49results about How to "Save delivery time" patented technology

The invention discloses packed cargo delivery system and method for express delivery enterprises. The system and method are characterized in that the cargo positions are determined by the three-dimensional box and computer and internet technology, so as to realize optimal delivery. According to the system and method, a client submits ordering information through a network system, the ordered cargos are sub-packed, and then workers pack and deliver according to the printed label information and route information; a cargo tank base provides a low-temperature environment, a high-temperature environment and a room-temperature environment for a cavity of the tank, and the cargo delivery variety and scale can be improved after overlapping and combining; before packing, the cargo storage positions are calculated by the localization algorithm program and an unique number is provided; when in delivery, the optimal route can be calculated for a delivery worker by delivery route optimizing program; all information are stored in a system database, a consignee can simply give the cargo position number and then the delivery worker can quickly locate the physical position of the cargo; an intelligent terminal can assist the delivery worker to quickly locate according to the order or the information of the consignee; therefore, the delivery speed and quality can both be improved.

The invention discloses a meal delivery robot applied to an intelligent cafeteria and the intelligent cafeteria. The meal delivery robot comprises a robot body, a control device arranged on the robot body, a loading device, an obstacle detection device and a voice reminding device. The loading device, the obstacle detection device and the voice reminding device are arranged on the robot body and are in electric connection with the control device. The intelligent cafeteria comprises a meal preparation area, a dining area, a delivery area, the meal delivery robot located in the delivery area, an ordering system used for ordering, a meal preparation system used for meal preparation, a drive mechanism arranged in the delivery area and connected with the meal delivery robot, and a recovery system used for recovering tableware. According to the meal delivery robot applied to the intelligent cafeteria and the intelligent cafeteria, employed cafeteria waiters are reduced, labor cost is lowered, collisions occurring during dining can also be avoided, then the light-hearted dining mood of diners is improved, and the favor degree of the diners to the cafeteria is increased. Meanwhile, the meal delivery robot replaces staff for meal delivery, and then operating cost of the cafeteria can be reduced furthest.

The invention provides a method for realizing media caching, which comprises the following steps: a media buffer is arranged; a client sends a service request to a media server MRF by a core IMS; the MRF obtains information including the address of the media buffer and sends a service request response including the MRF address or the address of the media buffer to the client by the core IMS; the client sends a content request to the MRF or the media buffer according to the received MRF address or the address of the media buffer; after receiving the content request sent by the client, the MRF or the media buffer provides content of request to the client. The invention also discloses systems corresponding to the two methods, which respectively comprise the client, the core IMS, the MRF and the media buffer. The invention also discloses two media buffers. The method for realizing media caching of the invention can realize media caching in an IMS network environment.

The invention relates to a maintenance work order distribution method and device, computer equipment and a storage medium. The method comprises the steps of obtaining a work order distribution task, wherein the work order distribution task comprises a maintenance work order identifier; Obtaining a corresponding maintenance work order according to the maintenance work order identifier, wherein themaintenance work order comprises a fault equipment identifier and corresponding position information; Obtaining the current position where the corresponding maintainer identifier is located accordingto the faulty equipment identifier; Determining a priority relationship between the maintainer identifications by using the position information and the current position; Obtaining the number of unfinished work orders corresponding to the maintainer identifier; And determining a target maintainer identifier according to the number of the unfinished work orders and the priority relationship, and sending the maintenance work order to a maintenance terminal corresponding to the target maintainer identifier. By adopting the method, the distribution efficiency of the maintenance work orders can beimproved.

The invention relates to an application system for direct letter delivery between high-rise buildings by an unmanned plane for letter express delivery and belongs to the technical field of unmanned plane application. A first navigating communication radar, a first electric lead, a first computer control center and a first letter storing and delivering center are installed in a singe room of an upper layer of a first high-rise building. A first wireless antenna, a frontage window of the first high-rise building and a flying platform of the first high-rise building are installed on the frontage wall face of the single room of the upper layer of the first high-rise building from top to bottom. A second navigating communication radar, a second electric lead, a second computer control center and a second letter storing and delivering center are installed in a single room of a middle layer of a second high-rise building. A second wireless antenna, a frontage window of the second high-rise building and a flying platform of the second high-rise building are arranged on the frontage wall face of the single room of the middle layer of the second high-rise building from top to bottom. Under the navigation of the navigating communication radars, the unmanned plane for the letter express delivery flies between the two flying platforms in a reciprocating mode, so that the direct letter delivery between the two high-rise buildings is achieved by the unmanned plane for the letter express delivery.

