7 results about "Engineering tool" patented technology

Method for controlling an automated I / O device system for executing a production process with at least one production parameter (P), wherein the I / O device system comprises an I / O controller (3) with control software and at least one I / O field device (1), which are interconnected via a PROFINET network with a gateway (2) as a software and / or hardware interface for communication over the network, wherein the gateway (2) is an IO-Link master gateway, wherein the method for integrating the field device (1) into the I / O device system comprises: • providing a description file in gsdml format • executing configuration software (4), in particular an engineering tool, and scanning for further I / O field devices (1) via the network • recognizing the I / O field device (1) by the configuration software • providing a configuration database (9, 10) which includes at least one IODD of the field device (1).• Providing a support tool (5) for generating an application-specific description file, which forms the interface between configuration software (4) and the gateway (2), • wherein the support tool (5) includes a configuration module for accessing and configuring the I / O field device (1), • wherein the support tool (5) uses a data buffer (7) as a buffer during communication with the I / O field device (1) and / or as a buffer for parameters (P) for generating the application-specific description file, • Generating an application-specific description file in gsdml format via the support tool (5), wherein the support tool (5) is a standalone, computer-implemented form of a tool with which the description file to be used application-specifically by the support tool (5) is generated by supplementing the description file in gsdml format,i. Assigning an IODD according to parameter (P) of the IO field device (1) and according to production parameter (P); ii. Adding at least one parameter (P) and the article number from the IODD to the application-specific description file; iii. wherein the support tool (5) assigns the IODD to the field device (1) and accesses an internal configuration database (9) or an external configuration database (10) via an Ethernet connection (11) for this purpose; • Transferring the application-specific description file as a gsdml file to the IO controller (3) and the control software via the configuration software (4); • Executing the control software to control the IO field device (1); • Using a configuration and optimization tool, exporting the application-specific description file as an AML file.

A computer-implemented method (100a) for modifying and / or enhancing an engineering tool (2) that, when executed, will cause an industrial plant (1) to be controlled, the method comprising: • obtaining (110) state variables (6) characterizing an operational state (1a) of at least one industrial plant (1); • obtaining (120) a set (7) of interaction events of at least one plant operator interacting with a distributed control system (5) of the industrial plant (1) via a human-machine interface; determining (130), based at least in part on the interaction events (7), the state variables (6), and optionally given engineering information of the distributed control system (5) as input data, whether one or more interaction events (7) indicate that the plant operator performs a task that is not sufficiently covered by a current engineering of the distributed control system (5); and • if the determination is positive, mapping (140) the input data to a modification and / or enhancement (2a) of the engineering tool (2) that has generated an application code (3) for the distributed control system (5), such that, when the application code (3) is regenerated by the modified and / or enhanced engineering tool (2) and executed in the distributed control system (5), the plant operator is likely to interact less frequently with the distributed control system manually and / or spend less time interacting with the distributed control system.

The utility model relates to the technical field of engineering tools, disclose a kind of excavator vibrating rammer, including tool connecting frame, rammer plate and fixed on the vibrator of rammer plate, the tool connecting frame has upper connecting piece, the rammer plate has lower connecting piece, the upper connecting piece and the lower connecting piece have oppositely arranged connecting surface, and oppositely arranged connecting surface is connected between shock absorber, the upper connecting piece both ends have outer limiting portion, the lower connecting piece has the inner limiting portion in the outer limiting portion inside, a limiting hole is formed in the inner limiting portion, the outer limiting portion is fixed with the limiting member inserted into the limiting hole, and the limiting hole has the limiting area for the activity of the limiting member in it. The utility model provides limiting protection to rammer plate by the cooperation of limiting member and limiting hole, prevent shock absorber from being damaged due to misplacement pulling.

We provide interconnected digital engineering, certification ecosystems, and methods. [Solution] A method implemented by a computer in an authentication ecosystem, comprising: receiving design and engineering data (D / E data) corresponding to a prototype representation of a product from a user device; transmitting input derived from the D / E data to a digital engineering tool; receiving engineering-related data from the digital engineering tool; receiving data corresponding to a common validation and verification (V&V) product; identifying product requirements; determining whether the requirements have been met; presenting engineering-related data output and information corresponding to data corresponding to a common V&V product; receiving instructions from a user device; and performing operations on the D / E data.

1. Name of the product in this design: Mechanical Engineering Toolbox. 2. Purpose of this design: To place mechanical engineering tools. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The utility model relates to building engineering tool technical field, and disclose building engineering is with multifunctional hammer, including handle, the front side end portion of handle is connected with the connector, the outer fixed surface of one side of connector is connected with the hammer head, the side fixed surface of connector away from hammer head is connected with the nail head, the inner surface of handle is equipped with the accommodating groove, the outer surface of connecting shaft is equipped with cutter, saw blade and caliper respectively from below to top rotatoryly, the outer surface of connecting shaft is equipped with screw thread tooth, the screw thread tooth department of connecting shaft is connected with the screw thread sleeve. Through hammer head carries out the knocking work, the nail head carries out the nail work, realizes the basic hammer function, and through setting cutter, saw blade and caliper, cooperate screw thread sleeve makes cutter, saw blade and caliper can rotate on the connecting axle, uses cutter, saw blade and caliper, thereby gathers multiple functions in one, has realized the multifunctionality of this hammer.