CN105243291B - Multi-parameter life sign work station - Google Patents
Multi-parameter life sign work station Download PDFInfo
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- CN105243291B CN105243291B CN201510852197.6A CN201510852197A CN105243291B CN 105243291 B CN105243291 B CN 105243291B CN 201510852197 A CN201510852197 A CN 201510852197A CN 105243291 B CN105243291 B CN 105243291B
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Abstract
The present invention provides a kind of multi-parameter life sign work station, belongs to technical field of medical instruments.Multi-parameter life sign work station, it includes primary processor, display driver, memory and display screen, characterized by further comprising n card connector, card connecting base mechatronics of the card connector in the presence of buckle structure with detector, to obtain the parameters for transmission of the various vital signs of measurand from detector to primary processor, primary processor is handled and stored in memory to the data inputted on card connector, the display pattern that primary processor selects according to user drives display driver to be shown the parameter of the various vital signs of the measurand stored in memory on the subregion of display screen, the n is the integer more than or equal to 1.Multi-parameter life sign work station provided by the invention can easily obtain the data on detector, further to transfer data to background server, and easily observed and contrasted.
Description
Technical field
The present invention relates to technical field of medical instruments, more particularly to a kind of multi-parameter life sign work station, it is convenient to
Data are obtained from detector and are easy to contrast.
Background technology
Everyone is being concerned about the health of oneself, and constantly expends financial resources management and safeguard the health of oneself.Tradition
Personal health management be often sick, see a doctor, but ignore the health supervision usually made into before hospital.With
Economic development, people generate the demand for usually carrying out health supervision, but suffer from no easy-to-use and usually wait health prison
Handguard section and method of service.Effective health protection can not usually be carried out by so allowing for people, to avoid disease；Once occur
After disease, the historical data of body Parameters variation before being admitted to hospital can not be provided again, thus delays doctor's diagnosis and treatment.Existing life entity
Sign detection patient monitor volume is big, operation connection is complicated.
In order to overcome above mentioned problem, through retrieval, it is used for vital sign in the presence of some small volumes in the prior art
The custodial care facility of detection.For example, Chinese invention patent application disclose it is a kind of based on the portable monitoring with radio communication function
The remote health monitoring system of terminal, it is by portable monitoring terminal, remote health monitoring website, health consultation person or fitness guru
Three parts are formed, and these three parts is formed a complete personal health long distance monitoring information system by internet.With oneself
Monitoring terminal is equipped with health supervision control program, built-in temperature, humidity, baroceptor, monitors personal user's body whenever and wherever possible
The body-sensing ambient parameter on side, and upload to remote health monitoring site databases.The terminal is equipped with external miniature blood oxygen, the heart
Rate, body temperature physiological data detector, the site databases are uploaded to by measurement result, are turned into system and are provided health prompt, scheme
Foundation.The website receives the body-sensing data and physiological measurements parameter with storage user terminal uploads, terminal user is given strong
Health instructs, and people is easily obtained system, continuous health supervision.Chinese invention patent also discloses a kind of physiological detection
The health supervision master/slave system of module, including：External survey meter equipment, the external survey meter equipment pass through data wire or wireless
Monitoring result data are sent to health supervision machine machine tool or health supervision loom machine by signal transmission form；And health supervision machine
Machine tool, health control is arrived on hair after the health supervision machine machine tool is calculated the detection data for coming from external survey meter equipment
Service background；And the portable health monitoring loom machine of double communication, the health supervision are carried out with health supervision machine machine tool
To health management service backstage on hair after loom machine is calculated the detection data for coming from external survey meter equipment.The present invention
The face-to-face service of the medical personnel of specialty need not be relied on, user health supervision can be used to set in place of having mobile communications network
It is standby to be tested, and then supported by long-range background system, with regard to system, continuous remote health monitoring service can be obtained.
However, if transmitted data on network is relied on merely, then when a network fails, data acquisition end takes with data
Data link between business device becomes unavailable, and then have impact on being smoothed out for Data acquisition and issuance work.
