CN111781336B - Test system and method of thrombelastogram instrument - Google Patents
Test system and method of thrombelastogram instrument Download PDFInfo
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Abstract
A test system and method of a thrombelastogram instrument, including thrombelastogram instrument and industrial computer; the thrombelastogram instrument is electrically connected with an industrial personal computer and comprises a controller, and the controller is connected with the industrial personal computer; the industrial personal computer is connected with the first 3G module, the backup terminal is connected with the second 3G module, and the first 3G module and the second 3G module are both connected with the 3G network. The industrial computer includes the hard disk, the hard disk includes: obtaining a first program used for timely obtaining information of a blood coagulation map generated by an industrial personal computer; and the obtaining program I is used for enabling the obtaining module corresponding to the main control computer to synchronously obtain the information of the hemagglutination diagram generated by the industrial control computer when the industrial control computer generates the hemagglutination diagram. The defects that the information quantity of the information of the blood coagulation map generated by the industrial personal computer is not small, so that the cost of information transmission is not small, and the total overhead is increased in the prior art are effectively overcome.
Description
Technical Field
The invention relates to the technical field of thrombus elasticity detection, in particular to a test system and a test method of a thrombus elastogram instrument.
Background
Along with the continuous promotion of people's living standard, intensity of labour's reduction, average life-span extension, the improvement of medical treatment detection means, the detection of blood coagulation function also becomes more meticulous gradually, and various blood coagulation technical product slowly get into clinical detection institution at domestic at different levels, replace traditional blood coagulation project and become the routine detection project of hospital. Conventional coagulation detection techniques do not allow for a good detection and analysis of the coagulation process.
Through improvement, a thromboelastogram instrument is provided, and the thromboelastogram instrument is an analyzer for monitoring a blood coagulation process from the whole dynamic process of platelet aggregation, blood coagulation, fibrinolysis and the like and is used for monitoring and analyzing the coagulation state of a blood sample. Invented by Harter, german in 1948. The principle is based on the end result of the coagulation process being the formation of a blood clot, and the physical properties of the blood clot (clot strength and stability) determine whether it has normal clotting functions.
And want more audio-visual the test, prior art just is connected thrombelastogram appearance and industrial computer electricity, thrombelastogram appearance includes first determine module, second determine module and controller, first determine module and the second determine module is used for measuring the blood coagulation overall situation, turns into the microcosmic biological variation volume of blood coagulation in-process into the signal of telecommunication variation volume, the controller is used for with the signal of telecommunication variation volume transmits to the industrial computer, the industrial computer is used for receiving the signal of telecommunication variation volume is with generating the blood coagulation chart and export the show.
Now, in order to ensure that the generated hemagglutination map is guaranteed and cannot be lost on the industrial personal computer, part of the industrial personal computer already achieves the backup effect, namely the industrial personal computer is connected with the first 3G module, the backup terminal is connected with the second 3G module, the backup terminal can be a computer or a notebook computer, and the first 3G module and the second 3G module are both connected with a 3G network, so that the industrial personal computer can transmit the information of the generated hemagglutination map to the backup terminal in time to be stored so as to achieve the backup purpose, and the industrial personal computer is required to transmit the information of the generated hemagglutination map to the backup terminal no matter how the information is stored so as to achieve the backup effect.
In the existing mode, the industrial personal computer directly transmits the generated information of the blood coagulation map to the backup terminal through the 3G network again and again through the 3G module, so that the information of the blood coagulation map generated by the industrial personal computer is not small in information amount, the cost of information transmission is not small, and the total overhead is increased.
Disclosure of Invention
In order to solve the problems, the invention provides a test system and a test method of a thromboelastogram instrument, which effectively overcome the defects that the information quantity of information of a blood coagulation map generated by an industrial personal computer is small, so that the cost of information transmission is small, and the total overhead is increased in the prior art.
In order to overcome the defects in the prior art, the invention provides a test system of a thromboelastogram instrument and a solution of the method thereof, which specifically comprise the following steps:
a test system of a thrombelastogram instrument comprises the thrombelastogram instrument and an industrial personal computer;
the thrombelastogram instrument is electrically connected with an industrial personal computer and comprises a controller, and the controller is connected with the industrial personal computer;
the industrial personal computer is connected with the first 3G module, the backup terminal is connected with the second 3G module, and the first 3G module and the second 3G module are both connected with the 3G network.
