CN102441210A - Ventilation mode display method and device as well as life support equipment - Google Patents
Ventilation mode display method and device as well as life support equipment Download PDFInfo
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- CN102441210A CN102441210A CN2010105014816A CN201010501481A CN102441210A CN 102441210 A CN102441210 A CN 102441210A CN 2010105014816 A CN2010105014816 A CN 2010105014816A CN 201010501481 A CN201010501481 A CN 201010501481A CN 102441210 A CN102441210 A CN 102441210A
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Abstract
The invention discloses a ventilation mode display method and device of life support equipment as well as the life support equipment. The method comprises the following steps of: storing all the ventilation mode information capable of being supported by the life support equipment according to the configuration settings of the user on the life support equipment, wherein the ventilation mode information at least include a ventilation mode identifier and the ventilation mode sequence information; when the life support equipment finishes initialization or reactivate the configurations, performing a first reading instruction to read all the ventilation mode information; selecting an interface element and/or a control according to the need to create a first interface component; generating a first data flow according to the first display region information, the first interface component and the ventilation mode identifier as well as the ventilation mode sequence information; and dynamically displaying the ventilation mode in a manner of tabs according to the first data flow. According to the ventilation mode display method and device disclosed by the invention, the user can more easily look up and switch the ventilation mode supported by the equipment, the user operations are decreased and the usability is improved.
Description
Technical field
The present invention relates to a kind of armarium, relate in particular to the ventilating mode display packing and the device that are used for life support equipment.
Background technology
When dyspnea appears in the patient or be in anesthesia, comatose state, adopt life support equipment (for example anesthetic machine, respirator) for the patient provides ventilation usually, support that the patient breathes.Ventilation control is one of life support equipment Core Feature.Continuous development along with the ventilation control technology; Various ventilating modes continue to bring out, from initial VCV (being volume control), PCV ventilating mode; Ventilation control modes such as advanced more DuoLevel and AutoFlow have appearred now again in SIMV ventilating mode finally.Different ventilating modes is used for different scene, different patient, VCV ventilating mode for example, and its air pressure is high; Be applicable to respiratory failure or be in narcose adult, but be not suitable for the child that the child is suitable for the low PCV ventilating mode of tidal volume; And DuoLevel and AutoFlow are applicable to the patient of autonomous respiration ability; If the ventilating mode improper use with can suitable breathing support not being provided to patient, even reverse effect possibly occur.Clinically, the user need select suitable ventilating mode according to patient's concrete condition, sometimes patient sb.'s illness took a turn for the worse or take a turn for the better after, also in time change ventilating mode according to patient's the state of an illness.But when so numerous ventilating modes was integrated in the life support equipment, how can let the user use these ventilating modes more easily more easily was problems that needs are considered.
Existing anesthetic machine and respirator product have two kinds of modes of selecting ventilating mode; A kind of is through hard key mode; Be to be designed with some hard buttons on the equipment, the corresponding a kind of ventilating mode of each hard button is when pressing certain hard button; Usually this hard button is lighted, and the corresponding ventilating mode of this hard button is selected in expression.Another kind is to select ventilating mode through the display menu mode; Promptly on the display of life support equipment, open menu---＞select unsettled ventilating mode---＞confirm the operation of three steps; This mode operating procedure is many; And under the situation of not opening menu, the user does not know which ventilating mode this life support equipment can support.And for the life support equipment that manual mode is arranged, what existing two kinds of ventilating mode selection modes can't be to the ventilating mode that the user is presented at after withdrawing from manual mode all, in use can cause certain risk.
Summary of the invention
The technical problem underlying that the present invention will solve is, a kind of life support equipment ventilating mode display packing and device, life support equipment are provided, the ventilating mode information that provides life support equipment to support to the user with the mode that more is prone to check.
