46 results about "Machine orders" patented technology

The invention discloses a bridge precast concrete member monitoring system based on a two-dimensional code and a control method thereof, belongs to the technical field of network communication and management, and aims to solve the problem of influence on the construction period due to member overstock caused by extensive management in the production, transportation, storage and installation processes of the conventional bridge precast concrete member. The process monitoring system comprises a database, an information input device, an identity card generator, a process monitoring system and an information inquiry device. The control method comprises the following steps: inputting the two-dimensional code information of a precast member; making a machining order and identity card of the precast member; inputting and storing information of a reinforcement cage machining process; inputting and storing pouring process information; inputting and storing delivery information; inputting and storing construction field material information; inputting and storing installation information. The process monitoring system and the control method are easy to operate and manage, the overstock of precast members is reduced, and the construction period and construction cost are saved.

The invention relates to the field of electronic medical equipment, specifically a man-machine interactive electronic medical system and a man-machine interactive method thereof. The system comprises an execution device for performing medical imagining or therapy on a patient; a control device isolated from the execution device and having a data processing unit for transferring functional modules to executive commands and remotely controlling the execution device and a first communication unit for the data exchange between the execution device and the data processing unit; an operator-side communication device arranged beside the execution device for the voice command input of the operator; a voice processing unit for receiving and converting the voice command from the operator-side communication device into machine orders executed by the data processing unit, and sending the orders to the data processing unit for further execution. The invention can reduce the manpower cost, realize the remote access to the patient's information, and facilitate the medical diagnosis and treatment.

The invention discloses an automatic production technology and a production line for tile covers. The automatic production technology and the production line include that multiple tile cover blanks which are sequentially connected are machined through seven procedures and are characterized in that the first procedure is a rough milling machining procedure, the second procedure is a milling procedure, the third procedure is a semicircular arc boring-milling procedure, the fourth procedure is a drilling procedure, the fifth procedure is a groove milling procedure, the sixth procedure is a cutting-milling procedure, the seventh procedure is a surface finish broaching procedure, and except the seventh procedure, the order of the other six procedures can be adjusted. According to the automatic production technology and the production line for the tile cores, the blanks of the tile covers are machined into complete finished single tile cover products, faces needing to be machined and steps are divided into seven parts to be conducted, the machining order is reasonably arranged, machining is fast, the machining efficiency and the machining precision are improved, and labor force and labor intensity are greatly lowered.

The invention discloses a method and a device for selecting services in service calls. The method includes the following steps that a service call information set is preset; a telephone call request containing called customer information is received; if the called customer information is contained in the preset service call information set, then customer voice information is acquired; the acquired customer voice information is identified, and service selection information to be sent to a service call server is generated. The invention can select services in service calls by the way of dialogues, and a manual operation step is omitted, so that the whole call process becomes simple and smooth, consequently, the experience of the invention is better than the conventional machine order type experience, meanwhile, the electricity quantity of terminal batteries is saved, and less broadband resource is occupied.

A method for forwarding data from the store instructions to a corresponding load instruction in an out of order processor. The method includes accessing an incoming sequence of instructions; reordering the instructions in accordance with processor resources for dispatch and execution; ensuring a closest earlier store in machine order for to a corresponding load, by determining if said store has an actual age but said corresponding load does not have an actual age, then said store is earlier than said corresponding load; if said corresponding load has an actual age but said store does not have an actual age, then said corresponding load is earlier than said store; if neither said corresponding load or said store have an actual age, then a virtual identifier table is used to determine which is earlier; and if both said corresponding load and said store have actual ages, then the actual ages are used to determine which is earlier.

This invention relates to cable test device and its scan method, wherein the device comprises the following parts: one MCU unit, communication connection unit, display unit and input unit to get human and machine order and to read reference cable information and to read cable information and to compare information and display the result; memory unit to store the test program and middle temporary data for MCU unit; interface buffer unit to provide test signal and cable matching unit buffer to provide several cable interface to send the signal to the cable interface and to get test signal from other end to form one ring test linkage together with the cable to be tested.

The invention discloses a numerical control machining method of mortise chamfering angles. The numerical control machining method comprises the following main steps: analyzing the structural features of an overall wheel disc; selecting a tool, a machine tool and a clamp for numerical control machining, and generating a numerical control machining cutter path of the mortise chamfering angles; sequentially machining chamfering angles on the single side of the single end surface of a wheel disc mortise, and machining chamfering angles on the other side of the same end surface; and after finishing machining of the chamfering angles of the first end surface, machining mortise round angles of the other end surface by turnover. By virtue of a point-milling machining method, firstly, the half position of the required chamfering angle is milled on one end surface of the wheel disc according to the mortise machining order; then, the other half position of the mortise chamfering angle is symmetrically milled according to the machining order; and finally, seamless splicing is performed on the two parts of the mortise chamfering angle. According to the method, the mortise chamfering angle is successfully machined; numerical control milling of the chamfering angles on the complicated structure of the wheel disc mortise is realized by virtue of the five-coordinate machine tool; the consistency of the machining quality and the size of the chambering angles is ensured; the production efficiency is improved; and the labor intensity of operators is greatly alleviated.

