34results about How to "Save transportation resources" patented technology

The invention relates to a logistics transfer car, and a removal method and a system for goods inside same. The logistics transfer car comprises a control part and a taking and placing mechanism. A goods shelf layer (1) used for containing goods is arranged inside the logistic transfer car. An unmanned vehicle (2) for parking unmanned vehicles is arranged below the goods shelf layer (1), and / or anunmanned aerial vehicle layer (3) for parking unmanned aerial vehicles is arranged above the goods shelf layer (1). The control part can control the taking and placing mechanism to obtain the goods to be delivered from the goods shelf layer (1) when judging that a logistics transfer car passes by a delivery area, and placing the goods to be delivered on the chosen unmanned vehicle and / or unmannedaerial vehicle so that the unmanned vehicle and / or unmanned aerial vehicle can execute the delivery task. The logistics transfer car can automatically choose an unmanned aerial vehicle or unmanned vehicle for delivery task execution in the travelling process, the process that goods need to be transported to a delivery terminal and then are delivered is not needed, the time for delivering goods can be effectively shortened, the efficiency of delivery is improved, the transportation resources are saved, and the cost of transportation is reduced.

The embodiment of the invention relates to a warehouse logistics method, and the method comprises the steps: receiving a scheduling instruction of a user, the scheduling instruction comprising shelf scheduling information and commodity information; according to the commodity information, determining a workstation for storing to-be-shelved commodities from a database; judging the current working state of the workstation, wherein the working state comprises an idle state and an occupation state; and if the working state of the workstation is idle, a carrying instruction is sent to the transportvehicle according to the goods shelf scheduling information, and the carrying instruction is used for enabling the transport vehicle to carry the goods shelves to the goods shelf placement area of theworkstation and drive the goods shelves away from the workstation after the goods shelves are released. According to the embodiment of the invention, the transport vehicle is controlled to carry thegoods shelf to the designated position and then drive away from the workstation, so that the transport resource is saved, the transport vehicle can continue other carrying operations, and the processing efficiency of the user order is improved.

The invention discloses a flue gas purification system involving multiple operations and a control method thereof. An intensive analysis sub-system is arranged in a sintering process and is integrallyconnected with an adsorption sub-system of the sintering process, so that activated carbon circulated between the intensive analysis sub-system and the sub-system of the sintering process passes through a conveyor set to complete the circulation, extra conveying equipment is not needed, transportation resources are saved, and influence of the transportation process on system operating is reduced.The intensive analysis sub-system comprises a feed dividing device, the activated carbon is allocated to the adsorption sub-system of the sintering process through first feed dividing equipment so asto make activated carbon flow of the intensive analysis sub-system be balanced with activated carbon flow of the adsorption sub-system of the sintering process and other adsorption sub-systems, by arranging working parameters of the intensive analysis sub-system feed device, discharging device and feed dividing device, it is achieved that the balance relationship between the intensive analysis sub-system and the adsorption sub-systems is accurately controlled at one side of the intensive analysis sub-system.

The invention provides a powdery plaster coating with artistic texture for inner and outer walls. The powdery plaster coating is prepared from raw materials as follows: hydroxy propyl cellulose, wood fiber, dispersible resin powder, white cement, calcite in powder, quartz sand, titanium dioxide, modified starch and toner. The powdery plaster coating has the advantages as follows: 1, the coating contains no water, so that transportation cost is reduced, and transport capacity resource is saved; 2, the coating packaging is a renewable paper bag, has low cost and can be recycled; 3, the coating is not prone to getting mildewed, is long-acting and reliable and is harmless to environment and body health; 4, the coating has natural artistic texture.

The invention discloses a taxi carpooling inducement system, which at least comprises a carpooling information input device, an information processor and a carpooling information display device, wherein the information processor is connected with the carpooling information input device and the carpooling information display device respectively through signals. With the structural design of the system, under the premise that passengers are voluntary, carpooling information is instantly released by various types of carpooling information input devices, so that passers-by instantly gain the carpooling information, and thus capacity resources are saved. Therefore, the taxi carpooling inducement system provided by the invention has the beneficial effects of simple structure, efficient application and the like.

