CN106781793B - A kind of hot drill process interface, achievement assessment device and method - Google Patents
A kind of hot drill process interface, achievement assessment device and method Download PDFInfo
- Publication number
- CN106781793B CN106781793B CN201611062810.5A CN201611062810A CN106781793B CN 106781793 B CN106781793 B CN 106781793B CN 201611062810 A CN201611062810 A CN 201611062810A CN 106781793 B CN106781793 B CN 106781793B
- Authority
- CN
- China
- Prior art keywords
- fire
- intensity
- hot drill
- achievement
- section
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Classifications
-
- A—HUMAN NECESSITIES
- A62—LIFE-SAVING; FIRE-FIGHTING
- A62C—FIRE-FIGHTING
- A62C99/00—Subject matter not provided for in other groups of this subclass
- A62C99/0081—Training methods or equipment for fire-fighting
Landscapes
- Health & Medical Sciences (AREA)
- Public Health (AREA)
- Business, Economics & Management (AREA)
- Emergency Management (AREA)
- Fire-Extinguishing By Fire Departments, And Fire-Extinguishing Equipment And Control Thereof (AREA)
Abstract
The present invention provides a kind of hot drill process interface, achievement assessment device and method.Technical solution of the present invention is directed to hot drill process interface and achievement assessment method, give the inner link of input/output argument, establish the basic program for objectively evaluating hot drill result, it reduces coach's subjectivity and recognizes the influence in scoring process, be conducive to train the tissue hot drill of organizer's objective and fair, for the achievement assessment problem of hot drill, establish fire-fighting behavior number index, introduce hot drill quality point concept, the hot drill process standardization appraisal procedure and computation model of suited-community or team training proficiency assessment is set forth in detail, it is highly effective for objectively responding performance of the participant in affiliated team and group.
Description
Technical field
The present invention relates to fire fire-fighting field, specifically a kind of hot drill process interface, achievement assessment device and method.
Background technique
Hot drill facility performance depends on the fidelity of simulation fire extinguishing procedure and effective assessment to training achievement
Energy.In recent years, the kidney-yang training device of combustion gas is widely used among fire-fighting fire extinguishing training, while solving environmental issue, goes out
Fiery process in terms of expressive force there is also gap, how the behavioural characteristic of performance fire process and fire extinguishing procedure true to nature, establish
Fire-fighting fire extinguishing trainer and fire disaster simulation device generate the interbehavior between flame, and quantify to hot drill process
Scoring, becomes training institutions at different levels very concern.
In the prior art, the kidney-yang hot drill process interface of combustion gas, achievement assessment method be divided into three classes:
The first kind is that live coach manually gives a mark according to the performance of Field Force, and manually controls the start and stop of the intensity of a fire；
Second class is that the fire-fighting water of flame region sprinkling is accepted according to hot drill system, control flame start and stop, and according to
Achievement is calculated according to water and attack time；
Third class is to control flame start and stop according to preset temperature according to hot drill system acquisition flame region temperature,
And achievement is calculated according to attack time.
And the present inventor is in the implementation of the present invention, finds above-mentioned at least there is following technology in the prior art and ask
Topic:
1. in the prior art, information collection is sufficiently complete, it is not enough to show the complete procedure of hot drill.
2. the time that achievement assessment relies solely on hot drill process experience differentiates, it is difficult to cover the dynamic of hot drill requirement
Work, posture, hydraulic giant incident angle, water mist are bloomed the indexs such as range, are lacked differentiation crowd and are accurately measured participant and integrally train
Horizontal means.
3. coach is in implementing training process, the condition by fire disaster simulation environment is limited, it is difficult to which follow-up is participated in training comprehensively
Personnel implement the overall process of fire extinguishing, and realizing interaction by the manual adjustment intensity of a fire, there are biggish delay and hysteresis qualitys, become with fire
Change process variations are larger, and interaction effect is poor.
Summary of the invention
In view of this, the present invention provides hot drill process interface, achievement assessment device and method, for hot drill
Participant hot drill quality is assessed in the process, to solve existing in the prior art cannot flexibly reflect different go out
Influence of the fire behavior to the intensity of a fire in fire extinguishing procedure cannot recognize fire-fighting behavior validity, for determining for hot drill quality automatically
Amount description, lacks the technical issues of objectively evaluating.
