CN105352612A - Graphical temperature recording method and graphical temperature recording device - Google Patents
Graphical temperature recording method and graphical temperature recording device Download PDFInfo
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- CN105352612A CN105352612A CN201510274098.4A CN201510274098A CN105352612A CN 105352612 A CN105352612 A CN 105352612A CN 201510274098 A CN201510274098 A CN 201510274098A CN 105352612 A CN105352612 A CN 105352612A
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Abstract
The present invention discloses a graphical temperature recording method. Temperature data containing acquisition time information is recorded in a space coordinates system in a locating point mode, the space coordinates system contains a temperature line and a time line, and the recording result of the temperature data is directly display in graphics mode. The present invention further discloses a graphical temperature recording device. The graphical temperature recording device is able to record and inquire a temperature data record containing acquisition time information, and comprises a temperature acquisition module, a time module, a core control module and a data graphical display module. The graphical temperature recording method provided by the invention is simple in recording, convenient in query, good in data visibility, high in visual degree and high in data traceability and is able to independently realize data analysis and comparison with no need for any other terminals.
Description
Technical field
The present invention relates to data record field, be specifically related to a kind of patterned thermographic methodology and device.
Background technology
The temperature of refrigerating field controls to be the Important Problems in Refrigeration Technique evolution always, especially for strict some fields of temperature control requirement, as medical refrigeration.As everyone knows, in medical super low-temperature refrigerator, stored be mostly medical treatment, scientific research and testing have bioactivator, such as vaccine, blood plasma, biological reagent, organ etc., once refrigerator breaks down, bioactivator will go bad or lose efficacy, and causes the great irretrievable loss such as human life safety and test figure mistake.
For many years, researchers and industry are devoted to optimize temperature controlled flow process always.In temperature control flow, record and the analysis of carrying out historical data are the bases optimizing temperature control flow.Although existing thermographic methodology can realize real-time automatic temperature-adjusting record and provide checking of historical data, but still there is following deficiency: first, mostly the record of existing moisture recorder to temperature is the form with pure digi-tal, visual poor, when enquiry of historical data, what brain received is all signals of pure digi-tal, poor intuition; Second, at needs, historical data analyzed or when comparison, all need in conjunction with other-end, as gone out to be stored in the data in body storage by USB storage copy, hold application program to analyze in conjunction with PC at data importing computing machine (PC) end again, cause flow process complicated.
Therefore, how existing moisture recorder is improved, improve intuitive and the visualization of its data record, and realize the quick comparison of historical data and convenient analysis, become in this area the problem needing solution badly.
Summary of the invention
The object of the invention is to overcome above-mentioned the deficiencies in the prior art, provide a kind of record simple, inquire about convenient, data intuitive is good, visualization is high, dates back strong and independently can realize thermograph and the querying method of data analysis and comparison.
For achieving the above object, technical scheme of the present invention is as follows:
The invention provides a kind of patterned thermographic methodology, the method carries out record to the temperature data comprising acquisition time information.Temperature data in the present invention is recorded in space coordinates with the form of anchor point, and these space coordinates comprise temperature line and timeline, and the record result of temperature data directly shows with figure.
Further, described temperature line comprises the different sub-temperature line of a series of sign temperature value; All sub-temperature line show as the different concentric circles of center of circle same radius, and the temperature value that described sub-temperature line indicates increases with concentric radius of circle and reduces gradually; The enclosed region that often adjacent two sub-temperature line surround represents a sub-temperature band, at least should comprise the design temperature band (1) of indication of settable temperature range, indicates the high temperature alarm band (3) of the low-temperature warning band (2) of low temperature fence coverage and sign high temperature fence coverage in whole sub-temperature band.
Further, described timeline (4) mean line that is decile temperature line circumference; Circumference is divided into 24 deciles by described mean line, and the angle between adjacent mean line is 15 degree; Described adjacent time line represents fixed time interval; Described timeline indicates the date (5).
Further, described temperature data comprises Temperature numerical and obtains the temporal information of this temperature value.
Again further, the positioning form of described temperature data anchor point connects anchor point and limit with virtual pole axis; Wherein, limit is the center of circle of temperature line, virtual pole axis length=| 30* (temperature-measuring tempeature value of centre point representative)/(temperature of the temperature-outermost circumference representative of centre point representative) |, angle=360 × (current time-initial time)/disk record cycle of virtual pole axis; Temperature data curve (6) is connected to form with straight line between described temperature spot.