According to an aspect of the present invention, a kind of ventilating mode display packing is provided, is used for life support equipment, said method comprises:
According to the user configuration of life support equipment is provided with all ventilating mode information that this life support equipment of storage can be supported, comprises the identifier and the ventilating mode order information of ventilating mode in the said ventilating mode information at least;
When the life support equipment initialization is accomplished or activate configuration again, carry out first reading command, read all ventilating mode information;
Select interface element and/or control as required, create first interface assembly;
Obtain predefined first display region information, generate first data flow according to identifier, the ventilating mode order information of first display region information, first interface assembly and ventilating mode;
Dynamically show ventilating mode in first viewing area of display interface according to first data flow with the tab mode.
In another embodiment, also comprise the current ventilating mode sign that comes into force in the said ventilating mode information, after dynamically showing ventilating mode, also comprise with the tab mode according to first data flow:
Select interface element as required, create the second contact surface assembly;
From first data flow, obtain the display region information of the current ventilating mode that comes into force according to the current ventilating mode sign that comes into force;
Display region information according to second contact surface assembly and the current ventilating mode that comes into force dynamically generates second data flow;
On display interface, dynamically mark the current ventilating mode that comes into force according to second data flow with first mode.
In another embodiment, also comprise:
Judge according to the current ventilating mode sign that comes into force whether the current ventilating mode that comes into force is manual mode;
If then be provided with and withdraw from the ventilating mode sign behind the manual mode and preserve, otherwise the ventilating mode sign that withdraws from behind the manual mode is not set;
Ventilating mode sign according to withdrawing from behind the manual mode is obtained the display region information that withdraws from the ventilating mode that will adopt behind the manual mode from first data flow;
Select interface element as required, create the 4th interface assembly, said the 4th interface assembly is different from the second contact surface assembly;
Generate the 4th data flow according to the 4th interface assembly and the display region information that withdraws from the automatic ventilating mode that will adopt behind the manual mode;
Dynamically marking the ventilating mode after withdrawing from manual mode with second mode on the display interface according to the 4th data flow.
According to a further aspect in the invention, a kind of ventilating mode display device is provided, is used for life support equipment, said device comprises:
Reading unit; Be used for when the life support equipment initialization is accomplished or activate configuration again; Carry out first reading command; From life support equipment, read all ventilating mode information that this life support equipment can be supported, comprise the identifier and the ventilating mode order information of ventilating mode in the said ventilating mode information at least;
The unit is created at the interface, is used for selecting interface element and/or control as required, creates first interface assembly;
The data flow generation unit is used to obtain predefined first display region information, generates first data flow according to identifier, the ventilating mode order information of first display region information, first interface assembly and ventilating mode;
Display unit is used for dynamically showing ventilating mode with the tab mode in first viewing area of display interface according to first data flow.
The present invention also provides a kind of life support equipment, comprising:
Master control set is used to receive the configuration setting of user to life support equipment, and control is preserved and/or upgraded all ventilating mode information that this life support equipment can support and sends reading command; Memory element is used to preserve and/or upgrade all ventilating mode information that this life support equipment can be supported; Above-mentioned ventilating mode display device, said ventilating mode display device links to each other with memory element with master control set respectively, and master control set links to each other with memory element.
Description of drawings
Fig. 1 is the structural representation of life support equipment in an embodiment of the present invention;
Fig. 2 is the structural representation of life support equipment among the another kind of embodiment of the present invention;
Fig. 3 is the structural representation of life support equipment among another embodiment of the present invention;
Fig. 4 is the flow chart that the ventilating mode of an embodiment of the present invention shows;
Fig. 5 is that ventilating mode switches sketch map in an embodiment of the present invention;
Fig. 6 is the flow chart of the ventilating mode demonstration of the another kind of embodiment of the present invention;
Fig. 7 is the flow chart of the ventilating mode demonstration of another embodiment of the present invention;
Fig. 8 is an embodiment who withdraws from the automatic ventilating mode labelling behind the manual mode;
Fig. 9 is an embodiment of ventilating mode turnover key;
Figure 10 is a display display interface sketch map in an embodiment of the present invention.
The specific embodiment
Combine accompanying drawing that the present invention is done further explain through the specific embodiment below.
