CN109087491A - A kind of Medical Devices remote data acquisition device - Google Patents
A kind of Medical Devices remote data acquisition device Download PDFInfo
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- CN109087491A CN109087491A CN201810819163.0A CN201810819163A CN109087491A CN 109087491 A CN109087491 A CN 109087491A CN 201810819163 A CN201810819163 A CN 201810819163A CN 109087491 A CN109087491 A CN 109087491A
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- metal clips
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
- G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
-
- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C19/00—Electric signal transmission systems
Abstract
The invention discloses a kind of Medical Devices remote data acquisition devices, belong to medical communication technical field technical field, including collector female and four collector male connectors, solves the technical issues of wired communication interface in intelligent medical equipment is converted by WIFI wireless communication using the acquisition interface of modular construction；The present invention uses modular construction, and the flexible communication interface for replacing front end effectively reduces volume, strong applicability.
Description
Technical field
The invention belongs to medical communication technical field, in particular to a kind of Medical Devices remote data acquisition device.
Background technique
Establishing in various hospitals at present has independent Health Service Laboratory or intelligent medical center, wherein there are many setting up
Intelligent medical equipment, and these intelligent medical equipment are produced by multiple producers, then these intelligent medical equipment all have not
Same communication interface will need a large amount of if these communication interfaces are all connected to control centre with corresponding communication line
Route, this just provides a large amount of cumbersome engineer operation for the layout of these intelligent medical equipment, and if requiring these intelligence
Energy Medical Devices just come with before factory
The function of WIFI communication, just will increase the workload and cost of producer.
Summary of the invention
The object of the present invention is to provide a kind of Medical Devices remote data acquisition devices, solve the acquisition using modular construction
The technical issues of wired communication interface in intelligent medical equipment is converted into WIFI wireless communication by interface.
To achieve the above object, the invention adopts the following technical scheme:
A kind of Medical Devices remote data acquisition device, including collector female and four collector male connectors, collector female
Including the female shell equipped with slot, 4 apertures are additionally provided on female shell, a LED light are equipped in each aperture, outside
The side of shell is set there are two windowing, and USB communication interface and USB charging interface stretch out two windowings respectively, on the trough wall surface of slot
Several grooves are successively equipped at intervals with, a metal clips is equipped in each groove；
It is equipped with wiring board in shell, wiring board is equipped with main control chip, lithium battery, charging module, the first USB module, the
Two USB modules, WIFI module, LED light group interface, usb signal output port, 485 modules, 232 modules, CAN module, ether
Net module, photoelectrical coupler and On-off signal end, the first USB module, the second USB module, WIFI module, LED light group, 485
Module, 232 modules, CAN module, ethernet module and photoelectrical coupler are electrically connected with main control chip, usb signal output end
Mouth is electrically connected with the second USB module, and On-off signal end is electrically connected with photoelectrical coupler；
Each LED light connects LED light group interface by conducting wire, and USB communication interface connects usb signal by conducting wire
Output port；USB charging interface connects charging module by conducting wire；
Charging module is connect with lithium battery, charging module be main control chip, the first USB module, the second USB module,
WIFI module, 485 modules, 232 modules, CAN module, ethernet module and photoelectrical coupler power supply；
The metal clips includes metal clips one, metal clips two, metal clips three, metal clips four, metal clips
Five, metal clips six, metal clips seven, metal clips eight, metal clips nine, metal clips ten, metal clips 11, metal elastic
Piece 12, metal clips 13, metal clips 14, metal clips 15, metal clips 16, metal clips 17, metal
Elastic slice 18, metal clips 19, metal clips 20 and metal clips 21；
Metal clips one and metal clips two constitute 485 communication shrapnel groups, and metal clips one and metal clips two are logical
It crosses conducting wire and connects 485 module；
Metal clips three, metal clips four and metal clips five constitute 232 communication shrapnel groups, metal clips three, metal
