50 results about "Packing method" patented technology

This invention provides a packaging device and method for medical BD test kits, including a workbench. An operating table is fixedly installed on the right side of the workbench. Multiple vertically arranged square placement cylinders are fixedly installed circumferentially on the workbench. These cylinders are used to stack cardboard and sterilization indicator cards. A rotating column is also installed on the workbench. Multiple connecting arms are fixedly connected to the circumferential sidewalls of the rotating column. Each connecting arm has a picking mechanism at its end for adsorbing the cardboard and sterilization indicator cards. A rotating shaft capable of rotating 180° at intervals is installed on the operating table. A packaging plate is fixedly connected to the top of the rotating shaft. This device can automatically stack cardboard and sterilization indicator cards in sequence and automatically complete the packaging process of stacked cardboard, achieving a high degree of automation and preventing sequence errors.

An objective of the present invention is to provide a packing method capable of continuously and efficiently packing articles having different sizes and shapes during a packing process and capable of preventing damage due to lateral shaking during transport.　The present invention provides a packing method in which an object to be packed is pressed against protruding portions of a sheet having said protruding portions at various points, wherein, when the protruding portions are crushed, the protruding portions maintain the shape crushed by the object to be packed, and the object to be packed is secured by the protruding portions that have the crushed shape and / or the protruding portions that have retained their original uncrushed shape.

An automatic packaging device comprises an assembling device, a first packaging device and a second packaging device. The assembling device comprises an assembling mechanism and a first conveying mechanism. The first packaging device comprises a packaging mechanism and a second conveying mechanism. The packaging mechanism is used for packaging parts of a plurality of corresponding batteries. The second conveying mechanism is used for conveying the packaged parts to a designated position. The second packaging device comprises a loading mechanism and a sticking mechanism. The loading mechanism is used for receiving the batteries and the parts with a cover plate and packaging the batteries and the parts. The sticking mechanism is used for sticking a label on the packaged batteries and parts. In the automatic packaging device, the first conveying mechanism conveys the batteries to the loading mechanism of the second packaging device, and the second conveying mechanism conveys the parts to the loading mechanism of the second packaging device. The loading mechanism can package the batteries and the parts together, replacing manual operation and improving packaging efficiency. The application also comprises a packaging method.

This invention relates to the field of automated packaging and anti-counterfeiting structure assembly technology, and discloses a transparent packaging box with an anti-counterfeiting lock and a fully automated packaging method. The fully automated packaging method includes pre-assembly of components, filling and capping, initial assembly of the bottle body, top cap gripping, visual guidance, and uniaxial pressing steps. In the top cap gripping process, the clamping component only grips the upper half of the outer wall of the transparent box body symmetrically at multiple points, physically cutting off the path of mechanical clamping force transmitted to the anti-counterfeiting flap below the anti-counterfeiting pull ring, thus avoiding the weak anti-counterfeiting structure from being accidentally broken under pressure during circulation. In the closing and pressing process, the physical rigidity formed by the bottom edge of the transparent box body and the limiting step surface of the upper shell of the base provides mechanical blocking and limiting for the assembly pressing stroke, ensuring that the first biting tooth of the anti-counterfeiting lock body smoothly engages in the bottom groove to complete self-locking, avoiding overload during assembly that could cause the outer parts to collapse, thus solving the technical problems of easily damaged anti-counterfeiting parts and incomplete pressing in automated assembly.

The application discloses a vacuum skin packaging machine and a packaging method thereof, the vacuum skin packaging machine comprising a workbench and a bearing disc installed on the workbench, a plurality of air extraction holes being formed through the bottom of the bearing disc; an electric heating box is installed on the workbench and located above the bearing disc; a film pasting frame is installed on the workbench in a slidable and liftable manner, and the film pasting frame has a film pressing state in which the film pasting frame is lowered and covers the bearing disc; an air extraction pump is installed on the workbench and has an air inlet in communication with the air extraction holes; a control panel is installed on the workbench and electrically connected with the air extraction pump; a pressing plate is arranged at the discharging end of the film pasting frame, and when the film pasting frame is in the film pressing state, the pressing plate presses the skin film on the workbench; the control panel is operated and controls the vacuum pump to run at a first air extraction rate for a first preset time, and then run at a second air extraction rate greater than the first air extraction rate for a second preset time, until a preset skin pressing force value is reached. The application can reduce the horizontal disturbance of the product during pasting and prevent the product from being rubbed and damaged due to horizontal movement.

