CN106650109A - Nuclear power plant man-machine interface pixel pattern - Google Patents

Nuclear power plant man-machine interface pixel pattern Download PDF

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Publication number
CN106650109A
CN106650109A CN201611216773.9A CN201611216773A CN106650109A CN 106650109 A CN106650109 A CN 106650109A CN 201611216773 A CN201611216773 A CN 201611216773A CN 106650109 A CN106650109 A CN 106650109A
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China
Prior art keywords
equipment
control
state
pel
nuclear power
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CN201611216773.9A
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Chinese (zh)
Inventor
褚雪芹
崔泽朋
李勇
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中核控制系统工程有限公司
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Priority to CN201611216773.9A priority Critical patent/CN106650109A/en
Publication of CN106650109A publication Critical patent/CN106650109A/en

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    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F30/00Computer-aided design [CAD]
    • G06F30/10Geometric CAD
    • G06F30/13Architectural design, e.g. computer-aided architectural design [CAAD] related to design of buildings, bridges, landscapes, production plants or roads
    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F30/00Computer-aided design [CAD]
    • G06F30/10Geometric CAD
    • G06F30/18Network design, e.g. design based on topological or interconnect aspects of utility systems, piping, heating ventilation air conditioning [HVAC] or cabling
    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F2111/00Details relating to CAD techniques
    • G06F2111/20Configuration CAD, e.g. designing by assembling or positioning modules selected from libraries of predesigned modules

Abstract

The invention belongs to the technical field of nuclear power plant digital control system control room man-machine interface design, and particularly relates to a nuclear power plant man-machine interface pixel pattern. A method comprises the steps of 1, determining an equipment object, 2 determining the composition of equipment displayed on a process flow diagram, 3 determining equipment pixel classification, 4 determining equipment icon filling classification, 5 determining an interface pixel corresponding to an equipment control mode, 6 determining an interface pixel corresponding to an equipment fault state, and 7 determining interface pixels corresponding to equipment other states. According to the technical scheme, the technical problems that an existing pixel pattern is not reasonable in shape and dimension, fault information and equipment states are coupled, and independent pixels cannot display manual or automatic control modes of field apparatuses are solved.

Description

A kind of nuclear power station man-machine interface pel scheme

Technical field

The invention belongs to the control room man-machine interface design field of digital control system in nuclear power plant, and in particular to core Power station man-machine interface pel scheme.

Background technology

In the nuclear plant digital technology being evolving, realization is monitored in control room to live real-time operating conditions An indispensable part is become.In current control room design, the operator for mostly being shown by multi-screen is stood and large-size screen monitors Curtain display system is completing this task.

Mostly it is that the process chart stood by operator is realized to operation condition in site at present in domestic in-service nuclear power station Monitor in real time, will the instrument at scene, equipment (such as pump, valve), sensor, container be patterned and (referred to as scheme Unit), and its feature is taken out, a width technological process picture is depicted as with reference to pipeline for representing field medium flow direction etc., moved Draw the running status that effect carrys out displaying scene.

In recent years, pel storehouse popular in nuclear power projects can meet the requirement of power station operation substantially, but all lack one Fixed reasonability, such as:Pel place feedack is not comprehensive enough;The space that pel is occupied in process chart interface lacks Certain reasonability, the layout in turn resulting in the comprehensive picture for reflecting full factory's general picture class is difficult;Style is also mostly similar to foreign countries The product of nuclear power DCS suppliers;Independent pel lacks the feedback of the states such as manual to field apparatus, automatic, regulation, and icon Size is bigger than normal, causes the unreasonable of picture layout.The pel storehouse that some nuclear power stations are adopted is then by the malfunction of equipment and operation State is coupled so that operator can not accurately and rapidly grasp equipment complex information.

The current domestic control area size in pel used by fortune nuclear power station there is a problem of it is wider or higher, for example for The control area size of pel used by the equipment such as common two-way valve, pump, (differentiates for operator stands 19 cun of display screens Rate is 1280x1024, about 373x254mm), some nuclear power stations are 15x12mm, wider;Some nuclear power stations are 11.66x13.23mm, but it is higher.When the more power plant system of mapping device, and nuclear power station run total looks figure, Butut is stranded Difficulty, using figure is torn open or need to omit by the way of information alert come design flow diagram.

