100results about How to "Avoid savings" patented technology

A processor which is switchable between a first execution mode (such as a scalar mode) and a second execution mode (such as a VLIW mode) is disclosed. The processor has a first processor context when in the first execution mode and a second processor context, different from the first processor context, when in the second execution mode. The processor generates an exception when the processor attempts to change from one execution mode to the other. When the processor switches to a thread of execution which is in the first execution mode, or when the processor switches to a thread of execution which was the last thread to be in the second execution mode, only the first processor context is preserved. The processor may be arranged such that the number of threads that may be in the second execution mode at any one time is less than the total number of threads that may be active on the processor at any one time.

A method for performing expression-based validation with records in a computer system database, eliminating the need to write programs or scripts. A validation expression can define complex intra-record tests and inter-record tests and may be performed manually against one or more records and have a success or failure indicated for each record in an interface. A validation expression may be placed into one or more groups and performed as a group with the success or failure indicated for each record. A validation expression may be initiated from workflows to implement a business process with system-enforced data integrity. A validation expression may be manually executed or automatically executed when attempting record update to prevent the entry of invalid data and ensure data integrity. A validation expression may also be used to search using the Boolean result of validation expressions.

Provided are: a formic acid decomposition apparatus which can dispose of formic acid safely and quickly and determine the activity of a packed catalyst; and a formic acid decomposition method. This formic acid decomposition apparatus is to be used in decomposing formic acid contained in an exhaust gas into water and carbon dioxide, said exhaust gas being discharged from a soldering device in which the reduction treatment of surface oxide film with formic acid has been conducted. The formic acid decomposition apparatus is provided with: a formic acid decomposition unit in which a formic acid decomposition catalyst is packed; a gas introduction pipe for introducing a formic acid-containing gas into the formic acid decomposition unit; and a gas introduction mechanism for introducing oxygen or an oxygen-containing gas into the formic acid decomposition unit. In the formic acid decomposition apparatus, the activity of the catalyst is determined on the basis of catalyst temperature change due to the heat generated in the decomposition reaction of formic acid. This formic acid decomposition method comprises: mixing oxygen or an oxygen-containing gas with a formic acid-containing exhaust gas discharged from a soldering device, in which the reduction treatment of surface oxide film with formic acid has been conducted, at a molar ratio of oxygen to formic acid (oxygen / formic acid) of 1.5 or more; subjecting the mixture to reaction in the presence of a formic acid decomposition catalyst; and thus decomposing the formic acid into water and carbon dioxide.

The invention discloses a hard alloy using a nickel-aluminum intermetallic compound Ni3Al as a bonding phase and a preparation method thereof. The hard alloy comprises a hard phase and the bonding phase, and also comprises 0.0025-0.0252 percent by mass of elements B; and the volume percentage of the bonding phase is 10-40. The preparation method sequentially comprises the following steps of: uniformly mixing 5.04-50.30 percent by weight of nickel powder, aluminum powder and the balance of carbide powder according to the component proportion of Ni24Al; arranging the mixture in a graphite container, flattening the mixture with the thickness being smaller than or equal to 50 millimeters, and heating the mixture to 1100-1200 DEG C at a speed smaller than or equal to 5 DEG C per minute in a non-oxide atmosphere, preserving heat for 1 hour, cooling the mixture naturally to obtain a mixture of the carbide and Ni3Al; adding 0.0025-0.0252 percent by weight of powder B, mixing the mixture with the powder B by using a wet grinding method for 18-36 hours; preparing the mixed material into green compacts; carrying out low-voltage liquid-phase sintering at 1350-1550 DEG C to obtain the hard alloy using Ni3Al as the bonding phase, wherein the hard alloy has a uniform organization structure, high compactness of alloy, high strength, good wear resistance and excellent high-temperature oxidation resistance and corrosion resistance. The hard alloy has a simple process and low manufacturing cost.

