195 results about "Production chain" patented technology

A method for communicating and preserving creative intent within a motion picture production chain, including a production stage, and at least one of a subsequent laboratory or post production stage, including capturing an original image of a scene during the production stage; generating a look representative of a creative intent, wherein the look is a digital representation of a creative alteration of the captured original scene image; and applying the look to the captured original scene image and confirming approval of the look during the production stage. The digital representation of the look is stored as a recipe for generating the creative alteration, and communicated from the production stage to at least one of the subsequent laboratory and post-production stages for applying the look to the captured motion picture footage during subsequent laboratory and post-production stages.

The present invention discloses a production line of a composite heat proof wall plate and an external heat proof plate of an external wall. The production line includes an automatic mounting moulding board mechanism, cloth-net roll mechanisms, a reseau cloth automatic cutting mechanism and an automatic plate-sending, shelf-installing and shelf-sending mechanism which are orderly linked by a belt feeding production chain. Mixing and material-dropping mechanisms are arranged above a section of belt feeding production chain between the automatic mounting moulding board mechanism and a first group of cloth-net roll mechanism and between a forward group of cloth-net roll mechanism and a next group of cloth-net roll mechanism. At least two groups of matched mixing and material-dropping mechanisms and the cloth-net roll mechanisms are arranged. The production line can produce the composite heat proof wall plate and at the same time can also produce the external heat proof plate of an external wall and has the characteristics of high production efficiency, simple and convenient operation and high quality of processing.

Methods and systems are described for tracking material through a production chain or operational process chain in which the material is transferred via a plurality of spatially distinct lumped masses of material (12, 14, 16, 18). A dynamic state space (430) is maintained descriptive of the plurality of spatially distinct lumped masses of material, wherein a quantity of entries in the dynamic state space is augmented or diminished dependent on a quantity of spatially distinct lumped masses being tracked. Measurements relating to an observed lumped mass of material are fused into the dynamic state space and a dynamic covariance matrix to provide an updated estimate of material in the plurality of spatially distinct lumped masses of material.

The invention provides a square towel production line, which relates to a sewing production line. The invention is to resolve the problems of manual production, low production rate and difficult quality guarantee existing in the prior production of square towel. A damp unreeling machine, a synchronous conveyor, a first double-head sewing device, a material taking conveyor and a conveyor are orderly arranged on the ground from the front to the rear along the longitudinal direction; a first transverse conveyor, a second double-head sewing device, a first middle conveyor, a first head cutting machine and a first material receiving machine are orderly arranged on the ground from the side end of the tail part of the conveyor along the transverse direction; a first sewing machine and a second sewing machine which are opposite to each other are fixedly arranged on a sewing machine rack platform; two beaders are fixedly arranged on the sewing machine rack platform respectively and on the front ends of the first sewing machine and the second sewing machine; a brander is fixed on the conveyor; and a first transverse material taking machine is arranged on a machine rack of the back end of the conveyor. The equipment of the invention has the advantages of harmonious operation and high automation, and improves the production rate by 5 to 6 times, simultaneously lowers labor intensity and ensures the quality.

The invention relates to an automatic feeding needling device for automobile roof production line, in particular to an automatic feeding mechanism for the automobile roof production line, which belongs to the technical field of mechanical structure. The device comprises a cylinder base fixing bracket, an oblique needling slide cylinder, a guide post, a lifting slide cylinder and a pricking needle, wherein, the lifting slide cylinder, the oblique needling slide cylinder and the guide post are respectively arranged on the cylinder base fixing bracket, and the pricking needle is arranged on the oblique needling slide cylinder. The automatic feeding needling device is characterized by simple, compact and reasonable structure, can realize automatic material taking action for various soft materials with different textures, thicknesses and specifications, has flexibility to adapt to different products and ensures automatic feeding stability; the automation degree is high and workpiece feeding is stable; and the device can improve production efficiency, reduce labor intensity of workers and improve product quality.

The invention discloses an instant dried rice noodle production line and production technology, The production line comprises: rich falling bucket, air-jetting rice polisher, specific gravity sand removing machine, rice color sorting machine, rice conveyor, rice pumping machine, jet rich washing machine, water riche separating tank, first stage pulp mill, second stage pulp mill, pulp screen, pulp storing machine, stirring type automatic pulp falling machine, noodle steaming machine, sheet jelly pre-drying machine, sheet jelly freezing machine, first sheet jelly recovering machine, second sheet jelly recovering machine, drum type transition conveyor, noodle cutting machine, rice noodle conveyor, quantitative cutting machine, automatic shaping machine, drying machine, air-cooling machine and packaging and conveyor disposed according to the material conveying flow. The production line and production technology of the present invention can realized the full-automatic production from raw material to finished product of instant dried rice noodle, achieve instant dried rice noodle with good quality, and high production efficiency.