Present invention also offers a kind of temperature recording unit being convenient to user interactions, this temperature recording unit can record also inquiry packet and contain the temperature data record of sampling time information, and this temperature recording unit comprises temperature collect module, time module, kernel control module and graphical data display module.Wherein temperature collect module is responsible for collecting temperature information, time module then provides the real-time sampling time, kernel control module receives temperature information and temporal information and is translated into patterned result exports to display module, and this Graphical output result shows by graphical data display module.
Further, temperature collect module comprises temperature transmitter and Temperature sampler, and the temperature information that the former is responsible for the latter gathers is converted into digital signal and flows to kernel control module; Kernel control module is CPU; Graphical data display module is display screen.
Again further, described display screen is provided with inquiry button and gesture motion input area.
Further, described inquiry button at least comprises certainty ratio amplifying key-press (7), certainty ratio reduces button (8).
Further, described inquiry button can also comprise angle free scale amplifying button (9) and the free scale smaller button (10) of angle.
Again further, described gesture motion at least comprises linear slide gesture and rotational slide gesture.
Further, described linear slide gesture comprises the gesture motion of sliding and the gesture motion of sliding left to the right; The gesture motion that described rotational slide gesture comprises slid clockwise and the gesture motion of sliding counterclockwise.
The thermograph flow process that of this temperature recording unit is complete is as follows:
The first, temperature collect module and time module collecting temperature information and the corresponding sampling time, and sampled result is converted into digital signal and is delivered to CPU;
The second, digital signal is converted into visualized graphs and is delivered to graphical data display module by CPU;
Three, display screen demonstrates graphic software platform result;
Compared with prior art, the present invention has following technique effect:
Thermographic methodology advantages of simple of the present invention, temperature data inquiry is simple and efficient, and operability is extremely strong, can left-hand seat fast.Owing to adopting the display mode of visualized graphs, data intuitive is good, visualization is high; Simultaneously, the present invention utilizes shortcut key and gesture operation to realize checking temperature data, can check historical data fast, be convenient to the temperature variations intuitively grasped in certain historical events, dates back is strong, and does not need other-end can independently realize data analysis and comparison.
Temperature recording unit structure of the present invention is simple, is applicable to the thermograph of various situation, is particularly useful for the thermograph of refrigeration system; Independently can use as registering instrument, be powered, for the monitoring temperature of various system by powered battery or external AC-DC adapter.
Accompanying drawing explanation
Fig. 1 is the result schematic diagram of graphical data display in the present invention;
Fig. 2 is the schematic diagram of the query function that temperature data angle certainty ratio of the present invention is amplified;
Fig. 3 is the schematic diagram of the query function that temperature data angle certainty ratio of the present invention reduces;
Fig. 4 is the schematic diagram of the query function of the free scale amplifying of temperature data angle of the present invention and free scale smaller;
Fig. 5 is the query function schematic diagram of temperature data linear slide gesture of the present invention;
Fig. 6 is the query function schematic diagram of temperature data rotational slide gesture of the present invention;
Fig. 7 is the structural representation based on temperature recording unit of the present invention;
Fig. 8 is the record temperature schematic flow sheet based on temperature recording unit of the present invention;
Fig. 9 is the hardware composition diagram based on a kind of moisture recorder of the present invention;
Figure 10 is the hardware composition diagram based on another kind of moisture recorder of the present invention;
Figure 11 is the display panel exemplary plot based on moisture recorder of the present invention;
Figure 12 is the schematic flow sheet based on moisture recorder record temperature of the present invention;
Figure 13 is the schematic flow sheet based on moisture recorder inquiry temperature of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making other embodiments all obtained under creative work prerequisite, belong to the scope of protection of the invention.
The embodiment of the present invention provides a kind of thermographic methodology being convenient to user interactions, and the method record is simple, it is convenient to inquire about, data intuitive is good, visualization is high and can independently realize data analysis and comparison without the need to other any terminals.The embodiment of the present invention also provides corresponding temperature recording unit.Below be described in detail respectively.
embodiment 1
Accompanying drawing 1 is the result schematic diagram of graphical data display in the present invention.Wherein annulus 1 represents design temperature band, and annulus 2 is low-temperature warning band, and annulus 3 is high temperature alarm line, clicks the desired temperature of the corresponding sub-temperature band of corresponding annulus display.
