103results about "Hem-stitch machines" patented technology

The invention discloses an automatic feed pocket patching machine. The machine comprises a machine head, a bedplate, a template mechanism, a feed mechanism and a blanking mechanism; the feed mechanism comprises a linear drive device, a material pressing device, and an auxiliary plate which is fixedly connected with the bedplate and is extended outward from an upper surface of the bedplate; the template mechanism is positioned above the auxiliary plate; the blanking mechanism is positioned below the outer side of the auxiliary plate; the linear drive device is arranged below the auxiliary plate; the material pressing device is positioned on the auxiliary plate; the linear drive device is connected with a connection seat through the material pressing device; and the auxiliary plate is provided with a sliding groove through which the connection seat passes. Due to the adoption of a modular structure, the feed mechanism and the blanking mechanism become independent modules, the manufacturing and assembly complexity of a product can be reduced and manufacturing cost can be reduced.

The invention relates to a machine head and machine base split type pattern sewing machine belonging to the technical field of sewing machines. The machine head and machine base split type pattern sewing machine comprises an X-direction feed device, a Y-direction feed device, a machine head, a machine base and a stand, wherein the X-direction feed device and the Y-direction feed device are driven by respectively independent motors; the Y-direction feed device drives the X-direction feed device to move along a Y direction; the X-direction feed device is provided with a double-ball screw, and the synchronous feed of the double-ball screw is realized through a synchronous belt so that the machine base and the machine head which are arranged on the X-direction feed device can synchronously move. The invention has simple structure and easy operation and can move along an X direction and the Y direction and achieve the purposes of sewing patterns with large areas and enhancing the work efficiency; in addition; the pattern sewing machine can more stably work through the double-ball screw arranged on the X-direction feed device.

The invention belongs to the technical field of machinery and discloses an industrial sewing machine. A needle holder is driven to do vertical reciprocation by a swing rod and is driven to rotate around the needle holder axis by a needle holder rotation motor. A rotary hook and a hook carrier are mounted on a hook carrier assembly which comprises a shell, a rotary disc, a circular rotary seat, a belt pulley ring, a rotary hook motor, an assembly bearing and a slip ring. The rotary hook assembly is driven to do horizontal rotation by a rotary hook motor. Cloth to be sewn is clamped by a cloth feeding mechanism to do plane moving between the needle holder and the rotary hook. The needle holder rotation motor, the rotary hook carrier motor and the rotary hook motor are connected to a programmable logic controller on a table through the slip ring. The programmable logic controller drives the needle holder and the rotary hook carrier assembly to do rotation with same phase and same angular velocity. Products sewn by the industrial sewing machine have stable and firm stitches, and the industrial sewing machine is particularly suitable for sewing leather/cloth products in variable curved shapes.

The invention provides a pattern editing and pattern generating method for an electronic pattern machine. A pattern design is an important performance index of an electronic pattern machine control system. The pattern editing and pattern generating method disclosed by the invention provides a generation method of various pattern designs. The generation method comprises spatial migration, straight line, circle, circular arc, curve and polygon; on the basis, the generation method for pattern designs such as homodromous multiple sewing, converse multiple sewing, assistant sewing, front and back backstitch and overlapping sewing is realized, and the generation method for the complex pattern designs comprising various patterns is realized. The pattern generating method is integrated into pattern edition, and the pattern is automatically generated in the pattern edition. The pattern editing and pattern generating method has the technical effect that the abundant pattern design is applied, and the pattern can be simply and conveniently edited. A friendly editing interface is provided to support the dynamic edition and secondary edition of the pattern. The pattern editing and pattern generating method has the advantages of high operation efficiency and good pattern generating effect.

