CN102441210B - Ventilating mode display packing and device, life support equipment - Google Patents
Ventilating mode display packing and device, life support equipment Download PDFInfo
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- CN102441210B CN102441210B CN201010501481.6A CN201010501481A CN102441210B CN 102441210 B CN102441210 B CN 102441210B CN 201010501481 A CN201010501481 A CN 201010501481A CN 102441210 B CN102441210 B CN 102441210B
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Abstract
The invention discloses a kind of ventilating mode display packing and device, life support equipment of life support equipment, described method comprises: arrange all ventilating mode information storing this life support equipment and can support according to the configuration of user to life support equipment, at least comprise identifier and the ventilating mode order information of ventilating mode in ventilating mode information; When life support equipment has initialized or reactivate configuration, perform the first reading command, read all ventilating mode information; Select interface element and/or control as required, create the first interface assembly; The first data flow is generated according to the identifier of the first display region information, the first interface assembly and ventilating mode, ventilating mode order information; Dynamically ventilating mode is shown in tab mode according to the first data flow.The present invention allows user more easily check the ventilating mode that equipment is supported, switches ventilating mode easier, decreases user operation, improve ease for use.
Description
Technical field
The present invention relates to a kind of armarium, particularly relate to the ventilating mode display packing for life support equipment and device.
Background technology
When dyspnea appears in patient or be in anesthesia, comatose state, usually adopt life support equipment (such as anesthetic machine, respirator) to provide ventilation for patient, support that patient breathes.Ventilation control is one of life support equipment Core Feature.Along with the development of ventilation control technology, various ventilating mode continues to bring out, from initial VCV (i.e. volume control), and PCV ventilating mode,, to there is again now the ventilation control modes such as more advanced DuoLevel and AutoFlow in SIMV ventilating mode finally.Different ventilating modes is used for different scenes, different patient, such as VCV ventilating mode, its air pressure is high, be applicable to respiratory failure or be in narcose adult, but be not suitable for child, child is suitable for the low PCV ventilating mode of tidal volume, and DuoLevel and AutoFlow is applicable to the patient of autonomous respiration ability, if ventilating mode improper use, suitable Breathing Suppotion can not be provided to patient, even may occur reverse effect.Clinically, user need select suitable ventilating mode according to the concrete condition of patient, sometimes patient sb.'s illness took a turn for the worse or take a turn for the better after, also to change ventilating mode in time according to the state of an illness of patient.But when so numerous ventilating modes is integrated in a life support equipment, user how can be allowed more easily to use these ventilating modes to be the problems needing to consider more easily.
Existing anesthetic machine and respirator product have two kinds of modes selecting ventilating mode, one is by hard key mode, namely equipment is designed with some hard buttons, the corresponding a kind of ventilating mode of each hard button, when pressing certain hard button, usually this hard button is lit, and represents the ventilating mode selecting this hard button corresponding.Another kind selects ventilating mode by display menu mode, namely---> selects unsettled ventilating mode---> confirms three step operations on the display of life support equipment, to carry out opening menu, this mode operating procedure is many, and when not opening menu, user does not know which ventilating mode this life support equipment can support.Further, for the life support equipment having manual mode, it is what that existing two kinds of ventilating mode selection modes all cannot be presented at the ventilating mode after exiting manual mode to user, in use can cause certain risk.
Summary of the invention
The main technical problem to be solved in the present invention is, provides a kind of life support equipment ventilating mode display packing and device, life support equipment, the ventilating mode information providing life support equipment to support to user in the mode of more easily checking.
According to an aspect of the present invention, provide a kind of ventilating mode display packing, for life support equipment, described method comprises:
The all ventilating mode information storing this life support equipment and can support are set according to the configuration of user to life support equipment, in described ventilating mode information, at least comprise identifier and the ventilating mode order information of ventilating mode;
When life support equipment has initialized or reactivate configuration, perform the first reading command, read all ventilating mode information;
Select interface element and/or control as required, create the first interface assembly;
Obtain the first display region information of presetting, generate the first data flow according to the identifier of the first display region information, the first interface assembly and ventilating mode, ventilating mode order information;
According to the first data flow dynamically with the first viewing area display ventilating mode of tab mode at display interface.
