CN103239295B - Modularized monitor system - Google Patents
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Abstract
The invention relates to a modularized monitor system. Every portion in the monitor system is modularized according to function, every module is centralized into a relatively independent module plug-in unit box through a communication power supply port to enable the module plug-in unit box to have different functions when different modules are plugged in. The module plug-in unit box can be used as an independent monitor system when a main control module is plugged in, and can be used as an auxiliary device of other monitors when the main control module is not plugged in; and different parameter modules are plugged in to integrate corresponding monitoring functions and the like. A composing method of the modularized monitor system enables the composed structure of the monitor system to be simple, flexible in function matching, convenient to update system software and hardware, low in production cost and high in operability of industrial production. The modularized monitor system can provide a flexible selection space for medical units to configure equipment and guarantee compatibility and practicability of equipment at the same time.
Description
Technical field
the present invention relates to a kind of monitor system, particularly a kind of modularity monitor system.
Background technology
monitor is patient care equipment conventional in medical institutions, and this equipment can the vital sign of real-time monitoring patient, and patient vital signs is once occur abnormal, and equipment will send warning with the form of sound and vision, to notify medical personnel.This equipment applied environment comprises: operating room, intensive care unit, public ward.
be divided into traditional close-coupled monitor and high-end plug-in type monitor in the market.Close-coupled monitor monitors basic parameter (as: ECG, RESP, NIBP, TEMP, SPO2) and minority other advanced parameters (as: CO2) exactly, and the parameter of monitoring is few, can not increase other parameters flexibly; Plug-in type monitor can the parameter of flexible configuration monitoring, but due to the restriction of monitor structure space own, the number of parameters of monitoring itself is limited, can be increased the number of parameters of monitoring by the multimode card cage configured in addition.Although plug-in type monitor is novel in design, monitoring parameter flexible, price is high, quality weight, production and assembly relative complex, and these are problems that plug-in type monitor itself cannot overcome.And multimode card cage quality is light, production and assembly are relatively simple, with low cost.But plug-in type monitor is the core of whole monitor, lacked plug-in type monitor, multimode card cage can not work alone, and therefore, current multimode plug-in unit is box can not be self-existent.
Summary of the invention
it is simple that the technical problem to be solved in the present invention is to provide a kind of structure, lightweight, the convenient and multimode card cage that can work alone of production and assembly.
a kind of modularity monitor system of the present invention, comprising: multimode card cage, and be arranged on the power module on described multimode card cage, described multimode card cage is provided with more than one communication power supply interface; Described communication power supply interface is plugged with: main control module, display module, control module, parameter module;
described parameter module is used for the control command sent by communication power supply interface according to main control module, gathers physiology signal and this physiology signal is sent to described multimode card cage;
described power module is used for for described multimode card cage and all modules of being connected with its communication power supply interface are powered;
described control module is connected with described main control module, for described main control module input control order signal;
described display module is connected with described main control module, for receiving and showing the parameter and waveshape signal that are sent by described main control module;
described main control module, for receiving the physiology signal from described parameter module by described multimode card cage; For being be sent to described display module after parameter and waveshape signal by this human physiological signal treatment; For being be sent to by described multimode card cage the corresponding module that this control instruction points to after control instruction by the control instruction signal processing of described control module.
further, described main control module comprises: CPU, signal conversion unit, digital signal processing unit, instruction reception unit;
described signal conversion unit, receives the described physiology signal coming from described parameter module and send by described multimode card cage, and is converted to digital measuring signal and is sent to described CPU;
described digital signal processing unit, for receiving the complete digital measuring signal of described central processing unit for processing, and being treated to corresponding parameter and waveshape signal by this digital measuring signal, being sent to described display module;
described instruction reception unit, receives the described control instruction signal that described control module is sent, and is sent to described CPU; Receive the control instruction that described central processing unit for processing completes, and be forwarded to the corresponding module of this control instruction sensing by described multimode card cage;
described CPU, for receiving and processing the digital measuring signal of described signal conversion unit input, and sends to described digital signal processing unit by this digital measuring signal; And receive the control instruction signal of described instruction reception unit input, produce control instruction according to this control instruction signal, and sent by communication power supply interface.