A fan-out type packaging method includes: preparing a carrier substrate, where front and back sides of the carrier substrate are respectively provided with removable structures, forming redistribution layers on the front and back sides of the carrier substrate; mounting chips on the front and back sides of the carrier substrate; removing the carrier substrate and performing cutting to obtain a packaged chip. The present disclosure adopts a packaging process involving simultaneous processing on both sides, forming a symmetrical structure on the front and back sides. This may offset bending, dimensional instability, and other phenomena caused by performance differences between multilayer polymer materials and metal materials; the pre-redistribution layer fan-out packaging process adopted by the present disclosure may address precision issues of high-density wiring fan-out packaging. Additionally, the dual-sided structure may effectively offset warping caused by multilayer wiring.

The present application relates to a kind of chip packaging equipment and method, method includes: chip is transported to first station, detection is carried out, and it is transported to second station after detection is qualified;Chip in the direction of incoming material is identified, and record file containing identity information is generated;Isolation paper, cover are sequentially grabbed from material area, and the isolation paper, the cover are sequentially placed on the chip;Label is printed and the label is attached on the cover;The chip with label is transported to push material receiving station, and is loaded into tube clamp;Equipment includes: control module, which is connected with manufacturing execution system signal and carries out information interaction;Execution module, which is connected with the control module signal and carries out information interaction, for receiving instruction and executing corresponding action;The present application can reduce manual operation, greatly improve production efficiency;With manufacturing execution system information interaction, can automatically monitor production process.

The application discloses a kind of material rack packaging methods of automobile front suspension swing arm assembly, belong to the technical field of automobile parts packaging, comprising the following steps: the top plate after unlocking is turned up, so that the middle part of load layer is completely opened;From top to bottom, the middle part of load layer after unlocking is sequentially turned up, until the load layer of the bottom layer is in the state of waiting to be loaded;Workpiece is loaded on the profiling groove of load layer, and workpiece is positioned;The load layer of upper layer is not loaded and is turned down, so that it is locked in horizontal position;The steps of S3 and S4 are repeated, and the workpiece placing procedure of each load layer is completed layer by layer, until the profiling groove of the load layer of the uppermost layer is loaded with workpiece;The application sets up multiple layers of load layer that can be turned over on the material rack, and each load layer is sequentially turned out to open, the loading layer of lower layer is completely opened, and there is no upper structure obstruction when loading and unloading workpiece;Effectively reduce the operation difficulty, improve the overall loading and unloading and loading efficiency.

This invention discloses a high-speed side-push type carton packing system in the field of packaging equipment technology, including: a frame and a feeding and conveying mechanism, a stacking mechanism, a storage mechanism, an opening mechanism, a packing mechanism, and a sealing mechanism mounted on the frame. The opening mechanism is used to pick up the packaging cartons stacked on the storage mechanism and unfold them so that the opening of the packaging carton faces horizontally. The packing mechanism includes a support and a push plate, a limiting baffle, and a first driving component mounted on the support. This invention abandons the traditional vertical gravity unloading method and instead adopts a side-push horizontal packing method. The first driving component precisely controls the push plate's movement, smoothly pushing the vertically stacked items from the side into the unfolded packaging carton, eliminating the impact and vibration generated during the free fall of materials, avoiding the risk of breakage of fragile items during packing, and ensuring the consistency and integrity of the product's posture before and after entering the carton.

Provided is a packaging method or the like with which it is possible to partially adjust the adhesive strength of adhesive parts in a packaging material.　The packaging method involves packaging an object to be packaged by using a packaging material that has heat-seal regions on a base material. The packaging method comprises: a heat-seal-region-forming step for forming the heat-seal regions on the base material; and a bonding step for heating and bonding the formed heat-seal regions. The heat-seal-region-forming step includes: an ink-ejecting step for ejecting a heat-sealable inkjet ink onto the base material; and an ink-drying step for drying the base material onto which the heat-sealable inkjet ink has been ejected.

