Electric quantity intelligent transmission control system between ultrasonic trolley and ultrasonic equipment

Abstract

The invention provides an intelligent electric quantity transmission control system between an ultrasonic trolley and ultrasonic equipment, and the system comprises a communication module which is used for enabling a trolley battery of the ultrasonic trolley and an equipment battery of an ultrasonic equipment host to communicate with the ultrasonic equipment host; the charging logic determination module is used for reading the charging logic and writing the charging logic into the ultrasonic equipment host; the charging control module is used for monitoring the trolley battery electric quantity of the ultrasonic trolley and the equipment battery electric quantity of the ultrasonic equipment host in real time, and performing charging control on the ultrasonic trolley and the ultrasonic equipment host according to charging logic; the endurance time of the portable equipment is effectively prolonged, the use scene of the portable ultrasonic diagnosis equipment is richer, and intelligent electric quantity transmission control between the ultrasonic trolley and the ultrasonic equipment is achieved.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent transmission control, and in particular to an intelligent power transmission control system between an ultrasonic trolley and ultrasonic equipment. Background Art

[0002] At present, with the continuous development of medical technology, ultrasound equipment plays an increasingly important role in medical diagnosis and treatment. As a carrier and mobile platform for ultrasound equipment, the close cooperation between the ultrasound trolley and the ultrasound equipment is crucial;

[0003] However, in actual applications, portable ultrasound diagnostic equipment generally has built-in batteries for easy carrying. However, due to the size of the portable device, the built-in battery capacity is limited, resulting in a short battery life. At the same time, the functions used when powered by the battery may be limited. Portable devices are usually used with a trolley, but conventional trolleys do not improve the battery life of the device.

[0004] Therefore, in order to overcome the above technical problems, the present invention provides an intelligent power transmission control system between an ultrasound trolley and ultrasound equipment. Summary of the invention

[0005] The present invention provides an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, which is used to effectively ensure timely acquisition and supply of power by communicating the trolley battery of the ultrasound trolley and the device battery of the ultrasound device host with the ultrasound device host, and to effectively implement control based on the ultrasound device host according to the charging logic by determining the charging logic, and to effectively implement charging control of the ultrasound trolley and the ultrasound device host based on the charging logic by real-time monitoring the trolley battery power of the ultrasound trolley and the device battery power of the ultrasound device host, thereby effectively increasing the battery life of the portable device, enriching the use scenarios of the portable ultrasound diagnostic device, and implementing intelligent power transmission control between the ultrasound trolley and the ultrasound device.

[0006] An intelligent power transmission control system between an ultrasound trolley and ultrasound equipment, comprising:

[0007] A communication module, used for communicating between a trolley battery of the ultrasound trolley and a device battery of the ultrasound device host and the ultrasound device host;

[0008] A charging logic determination module, used for reading the charging logic and writing the charging logic into the host of the ultrasound device;

[0009] The charging control module is used to monitor the battery power of the ultrasound trolley and the battery power of the ultrasound equipment host in real time, and to control the charging of the ultrasound trolley and the ultrasound equipment host according to the charging logic.

[0010] Preferably, an intelligent power transmission control system between an ultrasound trolley and an ultrasound device further includes:

[0011] The display module is used to display the battery power of the ultrasound trolley and the battery power of the device battery of the ultrasound device host in real time, the remaining battery life and the charging status based on the screen of the ultrasound device host.

[0012] Preferably, in an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, in a communication module, the trolley battery of the ultrasound trolley and the device battery of the ultrasound device host communicate with the ultrasound device host through an IIC bus.

[0013] Preferably, an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, a charging control module, comprises:

[0014] The power monitoring unit is used to monitor the battery power of the ultrasound trolley and the battery power of the ultrasound equipment host in real time;

[0015] The control unit is used to control the charging of the ultrasound trolley and the ultrasound device host based on the battery power of the ultrasound trolley and the device battery power of the ultrasound device host and according to the charging logic.

