6results about How to "Solve the packaging problem" patented technology

An embodiment of the utility model provides a continuous type detecting and sealing all-in-one machine, which relates to the technical field of packaging machinery and comprises a mounting rack, a longitudinal sealing mechanism and a transverse sealing mechanism, the longitudinal sealing mechanism and the transverse sealing mechanism are arranged on the lateral side of the mounting rack and connected with a metering mechanism at the upper end, and a detecting mechanism is arranged at the lower end of the transverse sealing mechanism. A packaging roll film is conveyed to the bagging mechanism through the film conveying mechanism to be rolled into a barrel shape to be formed, the longitudinal sealing mechanism completes sealing to enable the roll film to be in a barrel bag shape and meanwhile pulls the film downwards at a constant speed, the transverse sealing mechanism seals the bottom to enable the barrel bag to seal the bottom edge, and the metering mechanism meters products and then puts the products into the barrel bag. The transverse sealing mechanism rotates to the other side to complete sealing of the barrel bag, the sealed barrel bag is conveyed to the detection mechanism to detect the sealing condition, then the barrel bag is conveyed to the cutting mechanism to be cut off, the detection mechanism forms a complete package through a detected product, the package and finished product detection problem is solved, and the stability of package production in overall use is guaranteed.

The present invention discloses a bag pushing assembly for a bag feeding machine, comprising a shell, on which a bag pressing mechanism and a bag pushing mechanism are installed, the bag pressing mechanism comprising a bag pressing cylinder, a connecting piece, a transmission shaft, a support and a pressing plate, the bag pressing cylinder is extended and retracted to drive the connecting piece to rotate, thereby driving the transmission shaft and the pressing plate to rotate; the bag pushing mechanism comprises a rodless cylinder and a flip cylinder, the flip cylinder and the vertical plate move left and right along with the sliding seat of the rodless cylinder, and the extension and retraction of the flip cylinder drives the swing arm to rotate. The present invention squeezes and supplies the material packaging bag stack with a buckle hand through the bag pressing mechanism and the bag pushing mechanism respectively, when working, a pressing plate is used at the front end of the material bag stack to always keep a certain combined force on the material bag stack, and the bag is taken stably and reliably, and the bag pushing mechanism completes the supply of the material bag, the working process is simple, and the efficiency is high, which solves the problem of packaging the material packaging bag with a buckle hand.

This application relates to the field of engineering machinery and discloses a boom section packaging and positioning fixture and a boom section packaging structure. The boom section packaging and positioning fixture is used to position a horizontally placed first boom section, which includes a first upper chord, a first lower chord, and a first diagonal web member. Specifically, it includes: a first limiting structure with a first limiting surface in contact with the surface of the first upper chord, which supports and limits the first upper chord; a second limiting structure, recessed relative to the first limiting structure; a second limiting surface in contact with the surface of the first lower chord, which supports and limits the first lower chord; the second limiting surface and the first limiting surface together ensure the first diagonal web member is in a horizontal position; and a base located at the bottom of the first boom section, one end of which is fixed to the first limiting structure, and the other end of which has a recessed structure to fix the second limiting structure. This application solves the problem of packaging horizontally placed boom sections, achieving structural stability and preventing damage to the boom section after packaging.

The invention relates to the technical field of feeding control, in particular to a seed processing feeding management method, electronic equipment, a medium and a program product, and the method comprises the steps: obtaining a feeding port image at a to-be-managed feeding port, and recognizing a seed identifier and seed parameter information corresponding to the seed identifier from the feeding port image; corresponding packaging production parameter information is determined based on the seed parameter information, and an actual packaging production line identifier is determined based on the packaging production parameter information; feeding identification information is determined based on the seed parameter information, the packaging production parameter information and the actual packaging production line identifier, the feeding identification information is matched with preset feeding verification information, a feeding matching value is obtained, and the preset feeding verification information corresponds to the seed identifier; if the putting matching value is lower than a preset putting matching threshold value, a shutdown instruction is generated based on the to-be-managed feeding port, and the shutdown instruction is used for controlling the to-be-managed feeding port to be closed. The method is convenient for improving the judgment accuracy in the seed processing and feeding process.

The present invention particularly relates to a deep fake and detection model application system based on plug-in deployment, including an application layer: enabling users to interact with the deployment platform through the client; a Web service layer: used to encapsulate the common functional interface of the deployment platform; an application service layer: used to perform service deployment, task scheduling, GPU scheduling, result preservation, and program monitoring operations on each model reasoning service; a model interface layer: a collection of interfaces provided by all plug-in, encapsulated model reasoning services; a model deployment layer: used to deploy encapsulated model reasoning services and perform reasoning tasks; a data storage layer: used to store various temporary or permanent data. Through this solution, on the one hand, the encapsulation problem of different models using different AI frameworks is solved (encapsulated into independent services or dockers, and exposing specific interfaces); on the other hand, the problem of horizontal expansion of new models can be achieved without downtime when the deep fake model is upgraded or a new algorithm is generated.

The utility model provides a kind of for easy-to-open cover packing's push cover into bag's following structure, belong to easy-to-open can cover packaging machinery field, including being placed on the parallelism of tank cover slide way and being arranged translation guide rail and slidingly connected on translation guide rail first sliding seat and second sliding seat, further include: first lifting cylinder, first lifting cylinder fixed mounting is in the one end of first sliding seat away from translation guide rail, the outer side wall of second sliding seat away from translation guide rail is fixedly connected with second lifting cylinder;Self-resetting push plate, self-resetting push plate is installed in the lifting end of first lifting cylinder;Positioning plate, positioning plate is installed in the lifting end of second lifting cylinder;Guide rail, guide rail is fixedly installed in the top of translation guide rail.The utility model is through self-resetting push plate, precision limit and automation control etc. structure, improve the precision and stability of easy-to-open can cover push cover into bag, enhance self-adapting ability, improve production efficiency and reduce labor intensity.