28results about How to "Increase load rate" patented technology

The invention discloses vacuum glass and a preparation method thereof. The preparation method comprises the following steps: grinding corners on one sides of the back surfaces of two glass sheets to form notches; tempering the two glass sheets, coating the outer edges of the back surfaces of the glass sheets with a first solder, and forming a notch; combining the two glass sheets; sealing the two glass sheets for the first time after the two glass sheets are combined; a getter is placed in the cavities of the two glass sheets through the notches in the sealing frame; sintering the second welding flux to form an inlaying piece and inserting the inlaying piece into the notch, wherein one end of the inlaying piece is arranged towards the cavity; elastic pressurizing devices are mounted on the two glass sheets, and the elastic pressurizing devices elastically abut against the other ends of the inlaying pieces; and sequentially carrying out vacuumizing and secondary sealing on the two glass sheets, so that vacuum is formed in the cavity, and the second welding flux is molten to seal the notch. The invention solves the problem that the solder at the vacuum lower edge part is easy to foam when being heated at high temperature in the existing vacuum glass preparation method.

The invention relates to the technical field of inter-city cargo splicing and loading, in particular to an inter-city cargo splicing and loading transportation path optimization algorithm based on large model optimization, and solves the problems that in the prior art, an optimization algorithm based on a large model generally relates to a complex calculation process and needs a large amount of calculation resources and time, and especially in a real-time path planning scene, the calculation process is complicated. And the calculation delay can influence the transportation efficiency. The invention discloses an inter-city cargo splicing transportation path optimization algorithm based on large model optimization. The algorithm comprises data collection and preprocessing, model construction and training, algorithm optimization and verification, path optimization calculation, result evaluation and feedback, and algorithm deployment and application. According to the method, various possible transportation paths are analyzed and compared through an algorithm, the optimal path is selected, unnecessary detour and waiting time is reduced, so that the transportation efficiency is improved, and the algorithm can perform intelligent scheduling and reasonable arrangement of transportation vehicles and routes according to real-time traffic conditions, cargo demands, vehicle states and other information.

The invention relates to the technical field of logistics, and provides a space-adjustable multi-temperature-zone compartment and a loading method thereof.The space-adjustable multi-temperature-zone compartment is characterized in that a sliding door is arranged on the side wall, away from a vehicle head, of a compartment body; the refrigerating device is arranged in the compartment body and used for refrigerating the interior of the compartment body; each partition plate is arranged in the compartment body and divides the compartment body into a plurality of different temperature areas, and temperature sensors are arranged in the temperature areas; each partition plate is in sliding connection with the compartment body along the corresponding sliding rail, and each partition plate comprises a plate body, a motor arranged on the plate body, a gear connected with an output shaft of the motor and a rack arranged on the side wall of the plate body; the motor drives the gear to drive the plate body to slide in the compartment body; the plate body is provided with a door opening and a sliding door matched with the door opening, the sliding door is connected with the plate body in a sliding mode, and the sliding door abuts against the plate body. No matter where the partition plate is located, the phenomenon that cooling capacity loss of other areas is increased when a certain temperature area is opened is avoided, and therefore the energy efficiency and the heat preservation performance of the compartment are guaranteed.

The embodiment of the invention discloses a vehicle scheduling method, device and equipment, a computer readable medium and a program product. According to one specific embodiment, the method comprises the steps that an article demand order set, vehicle transportation information and transportation warehouse information in a target time period are acquired, and article demand orders are orders that demand warehouses in a front distribution center request warehouse articles from delivery warehouses in a regional distribution center; obtaining a vehicle scheduling model and at least one piece of corresponding vehicle scheduling constraint information; inputting the article demand order set, the vehicle transportation information and the transportation warehouse information into a vehicle scheduling model to generate vehicle scheduling information under at least one piece of vehicle scheduling constraint information; and performing a vehicle scheduling process for the vehicle scheduling information. The implementation mode is related to intelligent logistics, and the vehicle scheduling information can be accurately generated by utilizing the vehicle scheduling model and the at least one piece of vehicle scheduling constraint information, so that the vehicle loading rate is improved, and the transportation resource consumption is reduced.