A kind of hot drill process interface, achievement assessment device, including intensity of a fire changing rule memory module, the intensity of a fire differentiate and pass
Sensor retrieval module, extinguishing chemical coverage effect recognize module, fire extinguishing procedure interactive controlling module, hot drill achievement assessment
Module；
The intensity of a fire changing rule memory module, the input scene variable for leading control personnel according to training are indexed, are provided
Preset hot drill intensity of a fire changing rule, control node, Interval Sampling period, sample period lengths, state adjust threshold value；
The intensity of a fire discriminating sensor retrieval module, the burner rope of the input for leading control personnel according to training
Draw, provide the arrangement form data of preset intensity of a fire discriminating sensor, and is automatically imported corresponding intensity of a fire discriminating sensor sequence
Acquisition algorithm program obtains the flame burn area intensity of a fire discriminating sensor data splitting that assessment is participated in any sampling period；
The extinguishing chemical coverage effect recognizes module, for according to the flame combustion area for participating in assessment in any sampling period
Domain intensity of a fire discriminating sensor data splitting obtains it and detects numerical value, and according to extinguishing chemical coverage effect appraisal procedure, calculating is effectively gone out
Fire behavior feature point, effective fire-fighting behavior feature point are evaluated in fire extinguishing procedure, and extinguishing chemical is to flame region coverage effect
Comprehensive assessment point imitates the assessment point of flame region coverage area and extinguishing chemical to the cooling of flame region including extinguishing chemical
The assessment of fruit point, the two weighted sum obtain effective fire-fighting behavior feature point；
The fire extinguishing procedure interactive controlling module, for calling intensity of a fire control according to fire-fighting behavior feature effective in section point
Logic processed and differentiation intensity of a fire adjustment direction program differentiate intensity of a fire adjustment direction, and fuel gas air supply unit is driven to execute intensity of a fire adjustment
Instruction realizes that the surface that the intensity of a fire becomes larger or becomes smaller is adjusted, while providing fire-fighting behavior number data, comments for achievement
Estimate；
The hot drill achievement assessment module, for calling hot drill achievement to comment according to fire-fighting behavior number data
Estimate program, obtains hot drill achievement.
A kind of hot drill process achievement assessment method, it is characterised in that include the following steps:
Set interval 1 is that (n-1)th section intensity of a fire adjusts the period to the fire-fighting behavior number in each section of section n-1
The sampling period number of interior experience, that is, meet the effective fire-fighting behavior feature of section n-1 point and be greater than the section n-1 state tune
Sampling period number experienced when whole threshold value, wherein n is more than or equal to 3；
Cumulative calculation fire-fighting behavior number total degree is the summation of all section fire-fighting behavior numbers experienced；
According toFormula, wherein X0+X1=XQuality full marks, calculate one group, one of assessment
The hot drill quality evaluation achievement of participant in team or a period, wherein g (xi) it is that the hot drill is commented
Estimate achievement, X0For the basic score value of hot drill achievement, X1Score value, X are distinguished for hot drill achievementQuality full marksFor hot drill quality at
Achievement full marks value, BBest resultFor the fire-fighting behavior number of hot drill process experience best in current all participants, BLowest total of points
For the fire-fighting behavior number of hot drill process experience worst in current all participants；
Fire extinguishing procedure total time is set, is the summation that fire extinguishing procedure all section intensity of a fire experienced adjust the period；
According toFormula, wherein T0+T1=TTime full marks, calculate the hot drill process
The corresponding hot drill time evaluation score of the attack time of experience, wherein f (xi) for institute's hot drill time evaluation score, T0
For the basic score value of hot drill time achievement, T1Score value, T are distinguished for hot drill time achievementTime full marksFor the hot drill time at
Achievement full marks value, TGolden hourFor the time of hot drill process experience best in current all participants, TThe worst timeFor current institute
There is the time of hot drill process experience worst in participant；
Safety based on personnel's action provides hot drill security evaluation achievement, specially subjective marking；
Obtain hot drill achievement comprising hot drill time evaluation score, fire extinguishing procedure training quality evaluation achievement
With hot drill security evaluation achievement.
A kind of hot drill process interface method, includes the following steps:
S201, fuel gas air-supplying valve aperture numerical value when setting initial is K1%；
S202, the fuel gas air-supplying valve aperture numerical value at the end of setting is KP%；
S203 sequentially undergoes p-1 section intensity of a fire adjustment period according to target area intensity of a fire variation basic law, described suitable
The p-1 section intensity of a fire of secondary experience adjusts the period, is the time span in the p-1 stage that intensity of a fire adjustment is subjected in the process；
S204 adjusts the period for i-th of section intensity of a fire, according to extinguishing chemical coverage effect and combustion zone in fire extinguishing procedure
Flame interaction, differentiates effective fire-fighting behavior, and establishes intensity of a fire adjustment process.
Further, step 204 specifically includes:
S2041, participant participate in assessment with the intensity of a fire discriminating sensor in extinguishing chemical covering flame burn area
Intensity of a fire discriminating sensor obtains the temperature value of flame region, according to the effective fire-fighting behavior feature of intensity of a fire assessment models computation interval
Point, the interval efficiency fire-fighting behavior feature is divided into the summation of current interval all sampling periods effective fire-fighting behavior feature point；
I-th of interval efficiency fire-fighting behavior feature point is compared, institute by S2042 with state adjustment threshold value
State the node K that state adjustment threshold value corresponds to two intensity of a fire variation control laws of arbitrary neighborhoodi% and Ki+1% is formed by area
Between, in a section intensity of a fire adjusts period S seconds, wherein S is the integer greater than 1, the preset interval efficiency fire extinguishing that need to reach
Behavioural characteristic score value c, wherein c is that rational greater than 1 determines intensity of a fire variation tendency according to the two difference comparsion, when determining the
When i interval efficiency fire-fighting behavior feature point is greater than state adjustment threshold value, step S2044 is executed, it is no to then follow the steps
S2046；
S2044, the hot drill interactive process immediately enter i+1 section intensity of a fire adjustment period, presently described area
Between after effectively fire-fighting behavior feature point subtracts the state adjustment threshold value, residual value is included in next adjustment interval efficiency and puts out a fire
Behavioural characteristic point；
S2046 increases a temperature sampling period on the basis of current interval intensity of a fire adjusts the period, calculates again
Difference, until when meeting interval efficiency fire-fighting behavior feature point and being greater than state adjustment threshold value, the hot drill interactive process into
Enter the i+1 section intensity of a fire adjustment period, but residual value does not add up.
