33results about How to "Guarantee in place" patented technology

The invention relates to a method, system and device for warning routing inspection of a nuclear power station field device. The method comprises the following steps of S1, building an information base of the nuclear power station field device; S2, setting an important device and configuring in-place scanning information for the important device; S3 utilizing a field data acquiring device to acquire in-place routing inspection data of the nuclear power station field device according to routing inspection route information; and S4, comparing the in-place routing inspection data and the information base of the nuclear power station field device and performing warning judgment. In the step S3, when the nuclear power station field device is judged to be the important device, the in-place scanning information of the nuclear power station field device is scanned and confirmed in place, and then the in-place routing inspection data are entered. By configuring the in-place scanning information for the important device, routing inspection persons are ensured to be in place, device defect description is specified, and safe and stable operation of the nuclear power station field device is ensured. The in-place routing inspection data can be effectively entered, routing inspection electronization is achieved, the work efficiency is improved, and guarantee is provided for safe generation of a nuclear power station.

The invention relates to a fixed connection push board of a lower mold plate of a giant tire adjustable mold. The bottom parts of various patterned mold blocks are articulated with a slide block which is arranged between the lower mold plate and the push board and is embedded in a radial slide groove; and a link rod is articulated with a lower mold sleeve at the back of various patterned mold blocks. The patterned mold block back is provided with an upper inclined plane and a lower inclined plane or an upper inclined arc surface and a lower inclined arc surface, and an upper mold sleeve and the lower mold sleeve are provided with an upper fixing ring and a lower fixing ring of an inner polygonal cone surface which is matched with the upper inclined plane and the lower inclined plane or provided with an upper cone surface and a lower cone surface which are matched with the upper inclined arc surface and the lower inclined arc surface. When the mold is locked, the push board and the lower mold plate drive the slide block and the patterned mold block to move downwards; the patterned mold block controlled by the link rod withdraws downwards and inwards to closely contact the tire surface periphery; the slide block connected with the bottom end slides inwards along the slide groove; the upper mold sleeve move downwards to press the patterned mold block to further withdraw downwardsand inwards and an spigot of the upper mold sleeve and the lower mold sleeve are closed; and then the mold locking is completed. Then the mold is opened by a reverse movement. The adjustable mold meets the requirements of giant tire sulfuration and shaping and is applicable in sulfuration machines and sulfuration tanks; the patterned mold block moves flexibly and accurately, which guarantees the quality of sulfuration and shaping.

The invention provides a lubricating oil filling device for elevator car guide rails, comprising a first smearing plate, the bottom of the first smearing plate is fixedly connected with a first bottom plate, and the rear end of the first bottom plate is fixedly connected with a The first connecting plate, the invention can fill the top and bottom of the elevator guide rail with lubricating oil without dead angle through the length of the two first rotating brushes and the second rotating brush exceeding the height of the elevator guide rail, and use three atomizing bodies at the same time Atomized lubricating oil is cleaned with a rotary brush to make the cleaning cleaner; at the same time, the pusher is used to further evenly process the oil after filling, to remove residual stains and impurities on the surface of the elevator guide rail, to ensure that the lubricating oil is in place and to assist the cleaning of the guide rail. of sundries.

The invention provides a photovoltaic module section bar straightening and backboard flattening mechanism, belongs to the technical field of photovoltaic module automatic production equipment and specially relates to the photovoltaic module section bar straightening and backboard flattening mechanism applied to a frame combiner. The invention provides the photovoltaic module section bar straightening and backboard flattening mechanism which improves production efficiency and allows product uniformity to be good. The mechanism comprises a telescopic cylinder and is characterized in that the telescopic cylinder is connected with a movable frame; the movable frame is provided with a turn-over cylinder; the turn-over cylinder is connected with a toothed bar on the movable frame; the movable frame is provided with a turn-over arm through a turn-over shaft; the end portion of the turn-over arm is provided with a claw hook; a gear engaged with the toothed bar is arranged at the place of the turn-over shaft of the turn-over arm; and the lower surface of the turn-over claw hook is provided with a press roller.

The invention proposes a motor rotor shaft sleeve assembly machine, which includes a frame on which a motor rotor positioning block is fixed. Both sides of the motor rotor positioning block are symmetrically provided with a shaft sleeve inserting device and a shaft sleeve pressing device. A motor rotor pressing block is arranged above the motor rotor positioning block, the motor rotor pressing block is used to press the motor rotor positioned on the motor rotor positioning block, and the shaft sleeve inserting device is used to grab the shaft sleeve and hold the shaft The sleeve is preliminarily inserted on the shaft of the motor rotor, and the sleeve pressing device is used to press the initially inserted sleeve to a designated position. The invention divides the pressing-in process of the bushing into two steps, respectively inserting and pressing in, replacing the direct pressing of the bushing by the bushing clamp, ensuring that the bushing is in place, and simultaneously pressing the two shafts of the motor rotor, Increase productivity.