Please refer to Fig. 1; In one embodiment; Life support equipment (for example anesthetic machine or respirator) comprises master control set 3, memory element 2 and ventilating mode display device 1, and ventilating mode display device 1 links to each other with memory element 2 with master control set 3 respectively, and master control set 3 links to each other with memory element 2.
Ventilating mode display device 1 is carried out data interaction with master control set 3, for example carries out the various instructions that master control set 3 sends.Ventilating mode display device 1 comprises reading unit 11, interface establishment unit 12, data flow generation unit 13 and display unit 14; In one embodiment; When the life support equipment initialization is accomplished or activate configuration again; Master control set 3 control reading units 11 are carried out first reading command, from life support equipment, read all ventilating mode information that this life support equipment can be supported, comprise the identifier and the ventilating mode order information of ventilating mode in the ventilating mode information at least.The interface is created unit 12 and is used for selecting interface element and/or control as required, creates first interface assembly.Data flow generation unit 13 is created unit 12 with reading unit 11 and interface respectively and is linked to each other; Data flow generation unit 13 at first obtains predefined first display region information, generates first data flow according to first interface assembly of first display region information, interface establishment unit 12 outputs and identifier, the ventilating mode order information of the ventilating mode that reading unit 11 is exported then.Display unit 14 is used for dynamically showing ventilating mode with the tab mode in first viewing area of display interface according to first data flow.Among a kind of embodiment, display unit 14 comprises display chip and display, and display chip is handled first data flow and format conversion, with the requirement of adaptive display.Display comes out image and/or data show.
In another kind of embodiment; In order to show the characteristic parameter of each ventilating mode; The user carries out the parameter setting to certain ventilating mode on the one hand; The characteristic parameter information that also comprises each ventilating mode in the ventilating mode information, the interface is created unit 12 and is also selected interface element and/or control as required, creates the 3rd interface assembly.After the user selected to wait ventilating mode is set, master control set 3 control reading units 11 were carried out the second reading instruction fetch, in ventilating mode information, read the characteristic parameter information of waiting to be provided with ventilating mode.Data flow generation unit 13 obtains predefined second display region information; Said second viewing area is near first viewing area, and data flow generation unit 13 is according to second display region information, the 3rd interface assembly and wait that the characteristic parameter information that ventilating mode is set generates the 3rd data flow.Display unit 14 dynamically shows the characteristic parameter of waiting to be provided with ventilating mode with key mode in second viewing area of display interface according to the 3rd data flow, and the user can get into the interface that is provided with of this parameter through selecting certain parameter button.
In another kind of embodiment,,, in the ventilating mode information that memory element is preserved, increase the current ventilating mode sign that comes into force according to the setting of user to configuration in order to show that to the user current which ventilating mode what come into force be.As shown in Figure 2, comprise the current ventilating mode sign that comes into force in all ventilating mode information that this life support equipment that reading unit 11 reads out can be supported.The interface is created unit 12 and also is used for selecting as required interface element, creates the second contact surface assembly; The ventilating mode sign that said data flow generation unit 13 also is used for coming into force according to current is obtained the display region information of the current ventilating mode that comes into force from first data flow, dynamically generates second data flow according to the display region information of second contact surface assembly and the current ventilating mode that comes into force; Said display unit 13 also is used for dynamically on display interface, marking the current ventilating mode that comes into force with first mode according to second data flow.
Consider that the user possibly in use change the ventilating mode of employing, ventilating mode display device 1 comprises that also first sign is provided with unit 15.First sign is provided with unit 15 and links to each other with master control set 3, memory element 2 and slave computer 4 respectively.After the user changes current ventilating mode; Master control set 3 sends and switches holding instruction of current ventilating mode; First sign be provided with unit 15 receive switch the holding instruction of current ventilating mode after; Send switching command to slave computer 4; If receive the successful switch information that slave computer 4 returns within a certain period of time, explain slave computer success according to the user the switching ventilating mode is set, then first sign is provided with unit 15 according to the current ventilating mode sign of the change of holding instruction of switching current ventilating mode; Otherwise keep current ventilating mode sign constant.
