Abstract: A handheld time-delay inhalation atomizing cup, comprising a base component; an electrical control component and an air pump are mounted in said base component; an atomizer is mounted at one end of said base component; an atomizing cup, detachably mounted on said base component, which internally forms an atomizing storage cavity for storing the smoke produced by the atomizer; the smoke produced by the atomizer are sent into the atomizing storage cavity via said air pump for storage. The invention adopts an integrated portable design and is characterized in splitting atomization and inhalation, top air intake and replaceable adapters, which enhances the convenience and flexibility of use; it not only simplifies the operation process, but also significantly improves the user's inhalation experience by integrating the aerosol inhalation function, more suitable for the modern fast-paced lifestyle.

Abstract: A smoking method using an open flame to light traditional cigarette tobacco mixed with electronic cigarettes. Prepare a smoking device with integrated electronic cigarette function; set a tobacco insertion port specifically for inserting a traditional cigarette tobacco on the cigarette holder; select an electronic cigarette oil according to personal preference and put it into the cartridge in the electronic cigarette main body; take a piece of traditional cigarette tobacco and insert one end into the tobacco insertion port on the cigarette holder to ensure that the cigarette tobacco is stable and the insertion depth is appropriate; use an open flame to light the other end of the cigarette tobacco inserted into the tobacco insertion port and let it begin to burn and generate tobacco-specific combustion smoke. With e-cigarette oil flavors and mixed tobacco combustion smoke, the user can get different experiences and enhance the richness of flavors.

Abstract: A primary lithium battery having high discharge efficiency and good safety, having a positive electrode plate, a separator, a lithium belt negative electrode plate, and electrode tabs disposed on the positive electrode plate and the lithium belt negative electrode plate respectively; a reaction inhibiting region is provided on the positive electrode plate at an end of the positive electrode plate distal from the electrode tab of the positive electrode plate; a polymer plastic tape is provided on the reaction inhibiting region; a groove is provided on the lithium belt negative electrode plate proximal to the electrode tab of the lithium belt negative electrode plate to stop reaction.

Abstract: A primary lithium battery having high discharge efficiency, having a positive electrode plate, a separator, a lithium best negative electrode plate, and electrode tabs disposed on the positive electrode plate and the lithium belt negative electrode plate respectively; the positive electrode plate, the separator, and the lithium belt negative electrode plate are mutually wound together as a winding, wherein an end of the electrode tab of the positive electrode plate is used as a starting end of the winding; at a tad end of the winding, a reaction inhibiting region is provided on the lithium belt negative electrode plate; a polymer plastic tape is provided on the reaction inhibiting region; a groove is provided between the electrode tab of the lithium belt negative electrode plate and the polymer plastic tape to stop reaction.

Abstract: A non-aqueous electro-chemical battery and a method of preparation thereof, wherein the electro-chemical battery comprises an anode current collector, a cathode, electrolyte solution and a separator, wherein the anode current collector contains anode coating and the anode current collector as a whole acts as an anode; both the anode current collector and the cathode are provided with tabs; the cathode is made of lithium metal or lithium-aluminum alloy; ratio of capacity of the anode per unit area to capacity of the cathode per unit area is less than 1.0; ratio of theoretical total capacity of the anode to the theoretical total capacity of the cathode is greater than 1.0. According to the method of preparing the battery, when the anode, the cathode and the separator are placed one over another, a front end of the anode and a front end of the cathode is placed in staggered positions.

Abstract: A 1.5V battery and manufacturing method thereof is disclosed. The battery includes a positive electrode composed of 80%-90 weight-% of pyrite, up to 3.5% of conductive carbon black, 3%-5% of graphite, 2%-4% of oxide or lithium oxide and 1%-4% of water-soluble adhesive; a negative electrode composed of lithium metal or a lithium-aluminum alloy; an electrolyte composed of an organic solvent selected from three or more of NMP, PC, DME, DOL, isoxazoles, THF, DMSO and SFL; and an inorganic salt solute selected from one or more of LiClO4, LiCF3SO3, LiI, LiAsF6 and LiBF4; and a separator made of polyethylene resins.