Further, since i-th of section intensity of a fire adjustment period timing, each section intensity of a fire adjustment period length
It is S seconds, if after 2S seconds, when presently described interval efficiency fire-fighting behavior feature point adjusts threshold value still less than the state, then
Hot drill interactive process returns to (i-1)-th section intensity of a fire and adjusts the period.
One or more technical solutions in above-mentioned technical proposal, at least have the following technical effects or advantages:
1. technical solution of the present invention gives the mode and process of hot drill process interface, assessment device data transmission,
And data input/output relation, it proposes and realizes that the system module of hot drill process interface and achievement assessment constitutes scheme,
It can be used in the development of the fire fighting training system control of fire and achievement assessment device.
2. technical solution of the present invention is directed to hot drill process interface and achievement assessment method, input/output argument is given
Inner link, establish the basic program for objectively evaluating hot drill result, reduce the identification of coach's subjectivity in scoring process
In influence, be conducive to train organizer's objective and fair tissue hot drill.
3. being directed to the achievement assessment problem of hot drill, fire-fighting behavior number index is established, hot drill matter is introduced
Amount divides concept, be set forth in detail suited-community or team training proficiency assessment hot drill process standardization appraisal procedure and
Computation model, it is highly effective for objectively responding performance of the participant in affiliated team and group.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of a kind of hot drill process interface of the embodiment of the present invention, achievement assessment device；
Fig. 2 is the data transmission schematic diagram of a kind of hot drill process interface of the embodiment of the present invention, achievement assessment device；
Fig. 3 is a kind of flow diagram of hot drill process interface method of the embodiment of the present invention；
Fig. 4 is the idiographic flow schematic diagram of step 204 in the embodiment of the present invention；
Fig. 5 is a kind of flow chart of hot drill process achievement assessment method of the embodiment of the present invention.
Specific embodiment
The embodiment of the present invention is illustrated below in conjunction with Figure of description, it should be understood that implementation described herein
Example only for the purpose of illustrating and explaining the present invention and is not intended to limit the present invention, and in the absence of conflict, the institute in the present invention
There is the feature in embodiment and embodiment can be combined with each other.
Referring to FIG. 1, it is a kind of hot drill process interface of the embodiment of the present invention, achievement assessment device, specifically include
Intensity of a fire changing rule memory module S401, intensity of a fire discriminating sensor retrieval module S402, extinguishing chemical coverage effect recognize mould
Block S403, fire extinguishing procedure interactive controlling module S404, hot drill achievement assessment module S405.
Referring to FIG. 2, it is a kind of hot drill process interface of the embodiment of the present invention, achievement assessment device data are transmitted across
Journey specifically includes:
The intensity of a fire changing rule memory module S401, the input scene variable for leading control personnel according to training index,
Provide preset hot drill intensity of a fire changing rule 101, control node 102, Interval Sampling period 103, sample period lengths
104, the data such as state adjustment threshold value 105.
The intensity of a fire discriminating sensor retrieval module S402, the burner of the input for leading control personnel according to training
Index, provides the arrangement form data 106 of preset intensity of a fire discriminating sensor, and be automatically imported corresponding intensity of a fire discriminating sensor
Retrieval algorithm routine 107 obtains the flame burn area intensity of a fire discriminating sensor group that assessment is participated in any sampling period
Close data 108.
The extinguishing chemical coverage effect recognizes module S403, for being fired according to the flame for participating in assessment in any sampling period
Region intensity of a fire discriminating sensor data splitting 108 is burnt, its is obtained and detects numerical value, according to extinguishing chemical coverage effect appraisal procedure 108,
Calculate effective fire-fighting behavior feature point 109.Effective fire-fighting behavior feature point 109 is extinguishing chemical pair in evaluation fire extinguishing procedure
The comprehensive assessment of flame region coverage effect point, it includes assessment point of the extinguishing chemical to flame region coverage area, and is gone out
Assessment point of the fiery agent to the cooling effect of flame region, the two weighted sum obtain effective fire-fighting behavior feature point 109.
The fire extinguishing procedure interactive controlling module S404, for calling according to fire-fighting behavior feature effective in section point 109
Control of fire logic and differentiation intensity of a fire adjustment direction program 110 differentiate intensity of a fire adjustment direction, and fuel gas air supply unit is driven to hold
Row intensity of a fire adjustment instruction realizes that the surface that the intensity of a fire becomes larger or becomes smaller is adjusted, while providing fire-fighting behavior number data
111, it is used for achievement assessment.
The hot drill achievement assessment module S405, for calling hot drill according to fire-fighting behavior number data 111
Achievement assessment program 112 obtains hot drill achievement 113.
