29results about "Automatic machines" patented technology

A non-transitory computer-readable storage medium stores a thread color registration program including a set of program instructions for a thread color registration device including an image sensor, a display, and a processor. The set of program instructions, when executed by the processor, causes the thread color registration device to perform detecting a two-dimensional code by the image sensor; in a registration list storing a first color of a first thread spool, storing a second color of a second thread spool different from the first thread spool, the second color being indicated by the two-dimensional code, the registration list being stored in a memory; and displaying a list image on the display, the list image indicating registered colors that are a plurality of colors stored in the registration list, the registered colors including the first color and the second color.

The present disclosure relates to a mixed embroidery device of an embroidery machine, and the embroidery machine. The device comprises a telescopic mechanism, a loose bead embroidery device and an Indian silk embroidery device. A yarn feeding mechanism of the Indian silk embroidery device is installed on a connecting base plate vertically arranged between a discharging mechanism and a feeding mechanism of the loose bead embroidery device, and the yarn feeding mechanism and the telescopic mechanism are respectively located on two sides of the connecting base plate. A yarn clamping assembly of a yarn clamping mechanism of the Indian silk embroidery device and a feeding assembly of the feeding mechanism are arranged in a fan shape. A yarn cutting mechanism of the Indian silk embroidery device is arranged on a side of the yarn clamping assembly away from the feeding assembly. A yarn clamping driving assembly of the yarn clamping mechanism is arranged behind the yarn clamping assembly and located in a space surrounded by a feeding driving assembly of the feeding mechanism and a scissors driving assembly of the yarn cutting mechanism. The embodiment of the present disclosure can compactly assemble the Indian silk embroidery device and the loose bead embroidery device together under the condition of occupying a small assembly space, and can complete mixed embroidery on one side of a needle bar frame.

The utility model discloses a multi -position continuous workstation's embroidery machine relates to embroidery equipment field. The embroidery machine includes warp knitting mechanism, pull mechanism, a plurality of embroidery workstation, cloth transmission mechanism, embroidery control system and cloth winding mechanism. A plurality of embroidery head transverse staggered setting are on each embroidery workstation, and install in horizontal slide rail and by electric transverse mechanism control, realize independent horizontal adjustment. Cloth is transmitted and positioned among each station through the cloth guide belt with fine thorn on the surface. S-type artificial inspection channel is equipped between the workstation, and is convenient for inspection and maintenance. The structure realizes the continuous automatic embroidery of warp knitting fabric, promotes pattern alignment accuracy, transmission stability and system flexibility, and is suitable for high -efficient flexible embroidery production scene.

The utility model discloses a novel feeding mechanism of bead pipe processing device belongs to the technical field of computerized embroidery machine, when using bead pipe processing device carries out bead pipe processing, utilizes feeding mechanism to be able to assist worker feeding, has simple operation, convenient, simple structure, low labor intensity, the characteristics of high working efficiency, including the material pipe placing mechanism for placing material pipe and the arrangement mechanism for arranging material pipe, the material pipe placing mechanism include a pair of symmetry setting placing frame in the front and rear both sides of main frame body, the left and right ends of placing frame top are equipped with placing plate respectively, the middle part of placing frame is equipped with support plate, the second drive mechanism for lifting or lowering support plate between support plate and placing frame bottom is equipped with, the arrangement mechanism includes two groups of material receiving plate that are arranged in turn along the extension direction of main frame body, two groups of material receiving plate all be located between two placing plates of front and rear both sides, and each group of material receiving plate is a pair.

The utility model provides a kind of positioning mechanism of guide bead bar, including the chuck assembly of at least two positioning guide bead bar, and the driving structure of the corresponding number chuck assembly time-sharing opening and closing, the chuck assembly include a pair of mutually matched chuck, at least one the chuck assembly is located the corresponding place of two chucks respectively equipped with a first clamping groove and a second clamping groove, the first clamping groove is matched with the outer wall of guide bead bar, the positioning center when the first clamping groove clamps guide bead bar is the axle of guide bead bar;The second clamping groove is matched with the outer wall of bead on guide bead bar, the positioning center when the second clamping groove clamps bead on guide bead bar is the axle of bead, and the axle of bead and the axle of guide bead bar coincide at this time.The utility model is equipped with two clamping grooves respectively with guide bead bar and bead cooperation, prevent chuck clamps bead when position deviation, prevent bead to drive guide bead bar deviation and affect bead to fall.