The present invention relates to a process for preparing full-dull polyester fibres related to the field of production of synthetic fiber. Common semi-dull or optical polyester chip is selected as main raw materials for production, a composite spinning module of core-skin type or island -type is adopted to perform a melt spinning, the raw material slicers are split into two or more components, full-dull master batches are added only to one of the components during feeding, then conventional manufacturing technique of POY and DTY is utilized to work out full-dull polyester fibres. Said process not only reduces greatly the fabricating cost of full-dull polyester fibres due to that the absolute adding amount of master batch is substantially reduced; but also can effectively overcome spinning technological difficult problems in traditional master batch method, prolong the service lifetime of the prefilter and the spinning module. Therefore, without great reconstruction, the existent composite spinning production chain can be used for exploitation and production of full-dull polyester fibres and satisfies the higher requests of top grade loomages for lustrous surface improvement.

The invention provides a product quality control traceability method which is applied to a product traceability system. The product traceability system comprises input terminals and a server which is provided with a database which stores product information. The product information comprises the node information of a number of nodes in the whole product chain from raw materials to finished products. A number of input terminals are comprised. A number of steps are comprised, and audit and certification are carried out from production to circulation through third-party supervision. The data authenticity in product production and circulation is improved. The whole production process is effectively supervised. Unqualified agricultural products into the market are greatly reduced. The phenomenon of production chain reputation fall is avoided.

The invention discloses a multi-system cooperative system and method for production process control of discrete manufacturing enterprises. The multi-system cooperative system is used for cooperative work and data sharing of a production management system with multiple production chains during production, and comprises an information management subsystem, a cooperative management subsystem and a data synchronization subsystem. The multi-system cooperative method includes: configuring the process and defining the production chains; conducting system mapping to finish automatic correlation of the systems and the production chains; building topology, and displaying topology connection directed graphs of systems in real time according to the production process configuration and regular files; dynamically adjusting the topology relation and building a final connection directed graph of the production systems; adding orders and selecting corresponding production processes for the orders; distributing tasks; synchronizing and updating data and mastering the production schedule in real time. The multi-system cooperative system and method achieves organic interconnection and data sharing of independent systems through effective integration of the discrete systems, achieves smart production of the enterprises and improves the whole efficiency.

A material control method and system is applied in the production chain work management, the method includes steps as following: setting the process segment and material information needed in production cause; statistic the production schedule information material; generating the material demand information according to the set data of production schedule information material and material demand information; adjusting the stored material and executing the corresponding stock preparation. The material control system includes: setting module, statistic module, analysis module and processing module; the material control method and system is according to the production schedule of every production chain, managing the relative stock preparation dynamically, increasing the work consistency of adjacent process segment, increasing the real time and flexibility of stock preparation, improving efficiency of work.

The invention relates to the energy-saving lamp full automatic-assembly assembly line. It belongs to the energy-saving lamp manufacture equipment technology area. Its characteristic lies in that the rack intermediate deck coordinate installs the work piece conveying appliance by the transmission chain drive, the one output end of the decelerator which installs on the sublayer of the rack and connects the motor driver connects the dynamic major axis which coordinates the cam major axis driver, another output through the cam dismember coordinates to the work piece conveying appliance, above the work piece conveying appliance fit establishes automatic compression moulding equipment, automatic soldering lamp base equipment, automatic dial nail equipment, compression moulding cam, soldering lamp base cam, dial nail cam which installs on the cam major axis separately connects the automatic compression moulding equipment, automatic soldering lamp base equipment, automatic dial nail equipment. The line flow has rational design, the automation pattern substitutes manual work, reduces the suggestion factor of the quality flaw, enormously raises the production efficiency and the product quality, creates the scale effect, take a foundation for promoting the enterprise brand image.

The invention an intelligent control system, particularly to an intelligent control system for a mine full-production chain, and belongs to the technical field of mine production. An intelligent management platform, an intelligent fully mechanized mining platform and an intelligent mine platform are combined; and based on centralized control, mobile application, the Internet of Things, cloud computing, big data and other technologies, the intelligent control system, in which real-time production monitoring, remote control, mobile command and intelligent decision management are integrated, forthe mine full-production chain is realized for the whole mine production and production auxiliary automatic system. The system can realize multi-level scheduling of managers and technical engineers, ensures the production safety, network safety and data safety of the whole production chain, working conditions of all system devices for coal mine production, auxiliary production and the like are monitored in real time at any time and any place via an under-well or ground PC terminal, a webpage or a mobile terminal, and scheduling management and decision command can be efficient.