The content of the invention

The technical problem to be solved in the present invention is to provide a kind of nuclear power station man-machine interface pel scheme, with comprehensive feed back on-site Equipment state simultaneously meets the related request of Human Engineering.

In order to realize this purpose, the present invention is adopted the technical scheme that:

A kind of nuclear power station man-machine interface pel scheme, it is adaptable to the control room man-machine interface of digital control system in nuclear power plant Design:

(1) device object is determined

The object that the present invention is directed to for nuclear power plant equipment class man-machine interface design for drawing elements, including valve, pump, heater, Breaker;

(2) the equipment composition for being displayed in process chart is determined

The device definition for being displayed on process chart is three parts:Control area, state region and Sign Board region;

(2.1) control area is a rectangle shown around equipment, comprising device shaped and filling, equipment sideline and outward Framework;

(2.2) state region is used for display apparatus mode and instrument control fault message, refers to comprising equipment mode label and failure Indicating label;

(2.3) Sign Board region is the Sign Board for display device;

When the equipment level in control area is placed, the label of state region is then positioned at the upper of control area rectangle frame Side, word level shows;Sign Board is displayed in immediately below the rectangle of control area, and word level shows;

When the equipment in control area rotates, its placement direction is changed into being disposed vertically, and the label of state region is located at control The left side of region rectangle frame processed, word level shows;Sign Board is displayed in control area rectangle lower right, and word level shows;

(3) determine that equipment pel is classified

For field apparatus, the running status of not every equipment need to feed back to control room, nor all of Equipment can be controlled it in control, and equipment pel is divided into following three major types:

(3.1) dynamic controllable pel:Operator is controlled on operator stands to this kind equipment, and operational order is issued to One layer;Such device end line adopts black (RGB:0,0,0) thick line (2.16pt) is representing;

(3.2) dynamic uncontrollable pel:This kind equipment only has state feedback information in control room, and operator can not enter to it Row operation;Such device end line is represented using black thin 1 (0.24pt);

(3.3) static pel:This kind equipment control room can neither the person's of being manipulated operation, also without feedback of the information;It is such Device end line adopts black thin 1 (0.24pt), and it is grey (RGB that equipment filling is unified:178,178,178);

(4) the filling classification of equipment icon is determined

The startup of field apparatus, stopping, centre, disarmed state are represented by different fill colors;

(4.1) setting represents equipment as following two states when equipment icon is filled to the color consistent with pipeline One of:Run, have medium to flow through this equipment;

(4.2) set when equipment is filled to white (RGB:255,255, when 255), represent equipment as following two states it One:Stop, flowing through equipment without medium;

(4.3) equipment half fill pipe color is worked as in setting, and during half filling white, the equipment of representative is in middle shape State;

(4.4) when there is I/O failures or signal error, equipment is filled to be carmetta (RGB for setting:255,0,255);

(5) the corresponding interface pel of equipment control model is determined

(5.1) for the equipment for having feedback of status or control in control room, its control model passes through state region equipment mould Formula label is displayed on process chart, including controlling on the spot, automatically control, control, protection signal control manually;

The background of state region equipment mode label adopts cyan (RGB:0,255,255) show, each control model point Different character A, M, L and P are not shown as, the implication of each character is as follows:

A character representations equipment is in autocommand control model;

M character representations equipment is in manual command control model;

L character representations equipment is in control model on the spot;

P character representations equipment is in guarded command control model;

(5.2) for the equipment of continuously adjustable, in addition to above character, also S and O characters are indicated;

S represents that equipment is in setting value shaping modes;

O represents that equipment is in output valve shaping modes;

When certain equipment has above control model simultaneously, the priority that state region equipment mode tag characters show Order is L>P>A/M>S/O;

(6) the corresponding interface pel of equipment failure state is determined

Equipment for having feedback of status, state control in control room, when it starts command timeout, time-out of ceasing and desisting order, Instrument control fault message is shown by state region indicating fault label, while the outside framework in device control area domain is with red aobvious Show;

The background of state region indicating fault label adopts redness (RGB:255,0,0) show, label is shown as F characters;

(6.1) failure is produced, during not confirmed, F indicating fault label quick flashings;

