Abstract: Disclosed is a method for preparing a product for treating scald infection caused by Pseudomonas aeruginosa. The product includes a ferrous sulfate hydrogel, the scald is a deep second-degree scald or a third-degree scald, and a preparation process of the ferrous sulfate hydrogel includes: S1, obtaining a mixed solution by dissolving ferrous sulfate and vitamin C at a concentration ratio of 1:1 in sterile ultrapure water, heating the mixed solution to 50° C., and a concentration of the ferrous sulfate in the mixed solution being 2 mM, and S2, under a condition of heating, continuing to add sodium alginate powder whose mass constitutes 3.5% of a total mass of the mixed solution, stirring until the sodium alginate powder is dissolved and forming a stable colloid, and obtaining 2 mM of the ferrous sulfate hydrogel.

Abstract: The present disclosure provides compounds for modulating calcitonin receptor and/or amylin receptor activity, as well as pharmaceutical compositions comprising the compounds disclosed herein. Also provided are methods for treating a calcitonin receptor and/or amylin receptor associated disease or disorder.

Abstract: The present disclosure provides compounds for modulating calcitonin receptor and/or amylin receptor activity, as well as pharmaceutical compositions comprising the compounds disclosed herein. Also provided are methods for treating a calcitonin receptor and/or amylin receptor associated disease or disorder.

Abstract: A charging device for a mobile terminal includes a mobile power supply for charging the mobile terminal and two handles respectively located at two sides of the mobile power supply. The mobile power supply is provided with a retaining member for being detachably connected with the mobile terminal. In use, users can use the handles to operate the mobile terminal, thereby avoiding discomfort of the wrists of the users caused by using the mobile terminal for a long time. The mobile power supply is capable of charging a battery within the mobile terminal to extend life of the battery.

Abstract: A supporting bracket for supporting a mobile terminal on a platform includes a first bracket body provided with a bearing surface for supporting the mobile terminal and a supporting surface located below the bearing surface and configured for siting on the platform in order to support the bearing surface and changing an angle formed between the platform with the supporting bracket placed thereon and the mobile terminal leaned on the bearing surface. The supporting surface is a curved surface, and the bearing surface is connected with opposite ends of the supporting surface. Therefore, the supporting bracket is simple in structure, convenient to carry and easy to adjust the angle formed between the platform and the mobile terminal leaned on the bearing surface, and easy to be widely used.

Abstract: A combined bracket includes a first bracket and a second bracket, the first bracket and the second bracket are detachably connected. The first bracket includes a first pin and a second pin respectively formed at two ends of the first bracket, and the length of the first pin is larger or smaller than the length of the second pin, making the first pin and the second pin asymmetric. The second bracket is provided with a slot. One of the first pin and the second pin are inserted in the slot and cooperate with one end of the second bracket to form a platform for supporting the mobile device. The other one of the first pin and the second pin and the other end of the second bracket form supporting legs of the combined bracket.

Abstract: A charging device for a mobile terminal includes a mobile power supply for charging the mobile terminal and two handles respectively located at two sides of the mobile power supply. The mobile power supply is provided with a retaining member for being detachably connected with the mobile terminal. In use, users can use the handles to operate the mobile terminal, thereby avoiding discomfort of the wrists of the users caused by using the mobile terminal for a long time. The mobile power supply is capable of charging a battery within the mobile terminal to extend life of the battery.

Abstract: The surrounding environment where an electronic apparatus is placed is detected according to external sounds, and therefore it is difficult to accurately switch the output of a ring-tone. A control apparatus controls the sound generated by the electronic device. The control apparatus includes a sound producing section that outputs a sound output signal causing a sound output section to generate the sound, a sound acquiring section that acquires a sound input signal generated from external sound, and an adjusting section that adjusts the sound output signal or the output of an output device according to the sound input signal acquired in a state where the sound is being generated.

Abstract: The surrounding environment where an electronic apparatus is placed is detected according to external sounds, and therefore it is difficult to accurately switch the output of a ring-tone. A control apparatus controls the sound generated by the electronic device. The control apparatus includes a sound producing section that outputs a sound output signal causing a sound output section to generate the sound, a sound acquiring section that acquires a sound input signal generated from external sound, and an adjusting section that adjusts the sound output signal or the output of an output device according to the sound input signal acquired in a state where the sound is being generated.

Abstract: To address a desire to run 3D applications based on the OpenGL standard on OpenGL|ES mobile devices such as cellular telephones, one must be able to translate function calls between OpenGL and OpenGL|ES. In supporting this translation, and so as to ensure proper data state for the continued execution of the OpenGL application, global GL states which might be changed by an OpenGL|ES function used during translation are stored. The OpenGL to OpenGL|ES translation is then effectuated by substituting appropriate OpenGL|ES commands for OpenGL commands, and passing OpenGL|ES APIs for OpenGL|ES implementation. Thereafter, the global GL states which were previously saved are restored such that the performed translation does not adversely impact continued execution of the OpenGL configured application. This translation process supports OpenGL to OpenGL|ES translation with respect to a number of OpenGL APIs as well as some known extensions.