11results about "Marking textiles" patented technology

The present application relates to a kind of high-speed visual inspection equipment of printing and dyeing fabric, belong to visual inspection technical field.It aims at solving the problem of low precision of existing detection equipment, mark is easily damaged fabric.The equipment includes equipment rack, equipment rack side is equipped with fabric unwinding roller, fabric winding roller and drive motor I driven, inside is equipped with fabric guide roller;Equipment rack top is fixedly connected with fixed support frame, one side of fixed support frame is fixedly connected with auxiliary support frame, and industrial detection camera is installed in auxiliary support frame, and equipment rack is equipped with defect mark execution mechanism, including drive transmission assembly, shift and paste execution component, mark piece containing assembly and soft magnetic adsorption block.Working, shift and paste execution component takes soft magnetic adsorption block by negative pressure adsorption disc, drive transmission assembly drives it to move to defect area, and soft magnetic adsorption block is marked on fabric by adsorption.The equipment detection precision is high, mark has no ink pollution and mechanical damage, and is suitable for multi-material fabric.

This invention relates to the field of clothing design technology and discloses a fabric marking device for clothing design, including a workbench on which a marking frame is fixedly installed. The invention uses a steam generator connected to a connecting pipe to humidify and soften the fabric during transport by spraying nozzles on a spray plate. A first hydraulic cylinder is activated to lower the lifting frame, causing the first flat plate to press down on the fabric. A bidirectional hydraulic cylinder is then activated to push the connecting plate, causing it to move left and right reciprocally. During this movement, a toothed plate drives a first rotating shaft to rotate, causing the first plate frame to deflect. This deflection, via a connecting rod, causes a second plate frame to deflect. The first and second flat plates then reciprocate, rotating and pressing the humidified and softened fabric. By humidifying and reciprocating the pressing, the invention avoids the problem of poor wrinkle removal in elastic fabrics and improves the accuracy of fabric marking.

The application provides a multifunctional cloth inspecting machine, and belongs to the field of multifunctional cloth inspecting machines, which comprises a frame, a base, a collecting roller, a monitor and a detection mechanism. The base is arranged at the bottom of the frame and serves as a basic bearing structure of the cloth inspecting machine. The collecting roller is movably arranged on one side of the base and is used for winding the cloth after the cloth is inspected. The monitor is arranged on the base and is close to the collecting roller, and is used for monitoring the winding state of the cloth. The detection mechanism is arranged above the frame and is used for detecting the cloth on the carrier plate. The detection component processes the detection data, and the marking nozzle cooperates with the detection head to mark the position of the defect of the cloth under the support of the mounting bracket. The support helps the mounting bracket to keep stable, guarantees the marking accuracy, and solves the problem that some cloth inspecting machines cannot automatically mark the defect after detecting the defect, which is not conducive to subsequent processing and rechecking, and affects the continuity and efficiency of the cloth inspecting work.

The application provides a waistband processing template integrating sewing and line drawing, comprising a bottom plate, a cover plate and a connecting piece; the bottom plate is provided with a first sewing groove extending along a first path; the cover plate is provided with a second sewing groove corresponding to the first sewing groove, and the cover plate is provided with a line drawing hole along the thickness direction of the cover plate; the connecting piece is used for connecting the bottom plate and the cover plate, so that the cover plate rotates relative to the bottom plate; the bottom plate and the cover plate have a sewing state of being attached to each other from top to bottom, and in the sewing state, the first sewing groove and the second sewing groove are aligned from top to bottom. The waistband processing template integrating sewing and line drawing provided by the application combines a sewing station and a line drawing station into one station, and after waistband sewing is completed, line drawing can be continued, thereby saving space resources and use cost; the shape of the line drawing hole is fixed, and employees only need to draw according to the shape of the line drawing hole, and the quality of line drawing greatly reduces the dependence on the technical level of employees.

Provided are an evaluation method and an evaluation device that quantitatively evaluate scratches. The evaluation method is an evaluation method that evaluates a scratch on a surface of a substrate that is an evaluation target. The evaluation method acquires an image of the surface of the substrate that is the evaluation target, extracts a first range having a scratch and a second range having no scratch from the image, respectively, calculates a difference between a luminance value of the first range and a luminance value of the second range, and obtains an evaluation result based on the difference.

