Abstract: A compact rock pyrolytic analysis and evaluation instrument comprises a sample introduction system, a pyrolytic furnace, a bypass system, a total hydrocarbon amount and methane content analysis system, a signal acquisition control system and a computer. The pyrolytic furnace is respectively connected with the sample introduction system and the bypass system, the total hydrocarbon amount and methane content analysis system is connected with the bypass system, the signal acquisition control system is used for controlling and connecting the total hydrocarbon amount and methane content analysis system, and meanwhile, the signal acquisition control system is communicated with the computer. The disclosure simultaneously detects the total amount of hydrocarbons produced by rock pyrolysis and the content of methane gas produced by rock pyrolysis, and the obtained data are reliable.

Abstract: The present invention discloses an information processing method and a mobile terminal. The method includes: obtaining a plurality of pieces of user data header information from a received short message; determining whether a long SMS identifier exists in the plurality of pieces of user data header information, where the long SMS identifier is used to identify the received short message as a long SMS; and if a determination result shows that a long SMS identifier exists in the plurality of pieces of user data header information, processing the received short message as a part of a long SMS; and if the determination result shows that no long SMS identifier exists in the plurality of pieces of user data header information, processing the received short message as a common short message. Adopting embodiments of the present invention can achieve correct processing of a long SMS with a plurality of message headers.