[0016] Preferably, a control system and a control unit for intelligent transmission of electric power between an ultrasound trolley and an ultrasound device include:

[0017] The power reading subunit is used to read the battery power of the current ultrasound trolley and the device battery power of the ultrasound device host;

[0018] Charging control subunit, used for:

[0019] When the ultrasound trolley and the ultrasound equipment host are not connected to an external power supply,

[0020] If the battery level of the current ultrasound device host is not full and the battery level of the current ultrasound trolley is greater than a preset threshold, the ultrasound device host is charged based on the ultrasound trolley;

[0021] When the ultrasound trolley is connected to an external power source, the ultrasound device host is charged first based on the external power source, and when the host is fully charged, the trolley battery of the ultrasound trolley is charged.

[0022] Preferably, a control system for intelligent transmission of electric power between an ultrasound trolley and ultrasound equipment, a communication module, comprises:

[0023] A start unit, used for acquiring a first address code of the ultrasound device host, generating a start signal in the ultrasound device host based on the first address code, and starting IIC bus communication according to the start signal;

[0024] A transmission unit, used for generating an address code to be communicated based on the ultrasound device host, and transmitting the address code to be communicated according to the IIC bus;

[0025] Communication connection unit for:

[0026] Retrieve the second address code of the trolley battery of the ultrasound trolley and the third address code of the device battery of the ultrasound device host respectively;

[0027] Matching the address code to be communicated with the second address code and the third address code respectively;

[0028] According to the matching result, the ultrasound device host is communicatively connected with the trolley battery of the ultrasound trolley or the device battery of the ultrasound device host based on the IIC bus.

[0029] Preferably, an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, a communication connection unit, comprises:

[0030] Matching subunits for:

[0031] Matching the address code to be communicated with the second address code and the third address code respectively;

[0032] If the address code to be communicated matches the second address code, the ultrasound device host is communicatively connected to the trolley battery of the ultrasound trolley based on the IIC bus;

[0033] If the address code to be communicated matches the third address code, the ultrasound device host is communicatively connected with the device battery of the ultrasound device host based on the IIC bus;

[0034] The alarm subunit is used to perform an alarm operation if the address code to be communicated does not match the second address code and the third address code.

[0035] Preferably, an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, and a charging logic determination module, include:

[0036] A reading unit, used to read the charging logic, determine the execution order corresponding to the charging logic, extract the sequence tag of the execution order, and divide the charging logic into a plurality of sub-charging logics according to the sequence tag;

[0037] A code generation unit, used to generate sub-code information of each sub-charging logic according to a preset coding template, and at the same time, sort the sub-code information according to the sequence label to generate a comprehensive code of the charging logic;

[0038] The writing unit is used to write the integrated code of the charging logic into the host of the ultrasound device.

[0039] Preferably, an intelligent power transmission control system and a display module between an ultrasound trolley and an ultrasound device include:

[0040] A display item acquisition unit, used to acquire display items, wherein the display items include: displaying the battery power of the ultrasound trolley, displaying the battery power of the ultrasound equipment host, displaying the remaining battery life, and displaying the charging status;

[0041] An area acquisition unit is used to acquire the initial screen display area of ​​each display item, read the target screen display area of ​​the ultrasound device host screen, and acquire the display weight of each display item;

[0042] The display layout unit is used to layout each display item according to the display weight, the initial screen display area and the target screen display area. At the same time, an item identifier is added to each display item. Based on the display layout results and the added results, each display item is displayed in real time on the host screen of the ultrasound device.

[0043] Preferably, an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, and a display layout unit, comprises:

[0044] A first display layout subunit, configured to perform a first display layout on each display item according to a display weight of each display item, and determine a display position of each display item;

[0045] The second display layout subunit is used to adaptively adjust the initial screen display area of ​​each display item according to the target screen display area of ​​the ultrasound device host screen, and complete the second display layout of each display item according to the adaptive adjustment result;

[0046] The final picture generation subunit is used to generate a final picture to be displayed on the screen of the host end of the ultrasound equipment according to the first display layout result and the second display layout result.