The method for testing the system of the thromboelastogram instrument comprises the following steps:
step 1: the controller transmits the electric signal variable quantity to the industrial personal computer, and the industrial personal computer receives the electric signal variable quantity to generate a blood coagulation map for output and display;
step 2: the industrial personal computer also transmits the generated information of the blood coagulation map to the backup terminal for storage;
the mode that the industrial personal computer transmits the information of the generated blood coagulation map to the backup terminal comprises the following process I:
the first process runs on an industrial personal computer, and the first process comprises the following steps:
a-1: initially, obtaining the information of the hemagglutination graph generated by the industrial personal computer in time;
in detail, the obtaining of the information of the blood coagulation map generated by the industrial personal computer in time comprises: the timely obtaining means that when the industrial personal computer generates the blood coagulation map, the corresponding obtaining module of the main control computer synchronously obtains the information of the blood coagulation map generated by the industrial personal computer;
a-2: periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
in the step a-2, the method for reducing the same information segment, organizing the blood coagulation map information generated by the industrial personal computer again, and constructing the initially transmitted information comprises a first method:
constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
in the information flow of the information of the blood coagulation map generated by the industrial personal computer, replacing the same information segment with the first construction information and the second construction information to obtain a reduced information segment;
constructing a third construction message corresponding to the same message segment, wherein the third construction message is used for marking the position of the previous construction message in the reduced message segment, and the former construction message is the first construction message and the former construction message which is positioned in the front of the position of the second construction message in the reduced message segment;
thirdly, packaging the reduced information segment and the construction information to construct the initially transmitted information;
a-3: and activating the 3G module to transmit the initially transmitted information to the backup terminal.
In the step a-2, the reduction of the same information segment is performed, the information of the blood coagulation map generated by the industrial personal computer is organized again, and the initially transmitted information is constructed, which includes a second alternative mode:
constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
in the information flow of the blood coagulation map information generated by the industrial personal computer, replacing the same information segment with the construction information I and the construction information II to obtain a reduced information segment;
constructing a third construction message corresponding to the same message segment, wherein the third construction message is used for marking the position of the previous construction message in the reduced message segment, and the former construction message is the first construction message and the former construction message which is positioned in the front of the position of the second construction message in the reduced message segment;
arranging the third construction information according to the sequence of construction to form a first marking information segment;
and encapsulating the reduced information segment and the marked information segment to construct the initially transmitted information.
In the step a-2, the same information segment is reduced, the information of the blood coagulation map generated by the industrial personal computer is organized again, and initially transmitted information is constructed, wherein the method comprises a first alternative method and a second alternative method:
constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
in the information flow of the information of the blood coagulation map generated by the industrial personal computer, replacing the same information segment with the first construction information and the second construction information to obtain a reduced information segment;
constructing a third construction information corresponding to the same information segment and a fourth construction information corresponding to different information segments, wherein the third construction information is used for marking the position of the previous construction information in the reduced information segment, and the position of the first construction information and the position of the second construction information in the reduced information segment, which are positioned in the front, is the previous construction information;
arranging the third construction information and the fourth construction information according to the sequence of construction to form a second marking information segment;
and packaging the reduced information segment and the marked information segment II to construct the initially transmitted information.
The mode that the industrial personal computer transmits the generated information of the blood coagulation map to the backup terminal comprises the following process two:
the second process runs on the first 3G module, and the second process comprises the following steps:
b-1: obtaining information of a blood coagulation map generated by an industrial personal computer in time;
in detail, information of a blood coagulation map generated by an industrial personal computer is obtained in time through the industrial personal computer;
b-2: periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
the mode of B-2 is the same as that of A-2;
b-3: and transmitting the initially transmitted information to the backup terminal.
The industrial computer includes the hard disk, the hard disk includes:
obtaining a first program used for timely obtaining information of a blood coagulation map generated by an industrial personal computer;
the obtaining program I is used for enabling the obtaining module corresponding to the main control computer to synchronously obtain the information of the hemagglutination diagram generated by the industrial control computer when the industrial control computer generates the hemagglutination diagram;
the construction program I is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
and the operating program is used for activating the 3G module to transfer the initially transferred information to the backup terminal.
