Abstract: The present invention relates to a method for improving sensory attributes of a sugar alcohol and application thereof. After analyzing the difference between the sugar alcohol used as a sugar substitute and sucrose in multiple sensory attribute dimensions by flavor analysis, corresponding taste modifying substances are added according to the intensity of the difference, thereby solving the problem that there are differences between the sugar alcohol used as a sugar substitute and the sucrose in taste sensory attributes in the field of food at present. According to the invention, the taste difference between the sugar alcohol and the sucrose in multiple sensory attribute dimensions is analyzed, so that the level of taste improvement is broader. Multidimensional accurate quantification of differences is realized by means of a sensory flavor wheel, thereby realizing accurate taste modification and improving the accuracy of taste improvement.

Abstract: The present disclosure discloses a low voltage differential signal transmitter, a method for generating a low voltage differential signal, and a data transmission device, the low voltage differential signal transmitter comprises includes a controller and a physical layer chip connected with each other, the controller is configured to receive a first clock signal, process the first clock signal to obtain a second clock signal, read a first data signal under drive of the second clock signal, and output a third clock signal and a second data signal; the physical layer chip is configured to receive the first clock signal and the signals output by the controller, sample the third clock signal and the second data signal according to the first clock signal, and output a serial low voltage differential clock signal and a serial low voltage differential data signal.

Abstract: The present disclosure discloses a low voltage differential signal transmitter, a method for generating a low voltage differential signal, and a data transmission device, the low voltage differential signal transmitter includes a controller and a physical layer chip connected with each other, the controller is configured to receive a first clock signal, process the first clock signal to obtain a second clock signal, read a first data signal under drive of the second clock signal, and output a third clock signal and a second data signal; the physical layer chip is configured to receive the first clock signal and the signals output by the controller, sample the third clock signal and the second data signal according to the first clock signal, and output a serial low voltage differential clock signal and a serial low voltage differential data signal.

Abstract: The present invention provides a method for synthesizing cationic bleach activators via a single-bath reaction, comprising steps of: separately dissolving 4-chloromethylbenoyl chloride and lactam in its respective solvent, adding an acid-binding agent to the lactam solution, next adding dropwisely 4-chloromethylbenoyl chloride solution into the lactam/acid binding-agent solution, and finally adding tertiary amine to the solution above to make a reaction solution, which is further treated with mixing and refluxing. The washed and dried final product is TBLC cationic bleach activator. The method of the present invention greatly simplifies the synthesizing process and lowers the stringency of reaction conditions for preparing cationic bleach activators (TBLC). At the same time, the present method produces TBLC cationic bleach activators with high yields, making it a suitable option for industrial production of these bleach activators.

Abstract: The present invention provides a method for synthesizing cationic bleach activators via a single-bath reaction, comprising steps of: separately dissolving 4-chloromethylbenoyl chloride and lactam in its respective solvent, adding an acid-binding agent to the lactam solution, next adding dropwisely 4-chloromethylbenoyl chloride solution into the lactam/acid binding-agent solution, and finally adding tertiary amine to the solution above to make a reaction solution, which is further treated with mixing and refluxing. The washed and dried final product is TBLC cationic bleach activator. The method of the present invention greatly simplifies the synthesizing process and lowers the stringency of reaction conditions for preparing cationic bleach activators (TBLC). At the same time, the present method produces TBLC cationic bleach activators with high yields, making it a suitable option for industrial production of these bleach activators.