4results about How to "Counteracting force" patented technology

The utility model discloses a conveying device for tempered glass transfer, including base, back push board and curb, back push board is welded in base rear side end face. The curb is equipped with two groups, is fixedly connected in the upper surface both sides of base respectively, the upper surface of base is dug from left to right and is equipped with multiple groups of clamping recess in proper order, and the both sides of each group clamping recess all are installed with clamping mechanism, under the adsorption of vertical suction disc and horizontal suction disc, guarantee the placing stability of tempered glass, and the setting of buffer plate and buffer spring, increase the anti jounce ability of transfer process, improve the integrity of tempered glass transfer process, the one end of base away from back push board is equipped with limit mechanism, and the height of movable baffle is adjusted to servo motor, and then the acting length of hydraulic cylinder is adjusted, until rubber roller and tempered glass outer end contact limit, thereby realize the clamping limit effect of multidirectional multiangle, increase the use efficiency of tempered glass.

The application relates to the technical field of fire pumps, and provides a pressure-adjustable anti-backflow fire pump which comprises a pump body provided with a water inlet pipe and a water outlet pipe, the water outlet pipe is provided with an anti-backflow mechanism, the water inlet pipe is provided with a pressurizing mechanism, a transmission mechanism is arranged between the anti-backflow mechanism and the pressurizing mechanism, the anti-backflow mechanism at least comprises an anti-backflow pipe and an anti-backflow ring, the anti-backflow ring can move in the anti-backflow pipe, when the anti-backflow ring moves towards the pump body, the pressurizing mechanism can be driven by the transmission mechanism to pressurize the water inlet pipe, and the rotating speed of the impeller of the pump body can be adjusted according to the moving distance of the anti-backflow ring; the application can determine that the backflow phenomenon occurs in the pipeline by detecting the movement of the anti-backflow ring, and can be timely treated and maintained; and when the anti-backflow ring moves, the rotating speed of the impeller is adjusted to offset the force of the reverse water flow, so that the control is stable and convenient.

The utility model relates to a mast technical field especially relates to a kind of reinforcing mast mechanism.Its technical scheme includes fixed base and rigging, and the rigging includes support plate, the side portion of support plate is rotatably connected with the winding roller with anti-drop plate, fixedly installed with pull cord on the winding roller, the outer wall of mast body and located the upper positioning sleeve of lower positioning sleeve is equipped with upper positioning sleeve, and the end of pull cord is fixedly connected with upper positioning sleeve;Support plate is fixedly installed at the top of fixed base.The utility model is by winding roller using pull cord to exert tension on upper positioning sleeve from four directions, to support the position of fixed mast body, additional upper positioning sleeve makes it be located at two-thirds height of mast body, originally concentrated in the load of mast body near bottom is dispersed to upper positioning sleeve, lower positioning sleeve and upper positioning sleeve share stress, greatly reduce bending moment, shear, avoid local excessive stress, lead to mast body bending.

The application discloses a kind of intelligent building engineering construction formwork support devices, including base;Further include: adjusting mechanism, the base is T-shaped arrangement.This improved intelligent building engineering construction formwork support device, when the mutual resistance of support device and formwork and ground is smaller, it can be more easily pushed device to move, reduce the working strength of operator, and when the mutual resistance of support device and formwork and ground is larger, automatically remove the counteracting state of friction force, and form triangular support structure in multiple directions at the bottom of base, simultaneously make multiple positions of base and ground closely adhere to, and greatly increase the friction force between base and ground, so that relative displacement between base and ground does not occur, enhance the stability of support device supporting formwork, device structure is simple and easy to operate, and degree of automation and intelligence is high.