The first construction procedure comprises the following steps:
the traversal module is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer and judging the same information section;
the first construction module is used for constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity size of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
the replacing module is used for replacing the same information segment by the construction information I and the construction information II in the information flow of the hemagglutination graph generated by the industrial personal computer to obtain a reduced information segment;
a second construction module, configured to construct a third construction message corresponding to the same message segment, where the third construction message is used to mark the previous construction message in the reduced message segment, and the previous construction message is the first construction message and the second construction message that are located in the front row of the reduced message segment;
and a third constructing module, configured to encapsulate the reduced information segment and the third constructing information segment, and construct the initially transmitted information.
The first construction program further comprises:
the first arrangement module is used for arranging the third construction information according to the construction sequence to form a first marking information segment; and the third construction module comprises:
and a first constructing submodule used for encapsulating the reduced information segment and the marked information segment to construct the initial transmitted information.
The first construction procedure comprises the following steps:
the traversal module is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer and judging the same information section;
the first construction module is used for constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity size of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
the replacing module is used for replacing the same information segment by the construction information I and the construction information II in the information flow of the hemagglutination graph generated by the industrial personal computer to obtain a reduced information segment;
a fourth construction submodule, configured to construct a third construction information corresponding to the same information segment, and a fourth construction information corresponding to a different information segment, where the third construction information is used to mark the position of the previous construction information in the reduced information segment, and the previous construction information is the position of the previous construction information in the reduced information segment where the first construction information and the second construction information are located in the front of the reduced information segment;
the first arrangement module is used for arranging the third construction information and the fourth construction information according to the sequence of construction to form a second marking information segment;
and the construction submodule V is used for encapsulating the reduced information segment and the marked information segment II and constructing the initially transmitted information.
The first 3G module comprises:
the obtaining module II is used for obtaining information of the blood coagulation map generated by the industrial personal computer in time;
a second construction module, which is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
and the transmission module is used for transmitting the initially transmitted information to the backup terminal.
The invention has the beneficial effects that:
the invention firstly obtains the information of the blood coagulation map generated by the industrial personal computer in time, then periodically traverses the information of the blood coagulation map generated by the industrial personal computer, judges the same information segment, reduces the same information segment, reorganizes the information of the blood coagulation map generated by the industrial personal computer again, constructs the information of initial transmission, and reduces the information quantity of the same information segment through reduction, thus constructing the information of initial transmission after reorganizing the information of the blood coagulation map generated by the industrial personal computer, wherein the information quantity is obviously reduced compared with the information of the blood coagulation map generated by the industrial personal computer which does not execute reduction on the same information segment, and the information quantity transmitted to a backup terminal by a 3G module can be obviously reduced, thereby reducing the cost of information transmission and reducing the overall expense.
Drawings
Figure 1 is a flow chart of a method of the test system of the thromboelastogram instrument of the invention.
FIG. 2 is a schematic diagram of an industrial personal computer of the present invention.
Fig. 3 is a schematic diagram of a first 3G module of the present invention.
Detailed Description
The invention will be further described with reference to the following figures and examples.
As shown in fig. 1-3, the test system of the thrombelastogram instrument comprises the thrombelastogram instrument and an industrial personal computer;
the thromboelastogram instrument is electrically connected with an industrial personal computer, and comprises a shell, a first cup body, a second cup body, a first temperature control device, a second temperature control device, a first detection assembly, a second detection assembly and a controller, wherein the first temperature control device, the second temperature control device, the first detection assembly and the second detection assembly are respectively connected with the controller, the controller is connected with the industrial personal computer, the first cup body and the second cup body are arranged on the shell side by side, the first temperature control device is arranged in the first cup body, the second temperature control device is arranged in the second cup body, the first detection assembly is arranged in the first cup body, the second detection assembly is arranged in the second cup body, the first detection assembly and the second detection assembly are used for measuring full coagulation appearance and converting microscopic organisms in a coagulation process into variable quantities of electric signals, the controller is used for transmitting the electric signals to the industrial personal computer, and the industrial personal computer is used for receiving the electric signals to generate a graph to output and display the variable quantities;
in order to ensure that the generated blood coagulation map is guaranteed and cannot be lost on the industrial personal computer, the industrial personal computer is required to achieve the backup effect, the industrial personal computer is connected with the first 3G module, the backup terminal is connected with the second 3G module, the backup terminal can be a computer or a notebook computer, and the first 3G module and the second 3G module are both connected with a 3G network, so that the industrial personal computer can transmit the information of the generated blood coagulation map to the backup terminal in time to be stored so as to achieve the backup purpose.