The invention discloses a cigarette delivery identification code marking system which comprises a sorting system, a code spraying control system, a detection probe and a code spraying machine. The sorting system is used for sending a user switching signal to the code spraying control system; the code spraying control system is used for sending an identification code to the code spraying machine; the detection probe is used for detecting cigarette cartons on the sorting line; the code spraying machine is used for spraying identification codes to the side ends of the cigarette cartons when the detection probe detects that the cigarette cartons pass through; before the sorting system does not send out the user cutting signal, the code spraying machine sprays the identification code of the same user at the side end of each cigarette carton, when the code spraying control system receives the user cutting signal of the sorting system, the code spraying control system sends the identification code of the next user to the code spraying machine, and the code spraying machine sprays the identification code of the next user at the side end of the subsequent cigarette carton. In the automatic sorting process, the side ends of the cigarette cartons can be subjected to jet printing, and merchant identification codes can be switched, so that even if the cigarette cartons of multiple households are loaded into one turnover box, the cigarette cartons can be quickly identified during delivery.

The present invention discloses a small order sorting and coding system for special-shaped cigarette lines, including a conveyor line, a sorting system and a coding system arranged in sequence. The sorting system merges multiple small orders in the line into several large orders, and sorts the several large orders merged from multiple small orders to the conveyor line; the coding system identifies, sprays codes and verifies each large order after the merger. The sorting system of the present invention can realize the order merging and sorting of adjacent small orders in the same delivery line. The coding system identifies, sprays codes and verifies the large order after the merger, eliminates the intervals between small orders, effectively improves the full load rate of the conveyor belt, and further improves the sorting efficiency.

The utility model discloses a glass containing box which comprises a box body, a limiting piece and a supporting piece. The limiting piece and the supporting piece are distributed in parallel in the first direction and arranged at the bottom in the box body. The limiting piece is provided with limiting grooves which are distributed in the first direction and are in a sawtooth shape. Each limiting groove is used for placing one piece of glass; the top of the supporting piece is used for abutting against the bottom of the glass. The limiting piece and the supporting piece form a sawtooth-shaped containing space at the bottom of the box body. The sawtooth-shaped vertical containing space is formed in the box body through the limiting pieces and the supporting pieces, glass can be arranged in the box body in a vertical mode, and therefore the loading rate in unit volume is increased; and therefore, the number of used packaging boxes is reduced under the same yield, the storage space and the transportation space are reduced, and the transportation cost is reduced.

This invention belongs to the field of immobilized enzyme technology, specifically relating to a method for constructing and applying an immobilized enzyme system based on an artificial antibody-antigen. The method includes the following steps: (1) using Fe3O4 as a magnetic core and modifying it with tetraethyl orthosilicate; (2) grafting double bonds onto its surface using MPS; (3) constructing an artificial antibody material using catechol as a template molecule; (4) preparing a catechol-enzyme complex by reacting the enzyme molecule with catechol via a Schiff base reaction; and (5) adding the catechol-enzyme complex solution to the artificial antibody material to immobilize the enzyme. This invention provides a simple and convenient method that achieves specific and directional immobilization of the enzyme while reducing costs, improving enzyme stability, and exhibiting a high immobilization rate.

The present application relates to the technical cross field of cross-border railway transportation, and provides a method and system for intelligent loading of Central and Eastern Europe block train containers for international supply chains, comprising responding to a block train container loading task request; obtaining loading basic data corresponding to the target block train from a multi-source data interface based on the loading task request; constructing a continuous space model for the target container, introducing a heavy convex polygon stability algorithm to establish stability constraints, and using a deep reinforcement learning model based on Transformer to determine a target loading scheme; when it is detected that the load distribution state does not satisfy the preset constraint condition, a new container loading scheme is calculated by performing local adjustment. By constructing a continuous loading state space, the space rounding error caused by gridding is eliminated, the container space utilization rate and the overall loading rate are improved; at the same time, the loading efficiency is improved under the premise of ensuring the loading quality, and the safety risk in the transportation process is reduced by introducing a physical perception mask mechanism in the model.

The utility model provides a charging mold for roasting vanadium, and belongs to the technical field of vanadium processing. Comprising a spherical shell, a material cavity is formed in the shell, a plurality of material holes communicated with the material cavity are formed in the shell, vanadium materials are loaded into the shell, and a mold serves as a carrier and an outer protection piece, so that the vanadium materials can smoothly roll in the rotary kiln.

This utility model discloses a low-flatbed semi-trailer widening frame assembly, relating to the field of vehicle engineering technology. The utility model includes a flatbed, with a fixed baffle fixedly connected to its outer surface. A widening mechanism and a reinforcing mechanism are provided on the flatbed. The widening mechanism includes a support frame fixedly connected to the bottom of the flatbed. This utility model incorporates a push block. Four cylinders pull a sliding plate away from each other. The sliding plate then moves two driven bars away from each other via a moving block. The driven bars then push the push block via a connecting rod. Finally, the push block pushes the widening plate, causing the widening plate to slide within the flatbed along with a limiting post. The push of the push block via the connecting rod allows for more flexible widening based on cargo size, maximizing the use of the vehicle's carrying space, avoiding waste or unnecessary gaps, and ensuring a higher loading rate for each transport.