The invention provides a bent two-needle sewing machine, belongs to the mechanical technical field, and solves the technical problems that the existing bent two-needle sewing machine can not be conveniently installed and maintained, and can not manufacture different three-dimensional stripes. The bent two-needle sewing machine comprises a sewing machine head, a bottom board, a needle clamp and two needles fixedly connected on the needle clamp, wherein, the sewing machine head is fixedly connected on the bottom board; the needle clamp is connected with the sewing machine head; and a detachable mechanism is arranged between the needle clamp and the sewing machine head. The bent two-needle sewing machine has the advantages of high positioning precision of needles, convenient disassembly, assembly, replacement and maintenance, etc.

The invention discloses a gantry type large-width pattern sewing machine and belongs to the technical field of sewing machines. The gantry type large-width pattern sewing machine comprises a machine head, a rack, a rotating shuttle structure, a transverse motion module, a longitudinal motion module, a table plate arranged on the rack, and a pressing frame component positioned above the table plate, wherein the transverse motion module is longitudinally and movably arranged on the longitudinal motion module through a connecting plate; the pressing frame component is transversely and movably arranged on the transverse motion module; the longitudinal motion module is fixed on the rack; a rotating shuttle hole of the rotating shuttle structure is aligned with a needle of the machine head; and the gantry type large-width pattern sewing machine also comprises a cross beam, wherein upright columns are respectively fixed on two sides of the rack in the transverse movement direction of the pressing frame component; the cross beam is fixed on the two upright columns; and the machine head is arranged in the middle of the cross beam through a lifting device. According to the gantry type large-width pattern sewing machine, the size and travel of a pressing frame can be allowed to be greatly improved, so that the sewing area of a pattern machine is enlarged, and the phenomenon that the machine head is low in rigidity and shakes in the sewing process can be avoided.

The invention discloses a split electronic pattern sewing machine, which comprises a machine seat, a machined body fixed on the machine seat, a machine head, an upper feeding bow and a lower feeding carriage, wherein a lifting device is arranged between the machine body and the machine head; the machine head is arranged on the lifting device and can move up and down; a closed type clutch for realizing the transmission connection between the machine body and the machine head is arranged between the machine body and the machine head; the lifting device is also connected with a compressing device which can synchronously lift with the machine head as well as compress sewn materials; after compressing the sewn materials, the compressing device synchronously moves with the upper feeding bow and the lower feeding carriage for feeding; and a frame needle arranged on the machine head sews patterns on the sewn materials. In the split electronic pattern sewing machine, the separation of the machine head and the machine body of the prior integrated electronic pattern sewing machine is realized and the lifting device is used to raise the machine head to ensure enough layer space of the machine head, so the requirements for sewing patterns on less than 90 millimeter extra-thick materials are met, the influences of human factors on product quality during manual operation are overcome, cost is saved, efficiency is improved, and labor intensity is reduced.

The invention relates to an intelligent numerical-control computerized quilting machine, relating to the technical field of weaving equipment. The machine comprises a workbench, on which stretched cloth racks are arranged. A transverse rack located above the stretched cloth racks are slidably installed on the workbench. Additionally, a machine head sliding along the length direction is arranged atthe lower end of the transverse rack. The workbench comprises two support racks which are symmetrically arranged along the length direction. Multiple support rollers, vertical to the two support racks, are installed between the two support racks in a locating and rotary manner and arrayed along the length directions of the support racks. One end of the workbench is equipped with a feeding table used for stacking the stretched cloth racks to be quilted. The other end of the workbench is equipped with a material receiving table used for bearing quilted stretched cloth racks. The material receiving table and the feeding table are the same in structure and used in conjunction. One side, away from the workbench, of the feeding table is equipped with a material pushing device. A material pulling device is installed between the material receiving table and the workbench. One side of the workbench is equipped with a computer console. Additionally, the material pushing device and the materialpulling device are both in communication connection with the computer console. During application, the stretched cloth racks are quickly replaced by the intelligent numerical-control computerized quilting machine.

