Please select the most similar patent number from A, B, C and D. Which number is?
An artificial intelligence infrared thermal imaging bra system having a breast disease detection function, comprising a side body (1), breast supporting layers (11) and shoulder straps (3), wherein the shoulder straps (3) are fixed to two ends of the side body (1); the breast supporting layers (11) are symmetrically fixed at positions on the top of the side body (1) located between the two shoulder straps (3), and sliding mechanisms (5) capable of being adjusted according to different breasts of users are arranged inside the two breast supporting layers (11); a rotating mechanism (4) for driving the sliding mechanisms (5) to move is arranged at a position on the top of the side body (1) located between the two breast supporting layers (11); the rotating mechanism (4) is in transmission connection with the sliding mechanisms (5); a sub-buckle (7) is fixed to one end of the side body (1); and a stretching mechanism (6) capable of matching the sub-buckle (7) to adjust users with different chest circumferences is arranged at the other end of the side body (1). After an infrared thermal imaging camera of the system is used for being connected to a mobile phone, both breasts are photographed, and infrared photos are read by an artificial intelligence image reading system comprised in the system, so as to provide a screening result, thereby achieving convenient detection of breast diseases at home, and providing the maximum possibility for early detection of breast diseases.
A: A pair of focus-adjustable Augmented Reality (AR) glasses, comprising a glasses body support (1), support legs (17), a display module (3), an optical machine (18), and an L-shaped pipe (4). A lens (2) is symmetrically provided and fixed on the glasses body support (1), the two support legs (17) are respectively fixed on two sides of the glasses body support (1), the display module (3) is pasted on the lens (2), the optical machine (18) is fixed on one side of the glasses body support (1), and the display module (3) is fixed on the optical machine (18) by the L-shaped pipe (4). Two convex lenses (6) and a concave lens (7) located between the two convex lenses (6) are sealedly connected in the L-shaped pipe (4), and the concave lens (7) is connected to the L-shaped pipe (4) by means of a moving mechanism, so that the concave lens (7) is driven by the movement of the moving mechanism to move for focusing. A first reflecting mirror (5) and a second reflecting mirror (10) are provided in the L-shaped pipe (4), and a first grating (11) corresponding to the position of the second reflecting mirror (10) is fixedly connected to the inner wall of an L-shaped housing. A second grating (12) matching the first grating (11) is fixedly provided in the display module (3), so that an image projected by the optical machine (18) is projected onto human eyes by means of the first grating (11) and the second grating (12).
B: A medical cloud platform-based breast screening image analysis system (10) and method, applied to a cloud server (1). The cloud server (1) is connected to a breast image collection terminal (4), a medical cloud platform (2) and a doctor diagnosis and treatment terminal (5) by means of a communication network (3). The breast image collection terminal (4) comprises an input unit (40), an infrared generator (41), an infrared receiver (42), an analog-to-digital converter (43), and a communication port (44). The breast screening image analysis system (10) comprises a user information obtaining module (101), a breast image collection module (102), a breast image processing module (103), a breast image analyzing module (104), and a breast image output module (105). The breast screening images of a user are collected by the breast image collection terminal (4), facilitating breast health screening of the of the user and saving the hospital resources; and de-noising and gray-scale hierarchical processing are carried out on the breast screening images to extract breast texture features from the breast screening images, so as to provide references for a doctor for diagnosis and screening of breast diseases, thereby assisting the doctor in improving the efficiency and accuracy for screening the breast diseases.
C: Disclosed is a high-precision pipe segment soldering iron frame, comprising a bottom plate (1), wherein supporting plates (2) are fixed to two sides of an outer wall of the bottom of the bottom plate (1); the same mold box (4) is fixed between the two supporting plates (2); a supporting mechanism is fixed to the top of the mold box (4); an upper mold plate (5) is fixed to the bottom end of the supporting mechanism; a feeding hopper (6) is fixedly inserted into the center of an outer wall of the top of the upper mold plate (5); two screw rods (16) are rotatably inserted into an outer wall of the top of the bottom plate (1); the screw rods (16) are sheathed in sleeves (15) in a threaded manner; a lower mold plate (3) is fixed to the top ends of the sleeves (15); gears (14) are fixed to the bottom ends of the screw rods (16); the screw rods (16) are in transmission connection with a transmission mechanism by means of the gears (14); and the transmission mechanism is in transmission connection with a driving mechanism (12). Concrete pipe segments are discharged from below the mold box, thereby facilitating use by workers, and improving the practicality of a device.
D: An automatic screening apparatus for ornamental gems prior to vacuum coating, comprising: a machine frame (1), a screening roller (2), and a recycling hopper (3). One working platform (11) and two operating mesas (12) are provided on the top part of the machine frame (1). The recycling hopper (3) is mounted and fixed within the machine frame (1). A set of first moving mechanisms (4a) and second moving mechanisms (4b) are mounted on the machine frame (1). The first moving mechanisms (4a) are arranged on two sides of the working platform (11). At least one screening roller (2) and a power motor (5) driving the screening roller (2) to rotate are mounted above the first moving mechanisms. Two sets of second moving mechanisms (4b) respectively span the two operating mesas (12) and are higher as a whole than the first moving mechanisms (4a). Several clamping components (6) are mounted and fixed on the second moving mechanisms (4b). The automatic screening apparatus replaces manual screening, is fast, prevents screening misses, increases production efficiency, and at the same time, by avoiding the phenomenon of reworking due to screening misses, reduces production costs.
Answer: B