The utility model discloses a kind of needle detector with higher security, including cabinet, the bottom plate is equipped on the cabinet upper end, the mounting frame is equipped on the bottom plate upper end, metal detector is equipped in the mounting frame inner top, the transmission slot is opened in the bottom plate upper end, the transmission slot is rotatably connected with two transmission rods of symmetrical arrangement in the bottom plate rear end penetration, transmission belt is transmission connected between two transmission rods, the through slot is opened in the mounting frame upper end, marking mechanism for marking product is equipped in the through slot, the bottom plate upper end is equipped with the pushing mechanism for pushing product. The utility model makes controller control hydraulic rod start, makes hydraulic rod telescopic end push marker to move, makes marker to contact and mark job with product, brings certain convenience for people to the extraction of subsequent broken needle, improves the overall security of device.

This invention discloses a method and apparatus for printing marking points on garment fabric. The marking point printing method includes S1, determining the length of the fabric laying area; S2, laying and fixing a first layer of fabric on the fabric laying area; S3, printing the positions to be marked on the first layer of fabric; S4, fixing a second layer of fabric on the first layer of fabric and printing the positions to be marked on the second layer of fabric; S5, repeating step S4 to lay, fix, and print the positions to be marked on the remaining N-2 layers of fabric in sequence. This method and apparatus for printing marking points on garment fabric adopts a method of printing before cutting, accurately completing the printing of numbers, cutting points, and marking of key positions on the uncut fabric in one go, significantly reducing labor costs and material costs, and enhancing the overall competitiveness of garment processing enterprises.

The application provides a cutting bed aligning method and an aligning device, wherein the cutting bed aligning method comprises the following steps: step 1: dividing the outer contour line of a preset cutting piece into sewing lines and non-sewing lines, and giving an identification to each sewing line; the sewing lines that need to be sewn together have the same identification; step 2: after the laying of the fabric is completed, obtaining the pattern information of the fabric, and transmitting the pattern information of the fabric to a layout software; step 3: aligning the cutting piece data in step 1 on the fabric data in step S2 through the layout software; during the alignment, the two sewing lines with the same identification automatically keep the horizontal coordinate or the vertical coordinate of the corresponding points unchanged. The identification of the sewing lines can ensure the aligning standard of the cutting pieces that are sewn together.

This invention provides a high-precision cantilever-type visual marking and cutting integrated machine, belonging to the field of fabric cutting technology. It solves the technical problems of existing integrated cutting machines, such as low cutting accuracy, low cutting efficiency, poor cutting stability, low cutting freedom, and low cutting smoothness. It includes a conveying mechanism and a horizontal adjustment mechanism. The conveying mechanism has two positioning spraying mechanisms, two positioning shearing mechanisms, and a cutting frame mechanism arranged sequentially from front to back. The cutting frame mechanism has two horizontal adjustment mechanisms, with the horizontal adjustment mechanism mounted on top of the two horizontal adjustment mechanisms. The horizontal adjustment mechanism also has a vertical adjustment mechanism, and the vertical adjustment mechanism has a cutting blade mechanism. Below the vertical adjustment mechanism are two symmetrically arranged rolling mechanisms, and the cutting blade mechanism is connected to the two rolling mechanisms via a transmission connection. This invention offers higher cutting accuracy, higher cutting efficiency, higher cutting stability, higher cutting freedom, and higher cutting smoothness.

The utility model discloses a plastic woven cloth flattening all-directional detection device, which relates to the technical field of plastic woven bag flattening detection and comprises a conveying frame, the top surface of the conveying frame is rotationally connected with a conveying belt, two adjusting frames are symmetrically mounted on the top surface of the conveying frame, a compression roller is jointly rotationally connected between the two adjusting frames, and the compression roller is rotationally connected with the conveying belt. When the woven fabric detection device is used, the two lead screw sleeves slide in a staggered and reciprocating mode, woven fabric can be conveniently and comprehensively detected through the two detection sensors, detection dead angles are avoided, the detection accuracy is improved, and the detection accuracy is improved. And meanwhile, the spraying mechanism can spray and mark the defect position of the woven cloth, subsequent processing of a user is facilitated, the compression roller conducts hot-pressing flattening operation on the woven cloth, the situation that the subsequent woven cloth tilts is avoided, meanwhile, the distributing mechanism can separate the woven cloth with the defect on the surface out of the conveying belt, and manual intervention is reduced.