Elastic slice four connects 232 module by conducting wire with metal clips five；
Metal clips six and metal clips seven constitute CAN communication shrapnel group, and metal clips six and metal clips seven are logical
It crosses conducting wire and connects the CAN module；
Metal clips eight, metal clips nine, metal clips ten and metal clips 11 constitute usb communication shrapnel group, gold
Belong to elastic slice six and first USB module is connected by conducting wire with metal clips seven；
Metal clips six and metal clips seven constitute CAN communication shrapnel group, and metal clips six and metal clips seven are logical
It crosses conducting wire and connects the CAN module；
Metal clips 12, metal clips 13, metal clips 14, metal clips 15, metal clips 16, metal
Elastic slice 17, metal clips 18 and metal clips 19 constitute ethernet communication shrapnel group, metal clips 12, metal elastic
Piece 13, metal clips 14, metal clips 15, metal clips 16, metal clips 17, metal clips 18 and metal
Elastic slice 19 connects the ethernet module by conducting wire；
Metal clips 20 and metal clips 21 constitute position signal shrapnel group, metal clips 20 and metal elastic
Piece 21 connects the On-off signal end by conducting wire；
Collector male connector includes that USB collector male connector, CAN bus collector male connector, 485 collector male connectors and Ethernet are adopted
Storage male connector；
All collector male connectors include setting reeded male connector shell；One is equipped in the groove of USB collector male connector
USB interface, in the groove of CAN bus collector male connector equipped with a CAN interface, 485 collector male connectors groove in set
There is a DB9 needle interface, is equipped with a RJ45 interface in the groove of Ethernet collector male connector；
Metal clips 22, metal clips 23, metal clips two are embedded on the outer surface of USB collector male connector
14 and metal clips 25, metal clips 22, metal clips 23, metal clips 24 and metal clips two
15 is corresponding with metal clips eight, metal clips nine, metal clips ten and metal clips 11 respectively；
Metal clips 26 and metal clips 27, metal are embedded on the outer surface of CAN bus collector male connector
Elastic slice 26 and metal clips 27 are corresponding with metal clips six and metal clips seven respectively；
Metal clips 28, metal clips 29, metal clips three are embedded on the outer surface of 485 collector male connectors
Ten, metal clips 31 and metal clips 32, metal clips 28, metal clips 29, metal clips 30,
Metal clips 31 and metal clips 32 respectively with metal clips one, metal clips two, metal clips three, metal clips
Four and metal clips five it is corresponding；
Metal clips 33, metal clips 34, metal elastic are embedded on the outer surface of Ethernet collector male connector
Piece 35, metal clips 36, metal clips 37, metal clips 38, metal clips 39 and metal elastic
Piece 40, metal clips 33, metal clips 34, metal clips 35, metal clips 36, metal clips three
17, metal clips 38, metal clips 39 and metal clips 40 respectively with metal clips 12, metal clips ten
Three, metal clips 14, metal clips 15, metal clips 16, metal clips 17, metal clips 18 and metal clips
19 is corresponding；
USB collector male connector, CAN bus collector male connector, the appearance of 485 collector male connectors and Ethernet collector male connector
It is also embedded with metal clips 41, metal clips 41 and metal clips 20 on face and metal clips 21 is opposite
It answers.
The length of the metal clips 41 is at least twice of the metal clips 20.
The model S3C2410 of the main control chip；The model CH4054 of the charging module；The WIFI module
Model ESP8266；The model MAX485 of 485 module；The model MAX232 of 232 module；The CAN mould
The model TJA1050T of block；The model W5500 of ethernet module.
The LED light group interface includes several I/O port input terminals, each described LED light is all connected with an I/O port input
End.
A kind of Medical Devices remote data acquisition device of the present invention, solving will using the acquisition interface of modular construction
Wired communication interface in intelligent medical equipment is converted into the technical issues of WIFI wireless communication；The present invention uses modular construction,
The communication interface of flexible replacement front end, effectively reduces volume, strong applicability.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of installation diagram of the invention；
Fig. 2 is the structural schematic diagram of collector female of the invention；
Fig. 3 is the structural schematic diagram of USB collector male connector of the invention；
Fig. 4 is the structural schematic diagram of CAN bus collector male connector of the invention；
Fig. 5 is the structural schematic diagram of 485 collector male connectors of the invention；
Fig. 6 is the structural schematic diagram of Ethernet collector male connector of the invention；
Fig. 7 is the schematic diagram block diagram of wiring board of the invention.