The content of the invention
To overcome shortcoming present in prior art, goal of the invention of the invention is to provide a kind of multi-parameter life body running
Stand, it can easily obtain the data on detector, and easily observed and contrasted.
For achieving the above object, the invention provides a kind of multi-parameter life sign work station, it includes main process task
Device, display driver, memory and display screen, it is characterised in that also including n card connector, the card connector is in buckle knot
In the presence of structure with the card connecting base mechatronics of detector, to obtain the various vital signs of measurand from detector
Parameters for transmission is handled and stored in memory to the data inputted on card connector to primary processor, primary processor,
Display pattern that primary processor selects according to user driving display driver is with by the various of the measurand stored in memory
The parameter of vital sign is shown that the n is the integer more than or equal to 1 on the subregion of display screen.
Preferably, the card connector is connected to the serial ports of primary processor by data wire.
Preferably, multi-parameter life sign work station also includes network adapter, communication module and/or communication subsystem,
The processor is communicated with background server by net adapter, communication module and/or communication subsystem.
Preferably, the n is 2, the various life entities for 2 measurands that primary processor is received to 2 card connectors
The parameter of sign is handled and stored in memory respectively, and display screen drives display driver to deposit according to the selection mode of user
The parameter of the various vital signs of the measurand stored in reservoir is respectively displayed on display screen left area and right half area.
Preferably, multi-parameter life sign work station also includes SIM interface circuit and sim card slot, and the sim card slot is used for
SIM card is set, and the SIM card is connected by SIM interface circuit with primary processor.
Preferably, the parameter of various vital signs includes the one or more of following parameters：Electrocardio, blood pressure, blood oxygen saturation
Degree, pulse, heart rate, body temperature and blood glucose.
Preferably, the primary processor takes out the various vital signs that wantonly twice of measurand obtains from memory
Parameter be respectively displayed on the subregion of display screen and another part region on to be contrasted.
Preferably, the primary processor by network adapter, communication module and/or communication subsystem from background server
The parameter for the various vital signs that wantonly twice taken out obtains is respectively displayed on the subregion of display screen and another part
To be contrasted on region.
Compared with prior art, the present invention, which provides multi-parameter life sign work station, network signal（Including wireless network
Network and cable network）In the case of, it can be communicated by network signal with detector, in the case of no network signal
Mechatronics can be carried out by the card connecting base of card connector and detector to obtain detection data or simultaneously from detector
Background server is uploaded to, in this way, the display screen of detector can do smaller, is easy to carry, when needing clearly
When observing measurement result, detector is inserted into work station, clearly shown measurement result using the big display screen of work station
Show to come.
Brief description of the drawings
Fig. 1 is the architectural schematic that the present invention provides multi-parameter life sign detecting system；
Fig. 2 is the circuit composition frame chart of work station provided by the invention；
Fig. 3 is the circuit composition frame chart of multiple solutions controller provided by the invention；
Fig. 4 is the circuit composition frame chart of detector provided by the invention；
Fig. 5 is the overall schematic of work station detector buckle structure provided by the invention；
Fig. 6 is work station detector buckle structure decomposing schematic representation provided by the invention；
Fig. 7 is the workflow diagram of work station provided by the invention.
Embodiment
Below in conjunction with the accompanying drawings and specific embodiment is described further with regard to technical scheme.It should be appreciated that this
The specific embodiment of place description is not intended to limit the present invention only to explain the present invention.The realization of the object of the invention, function
Feature and advantage will be described further referring to the drawings in conjunction with the embodiments.
