CN211609755U - Multi-index medical detection device convenient for digital summary - Google Patents
Multi-index medical detection device convenient for digital summary Download PDFInfo
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- CN211609755U CN211609755U CN202020180897.1U CN202020180897U CN211609755U CN 211609755 U CN211609755 U CN 211609755U CN 202020180897 U CN202020180897 U CN 202020180897U CN 211609755 U CN211609755 U CN 211609755U
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Abstract
The utility model discloses a multi-index medical detection device convenient for digital collection, which comprises a host, detection terminals and a plurality of detection devices, wherein the host is connected with the detection terminals, the host and each detection terminal are connected with the detection device, and the plurality of detection devices are respectively connected with the host and the detection terminals through different standard communication protocols; the host machine receives the detection data of a plurality of detection terminals and a plurality of detection devices respectively and displays the detection result; simultaneously, respectively setting and issuing detection indexes and detection terminal working modes for each detection terminal; the detection terminal receives the detection task of the host, the detection equipment sequentially measures the personnel to be detected after confirming the working mode, the detection data after the measurement is finished are gathered by the detection terminal and uploaded to the host, and the data are synchronously detected; the detection equipment is arranged on the detection terminal, and the detection equipment directly measures medical items of the personnel to be detected to complete dry-type chemical blood detection and electrochemical blood detection.
Description
Technical Field
The utility model relates to a comprehensive system technical field that medical system many indexes detected especially relates to a many indexes medical detection device convenient to digitization gathers.
Background
Although the existing medical comprehensive system can measure various detection indexes respectively, the existing medical comprehensive system needs to use a plurality of instruments or check and record different detection data on a plurality of instruments when one patient measures a plurality of indexes. There is also a problem that the data display manner is not uniform.
SUMMERY OF THE UTILITY MODEL
The utility model aims to solve the technical problem that the prior medical detection system can not effectively gather all the detection data in real time, the utility model provides a multi-index medical detection device which solves the above problems and is convenient for digital gathering, which adopts the design of an expandable module to gather and upload various detection indexes in various wired and wireless communication modes, and finally displays the detection data in a list form at a terminal, thereby greatly reducing the difficulty of looking up the detection data of a patient; the operation difficulty of medical staff is greatly simplified; the utility model discloses high-efficient reliable will detect that data upload and gather the analysis, also avoided the negligence problem that medical personnel probably appear simultaneously.
The utility model discloses a following technical scheme realizes:
a multi-index medical detection device convenient for digital summarization comprises a host, detection terminals and multiple detection devices, wherein the host is connected with the detection terminals in a wireless or wired mode, the host and each detection terminal are connected with the detection devices, and the multiple detection devices are respectively connected with the host and the detection terminals through different standard communication protocols; the detection equipment connected to the detection terminal uploads the detection data to the detection terminal, and the detection terminal receives the data of each detection equipment, summarizes the data and uploads the data to the host in a unified way; the detection equipment connected with the host computer directly uploads the detection data to the host computer; dry-type chemical blood detection and electrochemical blood detection are respectively completed through various detection devices; wherein:
the detection terminal is used for receiving the detection task of the host, sequentially measuring the personnel to be detected by the detection equipment after the working mode is confirmed, summarizing the detected data after the measurement is finished by the detection terminal, uploading the detected data to the host and synchronously detecting the data;
the detection equipment is arranged on the detection terminal and is used for directly measuring medical items of the person to be detected;
the host is used for respectively receiving the detection data of the plurality of detection terminals and the plurality of detection devices and displaying the detection result; and simultaneously, respectively setting and issuing detection indexes and detection terminal working modes for each detection terminal.
The working principle is as follows: the utility model adopts the above technical scheme, adopted the modularized design, with each monitoring terminal and check out test set through multiple wired, wireless communication protocol link together, each check out test set gathers and handles the detection result through modes such as wired communication or wireless communication after detecting multiple medical treatment detection index respectively; specifically, the host respectively receives detection data of a plurality of detection terminals and a plurality of detection devices, and simultaneously respectively sets and issues detection indexes and detection terminal working modes for the detection terminals; the detection terminal receives the detection task of the host, the detection equipment sequentially measures the personnel to be detected after confirming the working mode, the detection data after the measurement is finished are gathered by the detection terminal and uploaded to the host, and the data are synchronously detected; the detection equipment is arranged on the detection terminal, is used for directly measuring medical items of the personnel to be detected through the detection equipment, and respectively completes dry-type chemical blood detection and electrochemical blood detection through various detection equipment.