The method for testing the system of the thrombelastogram instrument comprises the following steps:
step 1: the first detection assembly and the second detection assembly are used for measuring the whole blood coagulation appearance and converting microscopic biological variation in the blood coagulation process into electric signal variation, the controller transmits the electric signal variation to the industrial personal computer, and the industrial personal computer receives the electric signal variation to generate a blood coagulation map for output display;
step 2: the industrial personal computer also transmits the generated information of the blood coagulation map to the backup terminal for storage so as to achieve the purpose of backup;
the mode that the industrial personal computer transmits the information of the generated blood coagulation map to the backup terminal comprises the following process I:
the first process runs on an industrial personal computer, and the first process comprises the following steps:
a-1: firstly, obtaining information of a blood coagulation map generated by an industrial personal computer in time;
in detail, the obtaining of the information of the blood coagulation map generated by the industrial personal computer in time comprises: the timely obtaining means that when the industrial personal computer generates the blood coagulation map, the corresponding obtaining module of the main control computer synchronously obtains the information of the blood coagulation map generated by the industrial personal computer;
a-2: periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
the size of one of the period settings is not large, as is 8S or 11S.
In the step a-2, the method for reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing the initially transmitted information includes a first method:
constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
in the information flow of the blood coagulation map information generated by the industrial personal computer, replacing the same information segment with the construction information I and the construction information II to obtain a reduced information segment;
constructing a third construction information corresponding to the same information segment, wherein the third construction information is used for marking the position of the previous construction information in the reduced information segment, and the former construction information is the position of the first construction information and the second construction information in the reduced information segment, which are positioned in the front row;
thirdly, packaging the reduced information segment and the construction information to construct the initially transmitted information;
just like a binary byte stream of information of the blood coagulation map: "00000000, 00000001, 00000010, 00000011, 00000100, 00000101, 00000110, 00000001, 00000010, 00000011, 00000100, 00000101, 00000111, 00001001, 000000000000, 00000010, 00000001, 00000011, \ 8230;" can be determined through traversal that "00000001, 00000010, 00000011, 00000100, and 00000101" are identical information pieces, it is necessary to perform construction for the identical information pieces, and a pair of construction information, one of which construction information represents a size of a capacity of the identical information pieces, and the other of which construction information represents a first byte information of the identical information pieces, and in detail, a value of 00000101, 00000101 is five, that is a size of a capacity of the identical information pieces, can be set, that is, the number of bytes of the same information segment is five, the second structure information can be 00000110, the value of 00000110 is six, the first byte of the same information segment is the sixth byte before the same information segment which is the same as the next same information segment, that is, 00000001, it can be understood that the second structure information can be 00000010, the value of 00000010 is two, the first byte of the same information segment is the second byte from the head to the tail of the byte stream of the information of the blood coagulation map, that is, the information where the first byte of the same information segment clearly represents the same information segment is located in the same information segment can be used as the second structure information, and the same information segment is replaced by 00000101 and 00000110, so as to obtain the reduced information segment: "00000000, 00000001, 00000010, 00000011, 00000100, 00000101, 00000110, 00000111, 00001001, 00000000, 00000010, 00000001, 00000011, \ 8230;" in addition, the locations of the configuration information one 00000101 and the configuration information two 00000110 can be exchanged with each other. In this way, the backup terminal needs to set a restoring method of the corresponding reduced information segment by virtue of the association between the first structure information and the second structure information, and needs to set the third structure information for marking the position of the previous structure information in the reduced information segment, specifically, the position of the first structure information and the second structure information in the reduced information segment, which is located at the front, is the previous structure information, and at this time, the structure information can be represented by a bit value of 0, the byte of the reduced information segment is the previous structure information when the bit is 0, and in the above example, the previous structure information is the eighth, and the third structure information is 01111111.
Thus, the reduced information segment, i.e., "00000000, 00000001, 00000010, 00000011, 00000100, 00000101, 00000110, 00000111, 00001001, 000000000000, 00000010, 00000001, 00000011, \ 8230;" and the configuration information three, i.e., 01111111, are further encapsulated to configure the initially transferred information. When the backup terminal restores the reduced information of the initial transmission, and the previous construction information is identified through the third construction information, the construction information of the byte after the previous construction information is not the information of the blood coagulation map generated by the industrial personal computer.
A-3: and activating the 3G module to transmit the initially transmitted information to the backup terminal.