Fig. 1 is the architectural schematic that the present invention provides multi-parameter life sign detecting system.As shown in figure 1, more ginsengs
Number vital sign detecting system includes cloud management system, the two-dimensional code data server by network connection（Do not show in figure）, it is strong
Health archive server, authentication server, multiple work stations（Work station A, work station B, work station C ...）, multiple detectors,
Hospital（Hospital 1, hospital of hospital 2 ... m）With national CDC, wherein, the network be used in work station, detector, hospital, country
It is communicatively coupled between CDC and various servers.Hospital, national CDC can have terminal, and hospital can utilize the present invention to provide
Multi-parameter life sign detecting system measurand is detected, the single authorized user without medical qualification can also
Measurand is detected using multi-parameter life sign detecting system provided by the invention, hospital, the user authorized and state
Family CDC can have access to the data in health account server.National CDC is by having access to the data in health account server to certain
A kind of slow disease carries out statistical analysis to provide public's warning information.The network using such as Wi-Fi, Wi-Max, 3G, 4G,
UMTS（General Mobile moves communication system）、ISDN（ISDN）、DSL（Digital subscriber line）、ATM（Asynchronous transmission
Pattern）, 802.11, the connection of Ethernet, the technology such as InfinBand and PCI Express Advanced Switching.
Application protocol includes TCP/IP in network（Transmission control protocol/procotol）、MPLS（Multiprotocol label switching）、UDP（User
Datagram protocol）、HTTP（HTTP）、SMTP（Single Mail Transfer protocol）、FTP（FTP）、LDAP
（Light Directory Access Protocol）、CDMA（CDMA）、WCDMA（WCDMA）、GSM（Global system for mobile communications）、
HSDPA（High-speed downlink packet access）Deng.The form of data is exchanged in a network including HTML, XML etc..
Cloud management system is used to be managed network；The two-dimensional code data server is used to deposit national authentication center
License to the two-dimensional code data of various manufacturers.Health account server is used for the file data for depositing measurand, including
Name, sex, date of birth, identification card number, testing location and each test record etc..Identity server is described for storing
The identity information of work station, detector；The work station is used to handle the data of detector and send to by network
Two-dimensional code data server, health account server or authentication server etc., it can also have access to the data of each server, its
Visit device and client application etc. have been put in installation.
Fig. 2 is the composition frame chart of work station provided by the invention.As shown in figure 1, work station includes communication subsystem, main place
Device 41, application subsystem, card connector 35 and card connector 36 are managed, wherein, card connector 35 is used for electromechanical with the first detector
Connection, by the measured data transfer of the first detector to primary processor 41；Card connector 36 is used for and the second detector
Mechatronics, by the data transfer measured by the second detector to primary processor 41.Application subsystem includes display driver
46th, display screen 48, touch-screen 47, keyboard（Do not show in figure）, bluetooth module 42, WLAN module 43, WIFI module 44, SDRAM30,
NANDFLAH31, USB interface 34, network adapter 37 and SIM interface 32, wherein, primary processor is by the first detector and second
The data that detector is provided are handled, and the subregion of display screen and another portion are respectively displayed on by display driver 46
Subregion, preferably left area and right half area, touch-screen 47 are used for input data and instruction；Keyboard is used for input data and referred to
Order；Bluetooth module 42, WLAN module 43 and WIFI module 44 are respectively by antenna through respective application network and detector, backstage
Server and/or cloud management system are communicated；USB interface 34 is used to background server be connected by USB line；Network adaptation
Device 37 is used to detector, background server and/or cloud management system be connected by network；SIM interface 32 is used to insert SIM
Card.SDRAM30 is used for storage system program；NANDFLAH31 is used to store application program and data.Communication subsystem includes day
Line, RF transceiver 38, analogue baseband processors 39 and digital baseband processor 40, when transmitting, digital baseband processor 40 will
Data that primary processor is provided carry out source coding and channel coding and form digital baseband signal, and analog processor is by digital base
Band signal is modulated on high frequency, and RF transceiver is used to high-frequency signal being amplified, to be transmitted into space by antenna 38；Receive
During letter, spatial electromagnetic ripple is converted to high frequency small-signal by antenna 38；High frequency small-signal is amplified by RF transceiver, simulates base
Provided with processor demodulates digital baseband signal from high-frequency signal, and digital baseband transmission system device takes out from digital baseband signal
Data are supplied to primary processor, i.e. are led to the data that work station needs to transmit out according to the instruction of user by communication subsystem
Network transmission is crossed to detector, background server and/or cloud management system.