further, described main control module also comprises:
alert process unit, obtains data by described CPU, and according to the threshold value pre-set, carries out alarm operation;
electric power detection unit, is monitored described power module by described interface signal processing unit and described multimode card cage;
interface signal processing unit, for receiving the parameter and waveshape signal that described digital signal processing unit sends, and is converted to corresponding advanced parameters signal and is sent to display module.
further, described interface signal processing unit is provided with lower interface: pci interface, USB interface, RJ45 cable interface, coaxial cable interface, USB interface, DMI interface, HDMI, defibrillation sync cap, modulating output interface and nurse call interface.
further, described control module comprises: touch control device, mouse, keyboard.
further, described display module comprises: analogue signal display and/or digital signal display and/or touch display.
further, arrange one outside described multimode card cage with upper hanger, fix when described hanger is external for described main control module, display module and control module.
another step, described multimode plug-in unit is also provided with loudspeaker and alarm lamp mutually; Described in described alert process unit controls, loudspeaker and alarm lamp carry out reporting to the police and/or being reported to the police by display module.
another step, described communication power supply interface is arranged at the inside and outside of described multimode card cage, and its communication power supply interface being arranged at multimode card cage inside and outside is more than one.
another step again, the physiology signal type collected by described parameter module comprises: EGC parameter, blood oxygen saturation parameter, respiration parameter, non-invasive blood pressure parameter, body temperature parameter, carbon dioxide parameter, anesthesia parameter, heart stroke, noinvasive heart row, depth of anesthesia, Continuous cardiac output.
another step again, the quantity of described parameter module is more than one.
the present invention by multimode card cage is independent, and is equipped with corresponding main control module, display and parameter module and this multimode card cage become can work alone and have the device of monitoring function, be i.e. monitor system.Thus drop into for producer eliminates a large sum of early development, greatly save product developing expense, and then reduce the production cost of product.Further, because parameter module is all assemble arbitrarily, independently, namely can matches arbitrarily relevant monitored parameters module, the extraordinary autgmentability meeting advanced parameters, thus possess very strong parameter configuration motility.
Accompanying drawing explanation
for ease of illustrating, the present invention is described in detail by following detailed description of the invention and accompanying drawing.
fig. 1 is the structural schematic block diagram of a kind of modularity monitor system of the present invention
fig. 2 is the basic function composition frame chart of a kind of modularity monitor system of the present invention;
fig. 3 is the Premium Features composition frame chart of a kind of modularity monitor system of the present invention.
Detailed description of the invention
in order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specifically described herein
according to the present invention, provide a kind of system being realized monitor function by multimode card cage, as shown in Figure 1, system basic functions of the present invention is composed as follows:
a kind of modularity monitor system, comprising: multimode card cage, and the main control module be arranged on multimode card cage and power module, and multimode card cage is provided with more than one communication power supply interface; Main control module is connected with multimode card cage by this communication power supply interface with power module; Communication power supply interface is also connected with: display module, control module, parameter module.
parameter module, for gathering physiology signal and this physiology signal being sent to multimode card cage; Patient is by conducting wire and model calling, and the physiology signal of measurement is passed to main control module by multimode card cage by module; If need to guard multiple advanced parameters, then only need multiple parameter module be inserted in multimode card cage simultaneously, can guard.
power module is used for powering for multimode card cage and its communication power supply interface; Be connected with multimode card cage in modular form, power supply is supplied to and comprises main control module, multimode card cage, display module and control module etc.
control module, be connected with main control module by the communication interface be arranged on main control module, for to main control module input control order signal, its control instruction signal comprises: alarm threshold is arranged, patient information retrieval, Operation system setting (as: system time, language etc.).Control module is connected with multimode card cage by communication power supply interface, obtains power supply.
display module, is connected with main control module by communication interface, for receiving and showing the parameter and waveshape signal that are sent by main control module.Be connected with multimode card cage by communication power supply interface, obtain power supply.
