channel unit in the 3rd to the tenth channel unit provides merit Rate；And

Alternatively, wherein, via by a series of as herein for described by second channel unit and first passage unit The the 3rd to the tenth channel unit in adjacency channel unit between network communication link, as herein for second channel list Unit and first passage unit described by third channel unit and second channel unit between network communication link, as herein The described network communication link between second channel unit and first passage unit, and as described in this article first The circuit that network communication link between channel unit and shared control unit is formed is conveyed in the 3rd to the tenth channel unit Any channel unit or obtain from it.

Aspect 17. is according to the method described in aspect 15 or 16, wherein, share control unit and first passage unit and Alternatively second channel unit and alternatively the 3rd to the tenth channel unit arrange in the chassis, wherein, share control unit position In the leftmost side slit in multiple slits in cabinet.

Aspect 18. is according to the method described in aspect 15 or 16, wherein, share control unit and first passage unit and Second channel unit and the most any 3rd to the tenth channel unit can be via the I/O terminals of shared control unit alternatively On the rear side of the I/O terminal unit of fixed mechanism on the rear side of unit and each channel unit described in this aspect Fixed mechanism is arranged on guide rail.

Aspect 19. is according to the method described in aspect 15,16 or 17, and wherein, display unit is positioned at the I/ of shared control unit On the front side of O terminal unit, wherein, the power terminal of control unit, the network terminal, control terminal and detector terminal position are shared On the rear side of the I/O terminal unit of shared control unit.

Aspect 20. is according to the method described in aspect 15,16,17 or 19, and wherein, display unit is positioned at first passage unit And on the front side of the I/O terminal unit of other channel unit any existed, wherein, the power terminal of first passage unit, net Network terminal and detector terminal are positioned at the rear side of the I/O terminal unit of other channel unit any of first passage unit and existence On.

Although have been provided for some embodiments in the disclosure it should be understood that, disclosed system and side Method can realize with other concrete forms many in the case of without departing from the spirit and scope of the disclosure.This example will be considered It is illustrative and be not restrictive, and is intended to be not restricted to details presented herein.Such as, various elements or portion Part can in conjunction with or integrate in other systems, or can omit or not implement some feature.

And, without departing from the scope of the disclosure, the most discrete or describe individually and say Bright technology, system, subsystem and method can be combined with other system, module, techniques or methods or integrate.Illustrate or discuss Some interfaces, equipment or intermediate member can be passed through for other being directly coupled to each other or communicating with one another indirectly to couple or logical Letter, the most electrically, mechanically or otherwise.Those skilled in the art can determine change, substitute and change Other example, and can make a change in the case of without departing from spirit and scope disclosed herein, substitute and more Other example changed.

Claims (10)

1. can customize a fixation measuring controller system, including:

Share control unit (120 or 620), described shared control unit (120 or 620) include I/O terminal unit (129 or 629) and be attached to the display unit (126 or 626) of described I/O terminal unit (129 or 629), wherein, described shared control single The described I/O terminal unit (129 or 629) of unit (120 or 620) includes power terminal (C to D or A to B), the network terminal (A to B Or C to D), control terminal (15 to 20 or 6 to 11) and detector terminal (1 to 14 or 1-5 and 12-20)；

First passage unit (130 or 630), described first passage unit (130 or 630) include I/O terminal unit (139 or 639) and be attached to the display unit of described I/O terminal unit (139 or 639) of described first passage unit (130 or 630) (136 or 636), wherein, the described I/O terminal unit (139 or 639) of described first passage unit (130 or 630) includes power Terminal (C to D or A to B), the network terminal (A to B or C to D) and detector terminal (1 to 14 or 1-5 and alternatively 12-20),

Wherein, the power terminal (C to D or A of the first terminal device (143 or 643) of described shared control unit (120 or 620) To B) it is electrically connected to power supply,

Wherein, the power terminal (C to D or A of second termination (144 or 644) of described shared control unit (120 or 620) To B) it is electrically connected to the power terminal of the first terminal device (145 or 645) of described first passage unit (130 or 630) (C to D or A to B) to form the first power link, by described first power link, to described first passage unit (130 or 630) power is provided, and

Wherein, the described network terminal of described second termination (144 or 644) of described shared control unit (120 or 620) (A to B or C to D) be electrically connected to described first passage unit (130 or 630) described first terminal device (145 or 645) the described network terminal (A to B or C to D) is to form first network communication link, by described first network communication chain Road, when being in control model, described shared control unit (120 or 620) is led to described first passage unit (130 or 630) Letter.