The invention provides a surface treatment and finishing process of a packaging box, for which a special die and a special press are used, and the process comprises the following steps: (1) machining an order datum on a selected material; (2) locating the material by a tooling mounted on a printing apparatus with the order datum; (3) printing; (4) arranging the die in a hot pressing layer of the press, and heating the die; (5) putting the material in the die, and locating the machined order datum on the material by a locating device on the die; (6) pressurizing the die and the material by the press; and (7) preserving heat and maintaining pressure. The process helps easily form rich multi-level patterns and textures on the material by pressurizing, heating and preserving heat and maintaining pressure of the die containing the material, and helps send a plurality of the dies containing materials to a plurality of hot pressing layers at the same time respectively for finishing and treatment, which saves energy, reduces cost, and enhances efficiency and single unit capacity.

The invention relates to a purchase behavior monitoring method for an electronic business system and a purchase behavior monitoring device for the electronic business system. The method includes the following steps that: a purchase instruction sent by a terminal and behavior data generated when a browser visits an electronic business webpage are received; the purchase instruction is analyzed according to the behavior data, so that whether the purchase instruction is an illegal purchase instruction is determined; and when it is determined that the purchase instruction is an illegal purchase instruction, the execution of the illegal purchase instruction is refused. With the purchase behavior monitoring method and device for the electronic business system of the invention adopted, a user can be prevented from rushing to purchase something by adopting a machine order placing mode, and a promotion activity of electronic business can benefit more normal users, and therefore, the interests of the electronic business and the users can be ensured. The system and device of the invention are used for monitoring the purchase behaviors of the electronic business system.

The present invention provides an integrated support system for supporting sheet metal machining adapted to store and reuse the know how of skilled machine operators and improve the quality of sheet metal products and the rate of operation of machine tools by improving the arrangement operation from the actual machining phase to the design phase. The system comprises a design part (A) for generating metal plate machining information; a machining part (B) for completing the practical machining operation based on the generated metal plate machining information; the design part (A) comprises: a machining analog unit (200) which can determine whether the derivation view data and machining order is true or false by displaying three-view diagram corresponding to the derivation view data based on the input design data and machining condition of the metal product to be machined, and thereby outputting best derivation view data; wherein: the metal plate machining information is generated after the determination based on the best derivation view data.

The invention discloses an oil tank cover assembling system with an automatic seal ring mounting function. The oil tank cover assembling system comprises a machine table, an oil tank cover feeding device, an automatic assembling and detecting device and a disc loading device; a supporting frame and a supporting seat are arranged on the machine table; the oil tank cover feeding device, the automatic assembling and detecting device and the disc loading device are arranged according to the machining order of an oil tank cover and are arranged on the machine table; the automatic assembling and detecting device comprises a mounting and conveying material path, a sealing ring conveying assembly and a sealing ring mounting assembly; the mounting and conveying material path is arranged on the supporting seat; and the left and right ends of the mounting and conveying material path are connected with the oil tank cover feeding device and the disc loading device correspondingly. The invention further discloses an oil tank cover assembling method, an operator is replaced with full automatic equipment, the production efficiency is greatly improved, the errors, such as placement missing, misplacement and excessive placement, caused by manual operation are avoided, and the production quality of the oil tank cover is guaranteed.

A program generation device generates a program for controlling machining of a groove which is performed by machining a plurality of holes on a workpiece. The program generation device receives specified values including a tool radius, a groove shape (a length of the groove), and a cusp height and calculates positions of the plurality of holes based on the specified values which are received. Then, the program generation device calculates a machining order of the plurality of holes based on the specified values and respective values calculated by a hole machining set value calculation unit so that a bias is not generated in a removal stock for a tool in machining.

The invention discloses an MES system management and control method and system for an automobile synchronizer gear hub production line, and the method comprises the steps: receiving the machining order information of an automobile synchronizer gear hub, sorting the machining order information according to the emergency degree, and generating work order information; generating production shift information according to the work order information and production personnel information collected by the Internet of Things system; according to the work order information and material information collected by the Internet-of-Things system, judging whether the materials meet production requirements, if yes, generating material ex-warehouse information, and if not, generating material supplement information; generating process route information according to the process information collected by the Internet of Things system and a genetic algorithm based on a fuzzy theory; and generating production processing information according to the production shift information, the generated material ex-warehouse information and the process route information, and controlling production equipment to start production processing according to the production processing information. Lean management of automobile synchronizer gear hub production is enhanced, the production cost is reduced, and the production efficiency is improved.