This invention relates to an electric welding machine, especially to an energy saving AC machine, in which, the first and second windings of the transformer are winded on two different posts of a core separately, coils of reactance windings wind the posts of a first and second windings, the effective turns of which are complete the same and the fluxes generated by the reactance windings are the same in opposite direction and the sum of the sensed electromotive force generated is zero, that means that the reactance of the winding is used to overcome that of the electric appliances to increase the output current of the secondary winding and power factors of the appliances.

The invention discloses a waterless nano laundry detergent and a manufacturing technique thereof. The waterless nano laundry detergent comprises the following components in parts by weight: 50-65 parts of fatty acid methyl ester polyethenoxy ether, 10-20 parts of alkyl synthol alkoxy compound, 7-9 parts of coconut oil acetal amide, 5-7 parts of sodium lauryl sulfate, 7-9 parts of palm-kernel oil acetal amide and 5-7 parts of propanediol. The manufacturing technique comprises the following steps: adding the sodium lauryl sulfate into the propanediol, stirring uniformly, and heating to 75 DEG C; adding the fatty acid methyl ester polyethenoxy ether, stirring uniformly, and cooling to room temperature; adding the coconut oil acetal amide and palm-kernel oil acetal amide, and stirring uniformly; and detecting to obtain the acceptable product, and packaging. The waterless nano laundry detergent uses plant-derived raw materials, and does not need water as the basic raw material; the active matter content can reach 95%; and the waterless nano laundry detergent is green and environment-friendly, can perform deep cleaning, is easy for rinsing without residues, can be naturally biodegraded, does not pollute the environment, saves abundant transportation resources, and reduces the waste of packaging.

The invention discloses a standardized D-series high-speed train chassis combined positioning device and a positioning method thereof, and belongs to the field of standardized D-series high-speed train chassis large part whole installing and welding positioning auxiliary devices and using methods thereof. The positioning device comprises an FE end positioning tooling, an end chassis positioning tooling, a chassis center line positioning tooling and a plurality of side beam middle lateral jacking mechanisms. According to the combined positioning device, the parts such as the FE end positioning tooling and the end chassis positioning tooling can realize modular mass production, are convenient to overhaul and maintain, reduce the production cost, become base parts of assembly line work, and make a following process new method possible that a chassis is installed and welded and then machined overall; and the following whole machining method can effectively guarantee the geometrical size of the chassis, the position size of a floor doorway, the diagonal size of the chassis, the whole length of the chassis and the like, and is more advantageous to improve product manufacturing precision and forming quality.

The invention discloses a heat-exchange cooling box for decks. The heat-exchange cooling box comprises a cooling box body, wherein a heat exchanging inlet pipeline and a heat exchanging outlet pipeline are mounted on the cooling box body, the upper top surface and the lower bottom surface of the cooling box body are closed, the heat exchanging inlet pipeline is mounted on the lower bottom surface of the cooling box body, the heat exchanging outlet pipeline is mounted on a side wall board of the cooling box body and is close to the upper top surface. Most exhaust pipelines of an engineering ship convenient to detach are exposed on a deck and penetrate through the deck, high-temperature transmission causes too high temperature of the deck, and as a result, inconvenience is brought for the working staff to walk on the deck to carry out normal routing inspection. The heat-exchange cooling box disclosed by the invention is mounted on a deck cover, heat is exchanged through water circulation, a power system of a ship, namely an external circulatory system of cooling water of a main diesel engine, is utilized, the configuration of circulating pumps is reduced, the operating cost is reduced, the temperature of the deck can be effectively lowered, the structure is simple, and the heat exchanging performance is good.