The invention discloses a meal delivery system capable of calculating an optimal path during the movement process of both parties; the system comprises mobile meal ordering terminals used by meal orderers, mobile dinning cars dispatched by a selling shop and a central data processor. The system is characterized in that; the meal orderers send location information and meal ordering request data to the central data processor by the mobile meal ordering terminals; the central data processor searches the mobile dinning cars in a shortest path search algorithm and matches the mobile dinning cars nearest to the meal orderers on a golf course; and the mobile dinning cars receive the dispatching of the central data processor and carry out meal delivery requests. The meal delivery system has the following beneficial effects: with the application of the meal delivery system, various shortages of the meal ordering on the common golf course are overcome so that the dinning cars can position the meal orderers accurately on the vast course; and therefore, a lot of labors are saved, the meal delivery time is shortened greatly, the informationization and automation degrees of the management are improved effectively, the service level is promoted and the enjoyment experience of the consumers is enhanced.

The invention discloses an intelligent cafeteria which comprises a meal preparation area, a meal taking area, a delivering area penetrating through the meal preparation area and the meal taking area, a meal ordering system for ordering a meal, a meal preparation system arranged in the meal preparation area and connected with the meal ordering system in a network mode, a meal delivering system arranged on the delivering area and connected with the meal preparation system in a network mode and a recycling system used for recycling tableware. According to the intelligent cafeteria, automatic meal delivering is achieved through the meal delivering system, when a diner finishes the meal, the diner can put the tableware onto the tableware recycling system in a self service mode, and then the tableware recycling system recycles the tableware to the meal preparation area, so that hiring of cafeteria waiters is reduced, labor cost is reduced, collision during meal taking can be further effectively avoided, thus the relaxed and happy meal taking mood of the diner is improved, and preference of the diner to the cafeteria is added.

The invention discloses a delivery method of remotely locking a grid mouth of an express cabinet on the basis of an intelligent terminal and the intelligent terminal. The method includes: detecting aremote delivery instruction, and acquiring a recipient address; obtaining the express cabinet, which can be used, by matching according to the recipient address, wherein the express cabinet which canbe used refers to an express cabinet with an idle grid mouth; locking a corresponding grid mouth of the express cabinet according to the size of an express item; and completing delivery after it is detected that the express item is placed into the locked grid mouth of the express cabinet. According to the embodiment of the invention, a courier can be enabled to lock the grid mouth of the express cabinet through the intelligent terminal, delivery of the courier at any time and place can be realized, delivery time is saved, delivery efficiency is improved, and utilization efficiency of express grid mouths is improved.

The invention relates to a vehicle distribution method which comprises the following steps: collecting the remaining stirring time of all stirring devices; acquiring information of a plurality of orders which are being produced by each stirring device; acquiring position information of each vehicle of the concrete mixing plant, and categorizing all vehicles into three states, namely a transportation state, an idle state and a maintenance state according to the working state of each vehicle; when the remaining stirring time of the stirring equipment reaches the preset time, allocating each order of the stirring equipment to the idle vehicle; calculating delivery predicted time according to the coordinate information of each order, performing sorting according to the length of the delivery predicted time, and generating a material receiving sorting table; sending the order delivery table and the material receiving sorting table to a driver, and displaying the order delivery table and thematerial receiving sorting table through a preset display device; sequentially driving the vehicles to the stirring device by a driver to receive materials according to the material receiving sortingtable and then transporting the concrete to a designated place according to the coordinate information of the order. According to the method disclosed in the invention, the effect of timely order delivery can be achieved.

The invention provides a distribution route determination method, device and equipment and a storage medium, and relates to the field of warehouse logistics. The method comprises steps of acquiring position information of multiple distribution points and order information of each distribution point, wherein the distribution points comprise a starting point, a passing point and an end point; determining cost information between the distribution points according to the position information of the distribution points and the order information of the distribution points; and determining a distribution route according to the cost information between the distribution points, so that the total cost of the distribution route is minimum. According to the method, the globally optimal distribution route can be obtained, the distribution time and the distribution distance can be saved, and the user experience is improved.

The invention provides a composite express parcel delivering robot. The robot comprises a main machine body, a carrying module and two unmanned aerial vehicles and is characterized in that the carrying module is installed in the midpoint of the interior of the main machine body, and the two unmanned aerial vehicles are parked in compartments located on the lowermost portions of the front side and the rear side of the main machine body correspondingly. According to the composite express parcel putting robot, the composite structure is adopted, cargoes are stored through the compartments in the main machine body, the main machine body structure can walk autonomously, delivering is conducted through the unmanned aerial vehicles, is high in efficiency and is not affected by the traffic condition, the delivery time is saved, manpower resources are saved, and the overall efficiency of logistics transportation is greatly improved.