As shown in Figure 1, ray 4 represents time scale line, and identical time scale line has 24; Angle between adjacent time scale mark is 15 degree, represents fixed time interval, and by default, this time interval is 72 hours; Under magnifying state or deflated state, the time interval reduces accordingly or increases; Except particular case (the free scale amplifying of angle), the time-preserving of time that is corresponding to 12 direction timelines of starting point, this time is the initial thermograph time, the date 03-20 namely shown in Fig. 2; Time scale line is away from marking the corresponding date that 5 represent this time scale line near the end points in the center of circle.
As shown in Figure 1, curve 6 is the temperature data curve connecting thermograph point gained, clicks recording curve and to show date the related data such as time and temperature information.The locator meams of the thermograph point in this temperature data curve for position in virtual polar coordinate system.Wherein, Virtual poles is the center of circle of temperature line; Virtual pole axis length=| 30* (temperature-cabinet temperature of disc centre point representative)/(temperature of the temperature-disk outermost representative of disc centre point representative) |; Angle=360 × (current time-initial time)/disk record cycle of virtual pole axis.Time interval of adjacent thermograph point can free setting, and this time interval represents the height of thermograph frequency; The time interval is shorter, and representation temperature record is more frequent.After the full one-period of thermograph (namely one 360 degree in all record data), automatic reversal hour hands rotating 360 degrees continuation record.The tidemark upper limit of temperature data is 5,000,000 groups.
In addition, the display panel in accompanying drawing 1 also comprises angle certainty ratio amplifying key-press 7, angle certainty ratio reduces button 8, angle free scale amplifying button 9 and the free scale smaller button 10 of angle.
Adopt the thermographic methodology of the present embodiment easy to thermograph, and data are with graphic software platform, visualization is high and can independently realize data analysis and comparison, very clear for the situation of change of temperature in the phase of history time.
embodiment 2
Present embodiments provide and carry out to the temperature data in embodiment 1 method that angle certainty ratio amplifies inquiry, accompanying drawing 2 is accompanying drawings.Button 7 in accompanying drawing 2 is angle certainty ratio amplifying key-press, and after clicking this button, initial time is constant, and the time interval of adjacent time scale mark representative reduces.As shown in Figure 2, before amplification, the time interval is 72 hours, i.e. the time interval of each 15 degree of angular zone representative is 72 hours; The magnification ratio of system default is 2, and after click keys 7 is amplified, the time interval of each 30 degree of angular zones representative is 72 hours, and the time interval that namely each 15 degree angular zone represents becomes original 1/2.
Press 7 button 3 seconds by long, eject amendment magnification ratio value window, can modify to magnification ratio value, amendment scope, from 1.1 to 10.0, comes into force after restarting temperature recording unit;
embodiment 3
Present embodiments provide and carry out to the temperature data in embodiment 1 method that angle certainty ratio reduces inquiry, accompanying drawing 3 is accompanying drawings.Button 8 in accompanying drawing 3 is that angle certainty ratio reduces button, and after clicking this button, initial time is constant, and the time interval of adjacent time scale mark representative increases.As shown in Figure 4, before reducing, the time interval is the time interval of 7 every two 15 degree of angular zones representatives is 72 hours; The scale down of system default is 0.5, and after click keys 8 reduces, the time interval of each 15 degree of angular zone representative, the time interval of each 15 degree of angular zone representative i.e. became original 2 times all over being 72 hours.
Press 8 button 3 seconds by long, eject amendment scale down value window, can modify to scale down value, amendment scope, from 0.9 to 0.1, comes into force after restarting temperature recording unit;
embodiment 4
Present embodiments provide the method for the temperature data in embodiment 1 being carried out to the free scale amplifying of angle and the free scale smaller inquiry of angle, accompanying drawing 4 is accompanying drawings.
Button 9 in accompanying drawing 4 is the free scale amplifying inquiry button of angle, after clicking this button, by coordinating gesture motion, freely can amplify the temperature data curve checked between some time scale lines.Gesture motion as shown in Figure 4, the data and curves comprised in the center of circle angle that the radian streaked with finger tip at the end of gesture is corresponding is enlarged into full circle display.Namely be the temperature curve data in March 28 to April 5 are enlarged into full circle display in Fig. 5.