The invention discloses a method and system for achieving weighing and warehousing of a bulk cargo scale based on the grain industry, and belongs to the technical field of grain weighing and warehousing. According to the method for realizing weighing and warehousing of the bulk weigher based on the grain industry, a controller is configured at a header of the bulk weigher, and a Socket server is built in a target system; and the controller monitors header data of the bulk weigher, obtains weighing data of the bulk weigher, calls a Socket server built by a target system to receive the obtainedweighing data, and stores and displays weighing data information. According to the method for achieving weighing and warehousing of the bulk cargo scale based on the grain industry, grain warehousingof a truck steamship can be facilitated, the precision of the grain weight can be ensured, and good application and popularization value is achieved.

The embodiment of the invention discloses an article comprehensive information display method and device, electronic equipment and a readable medium. A specific embodiment of the method comprises thesteps of obtaining an article basic information set, wherein article transport vehicle information and article related information; classifying the article basic information in the article basic information set to obtain a classified article basic information set; determining the number of occupied article packaging boxes; generating article distribution information based on the article packagingbox volume, the article packaging box occupation number and the vehicle transportation space; generating article value information based on the article basic information set, the article transport vehicle information and the article distribution information; and determining the article basic information group set, the article packaging box occupation number, the article distribution information and the article value information as article comprehensive information to be sent to a service terminal for the service terminal to display based on the article comprehensive information. According to the embodiment, the occurrence of article bin pressing and the like can be reduced.

The invention discloses a sorting system. The sorting system comprises a conveying mechanism and a control system. The conveying mechanism comprises a rack, two rollers, a chain and multiple trolleys,wherein the two rollers are arranged on the rack at intervals in the first horizontal direction, the chain is wound on the two rollers, and the multiple trolleys are connected to the chain and sequentially arranged in the first horizontal direction; and each trolley comprises a trolley body and a sorting and conveying mechanism arranged on the trolley body, the bottom of each trolley body is connected to the chain, and the sorting and conveying mechanisms are configured to bear and convey packages in the second horizontal direction perpendicular to the first horizontal direction. The controlsystem comprises a controller connected to the conveying mechanism, and the controller is configured to control the conveying mechanism to convey the packages in the first horizontal direction and isconfigured to independently control the sorting and conveying mechanisms of the trolleys to convey the packages in the second horizontal direction. According to the sorting system, the pitch of the trolleys can be reduced, transportation resources are saved, and parcels can be thrown more accurately and adjusted in position.

The embodiment of the invention discloses a replenishment information generation method and device, electronic equipment and a computer readable medium. A specific embodiment of the method comprises the following steps: obtaining a historical flow volume set of a target article in a first historical time period; according to a target distribution function type, performing cumulative distribution fitting on each historical flow included in the historical flow set to obtain a flow cumulative distribution function; according to the flow cumulative distribution function and a target confidence coefficient, generating risk flow information under the target confidence coefficient as inventory target information; and generating unit replenishment information according to the inventory target information and the existing inventory information of the target article. According to the embodiment, the loss of articles is reduced, and article transportation resources are saved.

The invention relates to a cold-state asphalt ton box type transportation method. The method comprises the following steps of 1, cooling hot-state asphalt, filling the asphalt ton box with the cooledhot-state asphalt, and cooling the ton box until the surface temperature is reduced to 46 DEG C or below; 2, loading the ton box into a transport vehicle and then transporting the ton box to a destination, wherein the transport vehicle is an ordinary truck; 3, unloading again to disassemble the ton box, and then heating the solid asphalt through the heating device to convert the solid asphalt intoliquid asphalt, wherein the heating device is movable; and 4, recycling and folding the empty box after the box is disassembled, and transporting the empty box back to a subpackaging site for later use. Compared with an automobile transportation tank car, the method has the price advantage, and the storage cost is reduced for customers; the ton box is small and exquisite in package, the box bodyis detachable, the destination heating efficiency is high, the occupied space is small after the box body is detached, recycling is convenient, and the operation turnover efficiency is higher than that of a railway container; and the return transport vehicle can load other cargos, no-load return is avoided, and cost is saved.

