Abstract: A method for inputting and processing phone number is provided. The method includes: taking or storing a picture P1 including a phone number; obtaining a picture P2 including only the phone number by automatically processing the picture P1 and saving the picture P2; obtaining editable character strings of the phone number in the picture P2 by automatically recognizing the phone number in the picture P2; determining whether a format of the editable character strings of the phone number in the picture P2 is consistent with a standard format of the contact information of the mobile terminal; when consistent, the phone number in the picture P2 is displayed in the dialing interface for dialing or saving; and when not consistent, the phone number in the picture P2 is displayed in a modifying interface for correcting.

Abstract: A method for inputting and processing phone number is provided. The method includes: taking or storing a picture P1 including a phone number; obtaining a picture P2 including only the phone number by automatically processing the picture P1 and saving the picture P2; obtaining editable character strings of the phone number in the picture P2 by automatically recognizing the phone number in the picture P2; determining whether a format of the editable character strings of the phone number in the picture P2 is consistent with a standard format of the contact information of the mobile terminal; when consistent, the phone number in the picture P2 is displayed in the dialing interface for dialing or saving; and when not consistent, the phone number in the picture P2 is displayed in a modifying interface for correcting.

Abstract: The present invention is to provide a monitoring device for inspection diagnosis in traditional Chinese medicine, comprising: a housing, a light source and a shooting structure, the said light source and shooting structure are positioned in the housing, a photoconductive component is positioned in the said housing, the said photoconductive component comprising at least one photoconductive layer, the said light source is positioned inside the photoconductive layer or on the side cross section of the photoconductive layer, with the diffuse reflection of the photoconductive component the said light source forms a area light source. In the present invention, as the photoconductive component is adopted in light transmission, the point light is converted to area light so that a soft, stable and uniform illumination environment similar to the natural light comes into being in the monitoring device.