When the free scale amplifying function of execution angle, gesture motion is for all coming into force clockwise, counterclockwise; Gesture can not cross over 12 o'clock direction, if crossed over, is as the criterion with the side that the left and right sides, 12 o'clock direction angle of coverage is large; The center of circle angle that gesture covers comes into force more than 15 degree, and less than 15 degree are defaulted as 15 degree; Expand to symmetria bilateralis with angular bisector during amplification.
The superiority that certainty ratio in this kind of mode comparative example 2 amplifies mode is, without the need to all restarting thermography instrument just can freely amplify the temperature data checked in a certain period at every turn, and initial time can be changed.
Button 10 in accompanying drawing 4 is the free scale smaller inquiry button of angle, and after clicking this button, initial time is constant, by coordinating gesture motion, can check temperature data curve by free scale smaller.Gesture motion as shown in Figure 4, with the clockwise center of circle angle of the point at finger tip place at the end of gesture and initial time axle divided by the value of the clockwise center of circle angle gained of gesture starting point and initial time axle for scale down value, the home record time is constant, reduces temperature curve by this ratio value.In Fig. 4, the clockwise center of circle angle of gesture starting point and initial time axle is about 140 degree, at the end of gesture, the clockwise center of circle angle of finger tip point and initial time axle is about 100 degree, therefore scale down is about 0.7, then initial time is constant, and the corresponding time interval becomes about 50 hours.
When the free scale amplifying function of execution angle, gesture is for counterclockwise coming into force, and clockwise direction gesture is invalid; Gesture can not cross over initial time axle, if crossed over, to be as the criterion on the left of initial time axle; On the right side of initial time axle, within the scope of 15 degree, gesture is invalid.
The superiority that certainty ratio in this kind of mode comparative example 3 reduces mode is, without the need to all restarting thermography instrument just can check temperature data by free scale smaller at every turn.
embodiment 5
Accompanying drawing 5 is query function schematic diagram of temperature data linear slide gesture of the present invention.Gesture motion as shown in Figure 5, when sliding, deposits in case in data left, and the temperature data of display can browse forward one-period, namely under default conditions, can show from the current display initial time temperature data information of 72 days forward; When sliding, deposit in case in data to the right, the temperature data of display can browse one-period backward, namely under default conditions, can show from the temperature data information of 72 days backward of current display end time.
embodiment 6
Accompanying drawing 6 is query function schematic diagram of temperature data rotational slide gesture of the present invention.Gesture motion as shown in Figure 6, when being rotated counterclockwise slip, deposits in case in data, freely can check that current initial time is to temperature data information interior for the previous period; Turn clockwise when sliding, deposit in case in data, freely can check the temperature data information of current end time backward in a period of time.
embodiment 7
Accompanying drawing 7 is the structural representations based on temperature recording unit of the present invention, and accompanying drawing 8 is the schematic flow sheets based on temperature recording unit record temperature of the present invention; Below, by by reference to the accompanying drawings 7 and accompanying drawing 8 thermograph flow process according to the embodiment of the present invention is described.
As shown in Figure 7, temperature collect module, time module, kernel control module and graphical data display module is comprised based on simple temperature recording unit of the present invention.Wherein temperature collect module is responsible for collecting temperature information, time module then provides the real-time sampling time, kernel control module receives temperature information and temporal information and is translated into patterned result exports to display module, and this Graphical output result shows by graphical data display module.
Wherein, temperature collect module comprises temperature transmitter and Temperature sampler, and the temperature information that the former is responsible for the latter gathers is converted into digital signal and flows to kernel control module; Kernel control module is CPU; Graphical data display module is display screen.
As follows based on one of the present embodiment complete thermograph flow process:
As shown in Figure 8, in step S101, temperature collect module and time module collecting temperature information and corresponding sampling time, and sampled result is converted into digital signal and is delivered to CPU; In step s 102, digital signal is converted into visualized graphs and is delivered to graphical data display module by CPU; In step s 103, display screen demonstrates graphic software platform result;
As can be seen from the present embodiment, simple based on temperature recording unit structure of the present invention, be easy to realize.
embodiment 8
Accompanying drawing 9 is the hardware composition diagrams based on a kind of moisture recorder of the present invention.As shown in Figure 9, this moisture recorder comprises a printed circuit board and is all arranged on temperature collect module, USB module, supply module, clock module, memory module, load module, common display module and the kernel control module on this printed circuit board (PCB); This moisture recorder also comprises graphical data display module, and this graphical data display module is connected with kernel control module.In figure single arrow representation signal export or instruction controlling party to, double-head arrow represents the input and output of intermodule or mutually controls.
