36results about How to "Avoid operating procedures" patented technology

The invention provides an integrated connection structure and equipment mould used for connecting with single battery which includes a battery constituted by at least two singles in series, front single cathode omnibus bar connects with next single anode omnibus bar through connection part. The connected two omnibus bars and connection part are integrated casting formed. The equipment mould includes as follows: a moulding plate with at least one group connection groove, each group connection groove is composed of two grooves, a moulding hole is set on confluence position of two grooves; an insertable mould hole plug-in. When the equipment mould is injected with lead liquid, two grooves of the equipment mould form an omnibus bas respectively, the connection part connected two omnibus bars into a whole is formed in the mould hole. The integrated connection structure can realize production of a plurality single battery at one time and avoid operation sequence of connecting with single battery.

The invention relates to a method for replacing a rotating furnace, which is characterized by comprising the following steps: 1) carrying out assembling to a new rotating furnace in a span in which travelling cranes for lifting are located; 2) fixing a carrying stand on a ladle car, and fixedly arranging four hydraulic jacks on the carrying stand; then running the ladle car to the lower part of the furnace body of the old rotating furnace, lifting the four hydraulic jacks, supporting four supporting legs at the bottom part of the furnace body of the old rotating furnace on the corresponding four hydraulic jacks; 3) removing a torsion rod and a primary speed reducer of the old rotating furnace and removing the barriers in the span in which the travelling cranes are located and at the frontof running for removing the old rotating furnace; 4) running the ladle car and leading the old rotating furnace to separate from the original installing position; and 5) moving two travelling cranes and lifting a new rotating furnace to the installing position; and installing the primary speed reducer and the torsion rod of the new rotating furnace. The method is characterized by having fast construction speed, saving cost and reducing potential safety hazard.

The invention discloses a dust removing box for machining and conveying cotton cloth. The dust removing box comprises a box body. The box body is in a hollow structure with an opening formed in the top. A box door is connected to the opening in a hinge manner. A feeding opening and a discharging opening are formed in the two sides of the box body correspondingly. Two symmetrical material guide rollers are arranged in the box body. The material guide rollers are connected with the box body through a lifting mechanism. Two fixing plates are arranged in the box body. A fixing rod is fixedly connected between the side walls, close to the tops, of the two fixing plates. Material guide openings are formed in the opposite side walls of the two fixing plates correspondingly. A first dust removingplate and a second dust removing plate are arranged between the two fixing plates. The first dust removing plate is connected with the two fixing plates through an adjusting mechanism. The second dustremoving plate is fixedly connected between the two fixing plates. Dust sucking nozzles distributed uniformly are installed on the opposite side walls of the first dust removing plate and the seconddust removing plate correspondingly. The dust removing box is convenient to operate, excessive operation working procedures are avoided, and the cloth production efficiency is further improved while efficient dust removal is ensured.

The invention provides a main shaft structure and a walnut peeling machine. The main shaft structure and the walnut peeling machine solve the problems that in the prior art, green peels are still attached to peeled walnuts due to structural limitation, the green peels need to be treated again, and the labor cost is increased. The structure comprises a driving shaft which is movably arranged on a support and rotates along with a motor; and a plurality of crushing driving arms which are arranged on the driving device and rotate along with the driving shaft at the same time; the peeling machine comprises a support and a peeling barrel and further comprises a main shaft structure, the main shaft structure is arranged in the peeling barrel, and one end of the main shaft structure is connected with a motor. According to the main shaft structure and the walnut husking machine, green husks can be fully removed in the husking barrel, so that the subsequent operation process is avoided, and the overall production cost is reduced.

The invention discloses a high-applicability pipe fitting surface oxide skin removing device for aviation carrier production. The removing device comprises a base body, a driving motor, grinding rollers and supporting rollers. A containing groove is formed in the inner surface of the base body. A supporting block is mounted on the outer side of the containing groove in a penetrating manner; the inner surface of the base body is rotationally connected with a transmission gear; a first pull rope is installed at the outer end of the transmission gear, a first sliding groove is formed in the upperend face of the base body, a first reset spring is fixedly connected to the inner surface of the first sliding groove, a movable block is fixedly connected to the outer side of the first reset spring, and the outer end of the movable block is connected with the first pull rope. According to the high-applicability pipe fitting surface oxide skin removing device for aviation carrier production, a fixing disc can drive arc-shaped butt joint blocks fixed to the outer side to synchronously rotate at equal angles, then self-sliding at the horizontal position is carried out while a pipe fitting rotates, and then all-around machining is stably carried out on pipe fitting materials with different lengths.