The invention relates to a wave energy collection device driven by dual-rotation of a single gear ring, and belongs to the field of green renewable energy based on utilization of wave energy. The wave energy collection device comprises a bottom floating body, a middle framework, an upper platform, rotary frames and floating balls, wherein the floating balls are suspended under one end of each of the rotary frames while the other ends of the rotary frames are provided with arc gear rings; the circle centers of the arc gear rings are fixedly mounted on the upper platform by using a bearing; the arc gear rings are engaged with a main ratchet of a power shaft; through a steering wheel, an outer gear ring of an auxiliary ratchet and an outer gear ring of the main ratchet mutually rotate oppositely, and the outer gear rings of the ratchets are rotated clockwise to output power, and are rotated anticlockwise to be rotated in an idle state; when the floating balls ascend, the main ratchet is rotated clockwise to output the power, and the auxiliary ratchet is rotated anticlockwise to be rotated in the idle state; and when the floating balls descend, the main ratchet is rotated in the idle state, and the auxiliary ratchet is rotated clockwise to output the power, so that the power shaft is driven by dual-rotation of the single gear ring to apply work; and through a moment manner, vertical and horizontal acting force of wave fluctuation can be collected. By adopting the device disclosed by the invention, the natural attributes, i.e., three-dimension, random and inconstancy, of the natural wave are fully utilized, and collection of wave energy is realized.

The invention provides a composite positioning device and method for a chassis foundation large-size component and an FE end of multiple units, and belongs to the field of assembly welding positioning auxiliary devices and application methods for chassis foundation large-size components and FE end components of multiple units. The composite positioning device comprises an FE end positioning tool, a chassis center line positioning tool and multiple boundary beam middle lateral tightening mechanisms, wherein the FE end positioning tool is used for clamping and positioning an FE end of a chassis, the chassis center line positioning tool is used for positioning a center line of the chassis in the length direction and the center of the chassis, and the boundary beam middle lateral tightening mechanisms are used for positioning the middles of boundary beams of the chassis. The FE end positioning tool of the composite positioning device can be modularly produced in batches, overhauling and maintenance are facilitated, production cost is reduced, the composite positioning device becomes a basis component of assembly line work, and a new subsequent process method of integrated machining after chassis assembly welding can become possible. The subsequent new method can effectively guarantee chassis geometric sizes and is beneficial to improving the product manufacturing precision and forming quality.

The invention relates to a novel bottle inspection light box. The novel bottle inspection light box comprises a frame type light holder, wherein a plurality of light tubes which are transversely installed are arranged in the frame type light holder, light guide plates are arranged on the front side and the rear side of the frame type light holder, shunting plates are arranged at the left end and the right end of the frame type light holder, and light reflection plates are respectively arranged in the front and at the rear of the upper end of the frame type light holder. The novel bottle inspection light box is simple in structure, can perform lamp inspection on both the front side and the rear side of the frame type light holder, only needs one conveying belt for conveying, performs front and back shunting through guide plates, and thereby saves conveying resources, reduces labor intensity of workers, and improves work efficiency, and furthermore enhances illumination intensity, improves light inspection effects and guarantees product quality by adding the light reflection plates.

The invention relates to the technical field of building equipment transportation, in particular to a transportation system for precast slab components. Comprising a transport vehicle used for transporting precast slabs; the transport frame is arranged on the transport vehicle and used for bearing the prefabricated slabs; one end of the conveying unit is placed on the transport vehicle, and the other end of the conveying unit extends to a piling point of the prefabricated slabs and is used for transferring the prefabricated slabs to the transport vehicle; the clamping and hoisting arm is arranged at the end, close to the stacking point, of the conveying unit and used for clamping and hoisting the prefabricated slabs to the conveying unit, and the conveying unit comprises a conveying assembly used for transferring the prefabricated slabs; and the placing assembly is used for placing the prefabricated slabs on the conveying assembly on the conveying frame. Prefabricated slabs are transported through a forklift, hoisting and other modes which are completely different from those in the prior art, transportation of the prefabricated slabs is completed through the conveying unit and the transport vehicle, and the prefabricated slabs are prevented from being damaged in the transportation process under the condition that secondary transfer is not needed; the layered structure of the transportation frame prevents the prefabricated slabs from influencing each other in the transportation process.