Wherein, temperature collect module comprises again temperature transmitter and Temperature sampler, and wherein Temperature sampler is responsible for detection of temperature data, and the temperature data that temperature transmitter is responsible for temperature probe to detect transfers to kernel control module; Graphical data display module is touching display screen; The power supply mode of supply module is powered battery or ac power supply, even if be also main board power supply by battery when ensure that power-off, keeps carrying out effective record to temperature data, and power failure stand-by time when adopting lithium ion battery to power can up to 72 hours; USB module support USB flash disk copies data.
embodiment 9
Accompanying drawing 10 is the hardware composition diagrams based on another kind of moisture recorder of the present invention.As shown in Figure 10, this moisture recorder comprises a printed circuit board and is all arranged on temperature collect module, USB module, supply module, clock module, memory module, load module, common display module and the kernel control module on this printed circuit board (PCB); This moisture recorder also comprises graphical data display module, communication module and alarm module, and described graphical data display module, communication module are connected with kernel control module respectively with alarm module; Described alarm module comprises buzzer warning module and remote alarms module, and wherein remote alarms module is connected with communication module, realizes remote alarms by communication module.In figure single arrow representation signal export or instruction controlling party to, double-head arrow represents the input and output of intermodule or mutually controls.
Wherein, the communication mode of communication module can be WIFI, Ethernet, 485, GPRS and 2G communication; Remote alarms mode comprises designated mobile phone number transmission SMS alarm or calls warning.
By communication module, can following functions be realized:
(1) data upload to PC server end automatically, realize datum number storage amount thus and infinitely expand and holding time indefinite extension, instead of be only limitted to machine storage cap;
(2) support to obtain corresponding data by mobile phone+mobile phone client program+network or PC+PC client-side program+network access server, and data need not be obtained at every turn all need to pass through USB module;
(3) obtain equipment running status information by SMS or dialing, comprise real time temperature information and warning message; Also support operation conditions relevant information to be directly sent to designated mobile phone number with note form by communication module.
embodiment 10
Accompanying drawing 11 is the display panel exemplary plot based on moisture recorder of the present invention.As shown in Figure 11, in display panel, include the display result of common display module and graphical data display module, also comprise the entity (i.e. button can be physical button or touch controlled key) of key-press input mode in load module.Whole display panel shows temporal information, real time temperature information, warning message and graphical data display information.
embodiment 11
The present embodiment provides based on one of moisture recorder of the present invention complete thermograph flow process.As shown in Figure 12, one of moisture recorder of the present invention complete thermograph flow process is as follows:
(1) temperature collect module exports kernel control module to according to setting cycle continuous acquisition temperature data, and time of clock module synchronous recording collection simultaneously also exports kernel control module to;
(2) kernel control module judges whether to exceed temperature setting range to the temperature data information gathered: be then perform step (3); No, then perform step (4)
(3) perform warning function, wait for human response; Carry out repair and maintenance by artificial means to equipment, equipment recovers normal rear (temperature detection result drops in setting range), restarts to perform step (1); If cannot restorer to normal condition, then perform stop instruction;
(4) kernel control module judges whether the data message stored reaches the upper limit: be then perform step (5); No, then perform step (6);
(5) kernel control module sends the instruction connecting PC serve end program to communication module, communication module responds and after completing connection, storage data are taken out some be uploaded to PC service end and respective sources data are deleted, then perform step (4) until data message amount is under the upper limit;
(6) kernel control module stores in the data of collection and the time tranfer of record to memory module;
(7) temperature data information is converted into patterned result according to the method in embodiment 3 and exports datagraphic displayization module to by kernel control module.
The data upper limit of the moisture recorder storing temperature information of the present embodiment is 5,000,000 groups, can automatically cover from time temperature data the earliest after more than 5,000,000 groups; The thermograph cycle is the longest is 1 year; Warning message retains at most 1,000,000 groups.
embodiment 12
The present embodiment provides based on one of moisture recorder of the present invention complete temperature querying flow.As shown in Figure 13, one of moisture recorder of the present invention complete temperature querying flow is as follows:
(1) by the button on display panel or gesture input form to the instruction of kernel control module input inquiry;
(2) kernel control module is transferred temperature data information and is converted into patterned result and exports graphical data display module to;
(3) graphical data display module display Query Result.