Referring to FIG. 3, it is a kind of flow diagram of hot drill process interface method of the embodiment of the present invention, fire extinguishing instruction
It is all the same for each state adjustment section to practice process intensity of a fire exchange method, it is described to go out by taking i-th of state adjusts section as an example
Fiery training process exchange method specifically comprises the following steps:
S201, fuel gas air-supplying valve aperture numerical value when setting initial is K1%；
S202, the fuel gas air-supplying valve aperture numerical value at the end of setting is KP%；
S203 sequentially undergoes p-1 section intensity of a fire adjustment period according to target area intensity of a fire variation basic law, described suitable
The p-1 section intensity of a fire of secondary experience adjusts the period, is the time span in the p-1 stage that intensity of a fire adjustment is subjected in the process.
For example, the corresponding fuel gas air valve opening of i-th of node is 53%, the corresponding fuel gas air valve opening of i+1 node is
46%, i-th of section intensity of a fire adjusted in the period, the intensity of a fire tune that it is 53% from fuel gas air valve opening that intensity of a fire variation tendency, which corresponds to,
The whole intensity of a fire for being 46% to fuel gas air valve opening.
S204 adjusts the period for i-th of section intensity of a fire, according to extinguishing chemical coverage effect and combustion zone in fire extinguishing procedure
Flame interaction, differentiates effective fire-fighting behavior, and establishes intensity of a fire adjustment process.
Referring to FIG. 4, step 204 specifically includes:
S2041, participant participate in assessment with the intensity of a fire discriminating sensor in extinguishing chemical covering flame burn area
Intensity of a fire discriminating sensor obtains the temperature value of flame region, according to the effective fire-fighting behavior feature of intensity of a fire assessment models computation interval
Point, the interval efficiency fire-fighting behavior feature is divided into the summation of current interval all sampling periods effective fire-fighting behavior feature point.
The calculated examples of an interval efficiency fire-fighting behavior feature point are provided herein, but not limited to this, set i-th of section
Comprising 5 sampling periods, in each sampling period, according to trainer in flame region fire extinguishing procedure, the covering of extinguishing chemical
Effect obtains effective fire-fighting behavior feature point, and this feature point is obtained by extinguishing chemical coverage effect score and flame zone temperature control effect
Divide and constitutes.Extinguishing chemical coverage effect score reflects the complete of the intensity of a fire discriminating sensor in extinguishing chemical covering flame burn area
Situation, 0 < g of score value1≤1；Flame zone temperature control effect score reflects the mean temperature that temperature sensor detects
With the relationship between preset temperature bound, 0 < g of score value2≤ 1, when detection temperature is higher than the upper limit not score, in bound
Between interpolation method acquire point, additional reward score is obtained lower than lower limit, if preset temperature range is 40 DEG C of T≤50 DEG C <, works as inspection
When testing temperature is 38 DEG C, g2=1.2；Two weightings of extinguishing chemical coverage effect score and flame zone temperature control effect score acquire
Effective fire-fighting behavior feature of current sample period point.If extinguishing chemical coverage effect score weight 0.75, the control of flame zone temperature
Effect score weight 0.25, such as the 1st sampling period, detection temperature reaches 53 DEG C, then the effective fire-fighting behavior of current period
Feature is divided into Mi1=0.75.Then effective fire-fighting behavior feature of each sampling period point is respectively M to same methodi2=0.95,
Mi3=1.05, Mi4=0.25, Mi5=1.00, then i-th of interval efficiency fire-fighting behavior feature is divided into 4.00.
S2042, i-th of interval efficiency fire-fighting behavior feature point is compared with state adjustment threshold value, described
State adjusts the node K that threshold value corresponds to two intensity of a fire variation control laws of arbitrary neighborhoodi% and Ki+1% is formed by section,
In a section intensity of a fire adjusts period S seconds, wherein S is the integer greater than 1, the preset interval efficiency fire extinguishing row that need to reach
It is characterized score value c, wherein c is that the rational greater than 1 determines intensity of a fire variation tendency according to the two difference comparsion.For example, setting
It is 3.80 that state described in current interval, which adjusts threshold value, then the interval efficiency fire-fighting behavior feature point will be compared with 3.80.
S2043, when the described i-th interval efficiency fire-fighting behavior feature point is greater than state adjustment threshold value, example
Such as, i-th of section effective fire-fighting behavior feature in defined sampling period number is divided into 4.00, and current i-th of area
Between state adjustment threshold value be 3.80, the as effective fire-fighting behavior feature of current interval point is greater than the current interval state and adjusts threshold
Value.
S2044, the hot drill interactive process immediately enter i+1 section intensity of a fire adjustment period, presently described area
Between after effectively fire-fighting behavior feature point subtracts the state adjustment threshold value, residual value is included in next adjustment interval efficiency and puts out a fire
Behavioural characteristic point, for example, current interval fuel gas air valve opening is 53%, since the effective fire-fighting behavior feature of current interval point exists
It is greater than the current interval state in defined sampling period number and adjusts threshold value, fuel gas air valve opening is adjusted to 46%, fire
Gesture weaken, while the effective fire-fighting behavior feature of current interval divide residual value 0.2 accumulation enter next fuel gas air valve opening by
46% is adjusted to 40% section, that is, the initial interval efficiency fire-fighting behavior feature in the i+1 section is divided into 0.2 point.