The invention relates to the field of medical dressings, in particular to an antibacterial foam dressing and a preparation method thereof. The invention aims to prepare the antibacterial foam dressingwhich is good in antibacterial effect and durable in use, a metal material serving as an antibacterial component is tightly combined with a foam material, metal particles are not easily released fromthe foam dressing, and antibacterial metal particles can be prevented from accumulating in the human body and generating toxic action on human body tissues and organs. According to the antibacterialfoam dressing provided by the invention, antibacterial metal powder is added before foaming of the polyurethane material, so that the antibacterial metal powder is embedded into the polyurethane foaming material, tight combination of the two substances can more effectively prevent the antibacterial metal powder from being released from the polyurethane foaming material and entering the human bodyblood, thus preventing the metal particles from accumulating in the human body and generating toxic action on human body tissues and organs. The antibacterial foam dressing prepared by the method provided by the invention has simple preparation process, and has better antibacterial effect and antibacterial durability.

A hydrogen generation device includes: a reforming unit for steam-reforming raw material containing at least carbon atoms and hydrogen atoms to generate a hydrogen-containing gas; a raw material supply unit for supplying a raw material to the reforming unit; a steam generation unit for supplying steam to the reforming unit; a steam generation unit temperature detection unit for detecting the temperature of the steam generation unit; a heating unit for supplying a combustion gas for successively heating the reforming unit and the steam generation unit by heat transfer; and a control unit. The control unit controls a raw material supply amount from the raw material supply unit and a water supply amount from a water supply unit and controls one of the air amount to the heating unit, a fuel amount to the heating unit, and the raw material amount to the reforming unit so that no water remains in the steam generation unit according to the detected temperature from the steam generation unit temperature detection unit. Thus, it is possible to operate the hydrogen generation device without leaving water in the steam generation unit and to provide a hydrogen generation device operation method having a high reliability and economy and a hydrogen generation device using the same as well as a fuel cell generation system using the hydrogen generation device.

To provide an eyelash shaping tool capable of easily radially loosening eyelashes, shaping the root to the tip of the eyelashes, improving cleanability so as not to easily accumulate mascara and maintaining the fixed shaping property of the eyelashes even at the time of using the mascara. An eyelash shaping part (3) is provided so as to project from a grip part (2) in the longitudinal direction, a heating part (6) having a prescribed length in the longitudinal direction is provided inside the eyelash shaping part (3), and a comb member (5) is provided attachably to and detachably from a base member (14) facing the heating part (6).

The invention discloses a bottom pressurization oil supply type self-lubricating windshield wiper motor. The motor comprises a gear box body, a box body upper cover, an oil bottom groove, a driving motor, a driving turbine, a driven gear, a transmission worm, an atomizing nozzle and a pressurizing plunger pump. The oil bottom groove is connected to the bottom of the gear box body, and an oil return hole is arranged in the gear box body. The driving turbine is engaged with the transmission worm and the driven gear, the driving turbine is provided with an eccentric connecting portion, and a central axis of the eccentric connecting portion and the central axis of the driving turbine are not located on a same straight line. The pressurizing plunger pump comprises an oil inlet end, an oil outlet end and a piston, one end of the piston is connected with the eccentric connecting portion, the oil inlet end is connected with an oil storage cavity, and the oil outlet end is connected with the atomizing nozzle. Lubricating oil can be recycled, interval time for adding the lubricating oil is prolonged, and use is more convenient. Meanwhile, the lubricating oil is converted into mist so that acontact area of the lubricating oil can be increased, a lubricating range is wider, a lubricating effect is better, and a service life of the self-lubricating windshield wiper motor is prolonged.

The invention provides a separator plate installation cavity structure for an electrical power distribution cabinet. The structure comprises a connecting slot, a connecting strip and a front door. Insert holes are circular through holes, and are arranged in side plates; the insert holes are arranged in three rows; and the insert holes in each row are equally spaced. Protection hooks are L-shaped bending plates, are welded to the left and right sides of a cabinet body and are arranged above slots. Two opening-opposite protection hooks are arranged above each slot. Two fans are embedded in the left and right walls of the cabinet body respectively, and are within the shielding range of a filter screen. The front door is connected to the front side surface of the cabinet body. The separator plate installation cavity structure is simple in structure, can divide the space inside the cabinet freely, can change freely according to the size of electrical components, and can make full use of theinternal space to separate the components, thereby reducing fetters during maintenance and repairing, increasing safety of maintenance and repairing and reducing the phenomenon of misconnection during line maintenance; and the structure has good ventilation, thereby preventing internal heat storage.