The utility model has reasonable structure, adopts the design of the expandable module, collects and uploads a plurality of detection indexes in a plurality of wired and wireless communication modes, and finally displays the detection data in a list form at the terminal, thereby greatly reducing the difficulty of looking up the detection data of a patient; the operation difficulty of medical staff is greatly simplified; the utility model discloses high-efficient reliable will detect that data upload and gather the analysis, also avoided the negligence problem that medical personnel probably appear simultaneously.
Preferably, the detection terminal comprises a body and a rear cover, and the rear cover is buckled on the body; in the check out test set located check out test set, check out test set passes through Type-C interface connection check out test set, convenient operation, and easily change different check out test set on check out test set.
Preferably, the detection device is provided with a strip-shaped strip-withdrawing opening, the inner side of the rear cover is provided with a push button matched with the strip-withdrawing opening, and the push button and the strip-withdrawing opening are correspondingly installed to enable the rear cover to be buckled on the body in an inosculating manner, so that the detection device is guaranteed to be better in stability when being inserted into the detection terminal and not easy to fall off.
Preferably, the host and the detection terminal are connected in a wireless mode, and the host and the detection terminal are connected through a wireless star local area network built at a 433MHz wireless frequency band; or the host computer is connected with the detection terminal in a wired mode, and the host computer is connected with the detection terminal through a wired USART communication protocol of the magnetic type contact.
Preferably, the dry chemical blood detection device is directly connected to the host machine through a wired USART communication protocol, and the electrochemical blood detection device is connected to the detection terminal through the USART communication protocol.
Preferably, the host computer includes microprocessor chip, outside FLASH accumulator, RFID card reader, BLE bluetooth low energy module, 433MHz wireless communication module, USB, power, magnetism formula communication contact and peripheral hardware extension interface of inhaling, and outside FLASH accumulator, RFID card reader, BLE bluetooth low energy module, 433MHz wireless communication module, USB, magnetism formula communication contact and peripheral hardware extension interface of inhaling all are connected with the microprocessor chip, and the power is used for supplying power for each module.
Preferably, the microprocessor chip adopts a single chip microcomputer STM32F407 series product based on a Cortex-M4 kernel, the dominant frequency reaches 168MHz at most, and the microprocessor chip integrates a USB and a plurality of USART, SPI and IIC communication interfaces.
Preferably, the external FLASH memory is of a model W25Q64 and is connected with the microprocessor chip through an SPI3 bus;
the RFID card reader adopts an RC522 integrated wireless card reader module and is connected with the microprocessor chip through an SPI1 bus.
Preferably, the BLE bluetooth low energy module adopts a pengbei internet of things PW01 bluetooth module, and is connected to the microprocessor chip through a USART6 communication interface;
the 433MHz wireless communication module adopts hundred million scientific and technological E70 communication module, with the microprocessor chip passes through USART1 communication interface and links to each other.
Preferably, the magnetic communication contact and the peripheral extension interface are connected with the microprocessor chip through a USART interface.
Compared with the prior art, the utility model, following advantage and beneficial effect have:
the utility model relates to a multi-index medical detection device convenient for digital collection, the utility model has reasonable structure, adopts the design of an expandable module, collects and uploads a plurality of detection indexes through a plurality of wired and wireless communication modes, and finally displays the detection data at a terminal in a list form, thereby greatly reducing the difficulty of looking up the detection data of a patient; the operation difficulty of medical staff is greatly simplified; the utility model discloses high-efficient reliable will detect that data upload and gather the analysis, also avoided the negligence problem that medical personnel probably appear simultaneously.
Drawings
The accompanying drawings, which are included to provide a further understanding of the embodiments of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the principles of the invention. In the drawings:
fig. 1 is a block diagram of the multi-index medical detection device of the present invention, which is convenient for digital collection.
Fig. 2 is the utility model discloses insert medical check out test set with the module form and detect terminal's Type-C interface's schematic structure diagram.
Fig. 3 is the utility model discloses the push away of lid behind the detection terminal turns round and check out test set move back the structure sketch map when installing between the mouth.
Fig. 4 is the utility model relates to a many indexes medical detection device host computer inner structure schematic convenient to digitization gathers.