The thermographic methodology of embodiments of the invention is easy to thermograph, and data are with graphic software platform, and visualization is high and can independently realize data analysis and comparison, very clear for the situation of change of temperature in the phase of history time.
In embodiments of the invention, each function can be realized by simple software and hardware combining.Professional and technical personnel in the field can make differently to realize described function, but this realization should not thought and exceeds scope of the present invention.The explanation of above embodiment just understands method of the present invention and core concept thereof for helping, but it will be understood by those skilled in the art that, without departing from the principles and spirit of the present invention, can carry out various amendment to these embodiments, such amendment should fall within the scope of the present invention.
Claims (10)
1. a patterned thermographic methodology, the method carries out record to the temperature data comprising acquisition time information, it is characterized in that, temperature data is recorded in space coordinates with the form of anchor point, these space coordinates comprise temperature line and timeline, and the record result of temperature data directly shows with figure; Described temperature data comprises Temperature numerical and obtains the temporal information of this temperature value.
2. the patterned thermographic methodology of one according to claim 1, is characterized in that: described temperature line comprises the different sub-temperature line of a series of sign temperature value; All sub-temperature line show as the different concentric circles of center of circle same radius, and the temperature value that described sub-temperature line indicates increases with concentric radius of circle and reduces gradually; The enclosed region that often adjacent two sub-temperature line surround represents a sub-temperature band, at least should comprise the design temperature band (1) of indication of settable temperature range, indicates the high temperature alarm band (3) of the low-temperature warning band (2) of low temperature fence coverage and sign high temperature fence coverage in whole sub-temperature band.
3. the patterned thermographic methodology of one according to claim 1 and 2, is characterized in that: the mean line that described timeline (4) is decile temperature line circumference; Circumference is divided into 24 deciles by described mean line, and the angle between adjacent mean line is 15 degree; Described adjacent time line represents fixed time interval; Described timeline indicates the date (5).
4. the patterned thermographic methodology of one according to claim 1 and 3, is characterized in that:
The positioning form of described temperature data anchor point connects anchor point and limit with virtual pole axis;
Wherein, limit is the center of circle of temperature line, virtual pole axis length=| 30* (temperature-measuring tempeature value of centre point representative)/(temperature of the temperature-outermost circumference representative of centre point representative) |, angle=360 × (current time-initial time)/disk record cycle of virtual pole axis;
Temperature data curve (6) is connected to form with straight line between described temperature spot.
5. a patterned temperature recording unit, this temperature datalogging device can record also inquiry packet and contain the temperature data record of sampling time information, it is characterized in that, comprise printed circuit board (PCB) and be all arranged on kernel control module, temperature collect module, time module and the graphical data display module on this printed circuit board (PCB).
6. the patterned temperature recording unit of one according to claim 5, is characterized in that: described graphical data display module is display screen; Described display screen is provided with inquiry button and gesture motion input area.
7. the patterned temperature recording unit of one according to claim 6, is characterized in that: described inquiry button at least comprises certainty ratio amplifying key-press (7), certainty ratio reduces button (8).
8. the patterned temperature recording unit of one according to claim 6 and 7, is characterized in that: described inquiry button can also comprise angle free scale amplifying button (9) and the free scale smaller button (10) of angle.
9. the patterned temperature recording unit of one according to claim 6, is characterized in that: described gesture motion at least comprises linear slide gesture and rotational slide gesture; Described linear slide gesture comprises the gesture motion of sliding and the gesture motion of sliding left to the right; The gesture motion that described rotational slide gesture comprises slid clockwise and the gesture motion of sliding counterclockwise.
10. the patterned temperature recording unit of one according to claim 6, is characterized in that, the thermograph flow process that of this temperature recording unit is complete comprises the steps:
Temperature collect module and time module collecting temperature information and corresponding sampling time, and sampled result is converted into digital signal and is delivered to kernel control module;
Digital signal is converted into visualized graphs and is delivered to graphical data display module by kernel control module;
Graphical data display module provides visualized graphs display result.
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| CN111934032B (en) * | 2020-07-31 | 2021-05-28 | 中国汽车工程研究院股份有限公司 | Graphical representation of temperature characteristic of power battery and temperature abnormal single body identification method |
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