(6.2) after failure is identified, F indicating fault label zero diopters show;

(6.3) failure vanishes, but when unconfirmed, F indicating fault label slow flash;

(6.4) failure is identified after disappearance that F indicating fault label disappears;

(7) the corresponding interface pel of equipment other states is determined

In nuclear power station actual moving process, the selected state of equipment, listed state, trystate, actions menu are beaten The state opened feeds back to the operator of control room by interface pel, is shown using the different colours of the outside framework in device control area domain Show to reflect the category information;

(7.1) when equipment is in selected state, outside framework is with cyan (RGB:0,255,255) represent;

(7.2) when equipment is in listed state, outside framework is with yellow (RGB:255,255,0) represent;

Listed state can grasp board and hang including extension prohibits behaviour's board, and when hanging equipment prohibits behaviour's board, yellow backslash shows all the time;When When hanging equipment can grasp board, yellow backslash does not show;

(7.3) when equipment is in malfunction, outside framework is with redness (RGB:255,0,0) represent;

(7.4) when equipment is in trystate, outside framework is with blueness (RGB:0,0,255) represent;

(7.5) when the choosing of equipment, be listed and three states of failure in, any two state simultaneously in the presence of, outside rectangle Framework flickering display, color switches between the corresponding color of the two states;

(7.6) when three states simultaneously in the presence of, outside framework is shown as yellow and cyan switching, and failure now passes through F Indicating fault label is checked;

(7.7) when equipment fault and it is selected when, outside framework is displayed in before red and cyan and switches.

Further, a kind of nuclear power station man-machine interface pel scheme as above, design is based on Microsoft Office Visio are completed.

Further, a kind of nuclear power station man-machine interface pel scheme as above, (2) determination is displayed in process chart Equipment composition in, under any circumstance, the regional that equipment shows not with pipeline and the generations of other picture display elements Overlap.

Further, a kind of nuclear power station man-machine interface pel scheme as above, (4) determine the filling classification of equipment icon In, medium is the one kind in following species:

A:At least one of water, hydrophobic, distillation;

B:Water vapour;

C:At least one of gas, oil, concentrate;

D:At least one of discarded object, condensate;

E:Cooling water;

F:Electric current.

Further, a kind of nuclear power station man-machine interface pel scheme as above, in step (2.3), determines that two kinds set Standby size, one kind is applied to less equipment, and a class is applied to equipment bigger than normal, be respectively 12.264x11.68mm and 12.264x13.14mm;

The beneficial effect of technical solution of the present invention is:The shape in existing pel scheme is overcome in the technical program Off size reason, fault message and equipment running status are coupled, and independent pel is unable to the hand of displaying scene equipment and automatically controls mould Three technical problem underlyings of formula.

Description of the drawings

Fig. 1 is equipment class design for drawing elements flow process;

Fig. 2 is the display mode of equipment;

Fig. 3 is the display mode of equipment rotation.

Specific embodiment

Technical solution of the present invention is further elaborated below by the drawings and specific embodiments.

The technical program details fully with reference to Human Engineering and instruct outline NUREG-0700:Human-System Interface Design Review Guidelines and NUREG-0711:Human Factors Engineering The related request of Program Review Model, such as color, linearly, size, the definition of text message etc..

As shown in Fig. 1 to Fig. 3, a kind of nuclear power station man-machine interface pel scheme of the invention, it is adaptable to nuclear plant digital control The control room man-machine interface design of system processed, specifically includes:

(1) device object is determined

The object that the present invention is directed to for nuclear power plant equipment class man-machine interface design for drawing elements, including valve, pump, heater, Breaker;

(2) the equipment composition for being displayed in process chart is determined

The device definition for being displayed on process chart is three parts:Control area, state region and Sign Board region;

(2.1) control area is a rectangle shown around equipment, comprising device shaped and filling, equipment sideline and outward Framework;

(2.2) state region is used for display apparatus mode and instrument control fault message, refers to comprising equipment mode label and failure Indicating label;

(2.3) Sign Board region is the Sign Board for display device;

When the equipment level in control area is placed, the label of state region is then positioned at the upper of control area rectangle frame Side, word level shows;Sign Board is displayed in immediately below the rectangle of control area, and word level shows;

