6results about How to "Uniform effect" patented technology

The utility model discloses a laboratory is with aluminum alloy electrolytic polishing device relates to electrolytic polishing device technical field, include: electrolytic tank, its inside is equipped with mutually parallel arrangement's anode column and cathode column, install the board, fix in anode column bottom portion is used for clamping work piece, baffle, vertical fixed in the middle part of install the board, and one pair of flow guide curved surface is arranged to both sides symmetry, impeller subassembly, including the rotation impeller that symmetry is equipped with baffle both sides, the utility model discloses the flow guide curved surface of baffle both sides symmetry arrangement cooperates with symmetry's rotation impeller, and the electrolyte is swept when impeller rotates and is washed work piece through flow guide curved surface, makes the electrolyte can even function on work piece surface, realizes efficient polishing, the arc flow guide block that sets up can drain the electrolyte after washing, and the electrolyte more smoothly flows to electrolysis area under the guidance of guide plate, and the sinking type collection tank can collect the electrolyte after the drainage of arc flow guide block and the foreign matter generated in electrolytic process.

The utility model provides an inner blowing device of straight seam steel pipe, including base, the top of base is connected with first support board, the top of base is seted up with sliding chamber, install linear moving assembly in sliding chamber, linear moving assembly is used for driving first support board removal, one side wall of first support board is connected with second support board, and the upper side fixed mounting of one side wall of second support board has swivel joint, and the outer end fixed communication of swivel joint has inner blowing pipe, and the outer end of inner blowing pipe is seted up with a plurality of even distribution's air hole, and the other side wall of second support board is fixed with gas supply pipe in the through -type, and gas supply pipe and swivel joint intercommunication, and drive assembly is connected on inner blowing pipe. The utility model discloses through the servo motor of drive assembly drive driving gear to rotate, to drive driven gear to rotate, to can realize drive inner blowing pipe to rotate, to make the gas exported from air hole can even act on the inner wall of steel pipe, to be favorable to the effect of blowing and purging.

This invention discloses an anemometer with an electrically self-balancing integrated obstruction light, comprising a base, which is hollow and has a fixed shaft at its upper end. The fixed shaft passes through the base and is rotatably connected to it, with the rotation direction being the same as the lifting direction of a crane. The end of the fixed shaft is connected to external equipment and is in a fixed state to support the base. A leveling component is provided inside the base, which detects the tilt state of the device in real time. When the base tilts relative to the horizontal plane, the leveling component drives the base to rotate relative to the fixed shaft until the base is horizontal. The base has a wind measurement module and an obstruction light module arranged vertically from top to bottom. The obstruction light module is used to mark obstacles that threaten the safe flight of aircraft, reducing the probability of aircraft collisions. The wind measurement module is used to detect wind speed. This application improves the accuracy of anemometer measurement results.

The application relates to a steel wire rope device for suspending oxygen scavengers of a tobacco stack and a tobacco stack maintenance system. A first suspension support assembly is configured to span a gap between a first tobacco stack and a second tobacco stack and is connected to the first tobacco stack and the second tobacco stack respectively. A second suspension support assembly is also configured to span the gap and is connected to the first tobacco stack and the second tobacco stack respectively. The second suspension support assembly is spaced apart from the first suspension support assembly. A first end of a steel wire rope is connected to the first suspension support assembly through a steel wire rope tensioner, and a second end of the steel wire rope is connected to the second suspension support assembly. The steel wire rope is configured to be arranged in the gap and is used for suspending a medicine strip in the gap. The application has the advantage of easily arranging the medicine strip. The medicine strip is arranged in the gap at any position between the tobacco stacks instead of being placed on the top of the tobacco stacks. The application is not restricted by the traditional medicine box which must be placed on the top of the tobacco stacks. An operator does not need to climb to the top of the tobacco stacks. The application also solves the problem of narrow operation space caused by small distance between the top of the tobacco stacks and the ceiling.

This invention proposes an SMD crystal oscillator electrical aging device, comprising a test chamber and a steam component. The test chamber contains a capsule-type housing module and a sealing cover. A cylinder is installed on the test chamber to drive the sealing cover towards or away from the capsule-type housing module. An air supply component is installed on the back of the test chamber to supply air into the capsule-type housing module. The steam component is used to guide steam into the test chamber and the steam component. This invention provides an SMD crystal oscillator electrical aging device that simulates the sealed working environment of the crystal oscillator using the capsule-type housing module and the sealing cover. The size of the capsule is adjusted and sealed using the air supply component and the tubular shunt component to closely approximate the real-world condition. Steam is guided into the test chamber through the first air pipe of the steam component to simulate a humid and hot environment, overcoming the shortcomings of traditional methods. Steam is then introduced into the sealing cover through the second air pipe, directly contacting the crystal oscillator to enhance the testing effect and accurately assess its reliability under harsh environments.

The utility model discloses a polishing cooling mechanism for optical lens, including the main part, the fixed baffle in the main part, baffle one side is equipped with the deflector, baffle other side is equipped with the water storage warehouse, the water storage warehouse top is equipped with the equipment warehouse, equipment warehouse fixed in the main part side edge top position, the deflector downside is installed the motor, the motor output is fixed with the pivot, the pivot penetrates the deflector, and the pivot upper end is installed the polishing seat, the polishing seat upside is equipped with the polishing cover, the polishing cover is connected with the connector. This polishing cooling mechanism for optical lens is equipped with the polishing cover on the polishing seat, and is equipped with the water hole on the polishing cover, can with the water pipe, connecting rod, connector inject the intermediate position between polishing cover and polishing seat, in this way, in the polishing process, the coolant can diffuse from the polishing center position, guarantee that the coolant acts on the polishing position evenly, thereby improve the polishing cooling work efficiency and quality.