The present invention discloses a self-enclosed mixing drum, comprising a material chamber, the front end of which is connected to the material port, and an opening is arranged on the side wall of the material chamber, a material separation chamber, which is connected to the rear end of the material chamber and forms a connecting space, and an inner baffle, which is arranged in the connecting space and is used to block the connection between the material chamber and the material separation chamber. The present invention firstly realizes the self-enclosed function without increasing the cost or only increasing the cost very little, and ensures that there is no leakage of materials; secondly, it improves the loading rate of concrete, and the filling rate of the mixing drum reaches more than 85% without affecting the feeding and discharging of the mixing drum; thirdly, it does not have very high requirements on the sealing of the internal weld of the mixing drum, and the process is simple to implement; fourthly, it does not need to increase the inclination angle of the mixing drum and increase the center of gravity height during the climbing process, and the safety is relatively high; fifthly, it does not need to add an additional sealing device at the back of the mixing drum for sealing, and the process is simple and reduces the cost.

The utility model provides an environment-friendly electric box package. The environment-friendly electric box package comprises a paper tray, a paper lower cover, a paper box body and a paper upper cover which are sequentially installed from bottom to top. The paper tray is formed by stacking a first plane and a second plane, the first plane is composed of a plurality of rectangular pipes which are arranged in parallel, and the second plane is composed of a plurality of short square pipes which are perpendicular to the rectangular pipes and are arranged below the first plane in parallel. The box body is of a structure which is formed by splicing a pair of opposite long side plates and a pair of opposite short side plates and is provided with an upper opening and a lower opening. A plurality of reinforcing square pipes are evenly arranged on the inner sides of the long side plates and the inner sides of the short side plates at intervals in the direction perpendicular to the horizontal plane. A wood tray adopted by an existing electric box package is replaced by the paper tray, the reinforcing square tubes are additionally arranged on the inner side of the box body, the paper upper cover and the paper lower cover are matched to form a complete package structure, the environment-friendly requirement is met, and meanwhile the enough strength is achieved to meet the stacking requirement. And the long-distance safe transportation requirement of the electric box is ensured, and the high loading rate in transportation is met.

The invention relates to the technical field of dangerous cargo transportation, and discloses a dangerous cargo transportation vehicle path planning method and system, and the method comprises the following steps: obtaining resource data; wherein the resource data comprises oil product data, vehicle data and driver data; constructing a path planning model with the transportation cost, the transportation time and the transportation safety risk as targets; setting constraint conditions of the path planning model; wherein the constraint condition comprises that the quantity of oil products distributed to the shipping space of the vehicle is lower than the rated capacity of the shipping space; the oil types of the adjacent storage bins of the vehicle are compatible; matching a driver with an oil product type according to qualification; and solving the path planning model, and taking a path corresponding to the solution of the path planning function when the target function value is minimum as an optimal path. According to the method and the device, the problem that generation of illegal scheduling schemes is difficult to eradicate from the source in the prior art is solved, and the problem that generation of illegal scheduling schemes is difficult to eradicate from the source in the prior art is solved.

The application provides a box material automatic loading equipment, which comprises a portal walking mechanism, a parallel box posture adjusting device, a buffer mechanism and a lifting stacking mechanism. The portal walking mechanism comprises a portal frame assembly and a plurality of walking wheels for walking. The parallel box posture adjusting device is installed on the portal walking mechanism and is configured to sequentially divert the continuously input box materials along a first horizontal path to a second horizontal path and a third horizontal path, and to perform first posture adjustment on the box materials with original postures on the second horizontal path and the third horizontal path in parallel. The buffer mechanism directly outputs or outputs after buffering the plurality of box materials continuously output by the parallel box posture adjusting device. The lifting stacking mechanism arranges the plurality of box materials output by the buffer mechanism in a row along a first direction and then stacks the box materials into a carriage. The posture adjustment and operation efficiency are high.

The application relates to the technical field of path planning, and discloses a path optimization method for multi-vehicle cyclic goods taking three-dimensional packing, a terminal and a medium. The method acquires relevant data, maps the part requirement of a supplier into a box set in units of packaging boxes, and determines a unit residual space opportunity cost coefficient; an original model is constructed according to the relevant data, and the objective function of the original model contains vehicle driving cost, vehicle starting fixed cost and residual space opportunity cost of a carriage; the original model is decomposed into a limited main problem and a pricing sub-problem by using a Dantzig-Wolfe decomposition method; the limited main problem and the pricing sub-problem are iteratively solved by using a column generation algorithm; if the solution of the limited main problem contains a non-integer, a branch and bound process is entered, the column generation algorithm is repeatedly executed at a branch node, and the process is terminated until a preset termination condition is met, and an optimal cyclic goods taking scheme including vehicle path planning and carriage three-dimensional packing layout is output. The application can improve the transportation efficiency of cyclic goods taking.