main control module, for being parameter and waveshape signal by human physiological signal treatment, for being converted to control instruction by control instruction signal.
main control module is the core of whole monitor system, is connected with the communication power supply interface of multimode card cage.For being received the physiology signal from described parameter module by described multimode card cage; For the control instruction processed to be sent to the corresponding module of this control instruction of response by described multimode card cage.Main control module is also provided with more than one communication interface, for being connected with control module and display module.For receiving the control instruction signal of described control module; Described display module is sent to after process is completed parameter and waveshape signal.
according to the present invention, provide a kind of system being realized monitor function by multimode card cage, as shown in Figure 2, system basic functions of the present invention is composed as follows:
a kind of modularity monitor system, comprising: multimode card cage, and the main control module be arranged on multimode card cage and power module, and multimode card cage is provided with more than one communication power supply interface; Main control module is connected with multimode card cage by this communication power supply interface with power module; Communication power supply interface is also connected with: display module, control module, parameter module.
parameter module, for gathering physiology signal and this physiology signal being sent to multimode card cage; Patient is by conducting wire and model calling, and the physiology signal of measurement is passed to main control module by multimode card cage by module; If need to guard multiple advanced parameters, then only need multiple parameter module be inserted in multimode card cage simultaneously, can guard.
power module is used for powering for multimode card cage and its communication power supply interface; Be connected with multimode card cage in modular form, power supply is supplied to and comprises main control module, multimode card cage, display module and control module etc.
control module, be connected with main control module by the communication interface be arranged on main control module, for to main control module input control order signal, its control instruction signal comprises: alarm threshold is arranged, patient information retrieval, Operation system setting (as: system time, language etc.).Control module is connected with multimode card cage by communication power supply interface, obtains power supply.
display module, is connected with main control module by communication interface, for receiving and showing the parameter and waveshape signal that are sent by main control module.Be connected with multimode card cage by communication power supply interface, obtain power supply.
main control module is the core of whole monitor system, is connected with the communication power supply interface of multimode card cage.Main control module is also provided with more than one communication interface, for being connected with control module and display module.
main control module comprises following working cell: CPU, signal conversion unit, digital signal processing unit, instruction reception unit;
cPU, receives the data from each working cell and processes, and if needed, the information after process is sent to unit.As: for receiving and the digital signal of processing signals converting unit input, and the digital signal processed is sent to digital signal processing unit.And for example: for receiving the control instruction signal of instruction reception unit input, and convert corresponding control instruction to and send to instruction reception unit;
signal conversion unit, is received by multimode card cage and comes from the described physiology signal that parameter module sends, and is converted to digital signal and is sent to CPU;
digital signal processing unit, for receiving the complete digital measuring signal of central processing unit for processing, and being treated to corresponding parameter and waveshape signal by this digital measuring signal, being sent to display module, and the size adaptation to display.
instruction reception unit, receives the described control instruction signal that control module is sent, and is sent to CPU; After CPU processes into, receive the control instruction that this process completes, and be forwarded to the corresponding module of this control instruction sensing by multimode card cage.
according to the present invention, provide a kind of system being realized monitor function by multimode card cage, as shown in Figure 3, system high function of the present invention is composed as follows:
a kind of modularity monitor system, comprising: multimode card cage, and the main control module be arranged on described multimode card cage and power module, and multimode card cage is provided with more than one communication power supply interface; Main control module is connected with multimode card cage by this communication power supply interface with power module; Communication power supply interface is also connected with: display module, control module, parameter module.Multimode card cage is also provided with speaker and alarm lamp.
parameter module, for gathering physiology signal and this physiology signal being sent to multimode card cage; Patient is by conducting wire and model calling, and the physiology signal of measurement is passed to main control module by multimode card cage by module; If need to guard multiple advanced parameters, then only need multiple parameter module be inserted in multimode card cage simultaneously, can guard.
power module is used for powering for multimode card cage and its communication power supply interface; Be connected with multimode card cage in modular form, power supply provides object to comprise multimode card cage, main control module, display module and control module etc.