The invention discloses an intelligent automatic meal delivery apparatus and a meal delivery method thereof. The intelligent automatic meal delivery apparatus comprises a meal delivery track, a meal delivery dolly and a meal taking prompt apparatus. A parking signal emitting component is arranged in the meal delivery track. The meal delivery dolly is provided with a control module, a driving device and a parking signal receiving module, wherein the driving device and the parking signal receiving module are electrically connected to the control module. In the invention, the parking signal emitting component, the parking signal receiving module and the control module are matched with each other so as to make the driving device stop power output, the meal delivery dolly can decelerate and park slowly depending on inertia, a condition that the meal delivery dolly stops suddenly and the meal is ejected from the meal delivery dolly so that spilled food splashes and hurts diners or restaurant staffs can be avoided, and safety during an automatic meal delivery process can be increased maximumly and a risk of hurting people is reduced.

The invention discloses a method and system for making a call based on an order. The method comprises the following steps of: scanning an order number, acquiring and storing an order address and a telephone number corresponding to the order, and automatically dialing the telephone number based on a distribution strategy of the order; automatically connecting and identifying voice information of aconsignee corresponding to the telephone number by a machine, and starting machine conversation; extracting keywords of voice information, extracting reply voice from a reply word bank corresponding to the keywords, and sending the reply voice to the consignee; and converting the machine conversation into a manual conversation when the reply voice cannot be extracted from the reply word bank and the consignee cannot be replied. According to the method and the system, telephone communication is carried out between the machine and the consignee, in the delivery process of a deliveryman, the delivery efficiency can be remarkably improved, the delivery time of the deliveryman is saved, the success rate of one-time delivery is improved by directly making the call by means of the order, the riskof personal information leakage of the consignee is reduced, and the professional service level of the deliveryman is improved.

A practical and simple compaction degree measurement box for the construction site comprises a traveling case, an upper instrument formwork, a lower instrument formwork and test instrument devices used for measuring the compaction degree and the water content, wherein the upper instrument formwork, the lower instrument formwork and the test instrument devices are arranged in the traveling case. Die sinking is conducted according to the outer contours of all the test instrument devices used for measuring the compaction degree and the water content to form the upper instrument formwork and the lower instrument formwork. Each test instrument device corresponds to a special pit in the upper instrument formwork and a special pit in the lower instrument formwork. The upper instrument formwork is arranged in an opening cover on the upper portion of the traveling case. The lower instrument formwork is placed in a case body on the lower portion of the traveling case. The upper instrument formwork and the lower instrument formwork are connected in a butt joint mode so that all the test instrument devices used for measuring the compaction degree and the water content can be fixed from the top face and the bottom face. All the instruments required by compaction degree measurement achieved according to a cutting ring method can be placed together, the test instruments are prevented from loss and omission, tests can be conducted on site, data can be provided in time, test data providing time can be saved, and compaction degree measurement can be conducted at any time and in any place.

The invention provides an intelligent express delivery power-assistance vehicle which comprises a cab, a navigation device and a vehicle carriage; the navigation device is arranged in the front of the cab, and comprises a central processing unit, an LED touch screen, a GPS navigation module, a mobile communication module, a wireless communication transmitting-receiving module and a voice playing module; a signal output end of the central processing unit is connected with a signal input end of the LED touch screen; the central processing unit is connected with the GPS navigation module, the mobile communication module, the wireless communication transmitting-receiving module and the voice playing module; and an SIM card is arranged in the navigation device. The intelligent express delivery power-assistance vehicle can carry out real-time talking; a gyroinstrumnet and a quartz crystal oscillator are arranged in the GPS navigation module, so that the intelligent express delivery power-assistance vehicle has a precision navigation function, and specific positional information can be known at any moment.

