CN-122005981-A - Breast pump wearing alignment method, breast pump system and storage medium

CN122005981ACN 122005981 ACN122005981 ACN 122005981ACN-122005981-A

Abstract

The application discloses a breast pump wearing alignment method, a breast pump system and a storage medium, wherein the method is applied to the breast pump system comprising a breast pump and a terminal device, and comprises the steps that the breast pump responds to a shooting instruction sent by the terminal device, acquires first real-time image data at least comprising a breast and sends the first real-time image data to the terminal device; the terminal equipment receives and processes the first real-time image data to obtain second real-time image data, obtains the real-time position of the characteristic point on a preset schematic interface based on the second real-time image data, marks the real-time position of the characteristic point, and displays the marked preset schematic interface, wherein the preset schematic interface is also marked with a target position range of the characteristic point in advance.

Inventors

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Assignees

深圳市千分一智能技术股份有限公司

Dates

Publication Date: 20260512
Application Date: 20251219

Claims (10)

1. A method of breast pump wear alignment, the method being applied to a breast pump system comprising a breast pump and a terminal device in communicative connection with the breast pump, the method comprising: the terminal equipment sends a shooting instruction to the breast pump; the breast pump, in response to the shooting instruction, acquiring first real-time image data including at least the breast and transmitting the first real-time image data to the terminal device, and The terminal equipment receives and processes the first real-time image data to obtain second real-time image data, obtains the real-time position of a characteristic point on a preset schematic interface based on the second real-time image data, marks the real-time position of the characteristic point, and displays the marked preset schematic interface; The preset schematic interface is also marked with a target position range of the characteristic point in advance.
2. The method of claim 1, wherein the step of the terminal device sending a shooting instruction to the breast pump further comprises: And generating and sending the shooting instruction to the breast pump in response to a calibration operation triggered by a user.
3. The method of claim 1, wherein the breast pump collects and transmits to the terminal device, in response to the photographing instruction, at least first real-time image data including the breast, and wherein the terminal device receives and processes the first real-time image data to obtain second real-time image data, comprising: the breast pump packetizes the acquired first real-time image data into at least one image data packet and transmits the at least one image data packet to the terminal device, and And the terminal equipment receives and integrates the at least one image data packet to obtain second real-time image data.
4. The method according to claim 1, wherein the step of acquiring the real-time position of the feature point on the preset schematic interface based on the second real-time image data comprises: Performing nipple position identification on the second real-time image data by adopting a preset image processing algorithm to obtain nipple pixel positions, and And converting the nipple pixel position into coordinates in a display coordinate system corresponding to the preset schematic interface, and taking the coordinates as the real-time position of the characteristic point.
5. The method of claim 1, wherein prior to the step of acquiring the real-time location of the feature point on the preset schematic interface based on the second real-time image data, further comprising: the terminal device constructs an initial schematic interface according to the shape of the breastshield of the breast pump, and And marking the target position range of the characteristic points on the initial schematic interface according to the nipple accommodating part of the breast shield to obtain a preset schematic interface.
6. The method according to claim 1, wherein the step of marking the real-time positions of the feature points and displaying the marked preset schematic interface includes: performing shape marking on the real-time positions of the feature points on a preset schematic interface to obtain real-time position marking points and the marked preset schematic interface; Judging whether the real-time position marking point is positioned in the target position range of the characteristic point or not; If not, generating a position movement instruction, and displaying the marked preset schematic interface.
7. The method of claim 6, wherein the step of generating a position movement indication and displaying the noted preset schematic interface if not, comprises: Generating an arrow indication according to the real-time position marking point and the central point of the characteristic point target position range when the real-time position marking point is out of the characteristic point target position range, and taking the arrow indication as a position movement indication, and And displaying the marked preset schematic interface with the position movement indication.
8. The method of claim 6, wherein after the step of determining whether the real-time location annotation point is located within the target location range of the feature point, further comprising: if so, a calibration complete indication is generated to prompt the user to stop moving the breast pump.
9. A breast pump system comprising a breast pump and a terminal device in communicative connection with the breast pump; Wherein the breast pump is used for responding to the instruction from the terminal equipment to acquire first real-time image data at least comprising the breast and transmitting the first real-time image data to the terminal equipment; The terminal equipment is used for sending a shooting instruction to the breast pump, receiving and processing the first real-time image data to obtain second real-time image data, acquiring the real-time position of the characteristic point on a preset schematic interface based on the second real-time image data, marking the real-time position of the characteristic point, displaying the marked preset schematic interface, and marking a target position range of the characteristic point on the preset schematic interface in advance.
10. A storage medium having stored thereon a breast pump wear alignment program which when executed by a processor performs the steps of the breast pump wear alignment method of any of claims 1 to 8.