A bidirectional pre-tensioned track board long surface pedestal production line comprises two symmetrically arranged production zones. Steel models are arranged in the production zones. Horizontal tensioning end beams and longitudinal tensioning end beams are respectively arranged on four edges of every production zone. A horizontal tensioning mechanism is arranged between the adjacent edges of the two production zones. Longitudinal tensioning mechanisms are respectively arranged on one lateral edge or two lateral edges of the two production zones. The horizontal tensioning mechanism comprises a horizontal tensioning jack. The two ends of the horizontal tensioning jack are respectively provided with horizontal tensioning small end beams. The horizontal tensioning small end beams on the two ends are respectively connected with the end beams on the adjacent edge of the other production zone in a transmitting way. The longitudinal tensioning mechanism comprises a longitudinal tensioning jack. A longitudinal tensioning small end beam is arranged on the external end of the longitudinal tensioning jack. The longitudinal tensioning small end beam is connected with the end beam on the adjacent edge of the production zone in transmitting way. The bidirectional pre-tensioned track board long surface pedestal production line greatly lowers the production cost and improves the production efficiency.

Disclosed in the invention is a food security traceability visualized system, comprising an RFID electronic tag, a product information collection system, a product information integrated management server and a visualized inquiring terminal. The RFID electronic tag is connected with the product information collection system through an electronicmagnetic wave; the output terminal of the product information collection system is connected with the product information integrated management server through a data bus or a network; and the visualized inquiring terminal is connected with the product information integrated management server through the network. According to the invention, a whole production chain, a whole supply chain and a storage environment of the food can be monitored, so that an objective of trace management on the food can be achieved; therefore, consumers and regulators can query on the security and the quality of the food everywhere at anytime.

The invention discloses a section bar steel ring welding line sander, which includes a frame, a steel ring positioning device and a sanding mechanism, wherein the sanding mechanism includes a linkage rod connected on the frame and an electric disc sander installed on the linkage rod, and the positioning device includes a longitudinal tackle installed in the track on the foundation and a chute rack hinged with the frame above the longitudinal tackle. The slide way rack is equipped with a positioning sliding block; the steel ring to be machined is placed between the longitudinal tackle and the chute rack, and moves forward along the chute rack; the longitudinal tackle is arranged in the chute, and can be used with steel ring production chain, thereby improving productivity effect and product quality, and is good for realizing automatic production of steel ring.

The invention discloses an apparatus for testing accessories leakage, including a weighing unit, a microcontroller MCU connected to the weighing unit, a triggering unit connected to the microcontroller, a key-press unit for executing man-machine dialog, and a control unit controlled by the microcontroller MCU to control the production chain. The weighing unit is used to weigh and count the accessories, adding accessories to the production chain are strictly controlled, few or more accessories placing will alarm, pause the production chain operation until the manual handling falls to normal, then the production chain will operate again.

A symbiotic culture method of shrimps, soft-shelled turtles and rice comprises the following steps: (a) selecting five or more mu rice fields as a feeding pool of shrimps and soft-shelled turtles, ditching on the periphery of the feeding pool and arranging soft-shelled turtle escape-proof devices on the edges of the ditches at the depth ranging from 80 to 120 centimeters, wherein the percentage of the ditches in the feeding pool is ranging from 20% to 30% per mu; (b) sowing rice seeds in June with the density of rice transplanting ranging from 70% to 80% and managing the rice fields in a conventional way after rice transplanting until the rice is harvested in the first ten-day period of November; (c) breeding shrimp species in a free-range manner, particularly putting shrimps with shrimp eggs weighing 1 to 1.5 kilograms per mu in the rice fields in May and putting baby shrimps weighing 5 to 7.5 kilograms per mu in the rice fields in July; (d) breeding soft-shelled turtle species in a free-range manner, particularly putting in 15 to 25 baby soft-shelled turtles weighing 125 grams to 175 grams per mu in the rice fields in April, collecting and enabling the soft-shelled turtles to come into season at the Spring Festival. The symbiotic culture method of shrimps, soft-shelled turtles and rice is a kind of recycling economy and an environmental-friendly cultivation technique in a high-quality and efficient environment. Accordingly, freshwater shrimps are fed in the rice fields, soft-shelled turtles are put in a shrimp feeding pool, the shrimps eat injurious insects in the rice fields, the soft-shelled turtles eat baby shrimps bred by the shrimps and feces of the shrimps are absorbed by the rice. The symbiotic culture method is a high-quality, efficient and clean culture production chain.