The invention provides a pattern sewing machine template device. The pattern sewing machine template device comprises a linear driver, a finger fastening piece, a bracket, a clamping seat and a template, wherein the rear end of the template and the front end of the clamping seat are mutually positioned in a manner of matching a positioning groove with a positioning lug boss; the rear end of the template is provided with a lug boss protruding out of the top surface of the template; the linear driver is fixed on the clamping seat; a retractable shaft of the linear driver is movably connected with the upper end of the finger fastening piece; the middle part of the finger fastening piece is movably connected with the bracket and the lower end of the finger fastening piece extends to the upper side of the template; the bracket is fixedly mounted relative to the clamping seat; when the retractable shaft of the linear driver is at a stretching-out state, the lower end of the finger fastening piece swings backwards and tightly presses the lug boss. According to the pattern sewing machine template device, the template is clamped and loosened by the stretching-out and retraction of the retractable shaft of the linear driver so that the template is convenient and rapid to detach and the working efficiency of a pattern sewing machine is improved; the whole structure is simple so that the configuration cost is also low.

The invention discloses a decorating sewing machine, which comprises a machine head and a machine plate positioned below the machine head, wherein a template mechanism is arranged below the machine head; a feeding position, a sewing position and a discharging position are formed in sequence along the longitudinal direction of the machine plate; the template mechanism is positioned at the sewing position; a first feeding mechanism is arranged corresponding to the feeding position; a second feeding mechanism is arranged corresponding to the sewing position; a discharging mechanism is arranged corresponding to the discharging position; the first feeding mechanism and the second feeding mechanism can move synchronously along the longitudinal direction; and when the first feeding mechanism moves from the feeding position to the sewing position, the second feeding mechanism just moves from the sewing position to the discharging position. In the invention, the machine plate is provided with three positions, i.e., the feeding position, the sewing position and the discharging position in sequence along the longitudinal direction, and two feeding mechanism and a discharging mechanism are arranged, so that sewing and feeding can be performed simultaneously, two feeding actions are completed simultaneously, the production efficiency is increased, and the positioning accuracy of a pocket at the sewing position can be ensured.

The invention belongs to the sewing machine technology, in particular to the design of a vertical feed mechanism of an electronic pattern machine that a holding apparatus can be driven to move stably, which comprises a nose1, a motor 2, a synchronous motor drive belt 3, a synchronous pulley 4, a synchronous pulley shaft 5, a fixation apparatus 6, a feed drive synchronous pulley 7, a feed driven synchronous pulley 8, a feed synchronous belt 9, a feed driven synchronous belt shaft 10, a feed shaft and a synchronous belt clamping component 11, a feed shaft 12, a feed shaft fixation seat 13, a connection component 14 and a holding apparatus 15, and characterized in that the vertical feed power of the holding apparatus 13 of the electric pattern machine is provided from the motor 1 through twice transmission of the synchronous belt and can be controlled through the program. The vertical feed of the holding apparatus 15 is achieved through the pushing of the feed shaft 12 in fractional packed on the fixation seat 13 of feed shaft on both sides of the nose. The power of the feed shaft 12 is provided through the feed synchronous belt 9. The feed shaft 12 and the feed synchronous belt 9 are linked together through the feed shaft and the synchronous clamping component 11. The power of the motor 2 is connected through a synchronous structure, thus the vertical feed of the electric pattern machine is achieved.

The invention provides a special side-sliding pressing pin for a pattern machine, belongs to the technical field of sewing devices, and solves the technical problems of poor material pressing effect, poor convenience and the like of an existing special side-sliding pressing pin. The special side-sliding pressing pin comprises a material pressing frame and a material pressing template, wherein an operation through hole capable of extending into the material pressing template and a sewing needle is formed in the middle of the material pressing frame; a sliding rail is fixedly arranged at one side of the material pressing frame along the length direction of the side edge; the sliding rail is connected with a connection plate in a sliding manner; a lifting mechanism capable of driving the material pressing template to move up and down is fixedly arranged on the connection plate; the material pressing template is connected with the lifting mechanism; the bottom surface of the material pressing template can be level to the bottom surface of the material pressing frame; the special side-sliding pressing pin also comprises a driving piece which can drive the connection plate to move on the sliding rail along the length direction of the sliding rail. The driving piece in the pressing pin can drive the material pressing template to move on the sliding rail, so that the position of the material pressing template in a sewing area can be changed, the condition that the whole sewing can be finished once during sewing can be ensured, and further the sewing efficiency and the sewing effect can be improved.