Reference numbers and corresponding part names in the drawings:
the device comprises a host, a detection terminal, a 200-body, a 201-rear cover, a 202-push button, a 203-Type-C interface, a 3-detection device, a 300-strip withdrawing port, a 4-microprocessor chip, a 5-external FLASH storage, a 6-RFID card reader, a 7-BLE low-power Bluetooth module, an 8-433MHz wireless communication module, a 9-USB, a 10-power supply, a 11-magnetic suction Type communication contact and a peripheral expansion interface.
Detailed Description
To make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the following examples and drawings, and the exemplary embodiments and descriptions thereof of the present invention are only used for explaining the present invention, and are not intended as limitations of the present invention.
Example 1
As shown in fig. 1 to 3, the utility model relates to a multi-index medical detection device convenient for digital summarization, which comprises a host 1, a detection terminal 2 and a plurality of detection devices 3, wherein the host 1 is connected with the detection terminal 2 in a wireless or wired manner, the host 1 and each detection terminal 2 are both connected with the detection device 3, and the plurality of detection devices 3 are respectively connected with the host 1 and the detection terminal 2 through different standard communication protocols; the detection equipment 3 connected to the detection terminal 2 uploads the detection data to the detection terminal 2, and the detection terminal 2 receives the data of each detection equipment 3, summarizes the data and uploads the data to the host 1 in a unified manner; the detection device 3 connected with the host 1 directly uploads the detection data to the host 1; dry-type chemical blood detection and electrochemical blood detection are respectively completed through various detection devices 3; wherein:
the detection terminal 2 is used for receiving the detection task of the host 1, sequentially measuring the personnel to be detected by the detection equipment 3 after the working mode is confirmed, summarizing the detected data after the measurement is finished by the detection terminal 2, uploading the data to the host 1, and synchronously detecting the data;
the detection equipment 3 is arranged on the detection terminal 2, and the detection equipment 3 is used for directly measuring medical items of the personnel to be detected;
the host 1 is used for respectively receiving the detection data of the plurality of detection terminals 2 and the plurality of detection devices 3 and displaying the detection result; meanwhile, the detection indexes and the working modes of the detection terminals 2 are respectively set and issued to the detection terminals 2.
In this embodiment, the detection terminal 2 includes a body 200 and a rear cover 201, and the rear cover 201 is fastened to the body 200; in check out test set 3 located check out test set 2, check out test set 3 passes through Type-C interface 203 and connects check out test set 2. The operation is convenient, and different detection devices 3 are easy to replace on the detection terminal 2.
In this embodiment, the strip-shaped strip-withdrawing opening 300 is formed in the detection device 3, the push button 202 matched with the strip-withdrawing opening 300 is arranged on the inner side of the rear cover 201, and the push button 202 and the strip-withdrawing opening 300 are correspondingly installed to enable the rear cover 201 to be buckled on the body 200 in an inosculating manner, so that the detection device 3 is guaranteed to be better in stability when being inserted into the detection terminal 2 and is not easy to fall off.
In this embodiment, the host 1 and the detection terminal 2 are connected in a wireless manner, and the host 1 and the detection terminal 2 are connected through a wireless star-shaped local area network established at 433MHz wireless frequency band; or host computer 1 and detection terminal 2 are connected with each other in a wired mode, host computer 1 and detection terminal 2 are connected through the wired USART communication protocol of magnetism-type contact.
In this embodiment, dry chemical blood detection device 3 is directly connected to host 1 via wired USART communication protocol, and electrochemical blood detection device 3 is connected to detection terminal 2 via USART communication protocol.
The utility model discloses the device is used for three measurement items of measuring of blood ketone, uric acid, total cholesterol.
The working principle is as follows: the utility model adopts the above technical scheme, adopted the modularized design, with each monitoring terminal and check out test set 3 through multiple wired, wireless communication protocol link together, each check out test set 2 gathers and handles the detection result through modes such as wired communication or wireless communication after detecting multiple medical treatment detection index respectively; specifically, the host 1 receives the detection data of a plurality of detection terminals 2 and a plurality of detection devices 3, and sets and issues detection indexes and the working modes of the detection terminals 2 to the detection terminals 2 respectively; the detection terminal 2 receives the detection task of the host 1, the detection equipment 3 sequentially measures the personnel to be detected after confirming the working mode, the detection data after the measurement is finished are gathered by the detection terminal 2 and uploaded to the host 1, and the data are synchronously detected; detection equipment 3 install in on the test terminal 2, be used for directly measuring the personnel's of awaiting measuring medical item through detection equipment 3, accomplish dry-type chemistry blood detection, electrochemistry blood detection respectively through multiple detection equipment 3.