The invention discloses an industrial delivery order-combining and vehicle-combining method, which comprises the following steps that A, an undirected graph G (V, E) is constructed according to an order-combining and vehicle-combining scheme, any V is all arrival order sets (v1. V2,... vn), the round-trip frequency between arrival orders is taken as the weight vij between two points, vij is taken as the weight between a point vi and a point vj, vij is equal to vji due to the undirected graph, and for any point vi in the graph, vij is equal to vji; the value of the degree di is the sum of the weights of all edges connected with the degree di, that is, an order combining history exists between two arrival points, that is, di = # imgabs0 #. By adopting an artificial intelligence model and configuring various constraints of a model type, the model automatically calculates an optimal order combining and vehicle combining scheme for industrial delivery, and under the condition that the process of an existing manual order combining and vehicle combining result is not changed, the order combining and vehicle combining efficiency is greatly improved. Industrial companies can refer to or adopt the generated carpooling scheme to improve the efficiency of transportation resources and reduce the cost.

The invention relates to explosion impact test equipment, in particular to variable-loading-rate explosion pulse load test equipment which comprises a base and single impact equipment. The single impact equipment comprises an explosion power chamber, a fixed pipe, a transfer pipe, an outlet pipe and an impact rod, the fixed pipe is located in the transfer pipe, and a gap is formed between the outer wall of the fixed pipe and the inner wall of the transfer pipe; the fixing pipe is sleeved with a connecting ring and is fixedly connected with the transmission pipe through the connecting ring, the impact rod is arranged in the fixing pipe, and the explosion power cavity is provided with a volume-variable mechanism which is used for changing the volume of the explosion power cavity. According to the single-time impact equipment, the volume of the explosion power cavity can be adjusted through the variable-volume mechanism, then the pulse load loading mode with the variable loading rate is achieved, in the specific explosion pulse load test process, related test research of pulse impact can be carried out, and the test efficiency is improved. The method is of great significance to related research in the fields of protection engineering and disaster prevention and reduction.

The invention discloses an automatic sheet feeding system used in front of a glass tempering furnace, and relates to the technical field of glass tempering processes. The device comprises a sheet feeding conveying line, a high-speed cleaning machine and a sheet arranging section which are sequentially connected, a sheet feeding robot is arranged on the outer side of the end, away from the high-speed cleaning machine, of the sheet feeding conveying line, a furnace feeding robot is arranged on the outer side of the sheet arranging section, and the sheet arranging section comprises a supporting roller frame, a sheet arranging device and a set of side supporting devices; and a plurality of roller bodies are arranged between the two side plates. By designing the novel row segment, high-precision positioning can be carried out on glass after cleaning is completed, the problem that the glass cannot be conveyed to a toughening furnace in order due to the fact that the glass moves on a conveying line due to force generated by cleaning is solved, the position precision of the glass before the glass moves to the toughening furnace is ensured, and the service life of the glass is prolonged. And the problems of glass interference, lamination and deviation from a toughening furnace conveying line are avoided, so that the subsequent toughening effect and efficiency are improved.

The application discloses a planning method for finished piece cigarette box loading of a truck, comprising the following steps: constructing a calculation model of a single finished piece cigarette box stacking mode and a calculation model of two finished piece cigarette box matching degrees and corresponding stacking modes; using the calculation model of the single finished piece cigarette box stacking mode to calculate whether the current type finished piece cigarette box of the current group order can be stacked into a cuboid, and if yes, stacking the current type finished piece cigarette box into a cuboid in the stacking mode, otherwise, calculating whether stacking in a conventional stacking mode is an integral row, and if yes, stacking in the conventional stacking mode, otherwise, using the calculation model of the two finished piece cigarette box matching degrees and corresponding stacking modes to calculate all types of finished piece cigarette boxes which can be used as the next loading of the truck and corresponding stacking modes with the highest matching degree of the current type finished piece cigarette box of the current group order. The problem of mixed stacking and loading of the truck of multiple specifications and multiple destinations is solved.