[0047] Preferably, an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, a charging control module, comprises:

[0048] A current monitoring unit, used to monitor the real-time charging current during charging control;

[0049] The fan on determination unit is used to:

[0050] Read the current threshold;

[0051] Compare the real-time charging current with the current threshold to determine whether the fan needs to be turned on;

[0052] If the real-time charging current is less than or equal to the current threshold, it is determined that the fan does not need to be turned on;

[0053] If the real-time charging current is greater than the current threshold, it is determined that the fan needs to be turned on;

[0054] The fan start control unit is used to generate a fan start instruction when the fan needs to be turned on, and control the fan to start automatically according to the fan start instruction.

[0055] Compared with the prior art, the present invention has the following beneficial effects:

[0056] By communicating the trolley battery of the ultrasound trolley and the device battery of the ultrasound equipment host with the ultrasound equipment host, the timely acquisition and supply of power are effectively guaranteed. By determining the charging logic, the control based on the charging logic of the ultrasound equipment host is effectively realized. By real-time monitoring the trolley battery power of the ultrasound trolley and the device battery power of the ultrasound equipment host, the charging control of the ultrasound trolley and the ultrasound equipment host based on the charging logic is effectively realized, which effectively increases the battery life of the portable device, enriches the use scenarios of the portable ultrasound diagnostic equipment, and realizes the intelligent transmission control of power between the ultrasound trolley and the ultrasound equipment.

[0057] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures specifically pointed out in this application document.

[0058] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0059] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0060] Figure 1 This is a structural diagram of an intelligent power transmission control system between an ultrasound trolley and ultrasound equipment in an embodiment of the present invention;

[0061] Figure 2 It is a structural diagram of a charging control module in an intelligent power transmission control system between an ultrasound trolley and ultrasound equipment in an embodiment of the present invention;

[0062] Figure 3 It is a structural diagram of a communication module in an intelligent power transmission control system between an ultrasound trolley and ultrasound equipment in an embodiment of the present invention;

[0063] Figure 4 This is a structural diagram of a charging logic determination module in an intelligent power transmission control system between an ultrasound trolley and ultrasound equipment in an embodiment of the present invention. DETAILED DESCRIPTION

[0064] The preferred embodiments of the present invention are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

[0065] In one embodiment, this embodiment provides an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, such as Figure 1 As shown, including:

[0066] A communication module, used for communicating between a trolley battery of the ultrasound trolley and a device battery of the ultrasound device host and the ultrasound device host;

[0067] A charging logic determination module, used for reading the charging logic and writing the charging logic into the host of the ultrasound device;

[0068] The charging control module is used to monitor the battery power of the ultrasound trolley and the battery power of the ultrasound equipment host in real time, and to control the charging of the ultrasound trolley and the ultrasound equipment host according to the charging logic.

[0069] In this embodiment, the trolley battery of the ultrasound trolley and the device battery of the ultrasound device host communicate with the ultrasound device host through the IIC bus.

[0070] In this embodiment, two batteries are built into the trolley and intelligent transmission control is added as additional power reserves, thereby increasing the battery life of the portable device and enriching the usage scenarios of the portable ultrasonic diagnostic device.

[0071] In this embodiment, the charging logic can be pre-set. The doctor can preset several types of charging logic between batteries in the host according to different usage requirements, and the charging logic is controlled by the ultrasound equipment host.

[0072] In this embodiment, the charging and discharging logic is set, that is, there will be a separate battery setting interface on the screen for the doctor to choose. In this interface, the doctor can customize the charging current, and the charging current is adjustable between 1-8A. If the charging current is greater than 4A, the device will automatically turn on the fan. In the fast charging state, the device will increase some fan noise. In addition, you can choose on this interface whether to charge the trolley battery first or the device battery first. The two charging methods are independent and can be controlled separately.