control module, be connected with main control module by the communication interface be arranged on main control module, for to main control module input control order signal, its control instruction signal comprises: alarm threshold is arranged, patient information retrieval, Operation system setting (as: system time, language etc.).Control module is connected with multimode card cage by communication power supply interface, to obtain power supply.
display module, is connected with main control module by communication interface, for receiving and showing the parameter and waveshape signal that are sent by main control module.Be connected with multimode card cage by communication power supply interface, obtain power supply.Described display module also provides senior Presentation Function, comprise and provide VGA to show, HDMI display, network display and display detect the function of heart stroke (C.O.), advanced parameters such as noinvasive heart row (ICG), depth of anesthesia (BIS), Continuous cardiac output (PICCO) etc.
main control module is the core of whole monitor system, is connected with the communication power supply interface of multimode card cage.Main control module is also provided with more than one communication interface, is connected with control module and display module, the parameter that control instruction signal and transmission processing for receiving control module are complete and waveshape signal are to display module.
main control module comprises following working cell: CPU, signal conversion unit, digital signal processing unit, instruction reception unit;
cPU, receives the data from each working cell and processes, and if needed, the information after process is sent to unit.As: for receiving and the digital signal of signal conversion unit input as described in processing, and the digital signal processed is sent to described digital signal processing unit.And for example: for receiving the control instruction signal of described instruction reception unit input, and convert corresponding control instruction to and send to instruction reception unit;
signal conversion unit, is received by multimode card cage and comes from the physiology signal that parameter module sends, and is converted to digital signal and is sent to described CPU;
digital signal processing unit, for receiving the complete digital measuring signal of central processing unit for processing, and being treated to corresponding parameter and waveshape signal by this digital measuring signal, being sent to interface processing module.
instruction reception unit, receives the described control instruction signal that control module is sent, and is sent to CPU; Receive the control instruction that central processing unit for processing completes, and be forwarded to the corresponding module of this control instruction sensing by multimode card cage.
main control module also comprises:
alert process unit, obtains data by CPU, and according to the threshold value pre-set, judges whether to report to the police; During warning, report to the police by the speaker on multimode card cage or alarm lamp, also can be reported to the police by display module.
electric power detection unit, is monitored power module by interface signal processing unit and multimode card cage, if electricity is to a certain extent low, is reported to the police after feeding back to CPU by alarm unit.
interface signal processing unit, for receiving the parameter and waveshape signal that described digital signal processing unit sends, and converts advanced video signal to and advanced parameters signal is sent to display module.
interface signal processing unit compatible for wired and wave point, can be connected with as the remote computer of display module or other remote equipments by cable network and wireless network.Interface signal processing unit is also compatible: pci interface, USB interface, RJ45 cable interface, coaxial cable interface, USB interface, DMI interface, HDMI, defibrillation sync cap, modulating output interface and nurse call interface.
control module mainly comprises: touch apparatus, can be touch screen or touch pad or trace ball etc., and touch apparatus is by controlling to main control module sending controling instruction signal modularity monitor system; Control module can also comprise: mouse, keyboard.
display module or can be combined with described control module and is set to touch display or is arranged at network remote end computer for analogue signal display or digital signal display.
arrange one outside multimode card cage with upper hanger, hanger is used for main control module, display module and control module to be fixed when external.
multimode plug-in unit is also provided with loudspeaker and alarm lamp mutually; Alert process unit can control described loudspeaker and alarm lamp is reported to the police, and also can be reported to the police by display module.
communication power supply interface in native system is arranged at the inside and outside of multimode card cage, and its communication power supply interface being arranged at multimode card cage inside and outside is more than one.
parameter module, patient, by conducting wire and model calling, module arranges the acquisition process circuit corresponding to various described physiology signal respectively, for the collection of all kinds of physiology signal.When the described parameter module gathering dissimilar physiology signal accesses described multimode card cage simultaneously, described multimode card cage realizes functions of modules expansion.
physiology signal type collected by parameter module mainly comprises: EGC parameter, blood oxygen saturation parameter, respiration parameter, non-invasive blood pressure parameter, body temperature parameter, carbon dioxide parameter, anesthesia parameter, heart stroke, noinvasive heart row, depth of anesthesia, Continuous cardiac output (PICCO).
