35results about How to "Improve screwing efficiency" patented technology

The present invention pertains to a high-speed fastening screw comprising a plurality of concavities on the threads connected in sequence in a single helix. Further, the concavities separately located adjacent to the screw head and to the drilling portion are disposed at relative positions for aligning with an imaginary line, hence efficiently cutting and severing the object fibers to enhance a screwing efficiency.

A screw includes a shank, a head connected thereto, a drilling portion opposite to the head, a first threaded section spirally formed on the shank, and a leading threaded section spirally extending upwards from the drilling portion. The two threaded section are disconnected so that a valley is formed between them. At least one cutting unit protrudes from the valley and has two ends connected to the first threaded section and the leading threaded section respectively. The leading threaded section assists the drilling portion in cutting and drilling into an object while screwing, and the cutting unit protruding from the valley severs fibers which are not cut by the leading threaded section completely to prevent the entanglement of the fibers. The valley helps accommodate and evacuate cut chips. Therefore, the drilling resistance is reduced effectively to increase the screwing efficiency.

The invention relates to a method for filing and displaying a coupling screwed torsion graph in real time. The method comprises the following steps: converting a physical signal of a force sensor (1) into a standard analog signal through a converter (2), and then sending one path of standard analog signal into an on-site PLC (programmable logic controller) (3) while switching the other path of standard analog signal into a high-speed data acquisition card (5) of an industrial personal computer; transmitting the standard analog signal which is switched into the PLC (3) into a master PLC (6) through a network, performing the analog-to-digital conversion and calibration on the standard analog signal, and then generating a torsion value for controlling a main screwed torsion; generating a pulse signal by a rotary encoder (7), transmitting the pulse signal to the master PLC (6) through the PLC (3) and the network, and then converting the pulse signal into a real-time circle value by a FM (frequency modulation) module and finally outputting; performing the analog-to-digital conversion and digital quantity operation on the standard analog signal which is switched into the high-speed data acquisition card (5) so as to obtain the torsion value while acquiring the real-time circle value from the master PLC (6); and drawing a variation trend graph of the torsion following the change of circle number on a HMI (human machine interface) (10), and storing the tube basic data and process data.

The invention discloses an infusion cap screwing device used for a genetic engineering preparation processing production line. The infusion cap screwing device comprises an upper sleeve box, a conveying table, a lower containing cabinet, a lifting seat, a preparation injection disc and clamping and supporting tables. The upper sleeve box is of a hollow cuboid structure, and the conveying table ishorizontally arranged below the middle portion of the upper sleeve box. The conveying table and the upper sleeve box are arranged in a penetrating manner. The infusion cap screwing device has the beneficial effects that a third motor is used for driving three clamping pieces to clamp the side wall of a bottle cap of a preparation containing bottle through a swing shaft, the cap is screwed in a rotating manner, the preparation containing bottle is sealed, the device can screw and seal the bottle cap immediately after preparation injection of the preparation containing bottle is conducted, the work efficiency of the device is improved, the phenomenon that after preparation injection, in the process that the preparation containing bottle is transferred to the cap screwing device, the preparation is spilled out from a bottle body or the preparation in the bottle body is volatized is avoided, it is ensured that the genetic engineering preparation is injected more sufficiently, and sprinkling waste is avoided; and in addition, the three clamping pieces are distributed in an arc manner, the force applying effect of the clamping pieces on the bottle cap is higher, the cap screwing efficiency is higher, and the quality is better.

The screwing accessory device comprises a receiving box, a rack and a pushing component. The receiving box is for receiving the screwed component. The rack is connected to the receiving box. The pushing component is disposed within the receiving box and is used for pushing the screwed component.