The utility model has reasonable structure, adopts the design of the expandable module, collects and uploads a plurality of detection indexes in a plurality of wired and wireless communication modes, and finally displays the detection data in a list form at the terminal, thereby greatly reducing the difficulty of looking up the detection data of a patient; the operation difficulty of medical staff is greatly simplified; the utility model discloses high-efficient reliable will detect that data upload and gather the analysis, also avoided the negligence problem that medical personnel probably appear simultaneously.
Example 2
As shown in fig. 1 to 4, the difference between the present embodiment and embodiment 1 is that the host 1 includes a microprocessor chip 4, an external FLASH memory 5, an RFID card reader 6, a BLE bluetooth low energy module 7, a 433MHz wireless communication module 8, a USB9, a power supply 10, a magnetic communication contact, and a peripheral expansion interface 11, the external FLASH memory 5, the RFID card reader 6, the BLE bluetooth low energy module 7, the 433MHz wireless communication module 8, a USB9, the magnetic communication contact, and the peripheral expansion interface 11 are all connected to the microprocessor chip 4, and the power supply 10 is used to supply power to each module.
Specifically, the microprocessor chip 4 adopts a single chip microcomputer STM32F407 series product based on a Cortex-M4 kernel, the dominant frequency reaches 168MHz at most, and the USB and a plurality of USART, SPI and IIC communication interfaces are integrated.
The model of the external FLASH memory 5 is W25Q64, and the external FLASH memory is connected with the microprocessor chip 4 through an SPI3 bus; designing a total capacity of 8 MB; the external FLASH memory 5 is used for storing user information data, wireless local area network parameters and hardware communication addresses of the mounted detection terminals 2 for a long time, temporarily storing user monitoring data which cannot be successfully uploaded to the cloud service platform, detecting cache data of the detection terminals 2 and the like.
The RFID card reader 6 is connected and communicated with the microprocessor chip 4 through an SPI1 bus by adopting an RC522 integrated wireless card reader module, the communication frequency is designed to be 13MHz, the card-readable distance is designed to be 8cm, and a standard class-A RFID diagnosis card is designed and used.
The BLE low-power Bluetooth module 7 is connected with and communicates with the microprocessor chip 4 through a USART6 communication interface by adopting a Pengbei Internet of things PW01 Bluetooth module, is designed to have a communication distance of 20 meters and a communication frequency of 2.4GHz, and is used for outwards expanding a Bluetooth protocol detection terminal.
The 433MHz wireless communication module 8 adopts the E70 communication module of hundred million techs, with microprocessor chip 4 links to each other and communicates through USART1 communication interface for constitute star wireless local area network, supply detecting terminal 2 to carry out data upload and communication instruction issue through the local area network, design transmitted power 14dB, design communication accessible distance 150 meters.
The USB9, including a USB controller and its external accessories, is connected to the microprocessor chip 4 via a USB communication protocol, and is used to extend the USB protocol detection terminal 2 and the detection device 3 outwards.
Magnetic suction type communication contact and peripheral expansion interface 11 with microprocessor chip 4 passes through USART interface connection.
This embodiment has given a concrete structure of host computer among the realization embodiment 1, cooperates the utility model relates to a many indexes medical detection device's realization convenient to digitization is gathered, a plurality of test terminal and multiple check out test set's detection data are received respectively to the host computer, set up respectively and issue the detection index to each test terminal simultaneously.
The above-mentioned embodiments, further detailed description of the objects, technical solutions and advantages of the present invention, it should be understood that the above description is only the embodiments of the present invention, and is not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements, etc. made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (10)
1. A multi-index medical detection device convenient for digital summarization is characterized by comprising a host (1), detection terminals (2) and multiple detection devices (3), wherein the host (1) is connected with the detection terminals (2) in a wireless or wired mode, the host (1) and each detection terminal (2) are connected with the detection devices (3), and the multiple detection devices (3) are respectively connected with the host (1) and the detection terminals (2) through different standard communication protocols; the detection equipment (3) connected to the detection terminal (2) uploads the detection data to the detection terminal (2), and the detection terminal (2) receives the data of each detection equipment (3), summarizes the data and uploads the data to the host (1) in a unified way; the detection equipment (3) connected with the host (1) directly uploads the detection data to the host (1); dry-type chemical blood detection and electrochemical blood detection are respectively completed through various detection devices (3); wherein:
the detection terminal (2) is used for receiving a detection task of the host (1), sequentially measuring the personnel to be detected by the detection equipment (3) after the working mode is confirmed, summarizing the detected data after the measurement is finished by the detection terminal (2), uploading the summarized detected data to the host (1), and synchronously detecting the data;
the detection equipment (3) is arranged on the detection terminal (2), and the detection equipment (3) is used for directly measuring medical items of a person to be detected;
the host (1) is used for respectively receiving the detection data of the plurality of detection terminals (2) and the plurality of detection devices (3) and displaying the detection results; meanwhile, the detection indexes and the working modes of the detection terminals (2) are respectively set and issued to the detection terminals (2).
