15results about "Feeders" patented technology

The application discloses an air bag type cloth clamp, which comprises a clamping piece, a connecting piece, an air bag and an inflating device. The clamping piece comprises two clamping arms, the connecting piece connects the two clamping arms and forms two air bag installation cavities between the clamping arms; the air bag is arranged in the air bag installation cavities, and the inflating device is communicated with the air bag to control inflation and deflation of the air bag. When the air bag is in a pressure relief state, arc-shaped flanges on the two clamping arms clamp and fix the cloth, the air bag is inflated by the inflating device to expand, so that the two clamping arms are separated, and the arc-shaped flanges of the clamping arms are loosened. In this way, the efficiency and precision of cloth fixing are effectively improved, and the labor intensity is reduced. In addition, the connecting mode between the clamping arms and the connecting piece simplifies the structure of the whole cloth clamp and reduces the processing and manufacturing difficulty of the cloth clamp.

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 belongs to embroidery machine technical field, especially point to a kind of embroidery machine flat embroidery frame mounting structure, including crossbeam, be equipped with horizontal guide rail on the crossbeam, horizontal guide rail is equipped with sliding block on sliding, sliding block is equipped with connecting plate on installation, connecting plate is equipped with assembly plate on installation, assembly plate is equipped with flat embroidery frame on installation, the length direction of guide plate is set along horizontal direction along vertical direction on the crossbeam, be equipped with multiple mounting seats on the flat embroidery frame, and respectively located connecting plate left and right sides, multiple rolling members are equipped on mounting seat with guide plate rolling contact, and rolling member is respectively located guide plate front and back sides.The utility model can effectively prevent flat embroidery frame shaking, to avoid appearing the condition of swinging frame, embroidery precision, embroidery quality is good.

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).

An embroidery module (250) for a sewing machine (200) is provided, comprising an embroidery unit (300), comprising an embroidery arm (310), arranged to be movable in a longitudinal direction of the embroidery unit (300), the embroidery arm (310) comprising an embroidery frame attachment interface (320) comprising a locking arrangement (350), and an embroidery frame (400), comprising an embroidery arm attachment interface (420). The embroidery frame attachment interface (320) and the embroidery arm attachment interface (420) comprise mutually mating features (330, 430) that align the embroidery frame attachment interface (320) and the embroidery arm attachment interface (420) with each other during attachment of the embroidery frame (400) to the embroidery unit (300). The embroidery frame attachment interface (320) comprises a locking arrangement (350), arranged to automatically lock together the embroidery arm attachment interface (420) and the embroidery frame attachment interface (320) when the embroidery arm attachment interface (420) has been pushed down onto the embroidery frame attachment interface (320), and a pushing arrangement (340), arranged to push the embroidery arm attachment interface (420) up from the embroidery frame attachment interface (320) when the locking arrangement (350) is released.

In accordance with one or more embodiments herein, a sewing machine (200) is provided The sewing machine (200) comprises an embroidery unit attachment interface (280), arranged on an embroidery unit connection piece (250) comprised in a base plate (210) of the sewing machine (200). The embroidery unit attachment interface (280) is configured for vertical attachment of an embroidery unit (300). Further provided is an arrangement (100) and a method (700) for attaching an embroidery unit (300) to a sewing machine (200). The arrangement (100) comprises a sewing machine (200), comprising an embroidery unit connection piece (250), and an embroidery unit (300), comprising a sewing machine attachment interface (310). The embroidery unit connection piece (250) comprises an embroidery unit attachment interface (280), which is configured for vertical mating with the sewing machine attachment interface (310) of the embroidery unit (300).

The present application relates to the technical field of embroidery, in particular to a positioning device for embroidery machine embroidery, comprising a backing plate for mounting on a garment frame of the embroidery machine, a recess is formed in the top of the backing plate, and the positioning device further comprises a controller, a wrinkle removing mechanism, a pressing mechanism and a reference mechanism, the wrinkle removing mechanism comprises a driving assembly, two scraper rods and two sliding assemblies, the pressing mechanism comprises a first transmission assembly, a traction assembly, a second transmission assembly and two pressing rods, and the reference mechanism comprises a sensing assembly, two lead screws, two laser indicators and four first scale values, the driving assembly, the sensing assembly, each laser indicator and each sliding assembly are electrically connected with the controller, and the positioning device for embroidery machine embroidery can automatically determine the needle drop points of a single complete pattern and accurately control the initial needle drop positions of several different small patterns in a single dispersed pattern.