[0073] The working principle and beneficial effects of the above technical solution are: by communicating the trolley battery of the ultrasound trolley and the device battery of the ultrasound equipment host with the ultrasound equipment host, the timely acquisition and supply of power are effectively guaranteed, and by determining the charging logic, the control based on the charging logic of the ultrasound equipment host is effectively realized, and by real-time monitoring of the trolley battery power of the ultrasound trolley and the device battery power of the ultrasound equipment host, the charging control of the ultrasound trolley and the ultrasound equipment host based on the charging logic is effectively realized, which effectively increases the battery life of the portable device, enriches the use scenarios of the portable ultrasound diagnostic equipment, and realizes the intelligent transmission control of power between the ultrasound trolley and the ultrasound equipment.

[0074] In one embodiment, this embodiment provides an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, further comprising:

[0075] The display module is used to display the battery power of the ultrasound trolley and the battery power of the device battery of the ultrasound device host in real time, the remaining battery life and the charging status based on the screen of the ultrasound device host.

[0076] The beneficial effect of the above technical solution is: effectively ensuring the reading of the battery power of the ultrasound trolley and the device battery power of the ultrasound equipment host, the remaining battery life and the charging status, thereby improving the convenience and effectiveness of the display.

[0077] In one embodiment, this embodiment provides an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, such as Figure 2 As shown, the charging control module includes:

[0078] The power monitoring unit is used to monitor the battery power of the ultrasound trolley and the battery power of the ultrasound equipment host in real time;

[0079] The control unit is used to control the charging of the ultrasound trolley and the ultrasound device host based on the battery power of the ultrasound trolley and the device battery power of the ultrasound device host and according to the charging logic.

[0080] In this embodiment, the charging of the ultrasound trolley and the ultrasound device host is controlled based on the trolley battery power of the ultrasound trolley and the device battery power of the ultrasound device host and according to the charging logic, including: reading the current trolley battery power of the ultrasound trolley and the device battery power of the ultrasound device host; when the ultrasound trolley and the ultrasound device host are not connected to an external power supply, if the device battery power of the current ultrasound device host is not full and the current trolley battery power of the ultrasound trolley is greater than a preset threshold, the ultrasound device host is charged based on the ultrasound trolley; when the ultrasound trolley is connected to an external power supply, the ultrasound device host is charged preferentially based on the external power supply, and when the host is fully charged, the trolley battery of the ultrasound trolley is charged.

[0081] The above-mentioned preset threshold value may be set in advance, and may be when the battery power of the trolley exceeds 20%.

[0082] In the above situation, if neither the trolley nor the host is connected to an external power supply, the host battery is not fully charged and the trolley battery is more than 20%, the trolley will charge the host; if the trolley is connected to an external power supply, the power supply will charge the host battery first, and then charge the trolley battery after the host is fully charged.

[0083] The working principle and beneficial effect of the above technical solution are: by real-time monitoring of the battery power of the ultrasound trolley and the device battery power of the ultrasound equipment host, the charging of the ultrasound trolley and the ultrasound equipment host is effectively controlled based on the charging logic, thereby improving the orderliness and intelligence of the charging control, and thus ensuring the effectiveness of the intelligent transmission of power between the ultrasound trolley and the ultrasound equipment.

[0084] In one embodiment, this embodiment provides an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, such as Figure 3 As shown, the communication module includes:

[0085] A start unit, used for acquiring a first address code of the ultrasound device host, generating a start signal in the ultrasound device host based on the first address code, and starting IIC bus communication according to the start signal;

[0086] A transmission unit, used for generating an address code to be communicated based on the ultrasound device host, and transmitting the address code to be communicated according to the IIC bus;

[0087] Communication connection unit for:

[0088] Retrieve the second address code of the trolley battery of the ultrasound trolley and the third address code of the device battery of the ultrasound device host respectively;

[0089] Matching the address code to be communicated with the second address code and the third address code respectively;

[0090] According to the matching result, the ultrasound device host is communicatively connected with the trolley battery of the ultrasound trolley or the device battery of the ultrasound device host based on the IIC bus.

