83results about How to "Smooth conduction" patented technology

With a single program divided into a plurality of threads A to C, at the execution of the threads in parallel to each other by a plurality of processors, determination is made of a forkability of a slave thread into other processor in response to a fork instruction in a master thread being executed by a predetermined processor and when forkable, the slave thread is forked into other processor and when not forkable, the fork instruction is invalidated to execute an instruction subsequent to the fork instruction by the predetermined processor and then execute a group of instructions of the slave thread by the predetermined processor.

The invention relates to a fluid connector component, comprising a plug and a socket; the plug comprises a mounting sleeve and a plug shell provided with a plug fluid channel; a front limiting plane and a rear limiting plane which are arranged in tandem relatively, and the extending direction of both are vertical to the left-right direction, are arranged in the inner hole of the mounting sleeve; the plug shell comprises a radial floating shell limited axially between the front and rear limiting planes; a radial floating clearance is formed between the radial floating shell and the inner hole wall of the mounting sleeve; the radial floating shell comprises a front end face arranged parallel to the front limiting plane and a rear end face arranged parallel to the rear limiting plane; the front end face of the radial floating shell and the front limiting plane, or the rear end face of the radial floating shell and the rear limiting plane are in sealing fit; the inner hole of the mounting sleeve of the rear side of the rear limiting plane is communicated with the port of the rear end of the fluid channel; a conical guiding surface in guiding fit with the plug shell is arranged on the socket shell of the socket. By utilizing the fluid connector component, the problem that the plug cannot float radically existing in the prior art is solved.

The invention discloses a radiative-convective copper-aluminum compound radiator, belongs to heating equipment and particularly relates to a compound radiator made of an aluminum profile and copper pipes. The radiative-convective copper-aluminum compound radiator comprises aluminum profile radiating elements in which vertical copper pipes penetrate; both ends of each vertical copper pipe of 4-15 sets of radiating elements are respectively connected onto an upper horizontal copper pipe and a lower horizontal copper pipe; both ends of each horizontal copper pipe are respectively provided with a pipe joint. The radiative-convective copper-aluminum compound radiator is characterized in that triangular radiating fins respectively provided with a front panel and a rear panel are respectively arranged at both sides of a core pipe of the aluminum profile; side fins are arranged on the core pipe and the radiating fins; the front panel is provided with a decorative shield with a sliding rail; the top part of the rear panel is provided with a rear guide plate of which the upper end is arc-shaped; a flat-top support plate is connected between the rear guide plate and the horizontal pipe; a flat-top cover of which the cross section is triangular covers the periphery of the upper horizontal pipe; the bottom end of a flat-top cover extension plate is connected with the top part of the profile; the extension plate is provided with an arc-shaped guide vane. The radiative-convective copper-aluminum compound radiator disclosed by the invention is attractive in appearance and good in radiative-convective effect. Compared with similar radiators, the radiative-convective copper-aluminum compound radiator is capable of increasing the efficiency by 20 percent.

A treadmill includes a tread deck supported on a tread base for rotatably supporting an endless belt, a motor driving device coupled to the endless belt for driving the endless belt to move around the tread deck, a lubricant supplying device having a container for containing a lubricant, a pump device attached to the container for pumping the lubricant out of the container, a motor coupled to an actuating rod for actuating the actuating rod toward and away from the pump device and to force the lubricant to flow out through the pump device, and a pipe is coupled to the pump device for receiving the lubricant from the container and for supplying the lubricant to lubricate the endless belt.