A magnetic embroidery hoop for hand embroidery includes a first plate and a second plate for retaining a substrate. The first plate is coupled to the second plate by a magnetic coupling. The first plate has a first plate aperture and the second plate has a second plate aperture. When the first plate and the second plate are coupled, the first plate aperture and the second plate aperture at least partially overlap to form a hoop aperture and define a hand embroidery area of the substrate located within the hoop aperture. The embroidery hoop may be pivotably or adjustably coupled to a stand or be part of the stand. The stand may include a base and a plurality of support arms pivotably or adjustably coupled to the embroidery hoop, each other, or the base for adjusting the position of the embroidery hoop for hand embroidery of the substrate.

The application discloses a magnetic suspension embroidery machine and an embroidery method. The magnetic suspension embroidery machine comprises a rack, a stator assembly arranged on the rack, an embroidery frame assembly arranged above the rack, a mover assembly arranged on the embroidery frame assembly and arranged correspondingly to the stator assembly, and a machine head assembly arranged above the embroidery frame assembly and used for embroidering an embroidery product on the embroidery frame assembly. In this way, the mechanical wear caused by friction is solved, the service life of core components of a driving system is greatly prolonged, the positioning accuracy of the embroidery frame assembly is improved, and the reliability of the equipment is remarkably improved.

The application discloses a height adjusting mechanism and an embroidery machine. The height adjusting mechanism comprises a machine head component and a driving assembly. The machine head component comprises a needle bar assembly and a needle nozzle mechanism. The needle bar assembly comprises a needle bar and a needle mounted at the lower end of the needle bar. The needle nozzle mechanism comprises a needle nozzle bar and a needle nozzle mounted at the lower end of the needle nozzle bar. The driving assembly is used to lift the needle bar assembly and the needle nozzle mechanism during a non-embroidery period. The driving assembly comprises a first driving mechanism and a second driving mechanism. The first driving mechanism is connected with the needle nozzle bar and can drive the needle nozzle bar to lift. The second driving mechanism is connected with the needle bar and can drive the needle bar to lift. The embroidery machine comprises the height adjusting mechanism and a frame. The frame is used to fix a fabric. When the first driving mechanism and the second driving mechanism drive the needle nozzle and the needle to lift respectively, the needle and the needle nozzle are lifted and move away from a working surface upward, so that the space above the working surface is increased, the fabric is operated, and the taking and placing operation of the fabric is more convenient.

This utility model discloses a computerized embroidery machine with an active thread feeding assembly, including a support frame. The support frame is connected to a processing component, which includes an embroidery piece installed on the upper right side of the support frame for embroidery. The embroidery piece includes a cylinder fixedly connected to the top of the support frame, and a sliding frame fixedly connected to the extended bottom end of the cylinder. The embroidery piece is slidably connected to the sliding frame. This utility model relates to the technical field. This computerized embroidery machine with an active thread feeding assembly allows the rotating frame, rotating cylinder, cleaning roller, second motor, vacuum cleaner, and extraction hood to work together to clean the fabric to be embroidered and extract cleaning dust, thus performing a pre-cleaning function and reducing impurities adhering to the fabric surface that could affect subsequent embroidery. The third motor, drive roller, guide frame, moving frame, screw, and limiting roller work together to limit, adjust the horizontal position, and level the fabric.

The application discloses a connecting structure and a machine head of a computerized embroidery machine. The connecting structure is in a circumferentially closed shape, forms a stable rigid system through a beam component, can effectively bear various load types such as bending, torsion, shearing and the like, and is especially suitable for a dynamic load scene. The first and second hoop structures are simultaneously stressed, and are arranged in a left-right direction with a spacing. The left and right sides of the connecting structure are subjected to forces, so that the left and right sides of the connecting structure are balanced in stress, thereby helping the connecting structure to stably operate and adapt to high-speed operation of the first needle bar driver and the second needle bar driver. Meanwhile, the connecting structure is inhibited from being worn due to unbalanced stress on the left and right sides, and the service life of the connecting structure is prolonged.