In some embodiments; Comprise manual mode and automatic ventilating mode in the ventilating mode of life support equipment support, in some cases, the user possibly adopt manual mode as current ventilating mode; In this case, the user has a mind to know which the ventilating mode after withdrawing from manual mode is.Therefore also comprise the ventilating mode sign that withdraws from behind the manual mode in the ventilating mode information.The structured flowchart of ventilating mode display device 1 is as shown in Figure 3, comprises also that on the basis of above-mentioned arbitrary embodiment the manual mode detecting unit 16 and second sign are provided with unit 17.Manual mode detecting unit 16 is used for judging according to the current ventilating mode sign that comes into force whether the current ventilating mode that comes into force is manual mode; Second sign is provided with unit 17 and is used for when the current ventilating mode that comes into force is manual mode being provided with the ventilating mode sign after withdrawing from manual mode and preserves as the part of ventilating mode information, otherwise the ventilating mode sign that withdraws from behind the manual mode is not set.Also comprise the ventilating mode sign that withdraws from behind the manual mode in the ventilating mode information that reading unit 11 reads from the configuration of life support equipment.The interface is created unit 12 and also is used for selecting interface element as required, creates the 4th interface assembly, and said the 4th interface assembly is different from the second contact surface assembly; The ventilating mode sign that the basis that also is used for said data flow generation unit 13 withdraws from behind the manual mode is obtained the display region information that withdraws from the ventilating mode that will adopt behind the manual mode from first data flow, generates the 4th data flow according to the 4th interface assembly and the display region information that withdraws from the automatic ventilating mode that will adopt behind the manual mode; Display unit 14 is dynamically marking the ventilating mode after withdrawing from manual mode with second mode on the display interface according to the 4th data flow.
Flow chart based on a kind of embodiment of the ventilating mode display packing of above-mentioned life support equipment and/or ventilating mode display device may further comprise the steps:
When the life support equipment initialization is accomplished or activate configuration again; Carry out first reading command; Read all ventilating mode information; At least the identifier and the ventilating mode order information that comprise ventilating mode in the said ventilating mode information, the identifier of ventilating mode for example can be ventilating mode code, abbreviation or full name.
Select interface element and/or control as required, create first interface assembly.
Obtain predefined first display region information, generate first data flow according to identifier, the ventilating mode order information of first display region information, first interface assembly and ventilating mode.
Dynamically in proper order show ventilating mode in first viewing area of display interface according to setting with the tab mode according to first data flow, each ventilating mode is an option, and the user can choose this option through pushing the click of touch screen or cursor.In this step, can also according to the width gauge of the quantity of ventilating mode, viewing area at last not one page can show, if one page can not show Wan, turnover key then is provided.
Flow chart based on a kind of embodiment of the ventilating mode display packing of above-mentioned life support equipment and/or ventilating mode display device is as shown in Figure 4, may further comprise the steps:
Step S11; In advance the configuration of life support equipment is provided with all ventilating mode information that this life support equipment of storage can be supported according to the user; When the life support equipment initialization is accomplished or activate configuration again; Carry out first reading command; Read all ventilating mode information, comprise identifier, ventilating mode order information and the current ventilating mode sign that comes into force of ventilating mode in the said ventilating mode information at least, the identifier of ventilating mode for example can be ventilating mode code, abbreviation or full name.
Step S12 selects interface element and/or control as required, creates first interface assembly.Interface element comprises visual interface elements such as color block, literal, picture; And logic interface element such as selector, group's device; According to the tab interface display effect of design, in this step, select suitable interface element and/or control to form first interface assembly.
Step S13; Obtain predefined first display region information; First display region information decision ventilating mode is presented at which position of display interface, generates first data flow according to identifier, the ventilating mode order information of first display region information, first interface assembly and ventilating mode.
Step S14 dynamically shows ventilating mode with the tab mode in first viewing area of display interface according to first data flow.
Step S15 selects interface element as required, creates the second contact surface assembly.