The utility model relates to the field of embroidery machine discloses a small interval single pearl mechanism, including setting from top to bottom on the frame select pearl subassembly, lifting subassembly, gold piece spare and send pearl subassembly, send pearl subassembly includes base plate, and the base plate is formed with the through groove, and the through groove is installed with first pulley, second pulley and synchronous belt, first pulley is fixed on the motor shaft of servo motor, and servo motor is fixed on the base plate, second pulley is connected with the swing arm mechanism of drive send pearl clamp and moves on the base, the base is fixed on the bottom of connecting plate, and the upper portion of connecting plate is fixedly connected with the base plate, swing arm mechanism, base and send pearl clamp set in the shell below of servo motor. Through the shape of optimization spare and position installation relation, make send pearl subassembly arrangement more reasonable, structure more compact, effectively reduce the size of send pearl subassembly occupation space, especially the length of motor axle direction, avoid the interference with other components, improve the adaptability of send pearl subassembly and other components.

The sewing machine includes a projector and a controller. The controller determines a sewing area inside an embroidery hoop such that the sewing area is greater than a projection area where the projector projects a projection image. The controller determines an embroidery pattern and a position of the embroidery pattern located relative to the sewing area. The controller determines, in the sewing area, a target area corresponding to the projection area. The controller generates projection image data representing a part or a whole, which falls in the target area, of the embroidery pattern relative to the sewing area, and controls the projector to project a projection image based on the projection image data after moving the embroidery hoop.

The utility model discloses a send pearl mechanism of left and right translation bead replacement, including base, send pearl pulley, elastic pearl sending clamp, horizontal shift guide pearl piece, horizontal shift drive piece and front and back moving mechanism, horizontal shift guide pearl piece is located elastic pearl sending clamp top, is equipped with left guide pearl hole and right guide pearl hole on horizontal shift guide pearl piece, is equipped with the pearl board between horizontal shift guide pearl piece and base, horizontal shift guide pearl piece and horizontal shift drive piece are connected through the spacing guide mechanism, and the bottom surface of horizontal shift drive piece is equipped with spacing drive groove, is equipped with spacing drive spare on front and back moving mechanism, and front and back moving mechanism drive spacing drive spare slides along spacing drive groove, when spacing drive spare is located the front end or rear end of spacing drive groove, spacing drive spare can carry out left and right spacing to horizontal shift drive piece. The utility model can realize to the horizontal shift guide pearl piece in front and back left and right direction position simultaneously, guarantees the pearl accuracy of elastic pearl sending clamp, and the embroidered pearl also will push out horizontal shift guide pearl piece because of the stress deformation, will not jam.

The present invention addresses the problem of providing a multi-needle sewing machine equipped with an image-related device suitable for capturing or projecting an image during a sewing operation. As is well known, a multi-needle sewing machine comprises a needle bar case (10) that holds a plurality of needle bars, each comprising a sewing needle at the lower end thereof, so that the needle bars can move up and down, and that is capable of sliding laterally in order to select one of the needle bars. An image-related device (20) for capturing, projecting, or recognizing an image is disposed in front of the needle bar case (10) via a slide movement mechanism (30). The slide movement mechanism (30) is attached to the needle bar case (10), the image-related device (20) is mounted so as to be slidable laterally with respect to the needle bar case (10), and the image-related device is slid relative to the needle bar case. The image-related device (20) can be positioned above a needle drop position by being controlled by the slide movement mechanism (30) to slide laterally with respect to the needle bar case (10).