Specific embodiment
A kind of Medical Devices remote data acquisition device as shown in figs. 1-7, including collector female and four collector public affairs
Head, collector female include the female shell 1 equipped with slot 48, are additionally provided with 4 apertures 60, each aperture on female shell 1
A LED light is equipped in 60, the side of shell is set there are two windowing, and USB communication interface 2 and USB charging interface 28 are stretched respectively
Two open a window out, are successively equipped at intervals with several grooves on the trough wall surface of slot 48, a metal elastic is equipped in each groove
Piece；
Be equipped with wiring board 3 in shell, wiring board 3 be equipped with main control chip, lithium battery, charging module, the first USB module,
Second USB module, WIFI module, LED light group interface, usb signal output port, 485 modules, 232 modules, CAN module, with
Too net module, photoelectrical coupler and On-off signal end, the first USB module, the second USB module, WIFI module, LED light group,
485 modules, 232 modules, CAN module, ethernet module and photoelectrical coupler are electrically connected with main control chip, usb signal output
Port is electrically connected with the second USB module, and On-off signal end is electrically connected with photoelectrical coupler；
Each LED light connects LED light group interface by conducting wire, and USB communication interface 2 connects usb signal by conducting wire
Output port；USB charging interface 28 connects charging module by conducting wire；
Charging module is connect with lithium battery, charging module be main control chip, the first USB module, the second USB module,
WIFI module, 485 modules, 232 modules, CAN module, ethernet module and photoelectrical coupler power supply；
The metal clips includes metal clips 1, metal clips 25, metal clips 36, metal clips 47, metal
Elastic slice 58, metal clips 69, metal clips 7 10, metal clips 8 11, metal clips 9 12, metal clips 10, metal
Elastic slice 11, metal clips 12, metal clips 13, metal clips 14, metal clips 15, metal
Elastic slice 16, metal clips 17, metal clips 18, metal clips 19, metal clips 20 and metal
Elastic slice 21；
Metal clips 1 and metal clips 25 constitute 485 communication shrapnel groups, metal clips 1 and metal clips 25
485 module is connected by conducting wire；
Metal clips 36, metal clips 47 and metal clips 58 constitute 232 communication shrapnel groups, metal clips 36,
Metal clips 47 connects 232 module by conducting wire with metal clips 58；
Metal clips 69 and metal clips 7 10 constitute CAN communication shrapnel group, metal clips 69 and metal clips seven
10 connect the CAN module by conducting wire；
Metal clips 8 11, metal clips 9 12, metal clips 10 and metal clips 11 constitute usb communication bullet
Piece group, metal clips 69 and metal clips 7 10 connect first USB module by conducting wire；
Metal clips 69 and metal clips 7 10 constitute CAN communication shrapnel group, metal clips 69 and metal clips seven
10 connect the CAN module by conducting wire；
Metal clips 12, metal clips 13, metal clips 14, metal clips 15, metal clips
16, metal clips 17, metal clips 18 and metal clips 19 constitute ethernet communication shrapnel group,
Metal clips 12, metal clips 13, metal clips 14, metal clips 15, metal clips 16, gold
Belong to elastic slice 17, metal clips 18 and the ethernet module is connected by conducting wire with metal clips 19；
Metal clips 20 and metal clips 21 constitute position signal shrapnel group, 20 He of metal clips
Metal clips 21 connects the On-off signal end by conducting wire；
Collector male connector includes that USB collector male connector, CAN bus collector male connector, 485 collector male connectors and Ethernet are adopted
Storage male connector；
All collector male connectors include setting reeded male connector shell 25；One is equipped in the groove of USB collector male connector
A USB interface 51, the groove of CAN bus collector male connector is interior to be equipped with the recessed of 54, a 485 collector male connector of CAN interface
It is equipped with a DB9 needle interface 53 in slot, is equipped with a RJ45 interface 52 in the groove of Ethernet collector male connector；CAN bus connects
Mouth 54 is 2 core connecting terminals.
