49results about How to "Improve impact efficiency" patented technology

The invention relates to a crushing device for coal gangue separation. The crushing device comprises an outer cover, a material separating device, a plurality of guide plates, a material throwing tray and a bracket, wherein the outer cover is fixed on the bracket; a feeding hole is formed in the top of the outer cover; the bottom of the outer cover is provided with a discharge hole; a vortex bin is arranged in the middle of the outer cover; the material separating device is arranged in the feeding hole and the vortex bin; the upper part of the material separating device has an umbrella-shaped structure; a feed opening is formed in the top of the material separating device; a coal gangue storage bin is arranged in the middle of the material separating device; the material throwing tray is arranged under the material separating device; the plurality of guide plates are respectively arranged under the umbrella-shaped structure of the material separating device and fixed on the outer cover. The crushing device can be used for selectively crushing coal components in the coal gangue while maintaining the integrity of the gangue component, thus meeting the requirement of separation.

The invention discloses a stress-relieving device for seamless rails by using a vibration method and a stress-relieving method, and is implemented by carrying out field detection on the stress-relieving effect of rails mainly by using a device for realizing the stress homogenization of rails in a periodic-vibration gas-liquid pressurized mode and supplementarily by using a stress sensor, and then carrying out stress-relieving operation in a machine-liquid-electricity integrated automatic mode. The whole stress-relieving device disclosed by the invention is light in weight, and provided with an anti-overturn device for ensuring a trolley is not overturned to the side during the operation of the trolley, thereby reducing the labor intensity and improving the operating efficiency and quality.

The invention relates to thermal shock chambers, in particular to a thermal shock chamber with sealing belts and aims to solve the problems of proneness to collision or displacement of samples, poor airtightness, poor shock effects, low control precision and the like in a shock process in the prior art. The outer surfaces of four side walls of a sample case, the inner and outer sides of the sealing belts, the outer surfaces of two heat storage tanks and two cold storage tanks and the lateral sides of four rotating shafts are provided with a plurality of projections and grooves in alternate array, and consequently excellent sealing effects are achieved. After photoelectric receivers receive optical signals, a controller controls a motor to stop, and refrigeration or heating is started in order to realize thermal shock. The thermal shock chamber with the sealing belts has the advantages that the samples are less prone to displacement, adverse factors such as collision, displacement and the like are avoided, accuracy in control is achieved due to adoption of the controller, low cost, structural simplicity, convenience in operation, high shock efficiency and effectiveness in sealing are realized, and service life of the thermal shock chamber is greatly prolonged. Furthermore, the thermal shock chamber is applicable to thermal shock test of devices.

The invention relates to a demolding process, in particular to a demolding machine for a sanitary product and a demolding process using the demolding machine, which solves the problem that the manualdemolding method is liable to causes product damage, and the main points of the technical solution are as follows: The demolding machine comprises a demolding frame which cooperates with the fixing frame, wherein the demolding frame is provided with a positioning sinking groove for inserting the fixing frame, and driving parts are arranged on both sides of the positioning sinking groove; the driving part comprises a driving cylinder vertically fixed on the demolding frame, a link mechanism for connecting the driving cylinder and the fixing frame, and a sling for connecting the link mechanism and the fixing frame; when a cylinder shaft of the driving cylinder is extended, a rod mechanism causes the fixing frame to rotate about the side of the positioning sinking groove close to the drivingcylinder to be tilted relative to the positioning sinking groove; when the cylinder shaft of the driving cylinder contracts, the link mechanism causes the side of the fixing frame separated from the positioning sinking groove to collide with the positioning sinking groove. A mold core is collided by using the demolding machine instead of manually, so that the colliding force is controlled.