The application provides a special-shaped bead piece embroidery device and relates to the field of bead piece embroidery. The device comprises a base, a first driving assembly is installed at the bottom of the base, a supporting frame is installed at the top of the first driving assembly, a control member is installed on the outer wall of the right supporting frame, a second driving assembly is installed at the top of the supporting frame, a third driving assembly is installed at the front end of the second driving assembly, and a bead piece embroidery machine head is installed on the outer wall of the third driving assembly. The multi-dimensional carrier tape supply module is configured with an active feeding, a PID closed-loop tension control and an air floating support unit. The guide rail adopts a diamond-like carbon film low-friction coating, and the bottom of the cooperation rail is provided with a micropore array to form a uniform air cushion, so that the special-shaped bead piece is in a nearly frictionless suspension state, and the problems of snakelike swinging, gravity deviation, tension fluctuation, carrier tape stretching deformation and material stacking in high-speed conveying are effectively inhibited. The device is suitable for the continuous and stable conveying of asymmetric special-shaped bead pieces such as water-drop-shaped, star-shaped and polygonal bead pieces, and the conveying reliability and speed are improved.

The purpose is to guide the rope-like material with stable tension regardless of the different rotation directions of the annular guide. The rotation of the annular guide (66), which can rotate around the axis of the needle bar, causes the guide portion (61) to rotate, guiding the rope-like material (L) to the needle eye position. A flexible hollow component (65) is used to insert the supplied rope-like material from one end (65a) and pull it out from the other end (65b). The other end (65b) of the hollow component (65) is connected to the annular guide (66), causing it to rotate together with the annular guide. As the hollow component (65) is pulled in in accordance with the rotation of the annular guide, it is wound around the annular guide (66). When the annular guide rotates in the opposite direction, the hollow component is pushed outwards, but due to the stiffness of the hollow component, it is pushed out smoothly without loosening.

The utility model provides a four gold sheet embroidery device of can avoid, including the head, the first group gold sheet device and second group gold sheet device to the same machine needle piece of sending piece, first, second group gold sheet device is both double gold sheet laminated piece sending piece device, the head on be equipped with at least one mounting seat, first, second group gold sheet device can slide and be equipped with on the mounting seat, first, second group gold sheet device upper end all be equipped with one avoid mechanism of avoidable drive, every avoid mechanism all includes the drive motor of being equipped with on the mounting seat, and drive transmission assembly of corresponding group gold sheet device sliding avoidance or sliding advance, be equipped with first sliding mechanism between every group gold sheet device and mounting seat. The utility model two gold sheet devices can avoid each other, and the cutting knife does not need to make short intentionally, and the embroidery line is not easy to jam into the cutting knife and causes the broken line.

A frame (1) for clamping fabric (4) for embroidery machines (5), comprising at least one cutout plate (2) provided with at least one cutout (21, 22) having a shape that corresponds to a first label (20) to be applied by sewing to the fabric (4), the internal rim (22a) of the cutout (22) being adapted to surround the first label (20) during sewing. The clamping frame (1) further comprises a pressing device (6) with a pressure plate (60) that is movable, with respect to the clamping frame (1), between a retracted position and a position in which the pressure plate is accommodated in the cutout (22) of the cutout plate (2) to retain the label in a direction perpendicular to the resting surface (P) for the fabric (4).

The utility model provides a kind of for gold piece embroidering's tabletting mechanism and send piece device, including the send piece bottom plate of conveying gold piece, still including the tabletting mechanism body being equipped in send piece bottom plate, the tabletting mechanism body include with the tabletting spring of the gold piece cooperation on send piece bottom plate, for installing the pivot of tabletting spring, the send piece bottom plate be equipped with mounting block, the pivot rotatable be equipped in mounting block, the pivot be equipped with the torsion spring that can drive tabletting spring and send piece bottom plate cooperation, the torsion spring one end drive tabletting spring, another end and mounting block between being equipped with connecting structure, when torsion spring another end and mounting block connect, drive tabletting spring and bottom plate cooperation tabletting;When torsion spring another end and mounting block disengage connection, torsion spring disengage drive tabletting spring, the torsion spring is helical torsion spring or the non-helical spring that can produce torsional force.The utility model structure is simple, easy to operate, and it is convenient to wear piece and tabletting.

