Abstract: A volumetric feeder may comprise a driving unit, a storage tank, a sealing unit, a switch unit and a feeding unit. An interior space of the storage tank is horizontally divided into a feeding space and a preparing space which have the same volume such that the feeding material, including viscous or cement-like materials, in the preparing space is configured to be transported into the feeding space with the same volume at a time to achieve volumetric feeding effect. Also, the feeding material in the feeding space is moved by a piston in a pushing manner thus preventing the feeding material from damage or heating during feeding process.

Abstract: A transmission structure, which is connected to a motor of a filling machine so as to drive a transmission operation of the filling machine, includes a transmitting wheel, a swing set, a clamper, a lift set, a supporting plate and a transmitting set. Under this arrangement, the swing set, the lift set and the transmitting set cooperate with each other via only the transmitting wheel, rather than cooperate with each other via a plurality of members corresponding to different sets as the prior art. Therefore, the structure of the present invention is simpler than that of the prior art; a weight or a volume of the present invention is littler than that of the prior art. In addition, the present invention is easier to maintain than the prior art, because the structure of the present invention is simpler than that of the prior art.

Abstract: A feeding and cutting structure of stuffing machine includes a hopper assembly and a transmission device. The hopper assembly includes a base having a top to which a plurality of inclined feeding tubes is mounted and a plurality of funnel-like feeding hoppers. The transmission device includes a first cutting/feeding module, a second cutting/feeding module, and a motor assembly. The motor assembly is mounted on the feeding hopper. The first cutting/feeding module includes a hollow tubular shaft coupled to the motor assembly and at least one first blade mounted to the tubular shaft. The second cutting/feeding module includes a spindle composed of upper and lower segments, a rotor coupled between the upper and lower segment, and a plurality of second blades mounted to the spindle. The spindle is received in and in operative coupling with the tubular shaft. The cutting/feeding modules are rotatably received in the hopper assembly.

Abstract: A sewing machine includes a main frame, a retainer, a rocker arm assembly, a wire assembly, and a platform. The main frame contains therein a transmission mechanism. The retainer is mounted to the base of the main frame. The retainer defines a bore in which a first gear transmission assembly is received. A rocker arm retaining disk assembly is mounted on the bore. The rocker arm assembly includes a rocker arm body which forms a plurality of bent sections which is configured to have the thread engaging device opposing the main frame. The platform is mounted to the base of the main frame.

Abstract: A shoe sewing machine comprises a thread feed device which is capable of feeding the thread forward or withdrawing the thread, a stitching device operated at a non-uniform speed to have up-and-down motion and a shuttle rotating at a non-uniform speed, both having respective non-uniform speed controlling devices to allow the stitching device and the shuttle to cooperate with the tight-and-loose, feeding-and-withdrawing motion of the thread provided by the thread feed device to form stitching on the shoe to be sewn so that the shuttle can be disposed adjacent to the stitching device.

Abstract: For controlling the movement of the rotating shuttle and the feed plate and the positioning of the workpiece supporting arm of a stitching machine, a transmission and balancing mechanism comprised of an arm body unit which has one end pivoted to the machine body of a stitching machine and an opposite end coupled with a stitching last and attached with a front cap for supporting a stitching workpiece, a transmission unit fastened inside the arm body unit to alternatively rotate a rotating shuttle back and forth through a belt transmission, an oscillating unit fastened in the arm body unit to alternatively rotate a feed plate holder back and forth permitting a feed plate to be constantly aligned with the needle bar, and a balancing unit which comprises a counter weight coupled to a cam shaft to balance the movement of the arm body unit.