Description

Breast pump wearing alignment method, breast pump system and storage medium Technical Field The application relates to the technical field of vision assistance, in particular to a breast pump wearing alignment method, a breast pump system and a storage medium. Background In the field of maternal and infant products, breast pumps have become a common auxiliary device for breast feeding. To ensure the comfort and efficiency of the milking session, it is necessary to accurately align the breastshield with the body part of the user. For this reason, in the existing manner, a vision auxiliary function is integrated on the breast pump, and a camera is additionally arranged to provide visual feedback for a user so as to assist the user to complete the operation of wearing and aligning the breast pump. Existing breast pump wear alignment methods typically require that real-time video images captured by a camera be transmitted and displayed entirely on a user's smartphone screen. However, although the existing method provides a certain intuitiveness, since the real-time image may relate to the private parts of the user, the sensitive information is exposed to the transmission data link and the display interface in the transmission and display process, thereby causing the problem of privacy security for the user. Disclosure of Invention The application mainly aims to provide a breast pump wearing alignment method, a breast pump system and a storage medium, and aims to solve the technical problem that the existing breast pump wearing alignment mode has the risk of privacy disclosure of a user. To achieve the above object, the present application proposes a method of alignment of breast pump wear, applied to a breast pump system comprising a breast pump and a terminal device in communicative connection with the breast pump, the method comprising: the terminal equipment sends a shooting instruction to the breast pump; the breast pump, in response to the shooting instruction, acquiring first real-time image data including at least the breast and transmitting the first real-time image data to the terminal device, and The terminal equipment receives and processes the first real-time image data to obtain second real-time image data, obtains the real-time position of a characteristic point on a preset schematic interface based on the second real-time image data, marks the real-time position of the characteristic point, and displays the marked preset schematic interface; The preset schematic interface is also marked with a target position range of the characteristic point in advance. In an embodiment, the step of sending a shooting instruction to the breast pump by the terminal device further comprises: And generating and sending the shooting instruction to the breast pump in response to a calibration operation triggered by a user. In one embodiment, the breast pump is used for responding to the shooting instruction to acquire first real-time image data at least comprising the breast and transmitting the first real-time image data to the terminal equipment, and the terminal equipment is used for receiving and processing the first real-time image data to obtain second real-time image data, and the method comprises the following steps of: the breast pump packetizes the acquired first real-time image data into at least one image data packet and transmits the at least one image data packet to the terminal device, and And the terminal equipment receives and integrates the at least one image data packet to obtain second real-time image data. In an embodiment, the step of acquiring the real-time position of the feature point on the preset schematic interface based on the second real-time image data includes: Performing nipple position identification on the second real-time image data by adopting a preset image processing algorithm to obtain nipple pixel positions, and And converting the nipple pixel position into coordinates in a display coordinate system corresponding to the preset schematic interface, and taking the coordinates as the real-time position of the characteristic point. In an embodiment, before the step of acquiring the real-time position of the feature point on the preset schematic interface based on the second real-time image data, the method further includes: the terminal device constructs an initial schematic interface according to the shape of the breastshield of the breast pump, and And marking the target position range of the characteristic points on the initial schematic interface according to the nipple accommodating part of the breast shield to obtain a preset schematic interface. In an embodiment, the step of marking the real-time position of the feature point and displaying the marked preset schematic interface includes: performing shape marking on the real-time positions of the feature points on a preset schematic interface to obtain real-time position marking points and the marked preset schematic interfa