34results about How to "Increase production output" patented technology

A circular-cutter unit for equipment cutting flat lengths of material and sheet metal in a horizontal plane has upper and a lower circular blades both in planes perpendicular to the horizontal plane and in a longitudinal direction, carried by an upper and lower blade shaft, respectively, which are parallel with the horizontal plane and perpendicular to the longitudinal direction. The two blade shafts are rigidly and rotatably mounted in a common frame. The frame is U-shaped with the upper and lower legs connected by a flat yoke intersecting the horizontal plane at an acute angle. Several cutter units are mounted in a single apparatus and driven by a common drive from which the units can be individually detached for servicing.

The invention relates to burr machining equipment for a plastic shell of a storage battery. The burr machining equipment for the plastic shell of the storage battery comprises a rack, a turnover mechanism installed on the rack, and a plurality of groups of clamping mechanisms which are equidistantly arranged in a transmission direction of the turnover mechanism, wherein a loading station, a cutting station and a discharge station are sequentially formed on the rack in a rotation direction of the turnover mechanism, a loading mechanism is arranged on the loading station, a cutting mechanism isarranged on the cutting station, and a discharge mechanism is arranged on the discharge station; and a shell body of the storage battery is loaded to the clamping mechanisms from the loading station through the loading mechanism, enter the cutting station under the driving of the turnover mechanism and is subjected to burr treatment working through the cutting mechanism, and then is transmitted tothe discharge station through the driving of the turnover mechanism, and meanwhile, automatic output is carried out by virtue of the discharge mechanism. According to the burr machining equipment forthe plastic shell of the storage battery, the technical problem that fixing location cannot be carried out on the shell body of the storage battery during deburring working, and then the accuracy ofthe deburring working is lowered, is solved.

A clutch drum assembly comprising a clutch drum (21) and a drive means. The clutch drum (21) has an axis of rotation and includes an end wall (22). The drive means specifically a drive spline (1) or a fixed drive sprocket axially to one end of drive means, is a flange (5) with one or more radial evenly spaced minimally sized apertures (6) that have been counter sunk or counter bored to one side. Unitary axial motion of the two components is achieved via a mechanical connection between the two said components by tightly pressing metal from the outer surface of the end wall (22) clutch through each of the minimally sized apertures (6) in the drive means flange (5) against a die positioned proximate to each said aperture (6) forging the metal into the counter sunk or counter bored portion of the drive means flange (5).

Methods and systems for facilitating drying of media in a high-speed digital printer (e.g., a cut-sheet aqueous ink jet printing system). The high-speed digital printer includes a dryer module composed of a group of dryers that dry media including the test media. In an example embodiment, a series of test media can be printed at increasingly higher ink loading. The moisture content of the test media is monitored at each exit of each dryer to generate data indicative of the threshold at which the dryer module is no longer able to effectively dry the test media. Data resulting from such moisture content monitoring is fed to a marking engine and/or image path of the high-speed digital printer to generate a linearization profile in-situ. Such a linearization profile includes ink volume limiting linearization data that is used to ensure that media exiting the dryer module are dry.

The invention relates to the technical field of steel rolling in the metallurgical industry, in particular to an arrangement scheme of a cutting high-speed wire production process, which comprises the following steps: S1, when the temperature of a qualified continuous casting billet produced by a continuous casting machine meets the continuous casting direct rolling requirement, directly conveying the qualified continuous casting billet to a roughing mill unit through a rapid roller way; s2, rolling the rolled piece for 6-8 passes in the rough rolling unit, and then conveying the rolled piece to an intermediate rolling unit after the rolled piece passes through a flying shear head; s3, after the rolled piece is rolled for 4-7 passes in the intermediate rolling unit, the rolled piece passes through a flying shear head and then is conveyed to a pre-finishing rolling unit; s4, the rolled piece is cut in a pre-finishing rolling unit, and the rolled piece is divided into two parts; compared with the prior art, a rolled piece is cut into two independent rolled pieces with the same sectional area in the pre-finish rolling pass, so that a production line can directly machine billets with large sections and original lengths, the production yield is greatly improved, meanwhile, multiple rolling procedures of the rolled piece are replaced by cutting, the production procedures are greatly saved, the production energy consumption is reduced, and the production cost is reduced. The production efficiency is improved.

The invention relates to an automatic conveying line for molded winding inductor processing, which comprises a first feeding mechanism, a second feeding mechanism, a circulation mechanism and a transmission mechanism. The first feeding mechanism comprises a transmission component and a pneumatic component (a). The second feeding mechanism comprises a frame, a pneumatic component (b) and a storagecomponent. The circulation mechanism comprises a turnover component arranged on the storage component, and a gluing component fixedly arranged on the storage component and located above the turnover component. The transmission mechanism comprises linkage components fixedly arranged on the turnover component and symmetrically arranged along the lengthwise direction of the frame, a reciprocating component (a) articulated with the linkage components and arranged in a sliding manner on the turnover component, a reciprocating component (b), and an output component arranged below the gluing component, wherein the reciprocating component (a) and the reciprocating component (b) are symmetrically arranged along the middle line of the length of the linkage component. The technical problems of low working efficiency and low productivity due to the need of one-by-one manual operation in the bonding forming process are solved.