Therefore, the information of the blood coagulation map generated by the industrial personal computer is obtained in time at first, then the information of the blood coagulation map generated by the industrial personal computer is traversed periodically, the same information segment is judged, the same information segment is reduced, the information of the blood coagulation map generated by the industrial personal computer is organized again, the initial transmitted information is constructed, the information quantity of the same information segment is reduced through reduction, then the initial transmitted information is constructed after the information of the blood coagulation map generated by the industrial personal computer is organized again, the information quantity is obviously reduced compared with the information of the blood coagulation map generated by the industrial personal computer which does not execute reduction on the same information segment, the information quantity transmitted to a backup terminal by a 3G module can be obviously reduced, the cost of information transmission can be reduced, and the overall cost is reduced.
The method of the invention can obviously reduce the information amount transmitted to the backup terminal, can reduce the blocking state of the 3G network on the one hand, and can reduce the occupation of the software and hardware resources of the backup terminal on the other hand, thereby improving the functions of the backup terminal.
In the step a-2, the reduction of the same information segment is performed, the information of the blood coagulation map generated by the industrial personal computer is organized again, and the initially transmitted information is constructed, which includes a second alternative mode:
constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
in the information flow of the information of the blood coagulation map generated by the industrial personal computer, replacing the same information segment with the first construction information and the second construction information to obtain a reduced information segment;
constructing a third construction message corresponding to the same message segment, wherein the third construction message is used for marking the position of the previous construction message in the reduced message segment, and the former construction message is the first construction message and the former construction message which is positioned in the front of the position of the second construction message in the reduced message segment;
arranging the third construction information according to the sequence of construction to form a first marking information segment;
and encapsulating the reduced information segment and the marked information segment to construct the initially transmitted information.
In the step a-2, the same information segment is reduced, the information of the blood coagulation map generated by the industrial personal computer is organized again, and the initially transmitted information is constructed, wherein the method comprises a first alternative method and a second alternative method:
constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
in the information flow of the blood coagulation map information generated by the industrial personal computer, replacing the same information segment with the construction information I and the construction information II to obtain a reduced information segment;
constructing a third construction information corresponding to the same information segment and a fourth construction information corresponding to different information segments, wherein the third construction information is used for marking the position of the previous construction information in the reduced information segment, and the position of the first construction information and the position of the second construction information in the reduced information segment, which are positioned in the front, is the previous construction information;
specifically, as exemplified above, the value of all bits is 1, which indicates the structural information four corresponding to the information not reduced, that is, the information of the blood coagulation map generated by the industrial personal computer not reduced, that is, 11111111.
Arranging the third construction information and the fourth construction information according to the sequence of construction to form a second marking information segment;
as in the above example, the second segment of nano-tag information is "01111111, 11111111".
And encapsulating the reduced information segment and the marked information segment II to construct the initially transmitted information.
The mode that the industrial personal computer transmits the generated information of the blood coagulation map to the backup terminal comprises the following process two:
the second process runs on the first 3G module, and the second process comprises the following steps:
b-1: obtaining information of a blood coagulation map generated by an industrial personal computer in time;
in detail, information of a blood coagulation map generated by an industrial personal computer is obtained in time through the industrial personal computer;
b-2: periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
the mode of B-2 is the same as that of A-2;
b-3: and transmitting the initially transmitted information to the backup terminal.
Therefore, the information of the blood coagulation map generated by the industrial personal computer is obtained in time at first, then the information of the blood coagulation map generated by the industrial personal computer is traversed periodically, the same information segment is judged, the same information segment is reduced, the information of the blood coagulation map generated by the industrial personal computer is reorganized again, the information of initial transmission is constructed, the information quantity of the same information segment is reduced through reduction, then the information of the initial transmission is constructed after the information of the blood coagulation map generated by the industrial personal computer is reorganized again, the information quantity is obviously reduced compared with the information of the blood coagulation map generated by the industrial personal computer which does not carry out reduction on the same information segment, the information quantity transmitted to a backup terminal by a first 3G module can be obviously reduced, the cost of information transmission is reduced, and the overall expense is reduced.
The information quantity of the hemagglutination map generated by the industrial personal computer is not small, at present, the unreduced information of the hemagglutination map generated by the industrial personal computer is directly transmitted to the backup terminal, so that the 3G network is always blocked, and the backup terminal receives the information of the hemagglutination map generated by the industrial personal computer with the small information quantity, so that the software and hardware resources of the backup terminal occupy not little, which is not beneficial to the application of other functions of the backup terminal.