In another embodiment, also comprise the current ventilating mode mark come into force in described ventilating mode information, also comprise after dynamically showing ventilating mode in tab mode according to the first data flow:
Select interface element as required, create second contact surface assembly;
From the first data flow, the display region information of the current ventilating mode come into force is obtained according to the current ventilating mode mark come into force;
Display region information according to second contact surface assembly and the current ventilating mode come into force dynamically generates the second data flow;
On display interface, the current ventilating mode come into force dynamically is marked in the first way according to the second data flow.
In another embodiment, also comprise:
Judge whether the current ventilating mode come into force is manual mode according to the current ventilating mode mark come into force;
If so, then the ventilating mode after exiting manual mode is set and identifies and preserve, otherwise the mark of the ventilating mode after exiting manual mode is not set;
According to exit the mark of the ventilating mode after manual mode obtain from the first data flow exit manual mode after the display region information of ventilating mode that will adopt;
Select interface element as required, create the 4th interface assembly, described 4th interface assembly is different from second contact surface assembly;
The 4th data flow is generated according to the 4th interface assembly and the display region information of automatic ventilating mode that will adopt after exiting manual mode;
Dynamically on display interface, the ventilating mode after exiting manual mode is marked in a second manner according to the 4th data flow.
According to a further aspect in the invention, provide a kind of ventilating mode display device, for life support equipment, described device comprises:
Reading unit, for when life support equipment has initialized or reactivate configuration, perform the first reading command, from life support equipment, read all ventilating mode information that this life support equipment can be supported, in described ventilating mode information, at least comprise identifier and the ventilating mode order information of ventilating mode;
Interface creating unit, for selecting interface element and/or control as required, creates the first interface assembly;
Data flow generation unit, for obtaining the first display region information preset, generates the first data flow according to the identifier of the first display region information, the first interface assembly and ventilating mode, ventilating mode order information;
Display unit, for dynamically showing ventilating mode in tab mode in the first viewing area of display interface according to the first data flow.
The present invention also provides a kind of life support equipment, comprising:
Master control set, is arranged the configuration of life support equipment for receiving user, controls to preserve and/or upgrade all ventilating mode information that this life support equipment can support and sends reading command; Memory element, for preserving and/or upgrade all ventilating mode information that this life support equipment can be supported; Above-mentioned ventilating mode display device, described ventilating mode display device is connected with memory element with master control set respectively, and master control set is connected with memory element.
Accompanying drawing explanation
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 in the another kind of embodiment of the present invention;
Fig. 3 is the structural representation of life support equipment in another embodiment of the present invention;
Fig. 4 is the flow chart of the ventilating mode display of an embodiment of the present invention;
Fig. 5 is that in an embodiment of the present invention, ventilating mode switches schematic diagram;
Fig. 6 is the flow chart of the ventilating mode display of the another kind of embodiment of the present invention;
Fig. 7 is the flow chart of the ventilating mode display of another embodiment of the present invention;
Fig. 8 is an embodiment of the automatic ventilating mode labelling after exiting manual mode;
Fig. 9 is an embodiment of ventilating mode turnover key;
Figure 10 is display display interface schematic diagram in an embodiment of the present invention.
Detailed description of the invention
By reference to the accompanying drawings the present invention is described in further detail below by detailed description of the invention.
Please refer to Fig. 1, in one embodiment, life support equipment (such as anesthetic machine or respirator) comprises master control set 3, memory element 2 and ventilating mode display device 1, ventilating mode display device 1 is connected with memory element 2 with master control set 3 respectively, and master control set 3 is connected with memory element 2.
Master control set 3 is for controlling to preserve and/or upgrade all ventilating mode information that this life support equipment can support and sending reading command.In addition, master control set 3, as the main blood processor of life support equipment, also can have other and calculate or controlling functions.Master control set 3 can be can the processor of moving calculation machine executable program or the combination of multiple hardware.