S2045, when i-th of interval efficiency fire-fighting behavior feature point is less than or equal to state adjustment threshold value,
For example, i-th of section effective fire-fighting behavior feature in defined sampling period number is divided into 3.00, and described current i-th
It is 3.80 that state of section, which adjusts threshold value, and the as effective fire-fighting behavior feature of current interval point is less than the current interval state and adjusts
Threshold value.
S2046 increases a temperature sampling period on the basis of current interval intensity of a fire adjusts the period, calculates again
Difference, until when meeting interval efficiency fire-fighting behavior feature point and being greater than state adjustment threshold value, the hot drill interactive process into
Enter the i+1 section intensity of a fire adjustment period, but residual value does not add up, for example, after increasing a sampling period, the increased sampling period
Effective fire-fighting behavior feature is divided into 1.045, then i-th of interval efficiency fire-fighting behavior feature is divided into 3.00+1.045=
4.045, at this point, i-th of interval efficiency fire-fighting behavior feature point 4.045, which is greater than the state, adjusts threshold value 3.80,
The intensity of a fire adjusts section and enters next adjustment section, but residual value 0.245 does not add up, next effective fire-fighting behavior of section original state
Feature point is still 0 point；In another example increased sampling period effective fire-fighting behavior feature is divided into after increasing a sampling period
0.50, then i-th of interval efficiency fire-fighting behavior feature is divided into 3.00+0.50=3.50, at this point, described in described i-th
Interval efficiency fire-fighting behavior feature point 3.50 is less than the state and adjusts threshold value 3.80, and intensity of a fire adjustment section remains in currently
Section, until interval efficiency fire-fighting behavior feature point is greater than state adjustment threshold value 3.80 and enters next adjustment section.
S2047, since i-th of section intensity of a fire adjustment period timing, each section intensity of a fire adjustment period length is S
Second, if after 2S seconds, when presently described interval efficiency fire-fighting behavior feature point adjusts threshold value still less than the state, this shape
State corresponds to, for example, setting i-th of section includes 5 sampling periods, each period 1s, if by 10s, it is presently described
Interval efficiency fire-fighting behavior feature point adjusts threshold value still less than the state.
S2048, hot drill interactive process return to (i-1)-th section intensity of a fire and adjust the period, and this state corresponds to, example
Such as, current i-th of section intensity of a fire adjustment the period experienced increase the sampling period after, total duration has reached 10s, and section has at this time
Fire-fighting behavior feature point is imitated still less than 3.80 points, then hot drill interactive process returns to (i-1)-th section intensity of a fire adjustment week
Phase, if current interval fuel gas air valve opening is 46%, since the effective fire-fighting behavior feature of current interval point is in defined section
Threshold value is adjusted still less than the current interval state after intensity of a fire adjustment period delay, fuel gas air valve opening is adjusted to 53%.
Referring to FIG. 5, it is a kind of hot drill process achievement assessment method of the embodiment of the present invention, it is that foundation was put out a fire
Cheng Xiangguan can survey the comprehensive scoring that parameter provides, it includes fire-fighting behavior number, fire extinguishing elapsed time and fire extinguishing procedure peace
Three aspect parameters of full property index, described method includes following steps:
Step S301,1 fire-fighting behavior number of set interval are that the 1st section intensity of a fire adjusts the sampling week undergone in the period
Phase number, that is, meet experienced when the effective fire-fighting behavior feature in section 1 point is greater than 1 state of section adjustment threshold value adopt
Sample cycle times.The calculated examples of a section fire-fighting behavior number are provided herein, but not limited to this, for example, defined section
Sampling period number is 5, and it is that the 3.80, the 1st section intensity of a fire adjusts each sampling period in the period that current interval state, which adjusts threshold value,
Effective fire-fighting behavior feature point be respectively Mi1=0.75, Mi2=0.95, Mi3=1.05, Mi4=0.25, Mi5=1.00, this
When, interval efficiency fire-fighting behavior feature point 4.00 is greater than the current interval state and adjusts threshold value 3.80, the fire extinguishing of section 1 row
It is 5 for number；In another example, it is specified that Interval Sampling periodicity be 5, current interval state adjust threshold value be the 3.80, the 1st section
Effective fire-fighting behavior feature point that the intensity of a fire adjusts each sampling period after 4 Interval Sampling periods of experience in the period is respectively Mi1=
0.75、Mi2=1.15, Mi3=1.05, Mi4=1.05, at this point, interval efficiency fire-fighting behavior feature point 3.90 is current greater than described
State of section adjusts threshold value 3.80, and the 1 fire-fighting behavior number of section is 4；In another example, it is specified that Interval Sampling periodicity be 5,
Current interval state adjustment threshold value is each to adopt after the 3.80, the 1st section intensity of a fire adjusts 6 Interval Sampling periods of interior experience period
Effective fire-fighting behavior feature in sample period point is respectively Mi1=0.75, Mi2=0.25, Mi3=0.75, Mi4=0.75, Mi5=
1.05、Mi6=1.05, at this point, interval efficiency fire-fighting behavior feature point 4.60, which is greater than the current interval state, adjusts threshold value
3.80, the 1 fire-fighting behavior number of section is 6.