The invention discloses energy-saving garbage treatment equipment and relates to environment-friendly equipment. The energy-saving garbage treatment equipment comprises a bag breaking, cleaning, deodorization and separation integrated machine, a sand sedimentation tank, a methane tank and a circulating water tank which are sequentially connected; a feeding hole is formed in the top of the left end of the bag breaking, cleaning, deodorization and separation integrated machine and is connected with a water pump by a cleaning pipe; a plastic film separation hole is formed in the middle of the bag breaking, cleaning, deodorization and separation integrated machine; the bag breaking, cleaning, deodorization and separation integrated machine is also internally provided with a slag remover connected with the circulating water tank by a cleaning water return pipe; and a slag hole is formed in the tail of the bag breaking, cleaning, deodorization and separation integrated machine and is connected with the sand sedimentation tank. The energy-saving garbage treatment equipment is used for achieving the five aims for domestic garbage treatment, namely, reduction, harmlessness, recycling, energy regeneration and cleaning for rural domestic garbage treatment.

The embodiment of the present disclosure discloses a replenishment information generating method, device, electronic equipment and computer-readable medium. A specific implementation of the method includes: obtaining the historical circulation volume set of the target item in the first historical time period; according to the target distribution function type, performing cumulative distribution fitting on each historical circulation volume included in the above historical circulation volume set, to obtain Cumulative distribution function of circulation volume; according to the above cumulative distribution function of circulation volume and the target confidence degree, generate the risk circulation volume information under the above target confidence level as the inventory target information; according to the above inventory target information and the existing inventory information of the above target item , to generate unit replenishment information. This embodiment reduces the loss of items and saves the transport resources of items.

The invention relates to a self-floating body dual-drive wave energy collecting device, and belongs to the field of green renewable energy sources for wave energy utilization. The self-floating body dual-drive wave energy collecting device comprises a mounting platform, wave energy collecting parts, double-ratchet parts, power shafts, a linkage part and rack supporting parts. The mounting platformis of a frame structure with self-buoyancy. Each wave energy collecting part comprises a floating body with four vertical through holes and two racks with opposite tooth surfaces, and the wave energycollecting parts are distributed and fixed to the mounting platform in a rectangular shape. The double-ratchet parts share an inner ring, two groups of same-direction pawls and two independent rotating outer rings which are arranged separately. The power shafts are used for gathering mechanical energy independently obtained by the multiple wave energy collecting parts into mechanical energy capable of achieving stable rotation. And the linkage device is used for gathering the rotary mechanical energy of all the power shafts into stable and uniform rotary mechanical energy and then transmitting the stable and uniform rotary mechanical energy to energy utilization parts. According to the self-floating body dual-drive wave energy collecting device, three-dimensional, random and inconstant natural attributes of natural waves are fully utilized, and wave energy collection is achieved.

The embodiment of the invention discloses a replenishment information generation method and device, electronic equipment and a computer readable medium. According to one specific embodiment, the method comprises the steps that in response to a received replenishment request for a target article, an article replacement chain of the target article is obtained, and the article replacement chain is generated according to one-way and two-way replacement information and an article identification sequence; according to the first stock amount, the in-transit amount and the target stock amount of an article corresponding to each article identifier in the article identifier sequence, generating a to-be-replenished amount of the article corresponding to the article identifier, and obtaining a to-be-replenished amount set; and according to the to-be-replenished quantity set, the article replacement chain and the second stock amount of the article corresponding to each article identifier in the article identifier sequence, generating replenishment information. The implementation mode is related to an intelligent supply chain, the frequency that the articles scheduled according to the determined article model and replenishment quantity cannot meet the requirements is reduced, and then transportation resources are saved.