All ventilating mode information that memory element 2 can be supported for preserving and/or upgrade this life support equipment according to the instruction of master control set 3, at least comprise identifier and the ventilating mode order information of ventilating mode in described ventilating mode information.Certainly, according to the needs of design, memory element 2 also can be used to preserve and/or upgrade out of Memory.
Ventilating mode display device 1 and master control set 3 carry out data interaction, such as, perform the various instructions that master control set 3 sends.Ventilating mode display device 1 comprises reading unit 11, interface creating unit 12, data flow generation unit 13 and display unit 14, in one embodiment, when life support equipment has initialized or reactivate configuration, master control set 3 controls reading unit 11 and performs the first reading command, from life support equipment, read all ventilating mode information that this life support equipment can be supported, in ventilating mode information, at least comprise identifier and the ventilating mode order information of ventilating mode.Interface creating unit 12, for selecting interface element and/or control as required, creates the first interface assembly.Data flow generation unit 13 is connected with interface creating unit 12 with reading unit 11 respectively, first data flow generation unit 13 obtains the first display region information preset, and the identifier of ventilating mode that the first interface assembly then exported according to the first display region information, interface creating unit 12 and reading unit 11 export, ventilating mode order information generate the first data flow.Display unit 14 is for dynamically showing ventilating mode in tab mode in the first viewing area of display interface according to the first data flow.In a kind of embodiment, display unit 14 comprises display chip and display, and the first data flow carries out processing and format conversion by display chip, with the requirement of adaptive display.Image and/or data show by display.
In another kind of embodiment, in order to show the characteristic parameter of each ventilating mode, user carries out optimum configurations to certain ventilating mode on the one hand, the characteristic parameter information of each ventilating mode is also comprised in ventilating mode information, interface creating unit 12 also selects interface element and/or control as required, creates the 3rd interface assembly.After user selects ventilating mode to be placed, master control set 3 controls reading unit 11 and performs the second reading command, reads the characteristic parameter information of ventilating mode to be placed in ventilating mode information.Data flow generation unit 13 obtains the second display region information preset, described second viewing area is near the first viewing area, and data flow generation unit 13 generates the 3rd data flow according to the characteristic parameter information of the second display region information, the 3rd interface assembly and ventilating mode to be placed.Display unit 14 dynamically shows the characteristic parameter of ventilating mode to be placed in the second viewing area of display interface with key mode according to the 3rd data flow, user arranges interface by what select certain parameter button to enter this parameter.
In another kind of embodiment, in order to show to user, current which ventilating mode what come into force be, according to the setting of user to configuration, increases the current ventilating mode mark come into force in the ventilating mode information that memory element is preserved.As shown in Figure 2, all ventilating mode information that this life support equipment that reading unit 11 reads out can be supported comprise the current ventilating mode mark come into force.Interface creating unit 12, also for selecting interface element as required, creates second contact surface assembly; Described data flow generation unit 13 also for obtaining the display region information of the current ventilating mode come into force from the first data flow according to the current ventilating mode mark come into force, the display region information according to second contact surface assembly and the current ventilating mode come into force dynamically generates the second data flow; Described display unit 13 also for dynamically marking the current ventilating mode come into force in the first way according to the second data flow on display interface.
Consider that user in use may change the ventilating mode of employing, ventilating mode display device 1 also comprises the first mark setting unit 15.First mark setting unit 15 is connected with slave computer 4 with master control set 3, memory element 2 respectively.After user changes current ventilating mode, master control set 3 sends and switches holding instruction of current ventilating mode, after first mark setting unit 15 receives holding instruction of the current ventilating mode of switching, switching command is sent to slave computer 4, if receive the successful switch information that slave computer 4 returns within a certain period of time, illustrate slave computer success according to user, switching ventilating mode is set, then the first mark setting unit 15 is according to the current ventilating mode mark of the change of holding instruction switching current ventilating mode; Otherwise it is constant to keep current ventilating mode to identify.
