74results about How to "Will not affect delivery" patented technology

The present invention discloses a cash box module of a whole-stack cash dispenser. The cash box module comprises a cash box body, a bill channel and a second bill channel, and a first box shaft, a third box shaft, a fourth box shaft, a fifth box shaft, a sixth box shaft and a seventh box shaft are respectively provided with a first box body cash sending wheel, a third box body cash sending wheel, a cash receiving wheel set, a fourth box body cash receiving wheel, a cash twisting wheel set and a second box body cash sending wheel; the first box body cash sending wheel, the second box body cash sending wheel and the third box body cash sending wheel tightly fit for a cooperation cash sending wheel on a first abdication compaction mechanism, a first boxboard and a second boxboard are fixedly connected through an eighth boxboard near the first box shaft, the eighth boxboard is provided with an eighth boxboard straight slot which allows the first box body to pass through; and the sixth box shaft and the fourth box shaft are respectively provided with a seventh belt wheel and a seventh secondary belt wheel, and a seventh belt is connected between the seventh belt wheel and a seventh secondary belt wheel to form a belt transmission mechanism. The structure is simple, the cash box module of the whole-stack cash dispenser can be freely extended, and the adaptability is high.

The invention discloses a transverse cutting mechanism. The transverse cutting mechanism comprises feeding rollers, and is characterized in that the transverse cutting mechanism further comprises a rolling cutter set and a paper core stacking composite component, wherein the rolling cutter set comprises a rolling cutter I and a rolling cutter II which are matched with each other, the rolling cutter I and the rolling cutter II correspondingly comprise rotating shafts and cutters arranged on the rotating shafts; at least two pairs of cutters are arranged on the rotating shafts, and the cutters are uniformly installed on the rotating shafts in the circumferential direction of the cutters, the numbers of the cutters of the rolling cutter I and the rolling cutter II are the same and are arranged in a one-to-one correspondence mode. According to the transverse cutting mechanism, the rolling cutter set is adopted for cutting, the conveying of the paper core plate cannot be influenced during cutting, the paper core plate is enabled to be kept at a high-speed conveying state; and moreover, rolling cutting vibration is small, the stability is high, and the cutting quality is good.

The invention discloses a rotating ultrasonic tool shank supported by the magnetic force of adjustable magnets. The rotating ultrasonic tool shank comprises a machine tool, a tool shank casing rotationally mounted on the machine tool, and an ultrasonic system mounted in the tool shank casing, wherein the ultrasonic system comprises an amplitude-change pole; the front end of the amplitude-change pole is fixedly connected with the tool shank casing; the rotating ultrasonic tool shank further comprises a plurality of blocky magnets mounted in the tool shank casing and an annular magnet fixedly mounted at the rear end of the amplitude-change pole; the blocky magnets are distributed at the periphery of the annular magnet at equal intervals; the polarity of the inner surface of the blocky magnet is the same as that of the peripheral surface of the annular magnet; the rear end of the amplitude-change pole can be relatively fixed with the tool shank casing in the radial direction in a non-contact way through the effect that the same polarities of the blocky magnet and the annular magnet mutually repel. The rotating ultrasonic tool shank improves the stability and the radial stiffness of the ultrasonic system, and can neither influence the transmission of axial ultrasonic vibration wave nor cause ultrasonic energy loss and heating of the system. Meanwhile, the magnetic force between the blocky magnet and the annular magnet can be adjusted according to the practical requirements.