7 results about "Delayed delivery" patented technology

The invention provides an order fulfillment method and system supporting delayed delivery after cut-off, and relates to the technical field of warehouse management, and the method comprises the steps: obtaining fulfillment orders of a plurality of delayed delivery requests; carrying out delayed delivery qualification verification on each fulfillment order; inquiring the real-time state of a warehouse-out notification list associated with each verified performance order in the warehouse; according to the real-time state, classifying and intercepting the performance orders passing the verification to obtain a plurality of first target performance orders which are successfully intercepted; performing performance order delivery date modification processing on each first target performance order to generate a plurality of second target performance orders; under the condition that each second target fulfillment order reaches the delivery day cut-off time, generating a finished goods supply order, an ex-warehouse notification order and a delivery carriage acceptance order of the second target fulfillment order, and synchronously executing management operations of inventory freezing, inventory release and inventory supplementary occupation; and otherwise, waiting for the second target fulfillment order to the delivery day cut-off time.

The invention relates to the technical field of intelligent express management, and discloses a community intelligent express management method and system, and the method comprises the steps: obtaining the historical travel behavior data, express pickup behavior data and address information of community residents, constructing a multi-express cabinet deployment space model, and outputting a delivery cabinet candidate set; determining a target cabinet number; pushing warehousing state data to residents; a long-short-term memory network is adopted for temperature prediction, and temperature is regulated and controlled in combination with parcel temperature control requirements. Compared with an express cabinet distribution method based on a static address or a fixed path in the prior art, the technical problem that efficient cabinet grid scheduling and environment adaptation are difficult to realize particularly under the conditions that multiple express cabinets exist in a community and resident travel habits are diversified is solved. A better express delivery decision is realized, so that the problems of mistaken delivery, delayed delivery or improper temperature control of the express delivery are avoided, and the delivery accuracy and the package safety are improved.

The invention discloses a material storage method and system, a terminal and a medium, and relates to the technical field of material storage. According to the main technical scheme, the to-be-stored number of target materials is determined according to the incoming number and the outgoing number; judging whether the to-be-stored quantity is greater than the remaining storable quantity or not; if yes, whether the first maximum storable number is larger than or equal to the sum of the to-be-stored number and the first storage number or not is judged; if the first maximum storable quantity is greater than or equal to the sum of the to-be-stored quantity and the first storage quantity, storing the target material in a second target storage area; if the first maximum storable number is smaller than the sum of the to-be-stored number and the first storage number, the target materials are stored in a first target storage area and a second target storage area in a dispersed mode; and if not, storing the target material in the first target storage area. The purposes of reasonably utilizing the idle storage area in the warehouse and further improving the utilization rate of the warehouse are expected to be achieved. And meanwhile, the risk of material overstock or delayed delivery caused by insufficient storage areas is reduced.

An intelligent rail box type logistics automatic collecting and releasing system comprises a rail, an intelligent trolley, a flat rope, a collecting and releasing medicine box, a connecting rod mechanism and a locking mechanism, the rail is arranged indoors according to needs, the intelligent trolley is assembled on the rail, the collecting and releasing medicine box comprises a medicine containing box body and a protective shell, connecting pins are further fixedly arranged at the two ends of the medicine containing box body, and the connecting pins are connected with the connecting rod mechanism. And connecting rod mechanisms and locking mechanisms are assembled at the two ends of the charging box body. The intelligent trolley drags the medicine collecting and placing box to collect and place the medicine, traditional manual medicine dispensing is replaced, the intelligent trolley can send the medicine to different medicine taking platforms, and the problems that medicine delivery is delayed, medicine dispensing is inaccurate, and tracking and management are not timely are solved. Secondly, opening and closing of the left turning plate and the right turning plate are achieved through the connecting rod mechanism when the medicine is collected and released, in order to prevent the medicine from falling off, locking is conducted through the locking mechanism, the structure is simple, stability is high, the problems that the medicine falls off, cannot be collected and released and the like are solved, the service life is long, and the maintenance cost is low.

This invention discloses a delayed delivery device installed on an airdrop carrier, comprising a guide parachute; a sealing mechanism including sealing blades and a binding rope, wherein the sealing blades are used to seal the guide parachute, and the binding rope passes through the sealing blades and secures and locks the guide parachute; a fixing mechanism, with a fixed end connected to the airdrop carrier and a movable end detachably connected to the sealing blades; and a cutting mechanism including a cutter and a pull rope, wherein the cutter is installed on the binding rope, and the pull rope is connected to the cutter, and the pull rope is used to receive force and trigger the cutter to cut the binding rope. The beneficial effect of this invention is that, through the dual adjustment mode of the pull rope length and the cutter delay, it can adapt to various airdrop conditions such as complex airflow, delivery speed fluctuations, and high and low altitudes, solving the problem of fixed delay parameters that cannot be dynamically adjusted.

The invention belongs to the technical field of email processing, and discloses an email management method and system, computer equipment and a storage medium. The method comprises the steps of receiving a delivery task submitted by a terminal and storing in a database; initiating a task identifier allocation request to a mailbox system; receiving a mail identifier sent by a mailbox system, associating the mail identifier with the delivery task, and storing the associated mail identifier and the delivery task in a database; sending a delayed delivery request to a mailbox system, wherein the delayed delivery request is used for indicating the mailbox system to send a lightweight mail to a recipient associated with the delivery task; a group letter request sent by the mailbox system is received, the group letter request is sent to the delivery system when the mailbox system detects a mail access request initiated by a recipient, and the group letter request comprises a mail identifier; and retrieving a database according to the group letter request and the mail identifier, generating a complete mail, and sending the complete mail to a mailbox system. The occupation of network bandwidth resources can be reduced, and the requirement for storage space can be lowered.

The present invention discloses an optimization method for order release in a multi-variety production line considering the priority processing of emergency parts, and its steps include: S1. Calculate the utilization rate of product type k processed by workstation m; S2. Model each workstation and obtain the expected waiting time E(W); S3. Calculate the total waiting time of product type k on workstation m within cycle p; S4. Calculate the time required for product type k put into the l-th process until the completion of this process within cycle p; S5. Calculate the output quantity of product type k within planned cycle p; S6. Calculate the work-in-process quantity of product type k in the system at the end of planned cycle p, the inventory quantity of product type k in the system at the end of planned cycle p, and the delayed delivery quantity of product type k in the system at the end of planned cycle p; S7. Calculate the cost; Step S8. Traverse the cost results corresponding to different arrival rates λ and select the optimal solution. The present invention can find the optimal release plan for the order release problem.