Fig. 3 is the circuit composition frame chart of display driver provided by the invention.As shown in figure 3, display provided by the invention
Driver includes the first serial interface circuit 101, the first serial to parallel conversion circuit 105, first along detector 103, the second serial interface
Mouthful circuit 100, the second serial to parallel conversion circuit 106, second are along detector 102, display control circuit 107 and conversion switch
104, data-signal DI1, the clock signal CL and EN1 points of enable signal that the first serial interface circuit 101 provides primary processor
The first serial data signal SDI1 for the left area in display screen, the first serial clock signal SCL1 and are not converted to
One enable signal SEN1；First is used to detecting enable signal SEN1 trailing edge along detector 103, and output represents the of its situation
One along detection signal；First serial to parallel conversion circuit 105 when serial clock signal SCL1 and first along in the presence of detection signal
First serial data SDI1 is converted into parallel data PD1, PD2, PD3 ..., PDN is simultaneously supplied to display control circuit 107, and
A string and translation circuit 105 include N number of d type flip flop D1, D2, D3 ... of serial connection, DN, N number of d type flip flop D1, D2,
D3 ..., DN output end are respectively latched the data of output by N number of latch C1, C2, C3 ..., CN, so that will be serial defeated
The data entered are converted to the data of parallel output.Data-signal DI2 that second serial interface circuit 100 provides primary processor,
Clock signal CL and enable signal EN2 is respectively converted into for the second serial data signal in the right half area of display screen
SDI2, the second serial clock signal SCL2 and the second enable signal SEN1；Second is used to detect enable signal along detector 102
SEN2 trailing edge, output represent the second of its situation along detection signal；Second serial to parallel conversion circuit 106 when serial clock believe
Number SCL2 and second along in the presence of detection signal by the second serial data SDI1 be converted to parallel data PDN1, PDN2,
PDN3 ..., PDNN are simultaneously supplied to display control circuit 107, and the second serial to parallel conversion circuit 106 includes N number of D triggerings of serial connection
Device DN1, DN2, DN3 ..., DNN, N number of d type flip flop DN1, DN2, DN3 ..., DNN output end pass through N number of latch respectively
CN1, CN2, CN3 ..., CNN latch the data of output, so as to which the data of serial input to be converted to the data of parallel output.
Display pattern of the conversion switch 104 according to selected by user switches over, and the present invention provides plurality of display modes, left half screen
Individually display, right half screen individually show, left and right half screen at the same show and full screen display, when user select be displayed in full screen when, switch
Change-over circuit 104 merges the first serial to parallel conversion circuit and the second serial to parallel conversion, the first serial data SDI1 is converted to parallel
Data PD1, PD2, PD3 ..., PDN, PDN1, PDN2, PN3 ..., PDNN.Conversion switch 104 include six electric switch k1,
K2, k3, k4, k5, k6, k1, k3, k5 are N-channel FET, and k2, k4, k6 are P-channel field-effect transistor (PEFT) pipe.Primary processor according to
Display pattern selected by family provides control signal CON, when selecting to be displayed in full screen, k1, k3, k5 cut-off, and k2, k4, k6 conducting.
Right half screen is individually shown and left and right half screen is shown simultaneously when, k1, k3, k5 conducting, k2, k4, k6 cut-off.Display control circuit
107 produce the row of driving display screen according to data PD1, PD2, the PD3 ... provided, PDN, PDN1, PDN2, PN3 ..., PDNN
Output data and row output data.
Fig. 4 is the composition frame chart of detector provided by the invention.As shown in figure 4, the detector include card connecting base 52,
Processor 51, detector application subsystem and measurement subsystem, wherein, card connecting base 52 is used for through buckle structure and work station
Card connector is electromechanical to be connected；Detector application subsystem include utilizing camera interface, camera 66, identity card identification module 59, touch
Display screen 53, multiple key switches 5, SDRAM56, NANDFLASH57 and clock circuit are touched, wherein, camera 66 is used to obtain
Various image informations, it is sent image information to processor 51 through utilizing camera interface 58, clapped in the present invention using camera 66
The image of measurand is taken the photograph to establish case archives, Quick Response Code and/or the test section of various reagents are also obtained using camera
The image in domain is further to carry out graphical analysis；Identity card identification module 59 be used to obtaining the ID card information of detected object with
Used for establishing case archives, identity card identification module can be RFID module.Touch display screen 53 is used for input instruction and number
According to being additionally operable to display image；Clock circuit 54 is used to provide clock signal to processor.Key switch（Including multiple）, it is used for
Perform various switch motions, such as switching on and shutting down, selection；SDRAM56 is used for the system program for storing detector, and NANDFLASH is used
In storage application program and data.
