38results about How to "Orderly process" patented technology

The invention discloses a user data storage method based on cloud platform distributed block storage, and belongs to the technical field of data storage. Existing users may store a large amount of data and need to support large-scale storage, so that data of different users are easy to be accessed across users. At the same time, data leakage and loss often occur due to the complexity of data. A large-scale storage service can be effectively provided for a plurality of users through a cloud platform. User data are encrypted, and virtual blocks are stored, so that different user data are isolated from each other, and the possibility of cross-user access and data being stolen by third parties is avoided. At the same time, the user data are saved by means of establishing a plurality of data copies to avoid data leakage and loss.

The invention discloses an automatic weighing and measuring system for a grain depot, comprising: a weighbridge, a plurality of infrared light curtain detectors to limit a vehicle parking area, a host computer, a waiting area and a camera group are arranged beside the weighbridge, and the host computer is set to: transporting grains The person stays in the waiting area to verify the face information and then swipes the RFID card, the grain transport vehicle stays in the parking area, the camera group does not capture the face, and after the weighing data of the weighbridge is stable, the weighbridge records the weighing data, and the camera group captures the current video at the same time The picture is uploaded to the upper computer respectively; the grain transport vehicle does not stay in the parking area, or the camera group captures the face, or the weighing data of the weighbridge is unstable, the weighbridge does not weigh, and a prompt sound is issued. The invention also discloses an automatic weighing and measuring method for grain depots. The invention can prevent artificial cheating in many aspects, smooth the whole information operation of grain transport vehicles from storage to storage, streamline staff, standardize business process, and realize high-efficiency automatic weighing and measurement.

The invention discloses a construction method of an irregular decorative column facing with a variable cross section. The method comprises a series of ordered construction and operation steps of paying off accurately throughcarrying out three-dimensional (3D) model building and 3D composing, accurately surveying and lining, positioning drill holes, nailing a wooden sleeper, producing and installing a wood frame, installing a composite board seal ring, paving a glass grid, leveling and painting a circular arc camber, composing the facing, positioning and snapping a line, and paving a face brick surface layer. The construction of the irregular decorative column facing with the variable cross section with low construction difficulty, ordered process and lower cost can be realized, a bowling type cylindrical deformed surface paved with wavy colorful patterns can be modeled, and the construction facing is smooth, the patterns can be connectedjoined smoothly, the radian feeling is good, and camber lines are smooth; furthermore, the decorative column is strong in modeling plasticity, easy to trim, reliable in quality and short in construction duration, the factory prefabrication of face bricks can be realized without the cutting again on the site, cost saving can be realized, and the patterns on the facing can be continuous uniform and corresponded continuously, uniformly and symmetricallycorresponding and symmetrical, therefore the perfect and uniform facing modeling effect can be reached.

The invention discloses a method for realizing LKJ data replacement by using information processing technology and wireless communication technology. It uses information processing technology and wireless communication technology to realize remote replacement of LKJ data, and the status of replacement can be displayed in real time, so that the replacement The entire installation process is orderly and controllable; at the same time, the traditional manual replacement method is changed, thereby reducing the workload of the LKJ basic data replacement in the electric service section, reducing labor costs, and reducing the number of wrong and missing replacements during the data replacement process It can also ensure that the LKJ basic data refitting work is completed within the specified time.

The present invention provides a kind of FPC loading machine, comprises stripping platform, Z-axis assembly, roller assembly; Described stripping platform is connected with first moving guide rail, and FPC assembly is placed on described stripping platform, and described roller assembly includes Roller shaft; the Z-axis assembly includes a suction cup assembly and a stripping jaw; the stripping platform is provided with an adsorption device for absorbing the FPC assembly placed on the stripping platform; during work, the roller shaft is set On the peeling platform and press one end of the film on the FPC assembly, the peeling jaw clamps the part of the film that is not provided with the FPC assembly; the peeling platform is on the first moving guide rail The upward movement causes the film to be taken away from the FPC assembly by the peeling jaws with the movement of the peeling platform and under the pressure of the roller shaft. The application of this technical solution can improve the standardization of the FPC tear film, and improve the production efficiency and yield of the product.

The invention provides a motion control method for the production of an office swivel chair, which specifically includes: determining the torsion angle, distance, length and angle range of each joint of an industrial robot according to the D-H parameter determination rule, and establishing a mathematical model of the industrial robot; The matrix realizes the on-line positioning of the punching position, connection point position, glue spraying area, and cotton patching area; obtain the process steps, if it is in the "swivel chair board punching and rivet process, swivel chair armrest joint locking process, swivel chair wood board Glue spraying and pasting process" If it is in the "swivel chair finished product palletizing process", then determine the movement path of the palletizing robot; verify the "trajectory path" and Whether the "movement path" meets the requirements; the method proposed by the invention is conducive to the precise control of the automatic production of office swivel chairs, and the efficient and orderly completion of various technological processes for the automatic production of office swivel chairs.

The invention provides a demolishing construction method for a pipeline with a thermal-insulating and abrasion-resistant lining. The demolishing construction method comprises the following steps thata hanging lug is mounted on the pipeline; paired stop blocks are mounted on the two sides of a to-be-cut section of the pipeline, and a jack is mounted between each pair of stop blocks; precutting isconducted on the pipeline along the circumference of the to-be-cut section; the jacks are started, so that the pipelines on the two sides of the cut section are initially separated; deep cutting is conducted along an initially separated clearance of the pipelines, so that the pipelines on the two sides of the cut section are completely separated; blocking plates are inserted in the cur clearance during deep cutting; the jacks are removed, and reinforcing ribbed plates are mounted on the stop blocks where the jacks are removed; the reinforcing ribbed plates and the blocking plates are welded, so that openings of the cut pipelines are closed through the blocking plates; and the cut pipelines are moved away through a crane. According to the demolishing construction method for the pipeline with the thermal-insulating and abrasion-resistant lining, the labor intensity is advantageously reduced, construction safety is improved, the construction period is shortened, and the construction costis reduced.