[0091] In this embodiment, the first address code may be the address code information of the ultrasound device host, the second address code may be the address code information of the trolley battery of the ultrasound trolley, and the third address code may be the address code information of the device battery of the ultrasound device host.

[0092] In this embodiment, the communication connection unit includes:

[0093] The matching subunit is used to: match the address code to be communicated with the second address code and the third address code respectively; if the address code to be communicated matches the second address code, the ultrasound device host is communicatively connected with the trolley battery of the ultrasound trolley based on the IIC bus; if the address code to be communicated matches the third address code, the ultrasound device host is communicatively connected with the device battery of the ultrasound device host based on the IIC bus; the alarm subunit is used to perform an alarm operation (the alarm operation may include one or more of sound, vibration and light) if the address code to be communicated does not match the second address code and the third address code.

[0094] The working principle and beneficial effects of the above technical solution are: by determining the first address code, a start signal can be effectively generated, and then the IIC bus communication is started by the start signal, and by respectively determining the second address code and the third address code and matching them with the first address code, the ultrasound equipment host and the trolley battery of the ultrasound trolley or the device battery of the ultrasound equipment host can be effectively connected to each other based on the IIC bus.

[0095] In one embodiment, this embodiment provides an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, such as Figure 4 As shown, the charging logic determination module includes:

[0096] A reading unit, used to read the charging logic, determine the execution order corresponding to the charging logic, extract the sequence tag of the execution order, and divide the charging logic into a plurality of sub-charging logics according to the sequence tag;

[0097] A code generation unit, used to generate sub-code information of each sub-charging logic according to a preset coding template, and at the same time, sort the sub-code information according to the sequence label to generate a comprehensive code of the charging logic;

[0098] The writing unit is used to write the integrated code of the charging logic into the host of the ultrasound device.

[0099] In one embodiment, this embodiment provides an intelligent power transmission control system between an ultrasound trolley and an ultrasound device, and a display module, including:

[0100] A display item acquisition unit, used to acquire display items, wherein the display items include: displaying the battery power of the ultrasound trolley, displaying the battery power of the ultrasound equipment host, displaying the remaining battery life, and displaying the charging status;

[0101] An area acquisition unit is used to acquire the initial screen display area of ​​each display item, read the target screen display area of ​​the ultrasound device host screen, and acquire the display weight of each display item;

[0102] The display layout unit is used to layout each display item according to the display weight, the initial screen display area and the target screen display area. At the same time, an item identifier is added to each display item. Based on the display layout results and the added results, each display item is displayed in real time on the host screen of the ultrasound device.

[0103] In this embodiment, the display items include: displaying the battery power of the ultrasound trolley, displaying the battery power of the device battery of the ultrasound device host, displaying the remaining battery life, and displaying the charging status.

[0104] In this embodiment, the initial screen display area may be the initial area after all data of the display item is displayed, and the initial screen display area does not coincide with the screen of the host terminal of the ultrasound device.

[0105] In this embodiment, the item identifier may be an item type used to distinguish different display items.

[0106] In this embodiment, the display layout unit includes: a first display layout subunit, which is used to perform a first display layout on each display item according to the display weight of each display item, and determine the display position of each display item; a second display layout subunit, which is used to adaptively adjust the initial screen display area of ​​each display item according to the target screen display area of ​​the ultrasound device host screen, and complete the second display layout of each display item according to the adaptive adjustment result; a final screen generation subunit, which is used to generate a final screen displayed on the ultrasound device host screen according to the first display layout result and the second display layout result.

[0107] The display weight may be the importance of each display item. For example, the more important the item is, the more it will be placed in the center.

[0108] The first display layout may be a result of performing position layout on each display item according to the display weight of the display item.

[0109] The second display layout may be a layout result adaptively adjusted according to a display area of ​​the display item.