The measurement subsystem includes MCU serial ports process circuit 60 and body examination measurement interface 61, the measurement of bldy temperature interface
For being connected with digital body temperature measuring instrument, the temperature data measured by digital body temperature measuring instrument is handled into electricity by MCU serial ports
Road sends processor to.The measurement subsystem also includes blood glucose measurement interface 62, and blood glucose measurement interface is used for and digital blood glucose
Instrument is connected, and sends the blood glucose saturation degree measured by digital blood glucose meter to processor by MCU serial ports process circuits.The survey
Quantized system also includes electrocardio measurement interface 63, and electrocardio measurement interface is used to be connected with Digital ECG instrument, by digital electrocardio
Electrocardiogram (ECG) data measured by figure instrument sends processor to by MCU serial ports process circuits.The measurement subsystem also includes blood pressure
Interface 64 is measured, blood pressure measurement interface is used to be connected with digital blood pressure instrument, the blood pressure data measured by digital blood pressure instrument is led to
Cross MCU serial ports process circuits and send processor to.The measurement subsystem also includes Oximetry interface 65, Oximetry interface
For being connected with digital BOLD contrast, the blood oxygen concentration data measured by digital BOLD contrast are passed by MCU serial ports process circuit
Give processor.Each measurement module is connected to processor through MCU serial ports process circuits, by the input of various measurement data everywhere
Manage device.Processor carries out processing to various data and can shown in touch display screen, and can be passed by card connecting base 52
It is sent to work station.
Detector provided by the invention also includes bluetooth module 66, WLAN module 68, WIFI module 67, network adapter
73rd, SIM interface 72 and communication subsystem 70, bluetooth module 66, WLAN module 68 and WIFI module 67 are respectively by antenna through each
From network and work station and background server（Including health account server, case server etc.）And/or cloud management system
Etc. being communicated；Network adapter 73 is used to pass through network（Such as various cable networks）With work station, background server and/or cloud
Management system is connected；SIM interface 72 is used to insert SIM card.Communication subsystem includes antenna, RF transceiver, at ABB
Device and digital baseband processor are managed, when transmitting, the data that digital baseband processor 51 is provided processor 51 carry out information source volume
Code and channel coding form digital baseband signal, and digital baseband signal is modulated on high frequency by analog processor, RF transceiver
For high-frequency signal to be amplified, to be transmitted into space by antenna 71；During the collection of letters, spatial electromagnetic ripple is changed with antenna 71
For high frequency small-signal；High frequency small-signal is amplified by RF transceiver, and analogue baseband processors demodulate from high-frequency signal
Digital baseband signal, digital baseband transmission system device take out data from digital baseband signal and are supplied to primary processor, i.e. pass through
The data that detector needs to transmit out are passed through network transmission to work station, background service by communication subsystem according to the instruction of user
Device and/or cloud management system.
Work station provided by the invention is provided with shell, and the side of shell is open at least provided with one, preferably two, often
Work station detector module buckle structure is provided with individual opening, so that the card connector of work station and the card connecting base of detector
Mechatronics, so as to facilitate the data transfer on detector to work station, and shown on the display screen of work station, this hair
The display screen of bright middle work station is much larger than the display screen of detector, in this way, when will the data transfer that be measured on detector to work
When on standing, it can be shown on the display screen of work station, in this way, being easy to clearly observe.