Step S16, the ventilating mode that comes into force according to current sign is obtained the display region information of the current ventilating mode that comes into force from first data flow, dynamically generate second data flow according to the display region information of second contact surface assembly and the current ventilating mode that comes into force;
Step S17 dynamically marks the current ventilating mode that comes into force with first mode according to second data flow on display interface.The mark mode of the current ventilating mode that comes into force of second contact surface assembly decision; For example; In the ventilating mode that shows, adopt the outstanding mode that shows to mark current ventilating mode; The outstanding mode that shows can be that the icon with current ventilating mode changes over color or the gray scale that is different from other icon, or the information of current ventilating mode is adopted the mode labelling of underscore, square frame or italic.
The displaying of all ventilating modes that life support equipment can be supported and the labelling of current ventilating mode are as shown in Figure 5; Adopt the tab mode to show each ventilating mode in the viewing area, adopt the black background piece to carry out labelling current ventilating mode (current ventilating mode shown in Figure 5 is VCV).
Also be provided with in the viewing area and confirm button (for example " Set Mode " button among the figure), when the user after a certain ventilating mode is selected in the viewing area, by confirming button, confirm that promptly a certain ventilating mode is set to current ventilating mode.
When the user through after configuration be set switch current ventilating mode, need change the position of the ventilating mode labelling that comes into force before display interface is taken in simultaneously, therefore in an instantiation, after the user is switched current ventilating mode, may further comprise the steps:
Receive and switch holding instruction of current ventilating mode; Life support equipment sends switching command to slave computer then; If receive the successful switch information that slave computer returns within a certain period of time, then according to the current ventilating mode sign of the change of holding instruction of switching current ventilating mode; Otherwise keep current ventilating mode sign constant.
All ventilating modes that present embodiment can be supported life support equipment are presented at viewing area on the display; Which ventilating mode makes things convenient for the user to understand all has; The user only need select in the ventilating mode that the viewing area is showed when switching ventilating mode; By confirming that button can carry out the switching of ventilating mode, switching ventilating mode only needed for two steps, opened menu, selects ventilating mode and confirmed for three steps and will pass through in the prior art then; Therefore present embodiment not only makes things convenient for the user to understand all has for which ventilating mode, and has simplified the operation that the user is switched ventilating mode.The embodiment that Fig. 5 switches for ventilating mode.In Fig. 5, can find out that current ventilating mode is VCV, the user hopes that switching to the PCV pattern to machine carries out work.The user only need select the PCV property pages like this, presses the such two steps operation of Set Mode button then and can accomplish the ventilating mode handover operation.
Present embodiment also carries out labelling to current ventilating mode, can make the user know clearly which current ventilating mode is.
The another kind of embodiment of ventilating mode display packing is as shown in Figure 6, may further comprise the steps:
Step S21 in the present embodiment, also comprises the characteristic parameter information of each ventilating mode in the ventilating mode information, from life support equipment, read all ventilating mode information that this life support equipment can be supported.
Step S22 selects interface element and/or control as required, creates first interface assembly.
Step S23 generates first data flow.
Step S24 dynamically shows ventilating mode with the tab mode in first viewing area of display interface according to first data flow.
Step S25 detects the ventilating mode to be provided with that the user selects, and carries out the second reading instruction fetch, in ventilating mode information, reads the characteristic parameter information that this waits to be provided with ventilating mode.
Step S26 selects interface element and/or control as required, creates the 3rd interface assembly.
Step S27 obtains predefined second display region information, and for conveniently checking, second viewing area can be near first viewing area, for example first viewing area below.Then according to second display region information, the 3rd interface assembly with wait that the characteristic parameter information that ventilating mode is set generates the 3rd data flow.
Step S28 dynamically shows the characteristic parameter of waiting to be provided with ventilating mode with key mode in second viewing area of display interface according to the 3rd data flow, and is as shown in Figure 5.
In the present embodiment, the characteristic parameter of current ventilating mode is presented near the viewing area, thereby makes things convenient for the user to check and/or the characteristic parameter of current ventilating mode is set.The characteristic parameter that shows in second viewing area waits that according to what the user selected ventilating mode is set dynamically to be changed, when the user change selection wait ventilating mode is set after, the characteristic parameter that shows in second viewing area becomes thereupon.