[0110] The working principle and beneficial effect of the above technical solution are: by determining the display items and displaying and laying out each display item according to the display weight, initial screen display area and target screen display area of ​​each display item, the comprehensiveness and integrity of the display on the host screen of the ultrasound equipment is effectively guaranteed, thereby improving the user experience.

[0111] In one embodiment, a power intelligent transmission control system between an ultrasound trolley and an ultrasound device is provided, and a charging control module includes:

[0112] A current monitoring unit, used to monitor the real-time charging current during charging control;

[0113] The fan on determination unit is used to:

[0114] Read the current threshold;

[0115] Compare the real-time charging current with the current threshold to determine whether the fan needs to be turned on;

[0116] If the real-time charging current is less than or equal to the current threshold, it is determined that the fan does not need to be turned on;

[0117] If the real-time charging current is greater than the current threshold, it is determined that the fan needs to be turned on;

[0118] The fan start control unit is used to generate a fan start instruction when the fan needs to be turned on, and control the fan to start automatically according to the fan start instruction.

[0119] In this embodiment, the current threshold may be set in advance, typically 4A.

[0120] In this embodiment, the charging current can be adjusted within the range of 1-8A according to actual needs.

[0121] The working principle and beneficial effects of the above technical solution are: by monitoring the real-time charging current and comparing the real-time charging current, it is effectively possible to determine whether the fan needs to be turned on. At the same time, when the fan needs to be turned on, the fan is automatically started by controlling the fan start instruction, which effectively ensures the intelligence of the fan start. At the same time, the charging safety is effectively guaranteed by cooling the fan.

[0122] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations.

Claims

1. An intelligent power transmission control system between an ultrasonic trolley and an ultrasonic device, characterized in that: include: A communication module, used for communicating between a trolley battery of the ultrasound trolley and a device battery of the ultrasound device host and the ultrasound device host; A charging logic determination module, used for reading the charging logic and writing the charging logic into the host of the ultrasound device; The charging control module is used to monitor the battery power of the ultrasound trolley and the battery power of the ultrasound equipment host in real time, and to control the charging of the ultrasound trolley and the ultrasound equipment host according to the charging logic.

2. According to claim 1, the intelligent power transmission control system between the ultrasonic trolley and the ultrasonic equipment is characterized in that: Also includes: The display module is used to display the battery power of the ultrasound trolley and the battery power of the device battery of the ultrasound device host in real time, the remaining battery life and the charging status based on the screen of the ultrasound device host.

3. According to claim 1, the intelligent power transmission control system between the ultrasound trolley and the ultrasound equipment is characterized in that: In the communication module, the trolley battery of the ultrasound trolley and the device battery of the ultrasound device host communicate with the ultrasound device host through the IIC bus.

4. The intelligent power transmission control system between the ultrasonic trolley and the ultrasonic equipment according to claim 1 is characterized in that: Charging control module, including: The power monitoring unit is used to monitor the battery power of the ultrasound trolley and the battery power of the ultrasound equipment host in real time; The control unit is used to control the charging of the ultrasound trolley and the ultrasound device host based on the battery power of the ultrasound trolley and the device battery power of the ultrasound device host and according to the charging logic.

5. The intelligent power transmission control system between the ultrasound trolley and the ultrasound equipment according to claim 4, characterized in that: Control unit, comprising: The power reading subunit is used to read the battery power of the current ultrasound trolley and the device battery power of the ultrasound device host; Charging control subunit, used for: When the ultrasound trolley and the ultrasound equipment host are not connected to an external power supply, If the battery level of the current ultrasound device host is not full and the battery level of the current ultrasound trolley is greater than a preset threshold, the ultrasound device host is charged based on the ultrasound trolley; When the ultrasound trolley is connected to an external power source, the ultrasound device host is charged first based on the external power source, and when the host is fully charged, the trolley battery of the ultrasound trolley is charged.