Step S302,2 fire-fighting behavior number of set interval are that the 2nd section intensity of a fire adjusts the sampling week undergone in the period
Phase number, that is, meet experienced when the effective fire-fighting behavior feature in section 2 point is greater than 2 state of section adjustment threshold value adopt
Sample cycle times.If for example, 2 state of the section adjust threshold value 3.70, then, as section 1 calculation method participate in ratio
2 state of section adjustment threshold value compared with calculating is 3.70.
Step S303, set interval n-1 fire-fighting behavior number adjust adopting for period interior experience for (n-1)th section intensity of a fire
Sample cycle times, that is, meet the effective fire-fighting behavior feature of section n-1 point and be greater than section n-1 state adjustment threshold value when institute
The sampling period number of experience, wherein n is more than or equal to 4.
Step S304, cumulative calculation fire-fighting behavior number total degree are all section fire-fighting behavior numbers experienced
Summation, for example, total interval number is 9,1 fire-fighting behavior number of section is 5, and 2 fire-fighting behavior number of section is 4, the fire extinguishing of section 3 row
It is 5 for number, then successively number is 3,4,5,6,4,5, then fire-fighting behavior number total degree is 41.
S305, according toFormula, wherein X0+X1=XQuality full marks, calculate assessment one
The hot drill quality evaluation achievement of participant in group, a team or a period, wherein g (xi) it is the fire extinguishing
Training valuation achievement, X0For the basic score value of hot drill achievement, X1Score value, X are distinguished for hot drill achievementQuality full marksFor hot drill
Quality achievement full marks value, BBest resultFor the fire-fighting behavior number of hot drill process experience best in current all participants,
BLowest total of pointsFor the fire-fighting behavior number of hot drill process experience worst in current all participants.A matter is provided herein
Achievement assessment example is measured, but not limited to this, for example, X0It is 20 points for the basic score value of hot drill quality achievement, X1For hot drill
It is 30 points that achievement quality, which distinguishes score value, XQuality full marksDivide for hot drill quality achievement full marks value 50, BBest resultIt participates in training to be currently all
Fire-fighting behavior number 30 times of best hot drill process experience, B in personnelLowest total of pointsIt is worst in current all participants
Hot drill process experience fire-fighting behavior number 60 times, the current fire-fighting behavior number total degree of this group of personnel is 41 times, that
This group of participant hot drill quality achievement assessment result is 39 points.
Step S306, setting fire extinguishing procedure total time are that fire extinguishing procedure all section intensity of a fire experienced adjust the period
Summation.
Step S307, according toFormula, wherein T0+T1=TTime full marks, go out described in calculating
The corresponding hot drill time evaluation score of attack time of fiery training process experience, wherein f (xi) for institute's hot drill time
Evaluation score, T0For the basic score value of hot drill time achievement, T1Score value, T are distinguished for hot drill time achievementTime full marksFor fire extinguishing
Training time achievement full marks value, TGolden hourFor the time of hot drill process experience best in current all participants,
TThe worst timeFor the time of hot drill process experience worst in current all participants.A time achievement is provided herein to comment
Estimate example, but not limited to this, for example, T0It is 10 points for the basic score value of hot drill time achievement, T1For hot drill time achievement
Distinguishing score value is 20 points, TTime full marksDivide for hot drill time achievement full marks value 30, TGolden hourFor in current all participants most
Time 150 seconds of good hot drill process experience, TThe worst timeFor hot drill process warp worst in current all participants
The 300 seconds time gone through, this group of personnel are 180 seconds at total time of currently putting out a fire, then this group of participant hot drill time achievement
Assessment result is 26 points.
Step S308, the safety based on personnel's action provide hot drill security evaluation achievement, specially subjective marking,
Such as this group of personnel safety is divided into 18 points.
Three component part weights of the hot drill process achievement can be according to the difference arbitrarily adjustment of perpetual object.
Step S309 obtains hot drill achievement comprising hot drill time evaluation score, fire extinguishing procedure training quality
Evaluation score and hot drill security evaluation achievement, for example, attack time evaluation score be 26 points, fire extinguishing procedure quality evaluation at
Achievement is 39 points, and hot drill security evaluation achievement is 18 points, then hot drill achievement is 83 points.
Claims (5)
1. a kind of hot drill process interface, achievement assessment device, it is characterised in that: including intensity of a fire changing rule memory module,
Intensity of a fire discriminating sensor retrieval module, extinguishing chemical coverage effect identification module, fire extinguishing procedure interactive controlling module, fire extinguishing instruction
Practice achievement assessment module；
The intensity of a fire changing rule memory module, the input scene variable for leading control personnel according to training are indexed, are provided default
Hot drill intensity of a fire changing rule, control node, the Interval Sampling period, sample period lengths, state adjust threshold value；
The intensity of a fire discriminating sensor retrieval module is indexed for leading the burner of input of control personnel according to training, is given
The arrangement form data of preset intensity of a fire discriminating sensor out, and be automatically imported corresponding intensity of a fire discriminating sensor retrieval and calculate
Method program obtains the flame burn area intensity of a fire discriminating sensor data splitting that assessment is participated in any sampling period；
The extinguishing chemical coverage effect recognizes module, for according to the flame burn area fire for participating in assessment in any sampling period
Gesture discriminating sensor data splitting obtains it and detects numerical value, according to extinguishing chemical coverage effect appraisal procedure, calculates effectively fire extinguishing row
It is characterized point, in effective fire-fighting behavior feature point evaluation fire extinguishing procedure, synthesis of the extinguishing chemical to flame region coverage effect
Assessment point, including extinguishing chemical to the assessment point of flame region coverage area and extinguishing chemical to the cooling effect of flame region
Assessment point, the two weighted sum obtain effective fire-fighting behavior feature point；
The fire extinguishing procedure interactive controlling module, for calling the control of fire to patrol according to fire-fighting behavior feature effective in section point
It collects and differentiates that intensity of a fire adjustment direction program differentiates intensity of a fire adjustment direction, and drive fuel gas air supply unit to execute intensity of a fire adjustment and refer to
It enables, realizes that the surface that the intensity of a fire becomes larger or becomes smaller is adjusted, while providing fire-fighting behavior number data, be used for achievement assessment；
The hot drill achievement assessment module, for calling hot drill achievement assessment journey according to fire-fighting behavior number data
Sequence obtains hot drill achievement.