Fig. 5 is the overall schematic of work station detector module buckle structure provided by the invention.Fig. 6 is offer of the present invention
Work station detector module buckle structure decomposing schematic representation.As seen in figs. 5-6, work station detector module provided by the invention
Buckle structure includes detector slot, detent mechanism and ejecting mechanism, and detector is positioned at detector and inserted by the detent mechanism
In groove, the ejecting mechanism is used to eject detector 11 from detector slot, and the upper surface of the housing of the detector is extremely
Small part is inclined-plane and is provided with locating slot.Slot includes detector and inserts groove upper cap 6 and detector slot lower cover 12, and detector is inserted
Groove lower cover is the bathtub construction being made up of four faces, and it includes lower panel, the first left panel, the first right panel and first flank
Plate, first flank plate are inverse-T-shaped, and first left side is provided with three on the outside of plate and the first right panel and is used to insert screw
Support.Ejector pin component slot 17 is provided with lower panel close at first flank plate.It is by four face structures that detector, which inserts groove upper cap,
Into bathtub construction, it includes top panel, the second left panel, the second right panel and second flank plate, and second left side is in plate and second
Three supports for being used to insert screw are provided with the outside of right panel.Top panel is provided with rectangular through-hole, is set in rectangular through-hole
Fixed support is put, detent mechanism is arranged at fixed support upper end.Support bracket fastened front end is provided with track 24, is set in track 24
It is fluted
Ejecting mechanism includes ejector pin component, ejector pin component include push rod 13, the first spring 14 and with top plate 15, the top plate
The first groove 16 is provided with 15, the first end of push rod is axially disposed the second groove, at least portion of the first end of spring 14
Divide and be embedded in the second groove, the second end of spring 14 is at least partially embedded in the first groove 16, and the first end of push rod is extremely
Small part is embedded at least part space of the first groove 16 and can moved under action from the spring 14 in the first groove 16.
Detent mechanism includes location-plate 1, spring 2, spring 18, location key seat 3, location key seat 19, alignment pin 4 and alignment pin
20, wherein, location-plate 1 is symmetrically arranged with two grooves, and the first end face of location key seat 3 is inclined-plane, and is provided with alignment pin 4,
The second end setting of location key seat 3 is fluted, and at least a portion of embedded spring 2, the second end of location key seat are embedding in groove
At least partly enter at least part cavity of a groove of location-plate and can be moved in the presence of spring 2 in groove；
The first end face of location key seat 19 is inclined-plane, and sets alignment pin 20, and the second end setting of location key seat 19 is fluted, in groove
At least a portion of embedded spring 18, one end of location key seat be at least partially embedded in another groove of location-plate and energy
It can be moved in the presence of spring 18 in groove.Location-plate front lower place is provided with flange 21 and flange 22, flange 21 and flange 22
Structure it is identical, their upper and lower surface is the cambered surface being bent upwards, and preceding surface is rectangle, and left and right side is " L " shape, behind with
Location-plate is bonded or is integrally formed.
Ejecting mechanism also includes push-rod assembly, and the push-rod assembly includes push rod 8, spring 7 and button 9, wherein, push rod 8
Including crossbeam and left and right ends arm, crossbeam and the integrally formed " u "-shaped of left and right ends arm, at least the one of the upper surface of left and right ends arm
Part is inclined-plane, and left and right ends arm is provided with insertion chute, and the alignment pin of localization machine left and right ends can be each passed through insertion
Chute is simultaneously embedded in the locating slot on the housing of detector.Flange 23 is provided with the mediad of crossbeam, behind flange 23
Cylinder is provided with to be embedded at least one section of the first end of spring 7, projection is provided with before flange 23 to be inserted in button 9.Bullet
At least one section of second end of spring 7 is embedded in the groove in fixed support upper rail 24.