The industrial computer includes the hard disk, the hard disk includes:
obtaining a first program used for timely obtaining information of a blood coagulation map generated by an industrial personal computer;
the obtaining program I is used for enabling the obtaining module corresponding to the main control computer to synchronously obtain the information of the hemagglutination diagram generated by the industrial control computer when the industrial control computer generates the hemagglutination diagram;
the construction program I is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
and the operating program is used for activating the 3G module to transmit the initially transmitted information to the backup terminal.
The first construction procedure comprises the following steps:
the traversal module is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer and judging the same information section;
the first construction module is used for constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity size of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
the replacing module is used for replacing the same information segment with the construction information I and the construction information II in the information flow of the hemagglutination graph generated by the industrial personal computer to obtain a reduced information segment;
a second construction module, configured to construct a third construction message corresponding to the same message segment, where the third construction message is used to mark the position of the previous construction message in the reduced message segment, and the previous construction message is the first construction message and the second construction message, where the position of the previous construction message in the reduced message segment is located in the front row;
and a third constructing module, configured to encapsulate the reduced information segment and the third constructing information segment, and construct the initially transmitted information.
The first construction program further comprises:
the first arrangement module is used for arranging the third construction information according to the sequence of construction to form a first marking information segment; and the third construction module comprises:
and a first constructing submodule used for encapsulating the reduced information segment and the marked information segment to construct the initial transmitted information.
The first construction procedure comprises the following steps:
the traversal module is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer and judging the same information section;
the first construction module is used for constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity size of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
the replacing module is used for replacing the same information segment with the construction information I and the construction information II in the information flow of the hemagglutination graph generated by the industrial personal computer to obtain a reduced information segment;
a fourth construction submodule, configured to construct a third construction information corresponding to the same information segment, and a fourth construction information corresponding to a different information segment, where the third construction information is used to mark the position of the previous construction information in the reduced information segment, and the previous construction information is the position of the previous construction information in the reduced information segment where the first construction information and the second construction information are located in the front of the reduced information segment;
the arrangement module I is used for arranging the third construction information and the fourth construction information according to the sequence of construction to form a second marking information segment;
and a fifth construction submodule, configured to encapsulate the reduced information segment and the marked information segment, and construct the initially transmitted information.
The first 3G module comprises:
the acquisition module II is used for acquiring the information of the blood coagulation map generated by the industrial personal computer in time;
a second construction module, which is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
and the transmission module is used for transmitting the initially transmitted information to the backup terminal.
Therefore, the information of the blood coagulation map generated by the industrial personal computer is obtained in time at first, then the information of the blood coagulation map generated by the industrial personal computer is traversed periodically, the same information segment is judged, the same information segment is reduced, the information of the blood coagulation map generated by the industrial personal computer is organized again, the initial transmitted information is constructed, the information quantity of the same information segment is reduced through reduction, then the initial transmitted information is constructed after the information of the blood coagulation map generated by the industrial personal computer is organized again, the information quantity is obviously reduced compared with the information of the blood coagulation map generated by the industrial personal computer which does not execute reduction on the same information segment, the information quantity transmitted to a backup terminal by a 3G module can be obviously reduced, the cost of information transmission can be reduced, and the overall cost is reduced.
The information quantity of the hemagglutination map generated by the industrial personal computer is not small, at present, the unreduced information of the hemagglutination map generated by the industrial personal computer is directly transmitted to the backup terminal, so that the 3G network is always blocked, and the backup terminal receives the information of the hemagglutination map generated by the industrial personal computer with the small information quantity, so that the software and hardware resources of the backup terminal occupy not little, which is not beneficial to the application of other functions of the backup terminal.
The present invention has been described in an illustrative manner by the embodiments, and it should be understood by those skilled in the art that the present disclosure is not limited to the embodiments described above, but is capable of various changes, modifications and substitutions without departing from the scope of the present invention.