2. a kind of hot drill process interface, achievement assessment method, include the following steps:
Fire-fighting behavior number of the set interval 1 to each section of section p-1, λiIt adjusts in the period and passes through for -1 section intensity of a fire of pth
The sampling period number gone through, that is, meet the effective fire-fighting behavior feature of section p-1 point and be greater than section p-1 state adjustment threshold
Sampling period number experienced when value, wherein p is more than or equal to 3；
Cumulative calculation fire-fighting behavior number total degree is the summation of all section fire-fighting behavior numbers experienced；
According toFormula, wherein X0+X1=XQuality full marks, calculate assessment one group, a team
Or in a period participant hot drill quality evaluation achievement, wherein g (xi) be the hot drill assessment at
Achievement, X0For the basic score value of hot drill achievement, X1Score value, X are distinguished for hot drill achievementQuality full marksIt is full for hot drill quality achievement
Score value, BBest resultFor the fire-fighting behavior number of hot drill process experience best in current all participants, BLowest total of pointsTo work as
The fire-fighting behavior number of worst hot drill process experience in preceding all participants；
Fire extinguishing procedure total time is set, is the summation that fire extinguishing procedure all section intensity of a fire experienced adjust the period；
According toFormula, wherein T0+T1=TTime full marks, calculate the hot drill process experience
The corresponding hot drill time evaluation score of attack time, wherein f (ti) for institute's hot drill time evaluation score, T0To go out
The fiery basic score value of training time achievement, T1Score value, T are distinguished for hot drill time achievementThis group of timeFor used in current hot drill group
The hot drill time, TTime full marksFor hot drill time achievement full marks value, TGolden hourIt is best in current all participants
The time of hot drill process experience, TThe worst timeFor the time of hot drill process experience worst in current all participants；
Safety based on personnel's action provides hot drill security evaluation achievement, specially subjective marking；
Obtain hot drill achievement comprising hot drill time evaluation score and is gone out at fire extinguishing procedure training quality evaluation achievement
Fiery training of safety evaluation score.
3. a kind of hot drill process interface method, it is characterised in that include the following steps:
S201, fuel gas air-supplying valve aperture numerical value when setting initial is K1%；
S202, the fuel gas air-supplying valve aperture numerical value at the end of setting is KP%；
S203 sequentially undergoes p-1 section intensity of a fire adjustment period according to target area intensity of a fire variation basic law, described sequentially to pass through
The p-1 section intensity of a fire adjustment period gone through is the time span in the p-1 stage that intensity of a fire adjustment is subjected in the process；
S204 adjusts the period for i-th of section intensity of a fire, according to extinguishing chemical coverage effect in fire extinguishing procedure and combustion zone flame
Interaction, differentiates effective fire-fighting behavior, and establishes intensity of a fire adjustment process.
4. hot drill process interface method as claimed in claim 3, it is characterised in that step 204 specifically includes:
S2041, participant participate in the intensity of a fire of assessment with the intensity of a fire discriminating sensor in extinguishing chemical covering flame burn area
Discriminating sensor obtains the temperature value of flame region, divides according to the effective fire-fighting behavior feature of intensity of a fire assessment models computation interval,
The interval efficiency fire-fighting behavior feature is divided into the summation of current interval all sampling periods effective fire-fighting behavior feature point；
I-th of interval efficiency fire-fighting behavior feature point is compared by S2042 with state adjustment threshold value, and the state adjusts threshold
Value corresponds to the node K of two intensity of a fire variation control laws of arbitrary neighborhoodi% and Ki+1% is formed by section, in a section
In the intensity of a fire adjusts period S seconds, wherein S is the integer greater than 1, and the preset interval efficiency fire-fighting behavior feature that need to reach is divided into
C, wherein c is that rational greater than 1 determines intensity of a fire variation tendency according to the two difference comparsion, when determining i-th of interval efficiency
When fire-fighting behavior feature point is greater than state adjustment threshold value, step S2044 is executed, it is no to then follow the steps S2046；
S2044, hot drill interactive process immediately enter the i+1 section intensity of a fire adjustment period, and presently described interval efficiency goes out
After fire behavior feature point subtracts the state adjustment threshold value, residual value is included in next adjustment interval efficiency fire-fighting behavior feature
Point；
S2046 increases a temperature sampling period, again calculating difference, directly on the basis of the current interval intensity of a fire adjusts the period
To when meeting interval efficiency fire-fighting behavior feature point greater than state adjustment threshold value, hot drill interactive process enters i+1 area
Between the intensity of a fire adjust the period, but residual value does not add up.