2. The medical detection device with multiple indexes and convenient digital summary as claimed in claim 1, wherein the detection terminal (2) comprises a body (200) and a rear cover (201), the rear cover (201) is buckled on the body (200); in check out test set (3) were located test terminal (2), test terminal (2) were connected through Type-C interface (203) in check out test set (3).
3. The medical detection device with multiple indexes and convenient for digital summarization according to claim 2, wherein a strip-shaped strip withdrawing opening (300) is arranged on the detection equipment (3), a push button (202) matched with the strip withdrawing opening (300) is arranged on the inner side of the rear cover (201), and the push button (202) and the strip withdrawing opening (300) are correspondingly installed to enable the rear cover (201) to be buckled on the body (200) in a matching manner.
4. The multi-index medical detection device convenient for digital summarization according to claim 1, characterized in that the host (1) and the detection terminal (2) are connected in a wireless manner, and the host (1) and the detection terminal (2) are connected through a wireless star-shaped local area network built at 433MHz wireless frequency band; or the host (1) and the detection terminal (2) are connected in a wired mode, and the host (1) and the detection terminal (2) are connected through a wired USART communication protocol of the magnetic type contact.
5. A multi-index medical detection device convenient for digital summarization according to claim 1, wherein the dry-type chemical blood detection equipment (3) is directly connected to the host (1) through a wired USART communication protocol, and the electrochemical blood detection equipment (3) is connected to the detection terminal (2) through a USART communication protocol.
6. The multi-index medical detection device convenient for digital summarization according to claim 1, wherein the host (1) comprises a microprocessor chip (4), an external FLASH memory (5), an RFID card reader (6), a BLE Bluetooth low energy module (7), a 433MHz wireless communication module (8), a USB (9), a power supply (10), a magnetic-type communication contact and an external expansion interface (11), the external FLASH memory (5), the RFID card reader (6), the BLE Bluetooth low energy module (7), the 433MHz wireless communication module (8), the USB (9), the magnetic-type communication contact and the external expansion interface (11) are all connected with the microprocessor chip (4), and the power supply (10) is used for supplying power to each module.
7. The multi-index medical detection device convenient for digital summarization as claimed in claim 6, wherein the microprocessor chip (4) adopts a single chip microcomputer STM32F407 series product based on a Cortex-M4 kernel, the dominant frequency is up to 168MHz, and USB and a plurality of USART, SPI and IIC communication interfaces are integrated.
8. The multi-index medical detection device facilitating digital summarization according to claim 6, wherein the external FLASH memory (5) is model W25Q64, and is connected with the microprocessor chip (4) through an SPI3 bus;
the RFID card reader (6) adopts an RC522 integrated wireless card reader module and is connected with the microprocessor chip (4) through an SPI1 bus.
9. The multi-index medical detection device convenient for digital summarization according to claim 6, wherein the BLE Bluetooth Low energy module (7) adopts a Pengwei IoT PW01 Bluetooth module, and is connected with the microprocessor chip (4) through a USART6 communication interface;
433MHz wireless communication module (8) adopt hundred million techs' E70 communication module, with microprocessor chip (4) pass through USART1 communication interface and link to each other.
10. The multi-index medical detection device convenient for digital summarization according to claim 6, wherein the magnetic communication contacts and the peripheral expansion interface (11) are connected with the microprocessor chip (4) through a USART interface.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202020180897.1U CN211609755U (en) | 2020-02-18 | 2020-02-18 | Multi-index medical detection device convenient for digital summary |
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| CN202020180897.1U CN211609755U (en) | 2020-02-18 | 2020-02-18 | Multi-index medical detection device convenient for digital summary |
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| CN211609755U true CN211609755U (en) | 2020-10-02 |
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