Metal clips 22, metal clips 23, metal are embedded on the outer surface of USB collector male connector
Elastic slice 24 and metal clips 25, metal clips 22, metal clips 23, metal clips 20
4 31 and metal clips 25 respectively with metal clips 8 11, metal clips 9 12, metal clips 10 and metal clips
11 is corresponding；
It is embedded with metal clips 26 and metal clips 27 on the outer surface of CAN bus collector male connector,
Metal clips 26 and metal clips 27 are corresponding with metal clips 69 and metal clips 7 10 respectively；
Metal clips 28, metal clips 29, metal are embedded on the outer surface of 485 collector male connectors
Elastic slice 30, metal clips 31 and metal clips 32, metal clips 28, metal clips 29
42, metal clips 30, metal clips 31 and metal clips 32 respectively with metal clips 1, metal elastic
Piece 25, metal clips 36, metal clips 47 and metal clips 58 are corresponding；
Metal clips 33, metal clips 34, gold are embedded on the outer surface of Ethernet collector male connector
Belong to elastic slice 35, metal clips 36, metal clips 37, metal clips 38, metal clips three
19 and metal clips 40, metal clips 33, metal clips 34, metal clips 35, gold
Belong to elastic slice 36, metal clips 37, metal clips 38, metal clips 39 and metal clips
40 respectively with metal clips 12, metal clips 13, metal clips 14, metal clips 15, metal
Elastic slice 16, metal clips 17, metal clips 18 and metal clips 19 are corresponding；
USB collector male connector, CAN bus collector male connector, the appearance of 485 collector male connectors and Ethernet collector male connector
Metal clips 41, metal clips 41 and metal clips 20 and metal clips 20 are also embedded on face
One 24 is corresponding.
The length of the metal clips 41 is at least twice of the metal clips 20.
The model S3C2410 of the main control chip；The model CH4054 of the charging module；The WIFI module
Model ESP8266；The model MAX485 of 485 module；The model MAX232 of 232 module；The CAN mould
The model TJA1050T of block；The model W5500 of ethernet module.
The LED light group interface includes several I/O port input terminals, each described LED light is all connected with an I/O port input
End.
In use, only USB collector male connector need to be inserted into when the communication interface of intelligent medical equipment is USB interface 51
In collector female, metal clips 41 is made to be in contact with metal clips 20 and metal clips 21, this
When, metal clips 20 and metal clips 21 are equivalent to the position sensor of a switching value type, main control chip inspection
After measuring metal clips 20 and the conducting of metal clips 21, determine that collector male connector is fully inserted into collector female,
At this point, metal clips 22, metal clips 23, metal clips 24 and 25 points of metal clips
It is not in contact with metal clips 8 11, metal clips 9 12, metal clips 10 and metal clips 11, the first USB module
The data on the USB interface 51 being equipped in the groove of USB collector male connector can be read, that is, read intelligent intelligent medical equipment
Data and its agreement, the data of intelligent intelligent medical equipment and its agreement are sent in control by main control chip by WIFI
The heart, control centre is further to be handled.
Likewise, when the communication interface of intelligent medical equipment is 485 interfaces or 232 interface, it only need to be by 485 collectors
Male connector is inserted into collector female, at this time metal clips 28, metal clips 29, metal clips 30, gold
Belong to elastic slice 31 and metal clips 32 respectively with metal clips 1, metal clips 25, metal clips 36, gold
Belong to elastic slice 47 and metal clips 58 is in contact, main control chip reads the number of intelligent medical equipment by 485 modules or 232 modules
According to or communication protocol, and the data or communication protocol are sent to control centre by WIFI.
Likewise, when the communication interface of intelligent medical equipment is CAN interface 54, it only need to be by CAN bus collector
Male connector is inserted into collector female, at this time metal clips 26 and metal clips 27 respectively with metal clips 69
It is in contact with metal clips 7 10, main control chip reads the data or communication protocol of intelligent medical equipment by CAN module, and will
The data or communication protocol are sent to control centre by WIFI.
Likewise, when the communication interface of intelligent medical equipment is Ethernet interface, it only need to be by Ethernet collector male connector
It is inserted into collector female, at this time metal clips 33, metal clips 34, metal clips 35, metal
Elastic slice 36, metal clips 37, metal clips 38, metal clips 39, metal clips 40
Respectively with metal clips 12, metal clips 13, metal clips 14, metal clips 15, metal clips ten
6 19, metal clips 17, metal clips 18 and metal clips 19 are in contact, and main control chip passes through Ethernet
Module reads the data or communication protocol of intelligent medical equipment, and the data or communication protocol are sent in control by WIFI
The heart.
Main control chip successively inquires the second USB module, WIFI module, 485 modules, 232 modules, CAN in a manner of poll
Whether module or ethernet module have data to transmit, so that it is determined which module is in the number for reading intelligent medical equipment
According to.
The present invention also provides the USB communication interfaces 2 to be used as debugging interface, and main control chip is complete by any data received
Portion is sent to the USB communication interface 2 by the first USB module, and equipment installation personnel can directly be connected by a usb bus
It connects on the USB communication interface 2, and by the data confidence on USB communication interface 2 described in a computer monitor, that is, passes through
Small assistant of serial ports etc. assists software supervision data information.