The life support equipment that has has manual mode; Comprise manual mode and automatic ventilating mode in the ventilating mode of life support equipment support, ventilating mode can be one or more in VCV ventilating mode, PCV ventilating mode, SIMV ventilating mode, DuoLevel and the AutoFlow ventilating mode etc. automatically.In such cases, clear which kind of automatic ventilating mode withdraws from what be provided with behind the manual mode be in order to make the user, and in one embodiment, the flow chart of ventilating mode display packing is as shown in Figure 7, may further comprise the steps:
Step S31 shows all ventilating mode and the current ventilating mode of labelling in the viewing area, labeling method can be same as the previously described embodiments.
Step S32, the ventilating mode that comes into force according to current sign judges whether the current ventilating mode that comes into force is manual mode, if execution in step S33 then, otherwise execution in step S34, the ventilating mode that withdraws from behind the manual mode is not set identifies.
Step S33 is provided with and withdraws from the ventilating mode sign behind the manual mode and preserve, and from first data flow, obtains the display region information that withdraws from the ventilating mode that will adopt behind the manual mode according to the ventilating mode sign that withdraws from behind the manual mode then.In this step, also select interface element as required, create the 4th interface assembly, said the 4th interface assembly is different from the second contact surface assembly.Generate the 4th data flow according to the 4th interface assembly and the display region information that withdraws from the automatic ventilating mode that will adopt behind the manual mode then, dynamically marking the ventilating mode after withdrawing from manual mode with second mode on the display interface according to the 4th data flow.
If current ventilating mode is a manual mode; Also need obtain withdrawing from the automatic ventilating mode information behind the manual mode; And the automatic ventilating mode that withdraws from behind the manual mode carried out labelling; Like this for have mechanical type manual/machine control switch or electronic type manually/machine of machine control switching key, the user can know withdraw from manual mode after machine will under which type of automatic ventilating mode, work.Mark mode adopts the mark mode be different from current ventilating mode, so that current ventilating mode and the automatic ventilating mode that withdraws from behind the manual mode are distinguished.Fig. 8 is an embodiment who withdraws from the automatic ventilating mode labelling behind the manual mode; Manual is current ventilating mode among the figure; Adopt the square of white background to carry out labelling; VCV withdraws from the automatic ventilating mode that comes into force behind the manual mode, adopts the square frame labelling, and the automatic ventilating mode that expression is withdrawed from behind the manual mode is the VCV pattern.
The flow chart of ventilating mode display packing can further include following steps:
Step S35 judges according to the quantity of ventilating mode whether all ventilating modes can show in current screen.System need judge whether the ventilating mode number of this equipment support surpasses the maximum that screen can show; If surpass; Execution in step S36 then, system need load the page turning program, shows the ventilating mode turnover key in the viewing area; Otherwise can in current screen, show all ventilating modes, then execution in step S37.Fig. 9 is an embodiment of ventilating mode turnover key, and the turnover key through the right side can show all the other ventilating modes that current screen can't all show.
Step S37 judges according to the quantity of the characteristic parameter of current ventilating mode whether all characteristic parameters can show in current screen.System need judge that the ventilation of current ventilating mode is provided with number of parameters and whether surpasses the maximum that screen can show; If surpass; Execution in step S38 then; System need load the page turning program, shows that in the viewing area ventilation is provided with the parameter turnover key, arranges in current screen otherwise parameter is set to all ventilations.Fig. 9 is provided with an embodiment of parameter turnover key for ventilation, and the turnover key through the right side can show that all the other ventilating modes that current screen can't all show are provided with parameter.
Which kind of automatic ventilating mode what present embodiment can be provided with after the user clearly illustrates to withdraw from manual mode is; Make the automatic ventilating mode that the user just confirms to withdraw from advance needs employing behind the manual mode before withdrawing from manual mode, avoid withdrawing from the risk that adopts ventilating mode improperly behind the manual mode and bring.
According to the present invention; Display interface on life support equipment is shown in figure 10, lets the user check the ventilating mode that equipment is supported more easily, only need select when switching ventilating mode unsettled ventilating mode-＞confirm the operation of two steps; Reduce user's operation, improved ease for use.