6. The intelligent power transmission control system between the ultrasonic trolley and the ultrasonic equipment according to claim 3 is characterized in that: Communication module, including: A start unit, used for acquiring a first address code of the ultrasound device host, generating a start signal in the ultrasound device host based on the first address code, and starting IIC bus communication according to the start signal; A transmission unit, used for generating an address code to be communicated based on the ultrasound device host, and transmitting the address code to be communicated according to the IIC bus; Communication connection unit for: Retrieve the second address code of the trolley battery of the ultrasound trolley and the third address code of the device battery of the ultrasound device host respectively; Matching the address code to be communicated with the second address code and the third address code respectively; According to the matching result, the ultrasound device host is communicatively connected with the trolley battery of the ultrasound trolley or the device battery of the ultrasound device host based on the IIC bus.

7. The intelligent power transmission control system between the ultrasonic trolley and the ultrasonic equipment according to claim 6, characterized in that: A communication connection unit, comprising: Matching subunits for: Matching the address code to be communicated with the second address code and the third address code respectively; If the address code to be communicated matches the second address code, the ultrasound device host is communicatively connected to the trolley battery of the ultrasound trolley based on the IIC bus; If the address code to be communicated matches the third address code, the ultrasound device host and the device battery of the ultrasound device host are communicatively connected based on the IIC bus; The alarm subunit is used to perform an alarm operation if the address code to be communicated does not match the second address code and the third address code.

8. The intelligent power transmission control system between the ultrasonic trolley and the ultrasonic equipment according to claim 1, characterized in that: The charging logic determination module includes: A reading unit, used to read the charging logic, determine the execution order corresponding to the charging logic, extract the sequence tag of the execution order, and divide the charging logic into a plurality of sub-charging logics according to the sequence tag; A code generation unit, used to generate sub-code information of each sub-charging logic according to a preset coding template, and at the same time, sort the sub-code information according to the sequence label to generate a comprehensive code of the charging logic; The writing unit is used to write the integrated code of the charging logic into the host of the ultrasound device.

9. The intelligent power transmission control system between the ultrasonic trolley and the ultrasonic equipment according to claim 2, characterized in that: Display module, including: A display item acquisition unit, used to acquire display items, wherein the display items include: displaying the battery power of the ultrasound trolley, displaying the battery power of the ultrasound equipment host, displaying the remaining battery life, and displaying the charging status; An area acquisition unit is used to acquire the initial screen display area of ​​each display item, read the target screen display area of ​​the ultrasound device host screen, and acquire the display weight of each display item; The display layout unit is used to layout each display item according to the display weight, the initial screen display area and the target screen display area. At the same time, an item identifier is added to each display item. Based on the display layout results and the added results, each display item is displayed in real time on the host screen of the ultrasound device.

10. The intelligent power transmission control system between the ultrasound trolley and the ultrasound equipment according to claim 9, characterized in that: Display layout units, including: A first display layout subunit, configured to perform a first display layout on each display item according to a display weight of each display item, and determine a display position of each display item; The second display layout subunit is used to adaptively adjust the initial screen display area of ​​each display item according to the target screen display area of ​​the ultrasound device host screen, and complete the second display layout of each display item according to the adaptive adjustment result; The final picture generation subunit is used to generate a final picture to be displayed on the screen of the host end of the ultrasound equipment according to the first display layout result and the second display layout result.

11. The intelligent power transmission control system between the ultrasound trolley and the ultrasound equipment according to claim 1, characterized in that: Charging control module, including: A current monitoring unit, used to monitor the real-time charging current during charging control; The fan on determination unit is used to: Read the current threshold; Compare the real-time charging current with the current threshold to determine whether the fan needs to be turned on; If the real-time charging current is less than or equal to the current threshold, it is determined that the fan does not need to be turned on; If the real-time charging current is greater than the current threshold, it is determined that the fan needs to be turned on; The fan start control unit is used to generate a fan start instruction when the fan needs to be turned on, and control the fan to start automatically according to the fan start instruction.

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