A take-away lifting delivery system applied to a dormitory building comprises a wall body, wherein an opening is formed in the wall body; a push mechanism is disposed on the bottom face of the opening; a vertical channel which is located on the same vertical plane with the opening is disposed on the outer wall of the wall body; a lifting cart is disposed in the vertical channel; a take-away box isdisposed on the wall body located at the inner side of the opening; a horizontal conveying belt which is located on the same vertical plane with the opening is disposed inside the take-away box; thehorizontal conveying belt is located on one inner side of the take-away box; multiple compartments are disposed on the other inner side of the take-away box; an electric telescopic rod is disposed onthe inner wall of each of the compartments; and a panel which extends to a position above the horizontal conveying belt is disposed on the end part of each electric telescopic rod. Through use of thestructure, automatic take-away delivery can be realized for a dormitory building at a university; temporary take-away storage can be realized; delivery duration of take-away deliverymen can be shortened; and the problem that it is inconvenient for a student to go downstairs to get take-aways due to personal reasons can be solved.

The invention discloses a containerized type express delivery compartment which comprises a compartment framework and car doors (1). The compartment framework comprises a compartment top cover (2), acompartment bottom plate (3), shaft sleeves (4) and a center shaft (5). Two threaded holes (6) are formed in each of the four corners of each of the compartment top cover (2) and the compartment bottom plate (3). The shaft sleeves (4) are arranged in the threaded holes (6) in the compartment top cover (2) and the compartment bottom plate (3). A blind hole (8) is formed in one end of each shaft sleeve (4) and is arranged in the axial direction of the shaft sleeve (4). Multiple storage partitions used for storing express items are arranged on a central goods shelf (9). An upper door shaft (10) and a lower door shaft (11) are fixedly arranged at the top and the bottom of each car door (1), and a car door goods shelf (12) is fixedly arranged on the inner surface of each car door (1). The containerized type express delivery compartment has the beneficial effect of solving the problems that during express delivery, repeated unloading and classification are needed, express items are stacked in transporting cars in disorder and are prone to being damaged, and the express item search efficiency is low during express delivery.

The invention discloses a cargo transport batch planning method and system for trunk branches, and the method comprises the steps: planning batches of trunks for each ticket processed by a target branch in each historical target day in a preset historical period according to a condition that transport timeliness is met, to acquire trunk batch information of each historical target day; wherein thetrunk batch information comprises a batch number and a batch departure time range; according to the trunk batch number of each historical target day, predicting to obtain the batch number of the target day; obtaining a batch departure moment probability curve of the target day according to the trunk batch departure time range of each historical target day; and in combination with the batch numberof the target day and the batch departure time probability curve, obtaining a batch departure time range of the target day, and completing planning of the transport batch of a target branch. By referring to the trunk batches of historical dates, the future trunk batches are planned, a reasonable trunk batch transport scheme is formulated, and the situation that resources of all branches cannot bereasonably utilized is avoided.

The invention relates to an application system for direct letter delivery between high-rise buildings by an unmanned plane for letter express delivery and belongs to the technical field of unmanned plane application. A first navigating communication radar, a first electric lead, a first computer control center and a first letter storing and delivering center are installed in a singe room of an upper layer of a first high-rise building. A first wireless antenna, a frontage window of the first high-rise building and a flying platform of the first high-rise building are installed on the frontage wall face of the single room of the upper layer of the first high-rise building from top to bottom. A second navigating communication radar, a second electric lead, a second computer control center and a second letter storing and delivering center are installed in a single room of a middle layer of a second high-rise building. A second wireless antenna, a frontage window of the second high-rise building and a flying platform of the second high-rise building are arranged on the frontage wall face of the single room of the middle layer of the second high-rise building from top to bottom. Under the navigation of the navigating communication radars, the unmanned plane for the letter express delivery flies between the two flying platforms in a reciprocating mode, so that the direct letter delivery between the two high-rise buildings is achieved by the unmanned plane for the letter express delivery.

The invention provides an energy-saving type Chinese art paper drying machine, belongs to the technical field of machinery, and solves the technical problems that the existing Chinese art paper dryingmachine is low in paper drying efficiency, waste of electric energy and the like. The energy-saving type Chinese art paper drying machine comprises a rack, wherein an annular rail is fixedly arrangedon the rack; a plurality of heating plates are arranged on the rail in a sliding manner; a rotating frame is arranged at the middle part of the rack in a rotatable manner; the rotating frame is driven to rotate by a motor; a plurality of connection arms are arranged on the rotating frame; the end part of each connection arm is provided with a rotating rod; the rotating rods are connected with thebottoms of the heating plates; a heat preservation box is also arranged on the rack; the heat preservation box is provided with an inlet for allowing the heating plates to get in and an outlet for allowing the heating plates to get out; a plurality of heating pipes are arranged in the heating plates; power connectors for enabling the heating pipes to implement heating are fixedly arranged on theheating plates; power interfaces corresponding to the power connectors are fixedly arranged in the heat preservation box. The energy-saving type Chinese art paper drying machine provided by the invention has the advantages of improving the paper drying efficiency and saving the electric energy.