The present invention makes the user can know at any time what the current ventilating mode that comes into force is through current ventilating mode is carried out labelling, makes the user can check at any time that whether current ventilating mode meets with the present situation of patient, thereby reduces the risk in the patient process.
According to the disclosed content of description, it should be appreciated by those skilled in the art that and can said units or step made up or delete to form new embodiment.
According to above-mentioned disclosed content, one skilled in the art would recognize that above-mentioned steps or function can realize through hardware circuit or processor operation computer executable program, also can realize through both combinations.
Above content is to combine concrete embodiment to the further explain that the present invention did, and can not assert that practical implementation of the present invention is confined to these explanations.For the those of ordinary skill of technical field under the present invention, under the prerequisite that does not break away from the present invention's design, can also make some simple deduction or replace, all should be regarded as belonging to protection scope of the present invention.
Claims (10)
1. life support equipment ventilating mode display packing is characterized in that said method comprises:
According to the user configuration of life support equipment is provided with all ventilating mode information that this life support equipment of storage can be supported, comprises the identifier and the ventilating mode order information of ventilating mode in the said ventilating mode information at least;
When the life support equipment initialization is accomplished or activate configuration again, carry out first reading command, read all ventilating mode information;
Select interface element and/or control as required, create first interface assembly;
Obtain predefined first display region information, generate first data flow according to identifier, the ventilating mode order information of first display region information, first interface assembly and ventilating mode;
Dynamically show ventilating mode in first viewing area of display interface according to first data flow with the tab mode.
2. the method for claim 1 is characterized in that, also comprises the current ventilating mode sign that comes into force in the said ventilating mode information, after dynamically showing ventilating mode with the tab mode according to first data flow, also comprises:
Select interface element as required, create the second contact surface assembly;
From first data flow, obtain the display region information of the current ventilating mode that comes into force according to the current ventilating mode sign that comes into force;
Display region information according to second contact surface assembly and the current ventilating mode that comes into force dynamically generates second data flow;
On display interface, dynamically mark the current ventilating mode that comes into force according to second data flow with first mode.
3. method as claimed in claim 2 is characterized in that, after the user is switched current ventilating mode, also comprises:
Receive and switch holding instruction of current ventilating mode;
Life support equipment sends switching command to slave computer, if receive the successful switch information that slave computer returns within a certain period of time, then according to the current ventilating mode sign of the change of holding instruction of switching current ventilating mode; Otherwise keep current ventilating mode sign constant.
4. according to claim 1 or claim 2 method is characterized in that, also comprises the characteristic parameter information of each ventilating mode in the said ventilating mode information, after dynamically showing ventilating mode with the tab mode according to first data flow, also comprises:
That detects that the user selects waits to be provided with ventilating mode and/or preset acquiescence ventilating mode, carries out the second reading instruction fetch, in ventilating mode information, reads the characteristic parameter information that this waits to be provided with ventilating mode;
Select interface element and/or control as required, create the 3rd interface assembly;
Obtain predefined second display region information; Said second viewing area near first viewing area, according to second display region information, the 3rd interface assembly and the characteristic parameter information of waiting to be provided with ventilating mode and/or preset acquiescence ventilating mode generate the 3rd data flow;
Dynamically show the characteristic parameter of waiting to be provided with ventilating mode in second viewing area of display interface according to the 3rd data flow with key mode.
5. like each described method in the claim 2 to 4, it is characterized in that also comprising:
Judge according to the current ventilating mode sign that comes into force whether the current ventilating mode that comes into force is manual mode;
If then be provided with and withdraw from the ventilating mode sign behind the manual mode and preserve, otherwise the ventilating mode sign that withdraws from behind the manual mode is not set;
Ventilating mode sign according to withdrawing from behind the manual mode is obtained the display region information that withdraws from the ventilating mode that will adopt behind the manual mode from first data flow;
Select interface element as required, create the 4th interface assembly, said the 4th interface assembly is different from the second contact surface assembly;
Generate the 4th data flow according to the 4th interface assembly and the display region information that withdraws from the automatic ventilating mode that will adopt behind the manual mode;
Dynamically marking the ventilating mode after withdrawing from manual mode with second mode on the display interface according to the 4th data flow.
