46 results about "Machine orders" patented technology

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.

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.

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 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.

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.

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.