When the equipment in control area rotates, its placement direction is changed into being disposed vertically, and the label of state region is located at control The left side of region rectangle frame processed, word level shows;Sign Board is displayed in control area rectangle lower right, and word level shows;

Determine two kinds of equipment sizes, one kind is applied to less equipment, and a class is applied to equipment bigger than normal, is respectively 12.264x11.68mm and 12.264x13.14mm;

(3) determine that equipment pel is classified

For field apparatus, the running status of not every equipment need to feed back to control room, nor all of Equipment can be controlled it in control, and equipment pel is divided into following three major types:

(3.1) dynamic controllable pel:Operator is controlled on operator stands to this kind equipment, and operational order is issued to One layer;Such device end line adopts black (RGB:0,0,0) thick line (2.16pt) is representing;

(3.2) dynamic uncontrollable pel:This kind equipment only has state feedback information in control room, and operator can not enter to it Row operation;Such device end line is represented using black thin 1 (0.24pt);

(3.3) static pel:This kind equipment control room can neither the person's of being manipulated operation, also without feedback of the information;It is such Device end line adopts black thin 1 (0.24pt), and it is grey (RGB that equipment filling is unified:178,178,178);

(4) the filling classification of equipment icon is determined

The startup of field apparatus, stopping, centre, disarmed state are represented by different fill colors;

(4.1) setting represents equipment as following two states when equipment icon is filled to the color consistent with pipeline One of:Run, have medium to flow through this equipment;

(4.2) set when equipment is filled to white (RGB:255,255, when 255), represent equipment as following two states it One:Stop, flowing through equipment without medium;

(4.3) equipment half fill pipe color is worked as in setting, and during half filling white, the equipment of representative is in middle shape State;

(4.4) when there is I/O failures or signal error, equipment is filled to be carmetta (RGB for setting:255,0,255);

In determining the filling classification of equipment icon, medium is the one kind in following species:

A:At least one of water, hydrophobic, distillation;

B:Water vapour;

C:At least one of gas, oil, concentrate;

D:At least one of discarded object, condensate;

E:Cooling water;

F:Electric current.

(5) the corresponding interface pel of equipment control model is determined

(5.1) for the equipment for having feedback of status or control in control room, its control model passes through state region equipment mould Formula label is displayed on process chart, including controlling on the spot, automatically control, control, protection signal control manually;

The background of state region equipment mode label adopts cyan (RGB:0,255,255) show, each control model point Different character A, M, L and P are not shown as, the implication of each character is as follows:

A character representations equipment is in autocommand control model;

M character representations equipment is in manual command control model;

L character representations equipment is in control model on the spot;

P character representations equipment is in guarded command control model;

(5.2) for the equipment of continuously adjustable, in addition to above character, also S and O characters are indicated;

S represents that equipment is in setting value shaping modes;

O represents that equipment is in output valve shaping modes;

When certain equipment has above control model simultaneously, the priority that state region equipment mode tag characters show Order is L>P>A/M>S/O;

(6) the corresponding interface pel of equipment failure state is determined

Equipment for having feedback of status, state control in control room, when it starts command timeout, time-out of ceasing and desisting order, Instrument control fault message is shown by state region indicating fault label, while the outside framework in device control area domain is with red aobvious Show;

The background of state region indicating fault label adopts redness (RGB:255,0,0) show, label is shown as F characters;

(6.1) failure is produced, during not confirmed, F indicating fault label quick flashings;

(6.2) after failure is identified, F indicating fault label zero diopters show;

(6.3) failure vanishes, but when unconfirmed, F indicating fault label slow flash;

(6.4) failure is identified after disappearance that F indicating fault label disappears;

(7) the corresponding interface pel of equipment other states is determined

In nuclear power station actual moving process, the selected state of equipment, listed state, trystate, actions menu are beaten The state opened feeds back to the operator of control room by interface pel, is shown using the different colours of the outside framework in device control area domain Show to reflect the category information;

(7.1) when equipment is in selected state, outside framework is with cyan (RGB:0,255,255) represent;

(7.2) when equipment is in listed state, outside framework is with yellow (RGB:255,255,0) represent;