Disclosed is a cone frustum hammer pore-forming machine. The lower end of a drill rod is connected with a slurry pump, the lower end of the slurry pump is connected with a suction pipe, the suction pipe is fixed in the middle of a transverse arm A, the transverse arm A, a transverse arm B, a transverse arm C, two longitudinal arms A, a longitudinal arm B and a longitudinal arm C are welded to form a stable steel structure, the lower end of the suction pipe is connected to the upper end of a suction pipe B through two bent corrugated pipes, the suction pipe B penetrates a sleeve A and a sleeve B, the lower end of the suction pipe B is connected with a suction pipe C and a suction pipe D and also fixed to a cone frustum hammer, a crank arm A is arranged in the middle of the longitudinal arm B, a driven belt pulley A is fixed to a shaft end on one side of the crank arm A, a wheel A is sleeved at a shaft end on the other side of the crank arm A, the upper portion of the wheel A is provided with a handle lever A, the handle lever A is fixed to the left of the suction pipe B, a crank arm B is arranged in the middle of the longitudinal arm C, a driven belt pulley B is fixed to a shaft end on one side of the crank arm B, a wheel B is sleeved at a shaft end on the other side of the crank arm B, the upper portion of the wheel B is provided with a handle lever B, and the handle lever B is fixed to the right of the suction pipe B.

The invention relates to the field of mining machinery, in particular to a reciprocating impact oblique tooth discharging shovel of a reciprocating impact mining machine. The reciprocating impact oblique tooth discharging shovel of the reciprocating impact mining machine comprises a reciprocating impact box and a reciprocating impact oblique tooth discharging shovel body. The reciprocating impactbox comprises a reciprocating impact box body, a reciprocating impact power part and a reciprocating impact guiding part, the reciprocating impact guiding part is disposed in the reciprocating impactbox body, the reciprocating impact power part is supported by the reciprocating impact box body to drive the reciprocating impact guiding part, and one end or both ends of the reciprocating impact guiding part extend out of the reciprocating impact box body. The reciprocating impact oblique tooth discharging shovel body comprises a main tooth seat, a main punching tooth, a side discharging tooth wing plate and side discharging oblique teeth, and the main tooth seat is arranged on the end part of the reciprocating impact guiding part extending out of the reciprocating impact box body, the mainpunching tooth is arranged at the top end of the main tooth seat, the thickness of the side discharging tooth wing plate is smaller than that of the main tooth seat to reduce the height of the discharging surface of the reciprocating impact oblique tooth discharging shovel body, the side discharging oblique teeth are staggered or symmetrically arranged or arranged front and back on the side discharging tooth wing plate, and the tooth top ends of the side discharge oblique teeth protrude from the side plane of the side discharging tooth wing plate. Impacted sweeping materials are enabled to conveniently flow out from the gap, higher than the side discharging tooth wing plate, of the side discharging oblique teeth, and the resistance of the materials to the reciprocating impact oblique toothdischarging shovel is reduced.

The invention discloses an impinging stream reactor, which comprises a reactor housing, a reaction impinging tank, and a liquid transfer pump. The reaction impinging tank is arranged in the reactor housing, the impinging tank is openmouthed, the guide cylinders are symmetrically arranged in the impinging tank, the guide cylinder is passed through a liquid feed line of the reactor housing and is connected to the liquid transfer pump, an air intake is arranged on a top cover of the reactor housing, a lower cover is a liquid holding tank with a taper structure, and an extraction port is arranged on the holding tank. In the impinging stream reactor, an oil phase extraction port, a water phase extraction port and a circulation solution extraction port are arranged on the holding tank, and are respectively arranged at an oil phase zone of the holding tank, a water phase zone and a tone top position of the holding tank. The temperature and pressure in the impinging stream reactor is easy to be controlled, the shocking of the reactor due to impinging reaction is reduced, and the impinging stream reactor is suitable for oil product oxidation desulphurization reaction.

The invention relates to a robot equal material manufacturing and multi-head ultrasonic peening device and method. In order to conform to a manufacturing pattern based on addition in recent years, theequal material ultrasonic peening device and an installation method thereof in additive equal and subtractive material integrated compound manufacturing conducted on a thin-wall part with a complex shape are provided. By combining ultrasonic peening and additive and subtractive material manufacturing, welding residual stress can be eliminated, surface nanocrystallines are obtained, and damaged part repair is achieved, and the internal structure is changed to achieve performance optimization. The device is connected with an industrial robot tail end arm, a robot hand is controlled through programming to run according to a preconceived track, and meanwhile, through an ultrasonic peening gun, the different side surfaces of a part after material addition are peened simultaneously, so that a hammer forging peening equal mateirla shape controlling technology process of the top surface and the bilateral side surfaces of the thin-wall wall part is completed at once. The device and the methodare simple, convenient and lower in cost, for a processed component, residual stress can be eliminated, and surface crystalline grains can be refined.