The invention discloses a bead edge stitch sewing machine which comprises a head and a bottom plate. The head is arranged on the bottom plate; a cloth pricking mechanism is arranged in the head; the cloth pricking mechanism is connected with an upper shaft; the power drive of the upper shaft is implemented by a belt pulley; the upper shaft drives a lower shaft by two pairs of bevel gears and a vertical shaft; the lower shaft is connected with a thread expansion ring mechanism capable of ensuring stitches to be reliably formed; the thread expansion ring mechanism is arranged below the bottom plate; the lower shaft is fixedly connected with a thread shifting cam; the phase relation of the thread shifting cam and a sewing needle can be regulated; the thread shifting cam is connected with a thread shifting shaft by a thread shifting crank; the thread shifting shaft is connected with a thread shifting plate; the lower shaft is fixedly connected with a thread pushing cam; the phase relation of the thread pushing cam and the thread shifting cam can be regulated; the thread pushing cam is fixedly connected with a sliding block shaft by a thread pushing crank; a sliding block is movably arranged on the sliding block shaft; the sliding block can rotate relative to the sliding block shaft; the sliding block is in sliding fit with a groove part of a thread pushing rod; and the thread pushing rod is connected with a thread pushing plate. According to the invention, the perfect sewing effect can be achieved.

The invention provides a pattern making method and device of a sewing machine, a readable storage medium and the sewing machine which are applied to an inscribed circle set in a pattern, and the inscribed circle is divided into N arc lengths. The plate making method of the sewing machine includes the steps of obtaining the coordinates of the stitching points of the N arc lengths and conducting pattern making operation according to the coordinates of the stitching points of the N arc lengths, wherein N is an integer greater than or equal to 2. The pattern making method and device of the sewingmachine, the readable storage medium and the sewing machine increase the overlapping rate of the stitching points of the pattern and the inscribed circle at an inscribed point.

The invention discloses a special type pattern machine for sewing in a large area. The special type pattern machine comprises a machine head, a guide rail, a sliding support, a frame, a Y-direction guide rail, a bedplate fixing frame, an X-direction driving motor, an electric cabinet, a digital display and the like. A core part of a control system is a digital signal processor (DSP) master chip, namely a central processing module and a field programmable gate array (FDGA); the control system comprises a controller, a driver, a motor and electromagnets; the controller controls the movement of a servomotor for a spindle and a step motor for a cloth feeding mechanism, and completes other auxiliary functions by means of the electromagnets; in the cloth feeding mechanism, X-direction and Y-direction step motors drive shafts L2 and L1 to make the X and Y displace, the X-direction step motor drives the shaft L2 and a width module through an arc gear, and the Y-direction step motor drives a length module through a gear to brake the shaft L1; and a touch screen technology is adopted, a built-in liquid crystal display panel sets an upper limit and a lower limit in midway limitation, and electronic static discharge (ESD) control is installed. The special type pattern machine has high production efficiency, wide sewing range and diversified sewing patterns.

The invention relates to a sewing positioning device and automatic sewing equipment. The sewing positioning device comprises a working table with a working table surface, a cloth pressing mechanism, acloth pulling mechanism and a clamping mechanism, wherein the cloth pressing mechanism comprises a cloth pressing block and a lifting driving part, the cloth pressing block is used for pressing a fabric on the working table surface, and the lifting driving part is connected with the cloth pressing block to drive the cloth pressing block to rise or fall relative to the working table surface; the cloth pulling mechanism comprises a cloth pulling block and a cloth pulling driving component, the cloth pulling block is located on one side of cloth pressing block, and the cloth pulling driving component is connected with the cloth pulling block to drive the cloth pulling block to tighten the fabric away from the press block; and the clamping mechanism is arranged on one side of the cloth pressing block away from the cloth pulling block to press the fabric when the cloth pulling block tightens the fabric. The sewing positioning device can cooperate with sewing mechanisms such as a pattern machine to ensure that the fabric will not be misplaced in the sewing process, so that the product yield is improved, and the production efficiency is greatly improved compared with the traditional manual method.