5. hot drill process interface method as claimed in claim 3, it is characterised in that further include: from i-th of section
Intensity of a fire adjustment period timing starts, and each section intensity of a fire adjustment period length is S seconds, if after 2S seconds, presently described section
When effective fire-fighting behavior feature point adjusts threshold value still less than state, then hot drill interactive process returns to (i-1)-th section intensity of a fire
Adjust the period.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611062810.5A CN106781793B (en) | 2016-11-28 | 2016-11-28 | A kind of hot drill process interface, achievement assessment device and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611062810.5A CN106781793B (en) | 2016-11-28 | 2016-11-28 | A kind of hot drill process interface, achievement assessment device and method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106781793A CN106781793A (en) | 2017-05-31 |
| CN106781793B true CN106781793B (en) | 2019-03-05 |
Family
ID=58901746
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611062810.5A Active CN106781793B (en) | 2016-11-28 | 2016-11-28 | A kind of hot drill process interface, achievement assessment device and method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106781793B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110619778A (en) * | 2019-09-30 | 2019-12-27 | 中国民航大学 | Fire-fighting training simulation and evaluation system for aircraft engine |
| CN110889211B (en) * | 2019-11-18 | 2022-09-27 | 中国人民解放军海军工程大学 | Method for constructing damage control training process adjustment guiding and result evaluation model |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE10002349C2 (en) * | 2000-01-20 | 2001-11-29 | Armin Spaniol | Fire training facility |
| CN103177618B (en) * | 2013-04-17 | 2015-03-11 | 中国人民解放军海军军训器材研究所 | Fire extinguishing training analog system of naval vessel and using method thereof |
| CN104318846B (en) * | 2014-11-26 | 2017-01-25 | 重庆欧派信息科技有限责任公司 | Mobile simulated brazier fire extinguishing kit |
| CN105187802A (en) * | 2015-09-25 | 2015-12-23 | 长沙中联消防机械有限公司 | Virtual training method, device and system of a plurality of fire-fighting equipment joint rescue |
| CN105427701B (en) * | 2015-11-30 | 2018-11-06 | 武汉华瑞密达科教股份有限公司 | Fire-fighting business operation training system and method |
| CN105976670A (en) * | 2016-07-15 | 2016-09-28 | 安徽工业大学 | Three-dimensional emergency drilling virtual system and construction method and use method thereof |
-
2016
- 2016-11-28 CN CN201611062810.5A patent/CN106781793B/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CN106781793A (en) | 2017-05-31 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN112270122B (en) | Inversion evaluation method for fire source parameters of building fire | |
| CN106781793B (en) | A kind of hot drill process interface, achievement assessment device and method | |
| CN106909705A (en) | A kind of blast-melted quality prediction method and its system | |
| CN109190143A (en) | A kind of network-enabled intelligent ammunition multi-scheme appraisal procedure based on operation l-G simulation test | |
| CN103761420B (en) | Evaluation method for stepwise regression of thermal power equipment performances | |
| Wen et al. | Virtual teams in massive open online courses | |
| CN107146176A (en) | A kind of operation methods of marking and system, job management system | |
| KR20190066849A (en) | Custom STEM e-learning platform based on big data and machine learning | |
| CN108897354A (en) | A kind of aluminium fusion process fire box temperature prediction technique based on depth confidence network | |
| CN106777908B (en) | A method of building hot drill process interface, achievement assessment model | |
| CN114548481B (en) | Power equipment carbon neutralization processing apparatus based on reinforcement learning | |
| CN105427694A (en) | Computer-aided testing method for intelligent teaching | |
| Rohde et al. | Holistic indoor environmental quality assessment as a driver in early building design | |
| Nistah et al. | Coal-Fired Boiler Fault Prediction using Artificial Neural Networks. | |
| Johansson et al. | A Round Robin of fire modelling for performance‐based design | |
| CN102096741A (en) | Thermodynamic system dynamic model establishing method | |
| Krcek | Assessing the EU's' Lisbon Strategy:'Failures & Successes | |
| Weber et al. | Use of epidemiological models for the management of animal diseases | |
| CN114118864A (en) | Large-scale crowd's sports event comprehensive assessment system | |
| Aghaei et al. | Collective Intelligence for Energy Flexibility–Collectief: An EU H2020 Project for Enhancing Energy Efficiency and Flexibility in Existing Buildings | |
| CN117334092A (en) | Fire extinguishing simulation training scoring device | |
| Thomas et al. | An LCM framework to couple spatially distributed energy simulation and occupancy models for optimizing building energy consumption | |
| Paz et al. | Simulation of Virus Propagation and Acceptance of Socio-Sanitary Measures Through an Intelligent Model | |
| Jiang et al. | On-Line and Off-Line Teaching Research Based on BP Neural Network | |
| CN116882742B (en) | Mobile intelligent fire-fighting linkage analysis management system based on digital visualization |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |