33results about How to "Timely transfer" patented technology

The invention discloses a turtle hatching transfer device and a use method of the turtle hatching transfer device. By means of the device and method, newly-hatched young turtles can be transferred to a cultivation box timely. The turtle hatching transfer device comprises a hatching box, the cultivation box, a controller, a timer and a power source. The hatching box is internally provided with a substrate. The substrate is fixedly provided with supporting blocks. The supporting blocks are provided with sliding grooves. The sliding grooves are internally connected with sliding blocks in a sliding mode. The supporting blocks on the sliding grooves in the storage segment are fixedly provided with motors. Trays are connected with the motors through pulling ropes. Hanging rods are arranged on the trays and are provided with pressure switches. Switch buttons of the pressure switches are connected with pressing frame hanging discs. Start control ends of the motors and the timing control end of the timer are connected with the controller through signal lines. The power supply end of the timer, the power supply end of the controller and the power supply ends of the motors are connected in parallel through wires, and then connected to a loop of the power source through the pressure switches in series.

The invention discloses a novel high-rise escape slow release device. The novel high-rise escape slow release device comprises a person transfer mechanism, an isolation box, an automatic slow releasemechanism, a manual slow release mechanism and a control cabinet. The person transfer mechanism comprises a transfer round platform, a driving device and multiple transfer boxes. The driving device isarranged in the middle of the bottom of the transfer round platform and used for driving the transfer round platform to perform intermittent stepping type rotation. The multiple transfer boxes are uniformly distributed at the edge, in the circumferential direction, of the top of the transfer round platform. The person transfer mechanism is fixedly supported at the side, close to an escape opening, of a corresponding high-rise floor through a support bracket which is fixedly connected to a driving device outer shell. By means of the novel high-rise escape slow release device, the crowd can betransferred to a relatively-safe area in time, and the safety of the escaping crowd is guaranteed to the greatest extent; the device is high in automation degree and easy to operate, and the escape pressure caused by the excessively large escaping crowd can be effectively alleviated, and the escape efficiency is improved; and meanwhile, the problem that when the automatic slow release mechanism has mechanical failure or power failure, it cannot be guaranteed that the crowd escape from a high-rise building safely in time is effectively prevented.

The invention discloses a hybrid self-lubricating bearing based on PTFE fibers and a processing technology thereof, and relates to the technical field of bearings. The PTFE fiber-based hybrid self-lubricating bearing includes a bearing body, the bearing body is embedded with a solid lubricating layer for contacting the grinding shaft, and the side surface of the bearing body is equidistantly surrounded by a number of shapes: There are strip-shaped heat dissipation grooves, and five heat dissipation capsules are arranged in a row at equal distances in a single heat dissipation groove, and the heat dissipation grooves run through the inner wall of the bearing body. The PTFE fiber-based hybrid self-lubricating bearing and its processing technology, through the design of materials in the solid lubricating layer, can form a transfer film based on the PTFE fiber mixed layer to protect the grinding shaft, effectively improving the self-lubricating performance of the bearing, and at the same time through The copper powder layer effectively improves the bearing capacity and wear resistance of the bearing, and its good thermal conductivity can transfer the heat generated during the operation of the bearing in time.

Disclosed are a method for transferring a communication message and a related apparatus. The method comprises: if a first node receives a communication message, detecting whether the first node is a master node in a network where the first node is located; and if not, transferring and connecting communication data corresponding to the communication message to the master node, so that the master node processes the communication message, the master node being a node configured to respond to the communication message in the network. By using the present invention, a received communication message can be conveniently transferred between node devices in a timely manner, so as to process the message in a timely manner, and operations are simple.

The invention discloses an electrolytic copper foil cutting device, which comprises a casing with openings at both ends, sealed guide rollers fixedly installed at both ends of the opening of the casing, and a dust collecting seat fixedly installed in the casing, which is arranged above the dust collecting seat and The cutting idler roller connected with the casing in rotation, the cutting knife arranged above the cutting idler roller and slidingly connected with the casing, the first dust removal roller and the second dust removal roller arranged on one side of the dust collecting seat, the first dust removal roller and the The second dust removal roller is rotatably installed on the casing, and the first dust removal roller is arranged above the second dust removal roller; the cutting device can reduce the copper powder adhering to the surface of the copper foil on the one hand and make the adhering The copper powder is mainly concentrated on the two sides of the cutting, and then the attached copper powder is cleaned and transferred to ensure the quality of the produced copper foil, and the collected copper powder can also be transferred in time to ensure that after a long period of cleaning work, Still able to maintain a good cleaning effect.

The invention discloses a load transfer method and device of a routing node. Wherein, the method includes: determining that the current load carried on the routing node exceeds a first load threshold, wherein multiple service processes are carried on the routing node, and the current load is the sum of the loads of the multiple service processes; One or more target service processes are acquired in the process, wherein the difference between the current load and the total load of the one or more target service processes is lower than a second load threshold; for one or more target service processes to transfer. The invention solves the technical problem of low efficiency in transferring the load of the routing node in the related art.

The invention discloses a method for transferring a smart card number. The method includes: receiving a transfer request sent by a first smart card for transferring a second smart card number, the transfer request carrying the second smart card number; determining the relationship between the first smart card number and the When binding the second smart card number, obtain the second smart card data according to the second smart card number; send the second smart card data to the target card, and the target card is used to receive the second smart card data, and The data of the second smart card is written into its own data space to complete the transfer of the card number. The invention also discloses a smart card number transfer device.

The invention discloses a heat conduction device and a processing method thereof, and the heat conduction device comprises a main body part which is provided with an inner cavity capable of being closed, and the inner cavity can accommodate a medium and allows the medium to carry heat to flow in the inner cavity; wherein the surface of the inner cavity is a concave-convex surface with a height difference, a plurality of parts of the concave-convex surface have the height difference, and the part with the height difference is provided with a micro-channel for guiding the medium. According to the heat conduction device with the structure, the maximum heat storage amount can be increased while the medium has good fluidity, so that the heat conduction device has the advantages of multiple aspects, and the heat conduction effect of the heat conduction device is remarkably improved.