Listed state can grasp board and hang including extension prohibits behaviour's board, and when hanging equipment prohibits behaviour's board, yellow backslash shows all the time;When When hanging equipment can grasp board, yellow backslash does not show;

(7.3) when equipment is in malfunction, outside framework is with redness (RGB:255,0,0) represent;

(7.4) when equipment is in trystate, outside framework is with blueness (RGB:0,0,255) represent;

(7.5) when the choosing of equipment, be listed and three states of failure in, any two state simultaneously in the presence of, outside rectangle Framework flickering display, color switches between the corresponding color of the two states;

(7.6) when three states simultaneously in the presence of, outside framework is shown as yellow and cyan switching, and failure now passes through F Indicating fault label is checked;

(7.7) when equipment fault and it is selected when, outside framework is displayed in before red and cyan and switches.

The design is completed based on Microsoft Office Visio;It is determined that being displayed in the equipment composition of process chart In, under any circumstance, the regional that equipment shows does not overlap with pipeline and other picture display elements.

Claims (6)

1. a kind of nuclear power station man-machine interface pel scheme, it is adaptable to which the control room man-machine interface of digital control system in nuclear power plant sets Meter, it is characterised in that:
(1) device object is determined
The object that the present invention is directed to for nuclear power plant equipment class man-machine interface design for drawing elements, including valve, pump, heater, open circuit Device;
(2) the equipment composition for being displayed in process chart is determined
The device definition for being displayed on process chart is three parts:Control area, state region and Sign Board region;
(2.1) control area is a rectangle shown around equipment, comprising device shaped and filling, equipment sideline and housing Frame;
(2.2) state region is used for display apparatus mode and instrument control fault message, comprising equipment mode label and indicating fault mark Sign;
(2.3) Sign Board region is the Sign Board for display device;
When the equipment level in control area is placed, the label of state region is then positioned at the upside of control area rectangle frame, text Word level shows;Sign Board is displayed in immediately below the rectangle of control area, and word level shows;
When the equipment in control area rotates, its placement direction is changed into being disposed vertically, and the label of state region is located at control zone The left side of domain rectangle frame, word level shows;Sign Board is displayed in control area rectangle lower right, and word level shows;
(3) determine that equipment pel is classified
For field apparatus, the running status of not every equipment need to feed back to control room, nor all of equipment Can control it in control, equipment pel is divided into following three major types:
(3.1) dynamic controllable pel:Operator is controlled on operator stands to this kind equipment, and operational order is issued to one Layer;Such device end line adopts black (RGB:0,0,0) thick line (2.16pt) is representing;
(3.2) dynamic uncontrollable pel:This kind equipment only has state feedback information in control room, and operator can not grasp to it Make;Such device end line is represented using black thin 1 (0.24pt);
(3.3) static pel:This kind equipment control room can neither the person's of being manipulated operation, also without feedback of the information;This kind equipment Edge line adopts black thin 1 (0.24pt), and it is grey (RGB that equipment filling is unified:178,178,178);
(4) the filling classification of equipment icon is determined
The startup of field apparatus, stopping, centre, disarmed state are represented by different fill colors;
(4.1) setting represents equipment as one of following two states when equipment icon is filled to the color consistent with pipeline: Run, have medium to flow through this equipment;
(4.2) set when equipment is filled to white (RGB:255,255, when 255), equipment is represented as one of following two states: Stop, flowing through equipment without medium;
(4.3) equipment half fill pipe color is worked as in setting, and during half filling white, the equipment of representative is in intermediateness;
(4.4) when there is I/O failures or signal error, equipment is filled to be carmetta (RGB for setting:255,0,255);
(5) the corresponding interface pel of equipment control model is determined
(5.1) for the equipment for having feedback of status or control in control room, its control model passes through state region equipment mode mark Label are displayed on process chart, including controlling on the spot, automatically control, control, protection signal control manually;
The background of state region equipment mode label adopts cyan (RGB:0,255,255) show, each control model shows respectively Different character A, M, L and P are shown as, the implication of each character is as follows:
A character representations equipment is in autocommand control model;
M character representations equipment is in manual command control model;