The invention relates to a take-out transfer trolley. The take-out transfer trolley comprises a cab, a take-out placing box and an intelligent system. Single person can drive in the cab, and the take-out placing box is arranged in the rear of a driver seat; 2 large take-out placing areas and 44 small take-out placing areas are arranged in the take-out placing box, and a display screen and a fixing device are arranged in each take-out placing area; the display screens can display client information, so that meal delivery is accelerated, and order omission is prevented; the fixing devices can reduce the influence of a jolt on the take-out, so that the take-out quality is improved. Guiding rails are arranged below the take-out placing box, and the take-out placing box can be controlled by the intelligent system to slide for taking out and placing the take-out; a trunk cover is arranged in the rear of the take-out placing box, and the purpose that wind and snow are shielded against is achieved when the trunk cover is open. A client and a restaurant can learn meal delivery information in real time through the intelligent system, it is convenient for a take-out transfer worker to plan the optimal meal delivery route, the client is informed through autodialing, and meal delivery time is shortened.

The invention discloses an efficient express item conveying system. A controller, an express item delivering hall, a conveying well and an express item recycling bin connected with elevator front chambers of the second floor and the floors above the second floor are included; the express item delivering hall is connected with the conveying well though a delivering door; a conveying bin and a balancing weight are arranged in the conveying well, and the top of the conveying well is provided with a traction mechanism; the traction mechanism is in transmission connection with the conveying bin andthe balancing weight through a traction rope; the conveying bin is provided with N-1 partition bins; the front end of each partition bin is provided with a bin door, the rear end of each partition bin is provided with an unloader, and N is the floor number; and each express item receiving bin is provided with an item taking door located in the corresponding floor elevator front chamber and a receiving door located in the conveying well and being in butt joint with the conveying bin. Due to the efficient express item conveying system, on the basis that express items are fast and efficiently conveyed to a recipient, the time for office staff to wait for an elevator is shortened, and the running cost and the maintaining cost of the elevator are lowered.

The invention discloses a novel emergency medicine conveying system. The system comprises a database, an integrated circuit, a medicine box and a conveying pipeline; the integrated circuit is in real-time connection with the database, and the integrated circuit controls all electric devices in the system; the database stores personal information of all old people, and the personal information comprises age, room numbers and body condition information; various emergency medicine bottles are placed in the medicine box, weight sensors in real-time connection with the integrated circuit are installed at the bottoms of the medicine bottles, and quantity limiting switches controlled by the integrated circuit are arranged in the middles of the weight sensors; one end of the conveying pipeline isconnected with quantity limiting switch holes, the other end of the conveying pipeline is installed in walls of rooms of the old people, and an electromagnetic switch controlled by the integrated circuit is installed at a conveying pipe port, emergency buttons in real-time connection with the integrated circuit are arranged on the walls, an infrared transmitter and an infrared receiver are installed on the inner wall of the conveying pipeline, and a negative pressure air pump is installed on the outer side of the portion, below the infrared transmitter and the infrared receiver, of the wall ofthe conveying pipeline; the medicine conveying time is extremely short, and the system is safe and reliable.

The invention discloses SMT patch material intelligent management equipment, which comprises a main body, a single lamp label and a controller, wherein the main body comprises two groups of fixed plates and multiple groups of partition plates; the multiple groups of partition plates are arranged at equal intervals from top to bottom; the two groups of fixed plates are arranged at two ends of the groups of partition plates; the controller is arranged on the fixed plate; an ERP / MES system is arranged in the controller; a roadway lamp and the single lamp label are arranged on the fixed plate; thepartition plate is obliquely arranged and provided with a strip-shaped channel; aluminum profile plates are arranged at the front end part and the rear end part of the partition plate; a PCB lamp panel is arranged on the outer side of the aluminum profile plate; a plurality of LED indicating lamps are arranged on the PCB lamp panel in an embedded mode, and a tempered glass layer is arranged on the surface of the PCB lamp panel; the LED indicating lamp is a three-color indicating lamp; and the PCB lamp panel is in signal control connection with the ERP / MES system. Thus, the operation of quickly receiving and sending materials according to light indication is automatically realized, the plot ratio is improved, the warehouse size area is reduced, the inventory time is shortened, and errors in the material sending and feeding processes are avoided.