The invention discloses a machine sewing system and a machine sewing method thereof. The machine sewing system comprises a machine table, a feeding device, a machine sewing device and a control device. The feeding device comprises a plurality of loading components, a turntable and a rotation driving component. The plurality of loading components are arranged on the same surface of the turntable and are used for placing fabric cutting pieces. The rotation driving component is arranged on the machine table and is used for driving turntable to rotate relative to the machine table so as to drive the loading components on the turntable to rotate. The machine sewing device is arranged on the machine table. When the loading components rotates to reach the machine sewing device, the fabric cutting pieces are delivered to the machine sewing station of the machine sewing device by means of the loading components. The machine sewing device is used for conducting the machine sewing operation on the fabric cutting pieces. The control device is electrically connected with the loading components, the rotation driving component and the machine sewing device. The machine sewing system saves the time.

The invention discloses a method for patterning and coloring the surface of cloth. In the method, the tightness of lower threads and upper threads is adjusted through a bobbin case and a thread adjusting spring on an adjusting sewing machine so as to raise the knots of the lower threads and the upper threads from the surface of the cloth to form patterns and colors on the surface of the cloth. The knots of the lower threads and the upper threads are used for sewing the cloth originally. In the method, the knots are raised from the surface of the cloth to product patterns and colors, so the cloth is patterned without adopting other equipment besides the conventional equipment.

The invention discloses a computerized pattern forming machine based on visual control and relates to the field of industrial sewing machines. The computerized pattern forming machine comprises a machine tool main body (5), an operation panel (6), a pedal controller (7) and a control case (9) and also comprises a visual identification device, wherein the operation panel (6) can be used for inputting control parameters of sewing processing; the pedal controller (7) is used for starting the processing or stopping the processing; the control case (9) is used for image processing and system control; the visual identification device is used for taking photos for to-be-sewn cut pieces; the control case (9) is electrically connected with the operation panel (6), the machine tool main body (5) and the visual identification device so as to carry out image processing on images shot by the visual identification device and control the machine tool main body to carry out sewing by combining with the control parameters of sewing processing. The computerized pattern forming machine disclosed by the invention has the advantages that data files of the sewing paths corresponding to all the cut pieces can be generated, and the sewing can be automatically carried out according to the sewing paths, so that the problems that plates need to be manufactured and the sewing quality can not meet the requirement in the prior art can be solved.

The invention discloses a novel intelligent pneumatic automatic structure pattern machine, which is composed of a feeding frame, a sliding block, a presser foot lever piece, a presser foot arm, a presser foot connecting rod, a Y transmission shaft, an X-shaft bracket, a rolling-over cylinder, a rolling-over presser foot and the like. A servo motor controls an automatic line catcher mechanism flow to form a whole by a computer system control device; the automatic line catcher mechanism drives a connecting rod to brake a linkage movement lever; the linkage movement lever brakes a front-and-back sliding crank connected with the line catcher; the servo motor is connected with a main shaft by a coupler in which a helical gear is arranged; the presser foot is an X and Y-shaft bidirectional moving rolling-over presser foot structure; the X and Y-shaft bidirectional moving rolling-over presser foot structure brakes a cylinder sliding block guide rail moving kinematic pair by the computer system control device; the cylinder sliding block guide rail moving kinematic pair drives the presser foot connecting rod to transmit by the cylinder; and the presser foot connecting rod transmits to brake a rolling-over transmission gear. The novel intelligent pneumatic automatic structure pattern machine slides in a sliding rail mode and has few faults, and the function of the rolling-over presser foot is diversified.