The utility model provides a kind of rope embroidery device and embroidery machine of clamping rope and cutting rope integration, and rope embroidery device includes correspondingly being equipped on mounting plate, mutually cooperated clamping rope mechanism and cutting rope mechanism, still including the driving mechanism of simultaneously driving clamping rope mechanism and cutting rope mechanism action, and realize that clamping rope mechanism is prior to cutting rope mechanism closing and lags behind cutting rope mechanism opening, the driving mechanism includes driving motor, driving piece of driving clamping rope mechanism and cutting rope mechanism opening or closing, transmission assembly between driving motor and driving piece is equipped with.The utility model uses a driving mechanism, simple structure, low in cost, small, motor-driven clamping plate clamps rope, and clamping rope effect is better.

The present disclosure relates to an embroidery thread device, an embroidery machine and an embroidery method. The embroidery thread device comprises a thread feeding mechanism, a thread cutting mechanism and a thread clamping mechanism. The thread feeding mechanism comprises a thread wheel, a roller driving motor, a roller and a guide wheel sleeved on the roller. The roller is wound with the embroidery thread transmitted from the thread wheel. The roller driving motor drives the roller to rotate relative to the guide wheel to transmit the embroidery thread between the roller and the guide wheel to the thread clamping port of the thread clamping mechanism according to the required thread feeding amount. The thread cutting mechanism cuts the embroidery thread in the vertical direction of the thread clamping port. The embodiment of the present disclosure drives the embroidery thread to advance circumferentially between the roller and the guide wheel by rotating the roller relative to the guide wheel. This transmission mode not only enables the embroidery thread to be conveyed in the internal space without external interference, but also enables the embroidery thread to be transmitted almost without wear under frictional traction. The embroidery thread conveying length is controllable, and the embroidery thread of a preset length can be cut in the vertical direction.

A controller of a sewing machine acquires sewing data for forming a utility pattern continuously in a first direction, acquires a condition for sewing a tapering pattern including a tapering portion, acquires a captured image captured by an image sensor, generates a display image in which the tapering pattern is arranged on the captured image based on the sewing data, the condition, and the captured image, controls a needle bar, a feed dog, and an actuator in accordance with the sewing data to sew the utility pattern, after starting sewing of the utility pattern, controls a display to display the display image, and performs a tapering pattern sewing operation of, after starting display of the display image, controlling the needle bar, the feed dog, and the actuator in accordance with the sewing data and the condition to sew the tapering pattern that is continuous with the utility pattern.

This disclosure relates to a thread feeding mechanism for an embroidery device using Indian silk. The thread feeding mechanism includes a thread wheel assembly and a conveying assembly; the conveying assembly includes a roller drive motor, a roller, and a guide wheel sleeved outside the roller; the guide wheel has a guide inlet for the Indian silk to enter, a guide groove for the Indian silk to wind around the outer circumference of the roller, and a guide outlet for the Indian silk to exit; the roller drive motor drives the roller to rotate, so as to output the Indian silk conveyed by the thread wheel assembly from the guide inlet to the guide outlet. Embodiments of this disclosure utilize the thread wheel assembly and the conveying assembly to automatically convey Indian silk, and control the rotation of the roller by the motor to accurately control the conveying length of the Indian silk during the conveying process, thereby facilitating the quantitative supply of Indian silk according to the embroidery needs.

The application discloses a multi-color automatic drill feeding component and a single-motor driving drill row structure, and solves the problem of high cost caused by setting one drill sequence ring driving motor for each automatic drill feeding component in the prior art. At least two automatic drill feeding components are arranged side by side along an X direction, the multi-color automatic drill feeding component moves along the X direction to realize color changing, the automatic drill feeding component comprises a drill sequence ring rotating around the X axis, the single-motor driving drill row structure comprises one drill sequence ring driving motor, a first rotating piece rotating driven by the drill sequence ring driving motor, a second rotating piece driving the drill sequence ring to rotate, the first rotating piece drives the second rotating piece to rotate, and the first rotating piece and the second rotating piece relatively move along the X direction during color changing to realize separation and transmission connection. The application does not need to set one drill sequence ring driving motor for each automatic drill feeding component, the number of motors can be reduced, and the cost is obviously reduced.