The invention relates to a method for treating naphthoquinone production liquid waste containing hexavalent chromium and vitamin K3 production wastewater and co-producing chromium oxide green. The method comprises the following steps: a) carrying out liquid phase reaction between the naphthoquinone production liquid waste and the vitamin K3 production wastewater at 80-260 DEG C, wherein the naphthoquinone production liquid waste is excessively used relative to a necessary dosage of complete reduction; b) adding a reducing agent into the obtained reaction mixture to reduce the residual hexavalent chromium; c) regulating the pH of the obtained reaction mixture to 5.5-8.5 to separate out chromium hydroxide, and separating to obtain the chromium hydroxide and filtrate; and d) transforming the chromium hydroxide obtained in the step c) into chromium oxide green. The method can be used for effectively treating the naphthoquinone production liquid waste and the vitamin K3 production wastewater generated in a vitamin K3 production chain and recycling effective components in the liquid waste to turn waste into wealth and improve the economic and environmental protection benefits at the same time.

The invention discloses a magnetic collector for magnetic pulse forming, and relates to a magnetic collector. The invention aims at solving the problem that the structural strength of a magnetic collector, the insulation capacity of the gap of a longitudinal joint of the magnetic collector, and the insulation capacity between a working area of the magnetic collector and the machined workpiece are reduced due to a rapid temperature rise generated during a continuous magnetic pulse forming process, so that short circuit and structural damages among the longitudinal joint of the magnetic collector, the magnetic collector and the workpiece are caused, and finally the formation production chain is broken. According to the invention, at least one cooling channel ring is machined on a longitudinal arm; each cooling channel ring comprises a plurality of cooling channels; each cooling channel penetrates through an inner sleeve body in the longitudinal length direction and is internally charged with a refrigeration gas or a refrigeration liquid; and every two cooling channels are communicated through an external tube so as to form a serial cooling pipeline or a parallel cooling pipeline; and the Joule heat generated by the magnetic collector during multiple charge-discharge processes is brought away by charging the refrigeration gas or the refrigeration liquid in the cooling channel rings, thus effectively assisting to cool the magnetic collector. The magnetic collector disclosed by the invention is used in a magnetic pulse forming process.

The present invention relates to a spring type safe self-destruction injector which consists of a steel needle, a nerlsbed, an injection tube and a core rod. The upper part of the nerlsbed is installed with the steel needle, and the lower end is provided with a convex ring. A gasket is arranged between the wall of the convex ring and the internal wall of the upper part the injection tube. The core rod is a hollow cylindrical structure, the top of which is arranged with a rubber plug and the lower end of which is arranged with a bottom plug. A diminishing pipe is arranged on the upper part of the core rod. The diminishing pipe is provided with an end plug. A snap groove is arranged on the internal wall of the diminishing pipe. The external wall of the end plug is provided with a snap convex ring. The snap convex ring and the snap groove are matched together by a snap buckle. A steel needle back-pull equipment is arranged between the end plug and the lower end of the nerlsbed. The steel needle back-pull equipment is composed by a snap hook which is arranged at the lower end of the nerlsbed, a snap ring which is arranged at the top end of the end plug and a spring which is arranged at the lower end of the end plug. The present invention has the features of novel structure, simple assembling technology and so on, and is suitable for production chain large-scale mechanization manufacturing.

The invention provides a 'crops production informatization service platform construction method', belonging to the technical field of modern agriculture, and aims to solves the problems of the current agricultural informatization construction in our country, such as incomplete reflection of farmer's demand, disconnection of information dissemination chain, low popularization rate, poor information quality and data dispersion, poor real-time and compliant property of the existing expert system, and shortage of system service relative to the whole crops production process. In order to realize the crops production informatization, the invention depends on the newly achievement in scientific research on crops production and the intellectual resources of agricultural and scientific experts, integrates the modern information technique and network technique, systemically researches, attains and integrates various information, techniques and related data required by the crops production chain, develops systems and software of crops consulting service, constructs the crops production informatization platform and the service system thereof suitable for national conditions in our country, establishes the network-based crops information service center to provide the all-around information service before, during and after crops production, explores the new transformation model of agricultural scientific and technological achievements, and helps to broaden the application of agricultural science and technology and greatly improve the popularization, efficiency and level of agricultural science and technology.