electrocardio (ECG) parameter: the electrode slice being attached to each position of human body by monitoring collects physiology signal situation of change, reflection human heart working condition.
blood oxygen saturation (SPO2) parameter: utilize the characteristic of infrared Absorption by pointing the special accessories of (adult, children's) or foot (neonate), the situation of monitoring blood oxygen saturation.
breathe (Resp) parameter: by the change of physiology signal, judge the breath state of human body.
non-invasive blood pressure (NIBP) parameter: pressurizeed to arm by outside oversleeve, utilize succusion, measures human vas pressure condition.
body temperature (Temp) parameter: by special critesistor adnexa, the variations in temperature of induction human body.
carbon dioxide (CO2) parameter: the partial pressure of carbon dioxide utilizing the frequency of breathing in gas circuit and tidal volume monitoring mixing alveolar gas to contain or gas concentration lwevel, judge the respiratory system situation of human body for doctor.
anesthesia (AG) parameter: the change of anesthesia gas concentration in monitoring gas circuit, is convenient to Anesthetist and grasps narcotic dose at any time, make dose reach moderate.
except above-mentioned parameter, heart stroke (C.O.), advanced parameters such as noinvasive heart row (ICG), depth of anesthesia (BIS), Continuous cardiac output (PICCO) etc. can also be detected.
the quantity of parameter module is more than one, to realize the expansion of this monitor system to monitoring function.
physical composition mode:
with multimode card cage for platform, main control module is fixed on multimode card cage, (fixed form: main control module both can be hung on outward outside multimode card cage, also can insert in the slot of multimode card cage) power module is fixed on multimode card cage, (fixed form: power module both can be hung on outward outside multimode card cage, also can insert in the slot of multimode card cage) display module is connected with main control module, and control module (as: keyboard, mouse etc.) is also connected with main control module; Remote computer is connected with main control module by interface processing unit.Fundamental surveillance parameter and each advanced parameters module are inserted in the slot of multimode card cage, constitute a complete monitor system.
when the auxiliary facilities of multimode card cage as monitor, in multimode card cage, only insert parameter module or advanced parameters module.
communication forms:
when forming monitor system with multimode card cage for platform, first the bio signal coming from human body is delivered to each parameter module, each parameter module by signal with multimode card cage for transmission channel sends main control module to, then by main control module, Various types of data is transferred to display in order to show waveform and the real-time measurement values of parameters.Simultaneously, if user is adjusted monitor by control module, the control instruction of adjustment is issued main control module by control module, by this transmission channel of multimode card cage, control instruction is issued parameters module again by main control module, parameters module is arranged according to control instruction.Because demand fulfillment main control module hangs and the application outside card cage, so multimode card cage needs the communication power supply interface retaining more than 1 in outside.
when the auxiliary facilities of multimode card cage as monitor, insert parameter module in multimode card cage, multimode card cage sends data to monitor by external communication interface, is processed and display waveform and parameter information by monitor self.
power supply:
when forming monitor with multimode card cage for platform, power module inserts or is fixed on multimode card cage, energy multimode card cage is flowed to each equipment by power module, namely main control module, each parameter module are all directly powered by multimode card cage, and the energy of display is also directly obtained by power module.
when the auxiliary facilities of multimode card cage as monitor, multimode card cage accepts the power supply from monitor by external interface.
display, main control module, these autonomous devices of each parameter module for platform with multimode card cage, are linked together by multimode card cage, form a kind of new-type monitor system by the present invention.Multimode card cage itself can also work together with monitor as the auxiliary facilities of plug-in type monitor.
the foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all do in the spirit and principles in the present invention any amendment, equivalent to replace and improvement etc., all should be included in protection scope of the present invention.