L character representations equipment is in control model on the spot;
P character representations equipment is in guarded command control model;
(5.2) for the equipment of continuously adjustable, in addition to above character, also S and O characters are indicated;
S represents that equipment is in setting value shaping modes;
O represents that equipment is in output valve shaping modes;
When certain equipment has above control model simultaneously, the priority orders that state region equipment mode tag characters show For L>P>A/M>S/O;
(6) the corresponding interface pel of equipment failure state is determined
Equipment for having feedback of status, state control in control room, when it starts command timeout, time-out of ceasing and desisting order, instrument control Fault message is shown by state region indicating fault label, while the outside framework in device control area domain is with red display;
The background of state region indicating fault label adopts redness (RGB:255,0,0) show, label is shown as F characters;
(6.1) failure is produced, during not confirmed, F indicating fault label quick flashings;
(6.2) after failure is identified, F indicating fault label zero diopters show;
(6.3) failure vanishes, but when unconfirmed, F indicating fault label slow flash;
(6.4) failure is identified after disappearance that F indicating fault label disappears;
(7) the corresponding interface pel of equipment other states is determined
In nuclear power station actual moving process, the selected state of equipment, listed state, trystate, actions menu are opened State feeds back to the operator of control room by interface pel, using the different colours of the outside framework in device control area domain show come Reflect the category information;
(7.1) when equipment is in selected state, outside framework is with cyan (RGB:0,255,255) represent;
(7.2) when equipment is in listed state, outside framework is with yellow (RGB:255,255,0) represent;
Listed state can grasp board and hang including extension prohibits behaviour's board, and when hanging equipment prohibits behaviour's board, yellow backslash shows all the time;Work as equipment When extension can grasp board, yellow backslash does not show;
(7.3) when equipment is in malfunction, outside framework is with redness (RGB:255,0,0) represent;
(7.4) when equipment is in trystate, outside framework is with blueness (RGB:0,0,255) represent;
(7.5) when the choosing of equipment, be listed and three states of failure in, any two state simultaneously in the presence of, rectangular outer frame Flickering display, color switches between the corresponding color of the two states;
(7.6) when three states simultaneously in the presence of, outside framework is shown as yellow and cyan switching, and failure now passes through F failures Indicating label is checked;
(7.7) when equipment fault and it is selected when, outside framework is displayed in before red and cyan and switches.
2. a kind of nuclear power station man-machine interface pel scheme as claimed in claim 1, it is characterised in that:Design is based on Microsoft Office Visio are completed.
3. a kind of nuclear power station man-machine interface pel scheme as claimed in claim 1, it is characterised in that:(2) determine and be displayed in work In the equipment composition of skill flow chart, under any circumstance, the regional that equipment shows does not show with pipeline and other pictures Element overlaps.
4. a kind of nuclear power station man-machine interface pel scheme as claimed in claim 1, it is characterised in that:(4) equipment icon is determined In filling classification, medium is the one kind in following species:
A:At least one of water, hydrophobic, distillation;
B:Water vapour;
C:At least one of gas, oil, concentrate;
D:At least one of discarded object, condensate;
E:Cooling water;
F:Electric current.
5. a kind of nuclear power station man-machine interface pel scheme as claimed in claim 1, it is characterised in that:In step (2.3), it is determined that Two kinds of equipment sizes, one kind be applied to less equipment, a class be applied to equipment bigger than normal, be respectively 12.264x11.68mm and 12.264x13.14mm。
6. a kind of nuclear power station man-machine interface pel scheme as claimed in claim 1, it is characterised in that:Design is based on Microsoft Office Visio are completed;
(2) determine be displayed in the equipment of process chart composition in, under any circumstance, the regional that equipment shows not with Pipeline and other picture display elements overlap;
(2.3) in, two kinds of equipment sizes are determined, one kind is applied to less equipment, and a class is applied to equipment bigger than normal, is respectively 12.264x11.68mm and 12.264x13.14mm;
(4) in determining the filling classification of equipment icon, medium is the one kind in following species:
A:At least one of water, hydrophobic, distillation;
B:Water vapour;
C:At least one of gas, oil, concentrate;
D:At least one of discarded object, condensate;
E:Cooling water;
F:Electric current.
CN201611216773.9A 2016-12-26 2016-12-26 Nuclear power plant man-machine interface pixel pattern CN106650109A (en)

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