In some embodiments, the ventilating mode of life support equipment support comprises manual mode and automatic ventilating mode, and in some cases, user may adopt manual mode as current ventilating mode, in this case, user has a mind to know which the ventilating mode after exiting manual mode is.Therefore the mark of the ventilating mode after exiting manual mode is also comprised in ventilating mode information.The structured flowchart of ventilating mode display device 1 as shown in Figure 3, the basis of above-mentioned any embodiment also comprises manual mode detecting unit 16 and the second mark setting unit 17.According to the current ventilating mode mark come into force, manual mode detecting unit 16 is for judging whether the current ventilating mode come into force is manual mode; Second mark setting unit 17 for arranging the mark of the ventilating mode after exiting manual mode when the current ventilating mode come into force is manual mode and preserving as the part in ventilating mode information, otherwise does not arrange the mark of the ventilating mode after exiting manual mode.The mark of the ventilating mode after exiting manual mode is also comprised in the ventilating mode information that reading unit 11 reads from the configuration of life support equipment.Interface creating unit 12 is also for selecting interface element as required, and create the 4th interface assembly, described 4th interface assembly is different from second contact surface assembly; Described data flow generation unit 13 also for according to exit the mark of the ventilating mode after manual mode obtain from the first data flow exit manual mode after the display region information of ventilating mode that will adopt, generate the 4th data flow according to the 4th interface assembly and the display region information of automatic ventilating mode that will adopt after exiting manual mode; Display unit 14 dynamically marks the ventilating mode after exiting manual mode in a second manner according to the 4th data flow on display interface.
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 comprises the following steps:
When life support equipment has initialized or reactivate configuration, perform the first reading command, read all ventilating mode information, at least comprise identifier and the ventilating mode order information of ventilating mode in described ventilating mode information, the identifier of ventilating mode can be such as ventilating mode code, abbreviation or full name.
Select interface element and/or control as required, create the first interface assembly.
Obtain the first display region information of presetting, generate the first data flow according to the identifier of the first display region information, the first interface assembly and ventilating mode, ventilating mode order information.
Dynamically show ventilating mode in the first viewing area of display interface according to setting order in tab mode according to the first data flow, each ventilating mode is an option, and user clicks by pressing touch screen or cursor and chooses this option.In this step, can also whether one page can show according to the width calculation of the quantity of ventilating mode, viewing area, if one page cannot show completely, then provide turnover key.
Based on a kind of embodiment of the ventilating mode display packing of above-mentioned life support equipment and/or ventilating mode display device flow chart as shown in Figure 4, comprise the following steps:
Step S11, the all ventilating mode information storing this life support equipment and can support are set according to the configuration of user to life support equipment in advance, when life support equipment has initialized or reactivate configuration, perform the first reading command, read all ventilating mode information, at least comprise the identifier of ventilating mode, ventilating mode order information and the current ventilating mode mark come into force in described ventilating mode information, the identifier of ventilating mode can be such as ventilating mode code, abbreviation or full name.
Step S12, selects interface element and/or control as required, creates the first interface assembly.Interface element comprises the visual interface elements such as color block, word, picture, and the logic interface element such as selector, group's device, according to the tab interface display effect of design, in this step, suitable interface element and/or control is selected to form the first interface assembly.
Step S13, obtain the first display region information preset, first display region information determines ventilating mode is presented at which position of display interface, generates the first data flow according to the identifier of the first display region information, the first interface assembly and ventilating mode, ventilating mode order information.
Step S14, according to the first data flow dynamically with the first viewing area display ventilating mode of tab mode at display interface.
Step S15, selects interface element as required, creates second contact surface assembly.
Step S16, from the first data flow, obtain the display region information of the current ventilating mode come into force according to the current ventilating mode mark come into force, the display region information according to second contact surface assembly and the current ventilating mode come into force dynamically generates the second data flow;
Step S17, dynamically marks the current ventilating mode come into force according to the second data flow in the first way on display interface.Second contact surface assembly determines the mark mode of the current ventilating mode come into force, such as, in the ventilating mode shown, adopt the mode highlighted to mark current ventilating mode, the mode highlighted can be the icon of current ventilating mode is changed over the color or gray scale that are 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 in viewing area tab mode to show each ventilating mode, adopt black background block to carry out labelling to current ventilating mode (the current ventilating mode shown in Fig. 5 is VCV).
Also arranging in viewing area and confirm button (" SetMode " button in such as figure), when user is after a certain ventilating mode is selected in viewing area, by confirming button, namely confirming a certain ventilating mode to be set to current ventilating mode.
When user switches after current ventilating mode by arranging configuration, needing the position changing the ventilating mode labelling come into force before display interface is taken in simultaneously, therefore in an instantiation, comprising the following steps after user switches current ventilating mode:
Receive and switch holding instruction of current ventilating mode, then 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 mark of the change of holding instruction switching current ventilating mode; Otherwise it is constant to keep current ventilating mode to identify.
All ventilating modes that life support equipment can be supported by the present embodiment show viewing area over the display, which ventilating mode facilitates user to understand has, user only needs when switching ventilating mode to select in the ventilating mode shown in viewing area, then by confirming that button can carry out the switching of ventilating mode, switch ventilating mode and only need two steps, and will through opening menu in prior art, select ventilating mode and confirm three steps, therefore the present embodiment not only facilitates user to understand for which ventilating mode, and also simplify the operation that user switches ventilating mode.Fig. 5 is the embodiment that ventilating mode switches.In Figure 5, can find out that current ventilating mode is VCV, user wishes that machine is switched to PCV pattern carries out work.Such user only needs to select PCV property pages, then presses the such two step operations of SetMode button and can complete ventilating mode handover operation.
The present embodiment also carries out labelling to current ventilating mode, and user can be made to know clearly, and which current ventilating mode is.
The another kind of embodiment of ventilating mode display packing as shown in Figure 6, comprises the following steps:
Step S21, in the present embodiment, also comprises the characteristic parameter information of each ventilating mode in ventilating mode information, read all ventilating mode information that this life support equipment can be supported from life support equipment.
Step S22, selects interface element and/or control as required, creates the first interface assembly.
Step S23, generates the first data flow.
Step S24, according to the first data flow dynamically with the first viewing area display ventilating mode of tab mode at display interface.
Step S25, detects the ventilating mode to be placed that user selects, performs the second reading command, read the characteristic parameter information of this ventilating mode to be placed in ventilating mode information.
Step S26, selects interface element and/or control as required, creates the 3rd interface assembly.
Step S27, obtains the second display region information of presetting, checks for convenience, and the second viewing area can near the first viewing area, such as, below the first viewing area.Then the 3rd data flow is generated according to the characteristic parameter information of the second display region information, the 3rd interface assembly and ventilating mode to be placed.
Step S28, dynamically shows the characteristic parameter of ventilating mode to be placed, as shown in Figure 5 in the second viewing area of display interface with key mode according to the 3rd data flow.
In the present embodiment, the characteristic parameter of current ventilating mode is presented near viewing area, thus facilitates user to check and/or the characteristic parameter of current ventilating mode is set.The ventilating mode to be placed selected according to user at the characteristic parameter of the second viewing area display dynamically changes, and after user changes the ventilating mode to be placed of selection, becomes at the characteristic parameter of the second viewing area display thereupon.
Some life support equipments have manual mode, the ventilating mode of life support equipment support comprises manual mode and automatic ventilating mode, and automatic ventilating mode can be one or more in VCV ventilating mode, PCV ventilating mode, SIMV ventilating mode, DuoLevel and AutoFlow ventilating mode etc.In such cases, understand that for making user which kind of automatic ventilating mode what arrange after exiting manual mode is, in one embodiment, the flow chart of ventilating mode display packing as shown in Figure 7, comprises the following steps:
Step S31, show all ventilating modes in viewing area and the current ventilating mode of labelling, labeling method can be same as the previously described embodiments.