Collector female of the present invention and four collector male connectors have been combined into a kind of building blocks interface, can arbitrarily replace acquisition
Device male connector, plug is simple, easy to operate.
A kind of Medical Devices remote data acquisition device of the present invention, solving will using the acquisition interface of modular construction
Wired communication interface in intelligent medical equipment is converted into the technical issues of WIFI wireless communication；The present invention uses modular construction,
The communication interface of flexible replacement front end, effectively reduces volume, strong applicability.
Claims (4)
1. a kind of Medical Devices remote data acquisition device, it is characterised in that: including collector female and four collector male connectors, adopt
Storage female includes the female shell (1) equipped with slot (48), is additionally provided with 4 apertures (60) on female shell (1), each is opened
It is equipped with a LED light in hole (60), the side of shell sets that there are two windowing, USB communication interface (2) and USB charging interfaces
(28) two windowings are stretched out respectively, are successively equipped at intervals with several grooves on the trough wall surface of slot (48), are all provided in each groove
There is a metal clips；
Wiring board (3) are equipped in female shell (1), wiring board (3) is equipped with main control chip, lithium battery, charging module, first
USB module, the second USB module, WIFI module, LED light group interface, usb signal output port, 485 modules, 232 modules, CAN
Module, ethernet module, photoelectrical coupler and On-off signal end, the first USB module, the second USB module, WIFI module, LED
Lamp group, 485 modules, 232 modules, CAN module, ethernet module and photoelectrical coupler are electrically connected with main control chip, usb signal
Output port is electrically connected with the second USB module, and On-off signal end is electrically connected with photoelectrical coupler；
Each LED light connects LED light group interface by conducting wire, and USB communication interface (2) is defeated by conducting wire connection usb signal
Exit port；USB charging interface (28) connects charging module by conducting wire；
Charging module is connect with lithium battery, and charging module is main control chip, the first USB module, the second USB module, WIFI mould
Block, 485 modules, 232 modules, CAN module, ethernet module and photoelectrical coupler power supply；
The metal clips include metal clips one (4), metal clips two (5), metal clips three (6), metal clips four (7),
Metal clips five (8), metal clips six (9), metal clips seven (10), metal clips eight (11), metal clips nine (12), metal
Elastic slice ten (13), metal clips 11 (14), metal clips 12 (15), metal clips 13 (16), metal clips 14
(17), metal clips 15 (18), metal clips 16 (19), metal clips 17 (20), metal clips 18 (21), metal
Elastic slice 19 (22), metal clips 20 (23) and metal clips 21 (24)；
Metal clips one (4) and metal clips two (5) constitute 485 communication shrapnel groups, metal clips one (4) and metal clips two
(5) 485 module is connected by conducting wire；
Metal clips three (6), metal clips four (7) and metal clips five (8) constitute 232 communication shrapnel groups, metal clips three
(6), metal clips four (7) connects 232 module by conducting wire with metal clips five (8)；
Metal clips six (9) and metal clips seven (10) constitute CAN communication shrapnel group, metal clips six (9) and metal clips
Seven (10) connect the CAN module by conducting wire；
It is logical that metal clips eight (11), metal clips nine (12), metal clips ten (13) and metal clips 11 (14) constitute USB
Believe shrapnel group, metal clips six (9) connects first USB module by conducting wire with metal clips seven (10)；
Metal clips six (9) and metal clips seven (10) constitute CAN communication shrapnel group, metal clips six (9) and metal clips
Seven (10) connect the CAN module by conducting wire；
Metal clips 12 (15), metal clips 13 (16), metal clips 14 (17), metal clips 15 (18), metal
Elastic slice 16 (19), metal clips 17 (20), metal clips 18 (21) and metal clips 19 (22) constitute Ethernet
Communicate shrapnel group, metal clips 12 (15), metal clips 13 (16), metal clips 14 (17), metal clips 15
(18), metal clips 16 (19), metal clips 17 (20), metal clips 18 (21) and metal clips 19 (22) are logical
It crosses conducting wire and connects the ethernet module；
Metal clips 20 (23) and metal clips 21 (24) constitute position signal shrapnel group, metal clips 20 (23)
The On-off signal end is connected by conducting wire with metal clips 21 (24)；