There is provided a spangle supplying apparatus. The spangle supplying apparatus includes a controller mounted on each head of any type of the embroidery machines regardless of a manufactured year, manufacturing company, and the number of heads, the controller having a drive and a controller. The controller is programmed to independently process a spangle jump signal system such that the spangle jump signal system by the punching design data inputted to a controller of the embroidery machine orders a stop command to a stepping motor mounted on each lower body through a main CPU of the embroidery machine according to a detected signal voltage difference of a terminal connected to a jump solenoid disposed on each head or the stepping motor to supply the spangle or stop the supply of the spangle to return the apparatus to a starting point when electric power is supplied again after being off.

This invention discloses one human to machine order form conversion method and device, which comprises the following steps: one human to machine agent process and advancing the relationship between human order and plane structure and converting the tree structure order into relative plane structure order; one human to machine analysis step to analyze order into human to machine order definition legs to realize tree structure and plane structure format switching to support human to machine orders.

Disclosed is a method for generating settings for machining an optical lens, including: a) acquiring a file characterizing the shape to which the optical lens must be machined in order to allow it to be mounted in a spectacle frame; b) decomposing the shape into a plurality of distinct objects, including an exterior envelope inside of which all the other objects are located; c) determining a machining order of the other objects; and d) generating the machining settings depending on the machining order.

The invention relates to a combination fixture used for bearing bush machining and a machining method of the combination fixture. According to the combination fixture and the machining method, through ingenious match among all fixture bodies, the purpose of changing bearing bush machining orders is achieved. According to the machining method, two bearing bushes are located through the combination fixture and a three-jaw chuck, and outer flange machining and inner circle machining are conducted. Then, the three-jaw chuck is matched with the abutting type fixture body to conduct outer circle machining, the welding step and the final split step in a traditional bearing bush machining process are avoided, and therefore deformation of the combination fixture is small, and accuracy is effectively guaranteed.

The invention discloses a distributed order dispatching method and system for credit approval work orders, equipment and a medium, and the method comprises the steps: obtaining a credit application initiated by a user, generating a credit approval work order by a credit approval center according to the credit application initiated by the user, and transferring the approval work order to a work order pool to be dispatched; enabling the credit approval center to automatically records the seat state information of the approver according to the login condition of the work order approver; according to the approver seat state information and the work order pool to be dispatched, enabling the distributed job scheduling system to poll order dispatching sub-service, poll and dispatch approval work orders for idle approvers, and send order dispatching reminding; and enabling the approver to accept the work order and approve the work order. The single-machine order dispatching bottleneck caused by centralized order dispatching adopted in an order dispatching method in the prior art is overcome, the order dispatching tasks are uniformly distributed to the node fragments, and the order dispatching throughput in unit time is greatly improved; according to the invention, the strong dependency of the integrated workflow engine configuration in the prior art is decoupled.

The invention provides a tomographic scanning imager based on ordered cloud signals of an infinite state machine. The tomographic scanning imager comprises an infinite state machine ordered cloud signal generator (1),a signal coupler,a radio frequency transmitting module (2),a switch combination module (3),a receiving module and a relevant interference imaging processing module (8). The infinite state machine ordered cloud signal generator (1) is used for generating the first ordered cloud signals; the signal coupler is used for converting the first ordered cloud signals into the second ordered cloud signals; the radio frequency transmitting module (2) is used for receiving the first ordered cloud signals,converting the first ordered cloud signals into radio frequency and transmitting theradio frequency to the outside; the switch combination module (3) is used for controlling the operation time sequence of the receiving module and eliminating clutter of the ordered cloud signals; thereceiving module is used for performing delay and gain processing on the ordered cloud signals,and the processed signals are transmitted to the relevant interference imaging processing module (8). Therelevant interference imaging processing module (8) is used for completing tomographic imaging of a detection target.

The invention discloses a machining order sending method based on a mechanical part drawing. The machining order sending method includes the steps: automatically identifying a part processing demand in an order from a part characteristic value module of a server; and carrying out matching with idle productivity of a numerical control machine tool accessed to the server so as to perform precise matching, thus reducing processing information error demands while mastering the utilization rate of the numerical control machine tool, guaranteeing that orders are not to be transferred to packets andhands in distribution, and furthest guaranteeing reasonable utilization of productivity of the processing machine tool. On one hand, the machining order sending method helps enterprises with machine tools to improve the effective utilization rate and the order receiving efficiency of equipment, and on the other hand, can improve the efficiency of finding machining machine tools by customers.

A method for an industrial system. The method includes: ascertaining a representation of the industrial system, the ascertainment of the representation including: selecting a first state of the representation, selecting, based on the first state, at least one machining order from a plurality of machining orders as a function of the first state of the representation and as a function of at least one previously ascertained recommendation, and ascertaining a second state as a subsequent state of the first state via a simulation of the second state as a function of the at least one selected machining order and as a function of the first state; and ascertaining a manufacturing schedule for the industrial system as a function of the ascertained representation.