According to the current ventilating mode mark come into force, step S32, judges whether the current ventilating mode come into force is manual mode, if it is performs step S33, otherwise perform step S34, do not arrange the mark of the ventilating mode after exiting manual mode.
Step S33, the ventilating mode arranged after exiting manual mode identifies and preserves, the display region information of the ventilating mode that the ventilating mode mark after then basis exits manual mode will adopt after obtaining from the first data flow and exiting manual mode.Also select interface element as required in this step, create the 4th interface assembly, described 4th interface assembly is different from second contact surface assembly.Then generate the 4th data flow according to the 4th interface assembly and the display region information of automatic ventilating mode that will adopt after exiting manual mode, dynamically on display interface, mark the ventilating mode after exiting manual mode in a second manner according to the 4th data flow.
If current ventilating mode is manual mode, also need the automatic ventilating mode information obtained after exiting manual mode, and carry out labelling to exiting the automatic ventilating mode after manual mode, like this for have mechanical type manual/machine control switch or electronic type manually/machine of machine control switching key, user can know exit manual mode after machine will work under which type of automatic ventilating mode.Mark mode adopts and is different from the mark mode of current ventilating mode, with by current ventilating mode with exit the automatic ventilating mode after manual mode and distinguish.Fig. 8 is an embodiment of the automatic ventilating mode labelling after exiting manual mode, in figure, Manual is current ventilating mode, the square of white background is adopted to carry out labelling, VCV is the automatic ventilating mode come into force after exiting manual mode, adopt square frame labelling, represent that the automatic ventilating mode after exiting manual mode is VCV pattern.
The flow chart of ventilating mode display packing can further include following steps:
According to the quantity of ventilating mode, step S35, judges whether all ventilating modes can show in current screen.The maximum that system needs the ventilating mode number judging this equipment support whether to exceed screen can to show, if exceeded, then perform step S36, system needs to load page turning program, in viewing area display ventilating mode turnover key, otherwise all ventilating modes can be shown in current screen, then perform step S37.Fig. 9 is an embodiment of ventilating mode turnover key, can show by the turnover key on right side all the other ventilating modes that current screen cannot all show.
According to the quantity of the characteristic parameter of current ventilating mode, step S37, judges whether all characteristic parameters can show in current screen.The maximum that system needs the ventilation parameters number judging current ventilating mode whether to exceed screen can to show, if exceeded, then perform step S38, system needs to load page turning program, in viewing area display ventilation parameters turnover key, otherwise all ventilation parameters are arranged in current screen.Fig. 9 is an embodiment of ventilation parameters turnover key, can show by the turnover key on right side all the other ventilating mode parameters that current screen cannot all show.
The present embodiment can to user clearly illustrate exit manual mode after which kind of automatic ventilating mode what arrange be, need the automatic ventilating mode adopted after making user just confirm to exit manual mode in advance before exiting manual mode, adopt ventilating mode improperly after avoiding exiting manual mode and the risk brought.
According to the present invention, display interface on life support equipment as shown in Figure 10, user is allowed more easily to check the ventilating mode that equipment is supported, only need when switching ventilating mode to select unsettled ventilating mode-> to confirm two step operations, decrease user operation, improve ease for use.
The present invention is by carrying out labelling to current ventilating mode, and user can be known at any time, and what the current ventilating mode come into force is, user can be checked at any time, and whether current ventilating mode meets with the present situation of patient, thus reduces the risk in patient process.
Content disclosed in description, it should be appreciated by those skilled in the art that and said units or step can be carried out combining 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 realize by hardware circuit or processor moving calculation machine executable program, also can be realized by both combinations.
Above content is in conjunction with concrete embodiment further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, some simple deduction or replace can also be made, all should be considered as belonging to protection scope of the present invention.