System the most according to claim 1, also includes:

Second channel unit (230 or 1430), described second channel unit (230 or 1430) include I/O terminal unit (129 or 629) and be attached to the display unit of described I/O terminal unit (129 or 629) of described second channel unit (230 or 1430) (126 or 626), wherein, the described I/O terminal unit (129 or 629) of described second channel unit (230 or 1430) includes merit Rate terminal (C to D or A to B), the network terminal (A to B or C to D) and detector terminal (1 to 14 or 1 to 5 and alternatively 12 to 20),

Wherein, the power terminal (C to D or A of second termination (146 or 646) of described first passage unit (130 or 630) To B) it is electrically connected to the power terminal of the first terminal device (243 or 645) of described second channel unit (230 or 1430) (C to D or A to B) to form the second power link,

Wherein, utilize described first power link and described second power link, to described second channel unit (230 or 1430) Power is provided,

Wherein, the described network terminal of described second termination (146 or 646) of described first passage unit (130 or 630) (A to B or C to D) be electrically connected to described second channel unit (230 or 1430) described first terminal device (243 or 645) the described network terminal (A to B or C to D) to form the second network communication link, and

Wherein, when being in described control model, described shared control unit (120 or 620) communicates via described first network Link communicates with described second channel unit (230 or 1430) with described second network communication link.

System the most according to claim 2, also includes:

First detector (520,530 or 1120), described first detector (520,530 or 1120) electrically connects Described detector terminal (10-12 or 3-5) to described first passage unit (130 or 630)；

First siren (580 or 1180), described first siren (580 or 1180) is electrically connected to described first passage list The described detector terminal (1-9 or 12-20) of unit (130 or 630)；

Second detector (520,530 or 1120), described second detector (520,530 or 1120) electrically connects Described detector terminal (10-12 or 3-5) to described second channel unit (230 or 1430)；And

Second siren (580 or 1180), described second siren (580 or 1180) is electrically connected to described second channel list The described detector terminal (1-9 or 12-20) of unit (230 or 1430).

System the most according to claim 3, wherein, described first detector (520,530 or 1120), described first Siren (580 or 1180), described second detector (520,530 or 1120) and described second siren (580 or 1180) it is positioned in insecure area (540 or 1140), and wherein, described shared control unit (120 or 620), described first Channel unit (130 or 630) and described second channel unit (230 or 1430) are positioned in safety zone (550 or 1150).

System the most according to claim 1, wherein, described shared control unit (120 or 620) has alternatively and is placed on Analog output module thereon (127 or 627), with when described shared control unit (120 or 620) is in detector pattern, Promoting the operation of described shared control unit (120 or 620), described system also includes:

Main control unit (570 or 1170), described main control unit (570 or 1170) is connected to described shared control unit (120 Or 620) and described power supply, wherein, when described shared control unit (120 or 620) is in described detector pattern, described master Control unit (570 or 1170) control described shared control unit (120 or 620) and described first passage unit (130 or 630).

System the most according to claim 1, wherein, described display unit (126) is positioned at described shared control unit (120) Described I/O terminal unit (129) front side (160) on, and wherein, the described power of described shared control unit (120) Terminal (C to D), the described network terminal (A to B), described control terminal (15 to 20) and described detector terminal (1 to 14) are positioned at On the rear side (147) of the described I/O terminal unit (129) of described shared control unit (120).

System the most according to claim 6, wherein, described display unit (136) is positioned at described first passage unit (130) Described I/O terminal unit (139) front side (161) on, and wherein, the described power of described first passage unit (130) Terminal (C to D), the described network terminal (A to B) and described detector terminal (1 to 14) are positioned at described first passage unit (130) on the rear side (148) of described I/O terminal unit (139).

System the most according to claim 7, also includes:

Cabinet (110), described cabinet (110) is included therein the described shared control unit (120) of reception and described first passage Multiple slits of unit (130), wherein, in the described shared control unit (120) leftmost side slit in the plurality of slit.

System the most according to claim 1, wherein, the described display unit (626) of described shared control unit (620), Described power terminal (A to B), the described network terminal (C to D), described control terminal (6 to 11) and described detector terminal (1-5 And 12-20) be positioned on the front side (660) of described I/O terminal unit (629) of described shared control unit (620), wherein, institute State the described display unit (636) of first passage unit (630), described power terminal (A to B), the described network terminal (C to D) With the described I/O terminal unit that described detector terminal (1-5 and alternatively 12-20) is positioned at described first passage unit (630) (639) on front side (661).

System the most according to claim 9, also includes:

Guide rail (610), wherein, the described I/O terminal unit (629) of described shared control unit (620) and described first passage Each in the described I/O terminal unit (639) of unit (630) is installed on described guide rail (610).