During assembling, the first step：Fixed support is fixed in the above in the rectangular opening of plate, makes flange 24 thereon forward.The
Two steps, one end of spring 7 is arranged in the groove of track 24, the other end of spring 7 is arranged on behind push rod flange 23
In cylinder, button is enclosed in the projection before flange 23, push rod is movably arranged as on fixed support by then fixation.3rd
Step, one end of location key seat 3 is set into alignment pin 4, the other end is embedded in 2 springs, and the location key seat of embedded spring 2 is embedded in positioning
In the groove of plate；One end of location key seat 19 sets alignment pin 20, and the other end is embedded in 18 springs, the location key seat of embedded spring 18
It is embedded in another groove of location-plate, then, detent mechanism is movably arranged as on fixed support.5th step, by bullet
One end of spring 14 is arranged in the groove of push rod one end, and one end that push rod then embedded in spring 14 is embedded in 1 groove 16,
Then top plate is inserted in the groove in treatise lower panel；6th step, detector is inserted into groove upper cap and detector slot passes through spiral shell
Nail is fixed together.Form work station detector module buckle structure.
When detector loads work station, detector 11 promotes push rod 13, the compression ejection spring 14 of push rod 13, due to thimble
The position of component 15 is fixed, then after detector 11 is pushed into certain position, thimble meeting and detector on the card connector on work station
Jack on card connecting base is connected, can be to carry out data transmission.Meanwhile in the push-on process of detector, alignment pin 4 is lifted
Rise, until being inserted into precalculated position, alignment pin 4 and alignment pin 20 are respectively fallen in positioning hole 10 and positioning hole 25, realize detection
The positioning of instrument.
When detector needs to be ejected, Pen-down detection instrument ejection button 9, detector ejection button 9 drives push rod 8, pushes away
The inclined-plane of the end walls of bar 8 and the inclined-plane of location key seat are done relative motion, and the horizontal movement of push rod is converted into the vertical of alignment pin
Motion, alignment pin are lifted, and now detector loses horizontal restraining force, and spring 14 promotes push rod 13, and push rod 13 promotes inspection
Instrument 11 is surveyed, detector is ejected.
A usual work station can configure multiple work station detector buckle structures, the multiple including one or two
More than, in this way, a work station can carry out mechatronics with multiple detectors, i.e. in the case of no any network, also can
Enough carry out logical information content.
It can make measurement subsystem and transmission subsystem side because there is provided work station detector buckle structure in the present invention
Just it is combined together, to carry out data transmission, can be conveniently separated again, easily carries out various life entities to measurand
The measurement of sign, in this way, can be observed using the larger display screen of work station, and carried out using the detector of smaller size smaller
Sign measures, therefore substantially increases flexibility, reliability and the visuality of operation.
Fig. 7 is the workflow diagram of work station provided by the invention.As shown in fig. 7, the place of work station provided by the invention
The course of work of reason device includes：Two serial ports of primary processor are sequentially searched for, as long as searching data, are just stored data into
In NANDFLASH 31, primary processor takes out data from memory and is shown data according to the selection display pattern of user again
On the respective regions of display screen, preferably left area and right half area, two user interfaces in left and right are formed, preferably from main process task
The data of device first serial input are shown on a part of region of display screen, are shown from the data of primary processor second serial input
Show on another part region of display screen.Received data can also pass through network adapter, communication module and/or communication
Subsystem is sent to background server, and background server includes health account server etc..
The processor can also take out the parameter of the various vital signs measured before of measurand from memory
It is shown on the subregion of display screen, the parameter of the various vital signs of the measurand just received from card connector is shown
To be contrasted to same measurand in the data that different periods measure on another part region of display screen, or can be with
The case of the measurand of wantonly twice or period is called to be shown on another part region of display screen from memory
To be contrasted to same measurand in the data that different periods measure, to be analyzed.
The processor can also be taken out by network adapter, communication module and/or communication subsystem from background server
The parameter of the various vital signs measured before measurand is shown on the subregion of display screen, will be just from card connector
The parameter of the various vital signs of the measurand of reception is shown on another part region of display screen.Or can be from backstage
Called in server the measurand of wantonly twice or period case be shown on another part region of display screen with
Same measurand is contrasted in the data that different periods measure, to be analyzed.
The present invention is described in detail above in association with accompanying drawing, but those of ordinary skill in the art should be known that specification only
It is to be used to explain claims.But protection scope of the present invention is not limited to specification.It is any to be familiar with the art
Technical staff is in the technical scope that the present invention discloses, the change or replacement that can readily occur in, should all cover the present invention's
Within protection domain.Therefore, protection scope of the present invention should be defined by the protection domain of claims.