Claims (10)
1. a modularity monitor system, is characterized in that, comprising: multimode card cage, and is arranged on the power module on described multimode card cage, and described multimode card cage is provided with more than one communication power supply interface; Described communication power supply interface is plugged with: main control module, display module, control module, parameter module;
Described parameter module is used for the control command sent by communication power supply interface according to main control module, gathers physiology signal and this physiology signal is sent to described multimode card cage;
Described power module is used for for described multimode card cage and all modules of being connected with its communication power supply interface are powered;
Described control module is connected with described main control module, for described main control module input control order signal;
Described display module is connected with described main control module, for receiving and showing the parameter and waveshape signal that are sent by described main control module;
Described main control module, for being received the physiology signal from described parameter module by described multimode card cage, be be sent to described display module after parameter and waveshape signal by this human physiological signal treatment, and be after control instruction by the control instruction signal processing received, the corresponding module of this control instruction sensing is forwarded to by multimode card cage.
2. a kind of modularity monitor system according to claim 1, it is characterized in that, described main control module comprises: CPU, signal conversion unit, digital signal processing unit, instruction reception unit;
Described signal conversion unit, receives the described physiology signal coming from described parameter module and send by described multimode card cage, and is converted to digital measuring signal and is sent to described CPU;
Described digital signal processing unit, for receiving the complete digital measuring signal of described central processing unit for processing, and being treated to corresponding parameter and waveshape signal by this digital measuring signal, being sent to described display module;
Described instruction reception unit, receives the described control instruction signal that described control module is sent, and is sent to described CPU; Receive the control instruction that described central processing unit for processing completes, and be forwarded to the corresponding module of this control instruction sensing by described multimode card cage;
Described CPU, for receive and process described signal conversion unit input digital measuring signal, this digital measuring signal is sent to described digital signal processing unit; Receive and process described instruction reception unit input control instruction signal produce control instruction, undertaken sending this control instruction by communication power supply interface.
3. a kind of modularity monitor system according to claim 2, it is characterized in that, described main control module also comprises:
Alert process unit, obtains data by described CPU, and according to the threshold value pre-set, carries out alarm operation;
Electric power detection unit, is monitored described power module by described multimode card cage;
Interface signal processing unit, for receiving the parameter and waveshape signal that described digital signal processing unit sends, and is converted to corresponding advanced parameters signal and is sent to display module.
4. a kind of modularity monitor system according to claim 3, it is characterized in that, described interface signal processing unit is provided with lower interface: pci interface, USB interface, RJ45 cable interface, coaxial cable interface, USB interface, DMI interface, HDMI, defibrillation sync cap, modulating output interface and nurse call interface.
5. a kind of modularity monitor system according to claim 4, it is characterized in that, described control module comprises: touch control device, mouse, keyboard.
6. a kind of modularity monitor system according to claim 5, it is characterized in that, described display module comprises: analogue signal display and/or digital signal display and/or touch display.
7. a kind of modularity monitor system according to claim 6, is characterized in that, arrange one with upper hanger outside described multimode card cage, described hanger be used for described main control module, display module and control module external time fix.
8. a kind of modularity monitor system according to claim 7, it is characterized in that, described multimode plug-in unit is also provided with loudspeaker and alarm lamp mutually; Described in described alert process unit controls, loudspeaker and alarm lamp carry out reporting to the police and/or being reported to the police by display module.
9. a kind of modularity monitor system according to claim 8, it is characterized in that, described communication power supply interface is arranged at the inside and outside of described multimode card cage, and its communication power supply interface being arranged at multimode card cage inside and outside is more than one.
10. a kind of modularity monitor system according to claim 9, it is characterized in that, the physiology signal type collected by described parameter module comprises: EGC parameter, blood oxygen saturation parameter, respiration parameter, non-invasive blood pressure parameter, body temperature parameter, carbon dioxide parameter, anesthesia parameter, heart stroke, noinvasive heart row, depth of anesthesia, Continuous cardiac output; The quantity of described parameter module is more than one.
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| CN107198514A (en) * | 2017-04-24 | 2017-09-26 | 深圳恩启科技有限公司 | A kind of home medical device based on building blocks connecting method |
| CN114587295A (en) * | 2020-12-04 | 2022-06-07 | 青岛雅世医疗器械有限公司 | Portable multifunctional health detection system |
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| CN103239295A (en) | 2013-08-14 |
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