The present invention discloses a large-capacity mixing drum and a method for using the same, including a mixing drum, and further including a feed chamber, a discharge port being provided on one side of the mixing drum, the feed chamber being connected to the discharge port; a partition chamber, the partition chamber being arranged inside the mixing drum and arranged on a side close to the discharge port; and an inner partition plate, the inner partition plate being installed on one side of the partition chamber. The present invention can ensure that there is no leakage and that the filling rate of the mixing drum reaches more than 85%. It can also climb a 14% slope to ensure that there is no leakage. At the same time, there is no need to increase the inclination angle of the mixing drum and the height of the center of gravity during the climbing process, and the safety is relatively high. The design of the feed chamber outlet can speed up the feeding speed. The multiple exhaust holes provided on the spiral blades can also ensure the balance of the air pressure inside the mixing drum. Finally, the top material is diverted to the bottom through multiple guide holes, so that the material enters the mixing cycle and reduces the risk of radial segregation.

A method for improving the vessel loading rate through dynamic draft control includes the following steps: establishing a dynamic draft control model for the lock based on the relationship between water level and flow rate, lock operating conditions, vessel passage scheduling rules, and constraints on vessel draft control requirements; collecting the planned discharge flow from the lock's downstream channel and inputting it into the dynamic draft control model to calculate the downstream channel depth variation process; collecting vessel passage declaration information and determining the vessel passage plan based on the downstream channel depth variation process and lock operation plan compilation rules. This invention establishes a dynamic draft control model for the lock, scientifically grasps the channel depth variation pattern, and, while ensuring navigation safety, reasonably improves the vessel loading rate, further enhancing the lock's throughput capacity.

The utility model discloses a kind of fan-shaped firework assembly seats, which are composed of an integrally-formed fan-shaped frame and fan faces. The bottom of the fan-shaped frame is composed of several steps, and the bottom of the fan-shaped frame is provided with a support. The first side of the fan face is distributed in a fan shape by the first elastic card and the steps. The second side of the fan face is distributed in a fan shape by the second elastic card and the arc-shaped strip above the steps. The two sides of the fan face are fully utilized to set the firework cylinder bearing position, so that the firework cylinder bearing rate of each assembly seat is effectively improved. The firework cylinder can be easily clamped into the two sides of the fan face along the radial direction of the cylinder body, which can form a fan-shaped distribution. The assembly is convenient.

This utility model relates to the field of transfer trolley technology, and in particular to a workshop workpiece transfer device, including a frame with wheels at the bottom. At least two sets of support units are provided on top of the frame, and multiple support units are stacked vertically. Adjacent support units are movably connected by scissor-frame assemblies. Two vertically arranged guide rods are fixed to one side of the frame. The lowermost support unit is fixedly connected to the guide rods, and the uppermost support unit is kinetically connected to the guide rods. Each support unit includes a detachable and replaceable support platform. This device effectively avoids the problem of large parts not being able to be placed or small parts causing wasted interlayer space, significantly improving loading rate and transfer efficiency.

The utility model relates to the technical field of agricultural instruments, in particular to a precision seed-metering device of a seeder, which comprises a connecting shell, a stockpiling bin is arranged in the connecting shell, a stirring seed-metering structure is connected in an inner cavity of the connecting shell, an adjustable quantitative structure is connected onto the stirring seed-metering structure, and the adjustable quantitative structure is connected onto the connecting shell. The side wall of the connecting shell is connected with a controller, the stirring seed-metering structure comprises a driving motor, the driving motor is connected into an inner cavity of the connecting shell through a connecting seat, the driving end of the driving motor is connected with a driving rod through a coupler, and the driving rod is connected with a stirring device. According to the precise seed-metering device of the seeding machine, the adjustable quantitative structure is arranged in the precise seed-metering device of the seeding machine, so that the adjusting rod in the adjustable quantitative structure is rotated to pass through the transmission structure, and the distance between the multiple groups of movable partition plates can be adjusted; therefore, the quantity of the seed-metering device during seed metering can be accurately controlled according to the requirement of seed metering.

The present application discloses a composite tray, which comprises a tray body and an external support. The tray body comprises a bearing plate and a plurality of side walls, the plurality of side walls protruding from the bearing plate, the plurality of side walls and the bearing plate jointly forming a receiving groove, and the receiving groove having an opening. The external support comprises a support plate and a plurality of connecting members, the support plate being located in the receiving groove and separating the receiving groove into an inner space and an outer space, the inner space being located between the support plate and the bearing plate, the outer space being located between the opening and the support plate, the plurality of connecting members being connected to the periphery of the support plate and being connected to the plurality of side walls respectively, and the thickness of the support plate being less than the thickness of the bearing plate.