42results about How to "Easy balance adjustment" patented technology

The invention discloses a bidirectional air outlet noise-reduction flow-uniformizing balancing device for cleaning equipment and the cleaning equipment. The bidirectional air outlet noise-reduction flow-uniformizing balancing device is characterized in that the balancing device comprises a plurality of balancing modules arranged in parallel and an adjusting mechanism connected with the balancing modules; the balancing modules are arranged close to an air outlet of a fan of the cleaning equipment; each balancing module is provided with an upper cambered air guide plate corresponding to an air discharging port of the cleaning equipment and a lower cambered air guide plate corresponding to an air feeding port of the cleaning equipment; the cambered air guide plates on one side are connected with the adjusting mechanism; the adjusting mechanism moves to adjust the proportion of the opening degree of the balancing modules relative to the air discharging port and the air feeding port. According to the bidirectional air outlet noise-reduction flow-uniformizing balancing device for the cleaning equipment and the cleaning equipment, distribution of the air volume in the equipment is achieved through the angle adjustment of the balancing modules, so that the requirements for the air feeding volume and the air discharging volume are met; meanwhile, noise of the equipment is lowered, the uniformity of air flow in the equipment is improved, and the improvement of the operation performance of the equipment is facilitated.

The invention relates to a mini pile horizontal static load test device and method. The device comprises a datum beam, magnetic gauge stands, displacement sensors, an n-shaped steel plate, a pile head fixing nut, a first fixing support, level pipes, a hydraulic jack, a first force transmission shaft, liftable supports, a counter-force device end plate, an oil inlet pipe, first L-shaped steel plates, a load sensor, second L-shaped steel plates, a third force transmission shaft and a second fixing support. The hydraulic jack is supported and fixed by means of cooperation of the first L-shaped steel plates arranged at the two ends of the hydraulic jack, the first fixing support and the corresponding liftable supports. The load sensor is supported and fixed by means of cooperation of the second L-shaped steel plates arranged at the two ends of the load sensor, the second fixing support and the corresponding liftable supports. The load sensor is connected with the counter-force device end plate through the third force transmission shaft. According to the mini pile horizontal static load test device and method, during the mini pile horizontal static load test, force transmission is completely horizontal, horizontal displacement of the pile end of a mini pile can be detected accurately, mounting and adjusting are convenient, the height of the supports can be adjusted, and the device and method are suitable for pile heads of any height and can carry out dual pile testing at the same time.

A punch unit includes punch blocks supported by an arm through support plates. The arm has, arranged thereon, a motor for rotating a drive rod (105), a detector for detecting rotation angles of the drive rod, and a sensor for detecting a forward end of a recording material. The punch unit is movable by a moving mechanism including support members arranged at opposite ends of the arm, slide shafts and ball screws connected to the support members, and a pulse motor for driving the ball screws through a synchronous belt and synchronous pulleys.

A balance filter includes a first filter having first multimode surface acoustic wave (SAW) filters connected in parallel, a second filter that is connected to the first filter and includes a second multimode SAW filter, a first terminal connected to the first filter, and second terminals connected to the second filter. An input terminal of the balance filter is one of the first and second terminals, and an output terminal thereof is the other. Electric signals transmitted from the first to second filters or vice versa are in opposite phase. Electric signals are input or output via the second terminals in opposite phase.

The invention discloses a permanent lubricating guide rail for an industrial robot. The permanent lubricating guide rail comprises an air inlet main pipe, limiting stop blocks, an executing mechanismand a base, wherein the limiting stop blocks are mounted on the two ends of the base; clamp slots are formed in both upper and lower side surfaces of the base; a plurality of upper roll balls are uniformly mounted on the upper side of the base through a retainer I in a rolling manner, and a plurality of lower roll balls are uniformly mounted on the lower side of the base through a retainer II in arolling manner; the executing mechanism and the clamp slots are buckled one another and attached to the upper roll balls and the lower roll balls; a heating plate is arranged in the middle of the inner side of the base; a first oil passage and a second oil passage are formed in the upper side and the lower side of the heating plate respectively; upper grooves are formed in the lower sides of theupper roll balls; lower grooves are formed in the upper sides of the lower roll balls; the upper grooves and the lower grooves are filled with sponges; the oil inlet main pipe is arranged on the leftsides of the limiting stop blocks. The permanent lubricating guide rail has better lubricating effect on the roll balls, is higher in uniformity, and can effectively reduce waste of a lubricant, automatic lubrication is realized, and production efficiency is improved.

A beamless sliding eccentric pumping unit used for mechanical oil recovery in oilfields. The bracket is a cuboid quilted frame structure. The suspension wheel and the balance wheel are respectively located at the left and right ends of the beam on the top of the bracket. The middle and left ends of the beam are provided with guide grooves. , the beam can move along the fixed bolt through the guide groove; the balance belt is connected with the balance box through the balance wheel, and the balance box moves up and down along the guide rope through two guide wheels; The upper end of the rod is connected, the central axis can move up and down along the slide rail, one end of the suspension belt is fixed on the eccentric wheel, and the other end is connected with the belt suspension through the suspension wheel; one end of the power belt is fixed on the bracket, and the other end is fixed on the power wheel ; The lower end of the connecting rod is connected with the crank pin on the reducer crank. The invention has the structural characteristics of the crank and connecting rod of the beam pumping unit, adopts a sliding eccentric mechanism, has a long stroke, is convenient for balance adjustment, is convenient to operate, saves electric energy, is convenient for workover operations, and is applicable to crude oil production needs of various oil fields.

A punch unit includes punch blocks supported by an arm through support plates. The arm has, arranged thereon, a motor for rotating a drive rod, a detector for detecting rotation angles of the drive rod, and a sensor for detecting a forward end of a recording material. The punch unit is movable by a moving mechanism including support members arranged at opposite ends of the arm, slide shafts and ball screws connected to the support members, and a pulse motor for driving the ball screws through a synchronous belt and synchronous pulleys.

The invention discloses a high-strength double-layer automobile wheel hub structure in the technical field of automobile hubs. It includes a wheel rim, a chute is arranged in the middle of the inner wall of the rim, a balance block is arranged inside the chute, and a fixing plate is arranged at the inner center of the rim. , the spokes are fixedly installed between the fixed plate and the rim, and the spokes and the rim are integrated components. There are slots near both sides, and straight rods are fixedly installed on the outer surface of the upper end of the pressure plate corresponding to the slots. The outer surface of the straight rod is sleeved with a spring, and the spring is fixedly installed between the pressure plate and the limit plate. It is convenient for the user to adjust the balance of the wheel hub during use, so that the balance weight can be used multiple times, saving resources, and it is convenient for the user to clean the inner surface of the wheel hub to improve its performance.