Claims (8)
1. A test system of a thrombelastogram instrument is characterized by comprising the thrombelastogram instrument and an industrial personal computer;
the thrombelastogram instrument is electrically connected with an industrial personal computer and comprises a controller, and the controller is connected with the industrial personal computer;
the industrial personal computer is connected with the first 3G module, the backup terminal is connected with the second 3G module, and the first 3G module and the second 3G module are both connected with a 3G network;
the industrial computer includes the hard disk, the hard disk includes:
a first program is obtained and is used for timely obtaining information of the blood coagulation map generated by the industrial personal computer;
the first obtaining program is used for enabling the obtaining module corresponding to the main control computer to synchronously obtain information of the hemagglutination map generated by the industrial control computer when the industrial control computer generates the hemagglutination map;
the construction program I is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
the operating program is used for activating the 3G module to transmit the initially transmitted information to the backup terminal;
the first construction procedure comprises the following steps:
the traversal module is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer and judging the same information segment;
the first construction module is used for constructing first construction information and second construction information which correspond to the same information segment, wherein the first construction information represents the capacity of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
the replacing module is used for replacing the same information segment with the construction information I and the construction information II in the information flow of the hemagglutination graph generated by the industrial personal computer to obtain a reduced information segment;
a second construction module, configured to construct a third construction message corresponding to the same message segment, where the third construction message is used to mark the position of the previous construction message in the reduced message segment, and the previous construction message is the first construction message and the second construction message, where the position of the previous construction message in the reduced message segment is located in the front row;
and a third constructing module, configured to encapsulate the reduced information segment and the third constructing information segment, and construct the initially transmitted information.
2. The system for testing a thromboelastography device of claim 1, wherein the first configuration procedure further comprises:
the first arrangement module is used for arranging the third construction information according to the sequence of construction to form a first marking information segment; and the third construction module comprises:
and a first constructing submodule used for encapsulating the reduced information segment and the marked information segment to construct the initial transmitted information.
3. The system for testing a thromboelastography device according to claim 1, wherein the first configuration procedure comprises:
the traversal module is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer and judging the same information segment;
the first construction module is used for constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity size of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
the replacing module is used for replacing the same information segment with the construction information I and the construction information II in the information flow of the hemagglutination graph generated by the industrial personal computer to obtain a reduced information segment;
a construction submodule IV for constructing construction information III corresponding to the same information segment and construction information IV corresponding to different information segments, wherein the construction information III is used for marking the position of the previous construction information in the reduced information segment, and the position of the construction information I and the position of the construction information II in the reduced information segment, which are positioned in the front row, is the previous construction information;
the arrangement module I is used for arranging the third construction information and the fourth construction information according to the sequence of construction to form a second marking information segment;
and a fifth construction submodule, configured to encapsulate the reduced information segment and the marked information segment, and construct the initially transmitted information.
4. The system for testing a thromboelastography device according to claim 1, wherein the first 3G module comprises:
the acquisition module II is used for acquiring the information of the blood coagulation map generated by the industrial personal computer in time;
a second construction module, which is used for periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
and the transmission module is used for transmitting the initially transmitted information to the backup terminal.
5. A method of testing a system of a thromboelastogram machine, comprising the steps of:
step 1: the controller transmits the electric signal variable quantity to an industrial personal computer, and the industrial personal computer receives the electric signal variable quantity to generate a blood coagulation map for output display;
step 2: the industrial personal computer also transmits the generated information of the blood coagulation map to a backup terminal for storage;
the mode that the industrial personal computer transmits the generated information of the blood coagulation map to the backup terminal comprises the following process I:
the first process runs on an industrial personal computer and comprises the following steps:
a-1: firstly, obtaining information of a blood coagulation map generated by an industrial personal computer in time;
in detail, the information of the hemagglutination map generated by the industrial personal computer is obtained in time: the timely obtaining means that when the industrial personal computer generates the blood coagulation map, the corresponding obtaining module of the main control computer synchronously obtains the information of the blood coagulation map generated by the industrial personal computer;
a-2: periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
in the step a-2, the method for reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing the initially transmitted information includes a first method:
constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
in the information flow of the information of the blood coagulation map generated by the industrial personal computer, replacing the same information segment with the first construction information and the second construction information to obtain a reduced information segment;
constructing a third construction message corresponding to the same message segment, wherein the third construction message is used for marking the position of the previous construction message in the reduced message segment, and the former construction message is the first construction message and the former construction message which is positioned in the front of the position of the second construction message in the reduced message segment;
thirdly, packaging the reduced information segment and the construction information to construct the initially transmitted information;
a-3: and activating the 3G module to transmit the initially transmitted information to the backup terminal.
6. The method for testing a system of a thromboelastography instrument according to claim 5, wherein in the step A-2, the same information segment is reduced, the information of the blood coagulation map generated by the industrial computer is organized again, and the initially transmitted information is constructed, and the method comprises a second alternative mode of:
constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
in the information flow of the information of the blood coagulation map generated by the industrial personal computer, replacing the same information segment with the first construction information and the second construction information to obtain a reduced information segment;
constructing a third construction information corresponding to the same information segment, wherein the third construction information is used for marking the position of the previous construction information in the reduced information segment, and the former construction information is the position of the first construction information and the second construction information in the reduced information segment, which are positioned in the front row;
arranging the third construction information according to the sequence of construction to form a first marking information segment;
and encapsulating the reduced information segment and the marked information segment to construct the initially transmitted information.