Collector male connector includes USB collector male connector, CAN bus collector male connector, 485 collector male connectors and Ethernet collector
Male connector；
All collector male connectors include the male connector shell (25) equipped with groove (27)；In the groove (27) of USB collector male connector
Equipped with a USB interface (51), CAN interface (54), 485 are equipped in the groove (27) of CAN bus collector male connector
It is equipped with a DB9 needle interface (53) in the groove (27) of collector male connector, is equipped in the groove (27) of Ethernet collector male connector
One RJ45 interface (52)；
Metal clips 22 (29), metal clips 23 (30), metal elastic are embedded on the outer surface of USB collector male connector
Piece 24 (31) and metal clips 25 (32), metal clips 22 (29), metal clips 23 (30), metal elastic
Piece 24 (31) and metal clips 25 (32) respectively with metal clips eight (11), metal clips nine (12), metal clips
Ten (13) and metal clips 11 (14) are corresponding；
It is embedded with metal clips 26 (46) and metal clips 27 (47) on the outer surface of CAN bus collector male connector,
Metal clips 26 (46) and metal clips 27 (47) are opposite with metal clips six (9) and metal clips seven (10) respectively
It answers；
Metal clips 28 (41), metal clips 29 (42), metal elastic are embedded on the outer surface of 485 collector male connectors
Piece 30 (43), metal clips 31 (44) and metal clips 32 (45), metal clips 28 (41), metal clips
29 (42), metal clips 30 (43), metal clips 31 (44) and metal clips 32 (45) respectively with metal
Elastic slice one (4), metal clips two (5), metal clips three (6), metal clips four (7) and metal clips five (8) are corresponding；
Metal clips 33 (33), metal clips 34 (33), gold are embedded on the outer surface of Ethernet collector male connector
Belong to elastic slice 35 (35), metal clips 36 (36), metal clips 37 (37), metal clips 38 (38), gold
Belong to elastic slice 39 (39) and metal clips 40 (40), metal clips 33 (33), metal clips 34 (33), metal
Elastic slice 35 (35), metal clips 36 (36), metal clips 37 (37), metal clips 38 (38), metal
Elastic slice 39 (39) and metal clips 40 (40) respectively with metal clips 12 (15), metal clips 13 (16), metal
Elastic slice 14 (17), metal clips 15 (18), metal clips 16 (19), metal clips 17 (20), metal clips 18
(21) and metal clips 19 (22) is corresponding；
USB collector male connector, CAN bus collector male connector, 485 collector male connectors and Ethernet collector male connector outer surface on
Also it is embedded with metal clips 41 (26), metal clips 41 (26) and metal clips 20 (23) and metal clips two
11 (24) are corresponding.
2. a kind of Medical Devices remote data acquisition device as described in claim 1, it is characterised in that: the metal clips 40
The length of one (26) is at least twice of the metal clips 20 (23).
3. a kind of Medical Devices remote data acquisition device as described in claim 1, it is characterised in that: the type of the main control chip
Number be S3C2410；The model CH4054 of the charging module；The model ESP8266 of the WIFI module；485 mould
The model MAX485 of block；The model MAX232 of 232 module；The model TJA1050T of the CAN module；Ethernet
The model W5500 of module.
4. a kind of Medical Devices remote data acquisition device as described in claim 1, it is characterised in that: the LED light group interface
Including several I/O port input terminals, each described LED light is all connected with an I/O port input terminal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810819163.0A CN109087491B (en) | 2018-07-24 | 2018-07-24 | Medical equipment remote data acquisition unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810819163.0A CN109087491B (en) | 2018-07-24 | 2018-07-24 | Medical equipment remote data acquisition unit |
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| CN109087491A true CN109087491A (en) | 2018-12-25 |
| CN109087491B CN109087491B (en) | 2021-04-27 |
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| CN106372015A (en) * | 2016-08-29 | 2017-02-01 | 中央军委装备发展部第六十三研究所 | Multi-interface multiplex device |
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|---|---|---|---|---|
| CN201536171U (en) * | 2009-09-25 | 2010-07-28 | 北京爱国者存储科技有限责任公司 | USB 3.0-B adapter |
| US20110117787A1 (en) * | 2009-11-18 | 2011-05-19 | Chung-Won Shu | Usb connector |
| CN101789557A (en) * | 2010-01-29 | 2010-07-28 | 上海微小卫星工程中心 | Multifunctional interface conversion device |
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| Publication number | Publication date |
|---|---|
| CN109087491B (en) | 2021-04-27 |
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