6. a ventilating mode display device is used for life support equipment, it is characterized in that said device comprises:
Reading unit; Be used for when the life support equipment initialization is accomplished or activate configuration again; Carry out first reading command; From life support equipment, read all ventilating mode information that this life support equipment can be supported, comprise the identifier and the ventilating mode order information of ventilating mode in the said ventilating mode information at least;
The unit is created at the interface, is used for selecting interface element and/or control as required, creates first interface assembly;
The data flow generation unit is used to obtain predefined first display region information, generates first data flow according to identifier, the ventilating mode order information of first display region information, first interface assembly and ventilating mode;
Display unit is used for dynamically showing ventilating mode with the tab mode in first viewing area of display interface according to first data flow.
7. device as claimed in claim 6 is characterized in that, said ventilating mode information also comprises the current ventilating mode sign that comes into force, and said interface is created the unit and also is used for selecting as required interface element, creates the second contact surface assembly; The ventilating mode sign that said data flow generation unit also is used for coming into force according to current is obtained the display region information of the current ventilating mode that comes into force from first data flow, dynamically generates second data flow according to the display region information of second contact surface assembly and the current ventilating mode that comes into force; Said display unit also is used for dynamically on display interface, marking the current ventilating mode that comes into force with first mode according to second data flow.
8. device as claimed in claim 7 is characterized in that also comprising:
First sign is provided with the unit; Be used to receive holding instruction of the current ventilating mode of switching; Send switching command to slave computer, if receive the successful switch information that slave computer returns within a certain period of time, then according to the current ventilating mode sign of the change of holding instruction of switching current ventilating mode; Otherwise keep current ventilating mode sign constant.
9. like claim 7 or 8 described devices, it is characterized in that also comprising:
The manual mode detecting unit is used for judging according to the current ventilating mode sign that comes into force whether the current ventilating mode that comes into force is manual mode;
Second sign is provided with the unit, is used for when the current ventilating mode that comes into force is manual mode being provided with the ventilating mode sign after withdrawing from manual mode and preserves as the part of ventilating mode information, otherwise the ventilating mode sign that withdraws from behind the manual mode is not set;
Said interface is created the unit and also is used for selecting interface element as required, creates the 4th interface assembly, and said the 4th interface assembly is different from the second contact surface assembly;
The ventilating mode sign that the basis that also is used for said data flow generation unit withdraws from behind the manual mode is obtained the display region information that withdraws from the ventilating mode that will adopt behind the manual mode from first data flow, generates the 4th data flow according to the 4th interface assembly and the display region information that withdraws from the automatic ventilating mode that will adopt behind the manual mode;
Display unit is dynamically marking the ventilating mode after withdrawing from manual mode with second mode on the display interface according to the 4th data flow.
10. life support equipment comprises:
Master control set is used to receive the configuration setting of user to life support equipment, and control is preserved and/or upgraded all ventilating mode information that this life support equipment can support and sends reading command;
Memory element is used to preserve and/or upgrade all ventilating mode information that this life support equipment can be supported;
It is characterized in that, also comprise:
Like each described ventilating mode display device in the claim 6 to 9, said ventilating mode display device links to each other with memory element with master control set respectively, and master control set links to each other with memory element.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201010501481.6A CN102441210B (en) | 2010-10-09 | 2010-10-09 | Ventilating mode display packing and device, life support equipment |
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| CN201010501481.6A CN102441210B (en) | 2010-10-09 | 2010-10-09 | Ventilating mode display packing and device, life support equipment |
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| CN102441210B CN102441210B (en) | 2015-11-18 |
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| WO2022126449A1 (en) * | 2020-12-16 | 2022-06-23 | 深圳迈瑞生物医疗电子股份有限公司 | Ventilation mode configuration method, and ventilation control device for livestock |
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| CN102441210B (en) | 2015-11-18 |
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