7. The method for testing system of thrombelastogram apparatus according to claim 5, wherein said A-2, said reducing said same information segment, organizing again the hemagglutination map information generated by said industrial computer, constructing the initial transmitted information, comprises the first and second alternative:
constructing a first construction information and a second construction information which correspond to the same information segment, wherein the first construction information represents the capacity of the same information segment, and the second construction information represents the information of the first byte of the same information segment in the same information segment;
in the information flow of the information of the blood coagulation map generated by the industrial personal computer, replacing the same information segment with the first construction information and the second construction information to obtain a reduced information segment;
constructing a third construction information corresponding to the same information segment and a fourth construction information corresponding to different information segments, wherein the third construction information is used for marking the position of the previous construction information in the reduced information segment, and the position of the first construction information and the position of the second construction information in the reduced information segment, which are positioned in the front, is the previous construction information;
arranging the third construction information and the fourth construction information according to the sequence of construction to form a second marking information segment;
and packaging the reduced information segment and the marked information segment II to construct the initially transmitted information.
8. The method for testing system of thrombelastogram instrument according to claim 5, wherein the manner of transferring the generated blood coagulation map information to the backup terminal by the industrial control machine comprises the following process two:
the second process runs on the first 3G module, and the second process comprises the following steps:
b-1: obtaining information of a blood coagulation map generated by an industrial personal computer in time;
in detail, information of a blood coagulation map generated by an industrial personal computer is obtained in time through the industrial personal computer;
b-2: periodically traversing the information of the blood coagulation map generated by the industrial personal computer, judging the same information segment, reducing the same information segment, organizing the information of the blood coagulation map generated by the industrial personal computer again, and constructing initial transmitted information;
the mode of B-2 is the same as that of A-2;
b-3: and transmitting the initially transmitted information to the backup terminal.
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| JP2001525940A (en) * | 1998-03-10 | 2001-12-11 | バクスター インターナショナル インコーポレイテッド | System and method for monitoring and analyzing the operation of a medical processing device |
| JP2006194744A (en) * | 2005-01-13 | 2006-07-27 | Sysmex Corp | Data processor for measuring device and application program |
| US20130339304A1 (en) * | 2012-06-15 | 2013-12-19 | Lg Electronics Inc. | Mobile terminal and method for controlling mobile terminal |
| CN104375870A (en) * | 2014-12-03 | 2015-02-25 | 广州广电运通金融电子股份有限公司 | Self-service terminal software remote upgrading method and system and upgrading package creation method |
| US20160161510A1 (en) * | 2014-12-05 | 2016-06-09 | C A Casyso Ag | Blood Testing System Result Interpreter Interface and Methods |
| WO2017141508A1 (en) * | 2016-02-17 | 2017-08-24 | ソニー株式会社 | Platelet aggregation activity analysis device, platelet aggregation activity analysis system, platelet aggregation activity analysis program, and platelet aggregation activity analysis method |
| JP6717068B2 (en) * | 2016-06-13 | 2020-07-01 | コニカミノルタ株式会社 | Information processing terminal, information processing system, program, and control method |
| JP6708958B2 (en) * | 2016-06-14 | 2020-06-10 | コニカミノルタ株式会社 | Information processing terminal, information processing system, program, and control method |
| CN108663502B (en) * | 2017-03-28 | 2023-09-08 | 常熟常江生物技术有限公司 | Full-automatic thromboelastography instrument |
| CN206757619U (en) * | 2017-03-30 | 2017-12-15 | 深圳市双佳医疗科技有限公司 | A kind of slow sick detection management system platform of community's miniaturization |
| CN106950359A (en) * | 2017-05-03 | 2017-07-14 | 凌中鑫 | A kind of thrombelastogram instrument |
| CN208188137U (en) * | 2018-03-23 | 2018-12-04 | 贵州金玖生物技术有限公司 | Blood coagulation monitors system |
| CN109218290A (en) * | 2018-08-13 | 2019-01-15 | 常州轻工职业技术学院 | Industrial product quality management platform and its working method based on big data |
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