Claims (6)
1. a life support equipment ventilating mode display packing, described life support equipment arranges the ventilating mode information storing this life support equipment and can support to the configuration of life support equipment according to user, at least comprise identifier and the ventilating mode order information of ventilating mode in described ventilating mode information; It is characterized in that, described method comprises:
Life support equipment performs the first reading command after initialization completes or reactivate configuration, the ventilating mode information that this life support equipment reading storage can be supported;
Select interface element and/or control as required, create the first interface assembly;
Obtain the first display region information of presetting, generate the first data flow according to the identifier of the first display region information, the first interface assembly and ventilating mode, ventilating mode order information;
According to the first data flow dynamically with the first viewing area display ventilating mode of tab mode at display interface;
Select interface element as required, create second contact surface assembly;
From the first data flow, the display region information of the current ventilating mode come into force is obtained according to the current ventilating mode mark come into force;
Display region information according to second contact surface assembly and the current ventilating mode come into force dynamically generates the second data flow;
On display interface, the current ventilating mode come into force dynamically is marked in the first way according to the second data flow;
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 mark of the change of holding instruction switching current ventilating mode; Otherwise it is constant to keep current ventilating mode to identify.
2. the method for claim 1, is characterized in that, also comprises the characteristic parameter information of each ventilating mode in described ventilating mode information, also comprises after dynamically showing ventilating mode in tab mode according to the first data flow:
Detect the ventilating mode to be placed of user's selection and/or default acquiescence ventilating mode, perform the second reading command, in ventilating mode information, read the characteristic parameter information of this ventilating mode to be placed;
Select interface element and/or control as required, create the 3rd interface assembly;
Obtain the second display region information preset, described second viewing area is near the first viewing area, and the characteristic parameter information according to the second display region information, the 3rd interface assembly and ventilating mode to be placed and/or default acquiescence ventilating mode generates the 3rd data flow;
Dynamically show the characteristic parameter of ventilating mode to be placed in the second viewing area of display interface with key mode according to the 3rd data flow.
3. method as claimed in claim 1 or 2, characterized by further comprising:
Judge whether the current ventilating mode come into force is manual mode according to the current ventilating mode mark come into force;
If so, then the ventilating mode after exiting manual mode is set and identifies and preserve, otherwise the mark of the ventilating mode after exiting manual mode is not set;
According to exit the mark of the ventilating mode after manual mode obtain from the first data flow exit manual mode after the display region information of ventilating mode that will adopt;
Select interface element as required, create the 4th interface assembly, described 4th interface assembly is different from second contact surface assembly;
The 4th data flow is generated according to the 4th interface assembly and the display region information of automatic ventilating mode that will adopt after exiting manual mode;
Dynamically on display interface, the ventilating mode after exiting manual mode is marked in a second manner according to the 4th data flow.
4. a ventilating mode display device, for life support equipment, is characterized in that described device comprises:
Reading unit, for when life support equipment has initialized or reactivate configuration, perform the first reading command, from life support equipment, read all ventilating mode information that this life support equipment can be supported, in described ventilating mode information, at least comprise the identifier of ventilating mode, the current ventilating mode come into force identifies and ventilating mode order information;
Interface creating unit, for selecting interface element and/or control as required, creates the first interface assembly and second contact surface assembly;
Data flow generation unit, for obtaining the first display region information preset, generates the first data flow according to the identifier of the first display region information, the first interface assembly and ventilating mode, ventilating mode order information; From the first data flow, obtain the display region information of the current ventilating mode come into force according to the current ventilating mode mark come into force, the display region information according to second contact surface assembly and the current ventilating mode come into force dynamically generates the second data flow;
Display unit, for dynamically showing ventilating mode in tab mode in the first viewing area of display interface according to the first data flow, dynamically marks the current ventilating mode come into force in the first way according to the second data flow on display interface;
First mark setting unit, holding instruction of current ventilating mode is switched for receiving, switching command is sent, if receive the successful switch information that slave computer returns within a certain period of time, then according to the current ventilating mode mark of the change of holding instruction switching current ventilating mode to slave computer; Otherwise it is constant to keep current ventilating mode to identify.
