4results about How to "Reduce cutting waste" patented technology

The utility model discloses an automatic material storage equipment, including storage area, auxiliary material processing work area, set up in the transfer robot between storage area and auxiliary material processing work area, and the transfer robot is used to snatch auxiliary material coiled material, the auxiliary material processing work area includes: work table, and is provided with the material pulling manipulator, folding mechanism, cutting knife and material pivot on the work table, and the work table unrolls auxiliary material coiled material and carries out cutting, and folds after cutting auxiliary material, label printer, label printer sets up in work table one end and is connected to work table through transmission line, is used to mark after folding auxiliary material. The utility model can realize the automatic management material inventory, and high -efficiently saves manpower cost, site cost, material cost, through the construction small -size intelligent storage system, realizes the goal of intelligent production scheduling finally.

The utility model discloses a sectional type rotor punching sheet mounting structure, which relates to the field of motor manufacturing and comprises a punching sheet assembly. An outer key groove is formed in the position, corresponding to the inner key groove of the punching sheet assembly, of the outer ring of the connecting piece, a flat key is installed between the outer key groove and the inner key groove, the inner ring of the connecting piece is connected with the rotating shaft through a key, and torque transmission is achieved; the magnetic steel pressing plates are of a sector-ring-shaped structure, the multiple magnetic steel pressing plates are arranged in an end-to-end aligned mode to form a circular ring structure and cover the surfaces of rotor punching sheets at the top and the bottom of the punching sheet assembly, and a second through hole is formed in the position, corresponding to the first through hole, of each magnetic steel pressing plate, so that the second through hole is aligned with the first through hole, and a screw penetrates into the second through hole; and the magnetic steel pressing plate and the rotor punching sheet are locked. According to the utility model, rotor punching sheet installation difficulty is reduced, rotor punching sheet die manufacturing difficulty and processing cost are reduced, and rotor punching sheet material utilization rate is improved; the material cost and the maintenance cost are reduced, the punching quality inspection difficulty is reduced, and the motor efficiency is improved.

The invention relates to the field of costume design, and particularly discloses a three-dimensional plane coupling-based costume cutting piece arrangement method, which is characterized in that a three-dimensional human body fitting structure and two-dimensional plane cutting arrangement are systematically integrated, and a chest-waist fitting type one-piece dress is used as an implementation carrier; the method comprises the following steps: converting a three-dimensional dart into a planar multi-piece segmentation module through a geometric cutting method, and constructing a basic cutting piece group which can be tightly nested in combination with curve optimization and modular design; by means of deep cooperation of structural innovation and algorithm arrangement, it is guaranteed that the chest and waist portions of the garment are accurately attached to the human body curve, meanwhile, the fabric cutting utilization rate is stably increased to 95% or above, and the technical bottleneck that efficient zero-waste arrangement of the fit garment is difficult to achieve is broken through. The method not only provides a quantifiable and reproducible industrial production solution, but also provides a feasible technical path for reducing raw material consumption and promoting green manufacturing transformation in the clothing industry.

The application relates to the technical field of oral implant restoration, and discloses an integrated implant temporary restoration crown with an angle screw channel and a restoration body, which comprises an integrally formed upper crown section and a lower connecting section, the upper crown section is located above the lower connecting section, the lower connecting section is used for directly matching and connecting with a target implant, an angle screw channel is formed in the crown, the angle screw channel is obliquely extended from the outer surface of the upper crown section to the lower connecting section, and is used for allowing a locking screw to enter and be connected with an internal thread hole of the target implant; the restoration body comprises the target implant, the locking screw and the above-mentioned crown. According to the application, the upper crown section, the lower connecting section and the angle screw channel are integrally formed through 3D printing, the independent base and the intermediate connecting piece are reduced, and the preparation and assembly process of the temporary restoration body is simplified.