Claims (8)
1. a kind of multi-parameter life sign work station, it includes primary processor, display driver, memory and display screen, and it is special
Sign is, in addition to n card connector, and the card connector is electromechanical with the card connecting base of detector in the presence of buckle structure
Connection, to obtain the parameters for transmission of the various vital signs of measurand from detector to primary processor, primary processor pair
The data inputted on card connector are handled and stored in memory, and the display pattern that primary processor selects according to user is driven
Dynamic display driver with by the parameter of the various vital signs of the measurand stored in memory in the subregion of display screen
On shown, the n is integer more than or equal to 1, and display driver includes the first serial interface circuit, the first string simultaneously
Translation circuit, the second serial interface circuit, the second serial to parallel conversion circuit (106), display control circuit (107) and switch conversion
Circuit (104), the first data-signal that the first serial interface circuit (101) provides primary processor, clock signal and first make
Can signal be respectively converted into the first serial data signal for the left area in display screen, the first serial clock signal and the
First serial data is converted to parallel data and is supplied to display control electric by a string of row enable signals, the first serial to parallel conversion circuit
Road；The second data-signal, clock signal and the second enable signal that second serial interface circuit provides primary processor turn respectively
It is changed to for serial enabled in the second serial data signal of the right half area of display screen, the second serial clock signal and second
Signal；Second serial data is converted to parallel data and is supplied to display control circuit by the second serial to parallel conversion circuit;Switch turns
Change display pattern of the circuit according to selected by user to switch over, display pattern is individually shown including left half screen, right half screen is independent
Display, left and right half screen are shown simultaneously and full screen display.
2. multi-parameter life sign work station according to claim 1, it is characterised in that the card connector passes through data
Line is connected to the serial ports of primary processor.
3. multi-parameter life sign work station according to claim 2, it is characterised in that also including network adapter, lead to
Believe module and/or communication subsystem, the processor passes through net adapter, communication module and/or communicator with background server
System is communicated.
4. according to any described multi-parameter life sign work stations of claim 1-3, it is characterised in that the n is 2, main place
The parameter of the various vital signs for 2 measurands that reason device is received to 2 card connectors handles and stores storage respectively
In device, display screen drives display driver with by the various lifes of the measurand stored in memory according to the selection mode of user
The parameter of life sign is respectively displayed on display screen left area and right half area.
5. multi-parameter life sign work station according to claim 4, it is characterised in that also including SIM interface circuit and
Sim card slot, the sim card slot are used to set SIM card, and the SIM card is connected by SIM interface circuit with primary processor.
6. multi-parameter life sign work station according to claim 5, it is characterised in that the parameter of various vital signs
One or more including following parameters：Electrocardio, blood pressure, blood oxygen saturation, pulse, heart rate, body temperature and blood glucose.
7. according to any described multi-parameter life sign work stations of claim 1-3, it is characterised in that the primary processor from
The parameter that the various vital signs of the acquisition of wantonly twice of measurand are taken out in memory is respectively displayed on the part of display screen
To be contrasted on region and on another part region.
8. according to any described multi-parameter life sign work stations of claim 1-3, it is characterised in that the primary processor leads to
Cross the various life that wantonly twice that network adapter, communication module and/or communication subsystem are taken out from background server obtains
The parameter of sign be respectively displayed on the subregion of display screen and another part region on to be contrasted.
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| CN108880573B (en) * | 2018-05-08 | 2019-09-24 | 中国人民解放军军事科学院军事医学研究院 | A kind of field sick and wounded information radio transmission apparatus |
| US10922961B2 (en) * | 2019-03-13 | 2021-02-16 | Fresenius Medical Care Holdings, Inc. | Remote communication with multiple dialysis machines |
| CN111542036B (en) * | 2020-04-30 | 2021-04-20 | 浙江大学 | Wireless transmission assembly for anesthesia monitor and transmission method thereof |
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