5. device as claimed in claim 4, characterized by further comprising:
According to the current ventilating mode mark come into force, manual mode detecting unit, for judging whether the current ventilating mode come into force is manual mode;
Second mark setting unit, for arranging the mark of the ventilating mode after exiting manual mode when the current ventilating mode come into force is manual mode and preserving as the part in ventilating mode information, otherwise does not arrange the mark of the ventilating mode after exiting manual mode;
Described interface creating unit is also for selecting interface element as required, and create the 4th interface assembly, described 4th interface assembly is different from second contact surface assembly;
Described data flow generation unit also for according to exit the mark of the ventilating mode after manual mode obtain from the first data flow exit manual mode after the display region information of ventilating mode that will adopt, generate the 4th data flow according to the 4th interface assembly and the display region information of automatic ventilating mode that will adopt after exiting manual mode;
Display unit dynamically marks the ventilating mode after exiting manual mode in a second manner according to the 4th data flow on display interface.
6. a life support equipment, comprising:
Memory element, for preserving and/or upgrade all ventilating mode information that this life support equipment can be supported;
Master control set, described master control set is connected with memory element, arranges the configuration of life support equipment for receiving user, and control store unit is preserved and/or upgraded all ventilating mode information that this life support equipment can support and send reading command;
It is characterized in that, also comprise:
Ventilating mode display device as described in claim 4 or 5, described ventilating mode display device is connected with memory element with master control set respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| 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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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102641538B (en) * | 2012-05-22 | 2015-09-02 | 北京怡和嘉业医疗科技有限公司 | Ventilation therapy equipment and the data processing equipment for ventilation therapy equipment |
| WO2020258320A1 (en) * | 2019-06-28 | 2020-12-30 | 深圳迈瑞生物医疗电子股份有限公司 | Ventilation device configuration management apparatus, method, ventilation device and computer storage medium |
| WO2022105555A1 (en) * | 2020-11-17 | 2022-05-27 | 深圳迈瑞生物医疗电子股份有限公司 | Respiratory support apparatus, monitoring apparatus, medical apparatus system, and parameter processing method |
| CN116670633A (en) * | 2020-12-16 | 2023-08-29 | 深圳迈瑞生物医疗电子股份有限公司 | Ventilation mode setting method and veterinary ventilation control equipment |
Citations (3)
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| EP0901798A1 (en) * | 1997-08-21 | 1999-03-17 | Siemens-Elema AB | Breathing apparatus |
| CN101161213A (en) * | 2006-10-10 | 2008-04-16 | 德拉格医疗股份两合公司 | System for controlling and monitoring therapy modules of a medical workstation |
| CN101854973A (en) * | 2007-11-13 | 2010-10-06 | Imt股份公司 | Respirator and/or anesthetic device |
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| US20030062045A1 (en) * | 1998-09-18 | 2003-04-03 | Respironics, Inc. | Medical ventilator |
| US20080072902A1 (en) * | 2006-09-27 | 2008-03-27 | Nellcor Puritan Bennett Incorporated | Preset breath delivery therapies for a breathing assistance system |
| US20080072896A1 (en) * | 2006-09-27 | 2008-03-27 | Nellcor Puritan Bennett Incorporated | Multi-Level User Interface for a Breathing Assistance System |
| EP2142093A1 (en) * | 2007-04-10 | 2010-01-13 | Anaxsys Technology Limited | Respiratory sensor |
| WO2009059359A1 (en) * | 2007-11-05 | 2009-05-14 | Resmed Ltd | Ventilation system and control thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| EP0901798A1 (en) * | 1997-08-21 | 1999-03-17 | Siemens-Elema AB | Breathing apparatus |
| CN101161213A (en) * | 2006-10-10 | 2008-04-16 | 德拉格医疗股份两合公司 | System for controlling and monitoring therapy modules of a medical workstation |
| CN101854973A (en) * | 2007-11-13 | 2010-10-06 | Imt股份公司 | Respirator and/or anesthetic device |
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