To make the finish of a cutting part favorable.SOLUTION: In a needle plate 40, a needle plate hole 44 is constituted by including a hole side cutting side 44A for cutting a cutting object 50 together with a blade part 34, and an escape side 44B for allowing a cutting part 52 of the cutting object 50 to escape. Specifically, the needle plate hole 44 has the hole side cutting side 44A for shearing the cutting object 50 together with a blade side cutting side 34A of a blade part 34, and the escape side 44B for forming a gap G1 between itself and the blade part 34 to be inserted. Thereby, the cutting object 50 can be cut by the hole side cutting side 44A and the blade side cutting side 34A in the early stage of the cutting processing. Also, in the later stage of the cutting processing, the cutting part 52 to be inserted in the needle plate hole 44 by the blade part 34 is allowed to escape to the escape side 44B side, and the blade part 34 and the cutting part 52 can be arranged in the needle plate hole 44. Thus, the finish of the cutting part 52 of the cut object 50 can be made favorable.SELECTED DRAWING: Figure 3

To provide a thread color registration program, a thread color registration method, and a thread color registration system that contribute to easier and more accurate registration of thread colors owned by users and the display of registered colors. [Solution] The thread color registration device comprises an image sensor, a display, and a processor. The thread color registration program includes instructions to the processor of the thread color registration device, which registers the thread color of the thread spool in a registration list stored in memory, to perform the following processes: The processor performs a detection process to detect a two-dimensional code using the image sensor (S4). The processor performs a registration process to register the second color, which is the color indicated by the two-dimensional code, in the registration list in which the first color, which is the thread color of the first thread spool, is registered (S15). The processor performs a display process to display a list image on the display that shows the registered colors, which are multiple colors registered in the registration list (S18).

A system and method, for guiding a sewing operation for a sewing machine, are provided herein. One of one or more stitch objects having stitch data associated therewith may be selected. Each of the one or more stitch objects are defined by a geometric pattern. The stitch data, of the one of the one or more stitch objects is analyzed to identify one or more lines forming the geometric pattern. At least a portion of a sewing material is sewn, onto the workpiece with the needle, in a direction defined by a first of the one or more lines forming the geometric pattern. A primary light source projects a first of one or more guidelines onto the workpiece. The first of the one or more guidelines corresponds to a second of the one or more lines forming the geometric pattern.

This utility model relates to the field of embroidery machines, disclosing a small-pitch single-bead / single-piece integrated device, including a machine head support, a bead feeding mechanism, and a piece feeding mechanism. The bead feeding mechanism and the piece feeding mechanism are each mounted on the machine head support via a position adjustment component. The bead feeding mechanism includes a retractable bead clamping plate extending below the piece feeding mechanism. The position adjustment component includes an upper connecting part fixedly connected to the machine head support, an adjusting block slidably connected to the upper connecting part, and a lower connecting part slidably connected to the adjusting block. The lower connecting part of one position adjustment component is fixedly connected to the corresponding bead feeding mechanism; the lower connecting part of the other position adjustment component is fixedly connected to the corresponding piece feeding mechanism. By combining the bead feeding mechanism and the piece feeding mechanism onto a single machine head, piece and bead threading can be performed simultaneously, avoiding the need for multiple machine heads to avoid interference during the threading process, thus greatly improving production efficiency.

A method for producing a smart textile includes stitching with a conductive thread from a first point outside a segmented area that is set on a sheet material toward a second point on the segmented area. An embroidery with the conductive thread is sewn from the second point as a starting point to apply a segment in the segmented area. These series of steps are executed without performing a process for cutting the conductive thread by stopping the sewing process of the conductive thread.