The embodiment of the invention relates to the technical field of internet service reservation and order sending management, and discloses an internet service reservation and order dispatching management system. Two characteristics of skill types and skill levels are defined for service personnel, and two characteristics of skill type requirements and skill level options are defined for commodities. A customer selects goods and skill level options to submit a service order, when the customer selects goods, the customer selects skill type requirements of the service personnel, and when the customer selects skill level options, the customer selects skill level requirements of the service personnel. The system automatically matches the service personnel from the service personnel library according to the order skill type requirements and the skill level requirements to serve the clients or under the assistance of an administrator, so that the service order dispatching efficiency is improved.

The invention discloses an intelligent helmet, and relates to the technical field of intelligent helmets. The intelligent helmet comprises a helmet body. The helmet body is composed of an outer shelland an inner shell. A protection cushion is arranged on the inner wall of the inner shell. A wind shield cover is movably connected with the middle of the outer side of the outer shell. A microphone is fixedly connected with one side of the bottom end of the shell. A battery is fixedly connected with one end of the outer side of the outer shell. A first arc-shaped plate is fixedly connected with the inner side of the shell. A second arc-shaped plate is fixedly connected with the outer side of the inner shell. According to the intelligent helmet, by designing the helmet into the inner layer andthe outer layer and arranging the first arc-shaped plate and the second arc-shaped plate between the outer shell and the inner shell, a protection effect is achieved on the head; by arranging a button device and a control center, the one-key call answering effect can be achieved, people can conveniently answer a call, the safety is improved when a rider drives an electric vehicle, the one-key call making function is achieved, the rider can conveniently contact with a customer before arriving at the destination, and the meal delivery efficiency is improved.

The invention relates to the field of logistics technology, and discloses a building-based package delivery system, which includes a receiving module, a verification module and a terminal. The receiving module sends an incoming reminder to the terminal through a first information sending module, and the terminal receives the incoming reminder. Send the pick-up confirmation through the second information sending module, after the first information receiving module of the receiving module receives the pick-up confirmation, generate the pick-up code through the pick-up code generation module and send it to the terminal and the verification module through the first information sending module, and at the same time , control the delivery unit to transport the package to the recipient's floor, after the terminal passes the verification of the matching unit of the verification module on the floor, the verification module opens the isolation element; after picking up the package, the verification module judges that the package has been taken out through the sensing unit, and then automatically closes isolated components. The structure of the system is simple and reasonable. After confirming the pickup through the terminal, the pickup code is sent, which can effectively avoid the situation that the picker accidentally deletes the pickup code, and at the same time saves the time for the recipient to go downstairs to pick up the package.

The invention discloses a multifunctional take-out box based on an intelligent system. The multifunctional take-out box based on the intelligent system comprises a path storage unit, a take-out information input unit, an intelligent partitioning unit, an intelligent temperature adjusting unit and a displayer unit, the path storage unit is used for storing road information and building information in the interior a take-out target area, the take-out information input unit is used for inputting take-out address information during meal delivery, the intelligent partitioning unit is used for carrying out classification on the input take-out address information, the intelligent temperature adjusting unit is used for carrying out intelligent temperature control on the interior of the take-out box, and the displayer unit is used for displaying partitioning information obtained after intelligent partitioning. According to the multifunctional take-out box based on the intelligent system, a proper meal delivery path can be planned according to take-out information, intelligent planning is achieved, and meal delivery time is saved; and intelligent partitioning is carried out in the interior of the take-out box, and corresponding take-out food is taken at the corresponding distance during meal delivery, so that the take-out food is convenient to take.

A take-away lifting delivery system applied to a dormitory building comprises a wall body, wherein an opening is formed in the wall body; a push mechanism is disposed on the bottom face of the opening; a vertical channel which is located on the same vertical plane with the opening is disposed on the outer wall of the wall body; a lifting cart is disposed in the vertical channel; a take-away box isdisposed on the wall body located at the inner side of the opening; a horizontal conveying belt which is located on the same vertical plane with the opening is disposed inside the take-away box; thehorizontal conveying belt is located on one inner side of the take-away box; multiple compartments are disposed on the other inner side of the take-away box; an electric telescopic rod is disposed onthe inner wall of each of the compartments; and a panel which extends to a position above the horizontal conveying belt is disposed on the end part of each electric telescopic rod. Through use of thestructure, automatic take-away delivery can be realized for a dormitory building at a university; temporary take-away storage can be realized; delivery duration of take-away deliverymen can be shortened; and the problem that it is inconvenient for a student to go downstairs to get take-aways due to personal reasons can be solved.