Packaging methods include inserting a textile article into a virtual pouch that is defined by a piece of textile material that is fixed to a sheet of a textile material. The first sheet is then folded about the article such that the first sheet encompasses the article. The virtual pouch serves to retain the article in a fixed disposition relative to the sheet. A second sheet of a textile material is then folded to envelop the first sheet containing the article therewithin and is secured in this configuration. After use, the textiles are cleaned and decontaminated for use again in packaging. The articles may be used in the medical and foodservice industries. The packaging apparatus, methods, and systems beneficially reduce landfill use and waste.

This invention discloses a method for packaging cables into a reel. The method includes: connecting multiple strip-shaped packaging pieces at predetermined intervals to form a continuous, flexible modular packaging unit; fixing the starting end of the modular packaging unit to a predetermined initial position on the periphery of the cable reel; driving the cable reel to rotate around its central axis, causing the modular packaging unit to gradually adhere to the outer surface of the reel as it rotates; and during the process of the modular packaging unit adhering and rotating with the reel, fixing each strip-shaped packaging piece within the modular packaging unit to its respective location, thereby completing the sealing and packaging of the reel's periphery. By completing the sealing, adhering, and fixing operations during the continuous rotation of the reel, the number of starts and stops and repetitive positioning during operation is reduced, which helps improve packaging efficiency and ensures the stability of the sealing quality.

The present disclosure concerns a foldable packaging (1), which is reusable and easily adaptable for protecting a transport pallet (1000), said packaging comprising:-at least one first vertical strap (20; 22) fixed along a vertical edge (2) of the packaging,-an upper strap (10), fixed along an upper horizontal edge (3) of the packaging,-a lower strap (18), fixed along a lower horizontal edge (5) of the packaging, a predetermined number of intermediate horizontal straps (12, 14, 16) fixed between the upper strap (10) and the lower strap (18), the straps comprising at least one tightening element for tensioning the edges of the packaging, the packaging further comprising a male-female foot attachment system (1111, 1113, 1115, 1117; 112) of said packaging to at least one pallet foot, said male-female foot attachment system (111, 112) being fixed along said lower edge (5) of the packaging.

The present invention aims to provide a packaging method that can continuously and efficiently package articles of different sizes and shapes during the packaging process, and that can prevent damage caused by lateral shaking during transport. [Solution] The present invention provides a packaging method in which a sheet having scattered protrusions is pressed against the protrusions to be packaged, and when the protrusions are crushed, the protrusions maintain the shape crushed by the packaged object, and the packaged object is secured by the crushed shape of the protrusions and / or the protrusions that maintain their original, uncrushed shape.

The invention relates to a sheet (14) of paper or cardboard that is folded into a tubular shape (16) around one or more products (12). In the longitudinal direction of the tubular shape, the edges (21, 22) of the sheet are folded over one another. At the first end (24) of the tubular shape, the part of the sheet that projects beyond the one or more products is indented at a first side face (17) of the tubular shape. At the first end of the tubular shape, the part of the sheet that projects beyond the one or more products and that forms the top face (19) is pressed against the bottom face (20) such that a part of said top face (19) contacts a part of the bottom face (20) and a wedge (26) is formed at the first end of the tubular shape.

The application discloses a cylindrical glass piece packaging box and a packaging method thereof, wherein the packaging box comprises a spliced cover plate which is spliced by wooden boards and flexible buffer boards in a horizontal direction; a clamping groove is formed in the wooden board and is embedded with a notch on a support to limit the displacement of a protection mechanism in a vertical direction; wherein a first limiting support is arranged on the outermost side of a first protection part, and a second limiting support opposite to the first limiting support is arranged on the outermost side of a second protection part; a slope is arranged on the opposite surface of the first limiting support and the second limiting support respectively, and the two slopes are oppositely arranged and used for abutting against and limiting the sharp end of the end part of the cylindrical glass piece; through the above mode, the application can effectively solve the breakage problem of the cylindrical glass piece caused by the shaking of the protection mechanism and the lack of reliable limiting of the special-shaped end part during transportation, and improve the protection performance and loading and unloading convenience of the packaging.

This invention relates to an automated folding and packaging method and apparatus for cardboard boxes, belonging to the field of cardboard box folding technology. It includes: acquiring and transmitting image information in response to a cardboard box self-folding signal; acquiring the current cardboard box moving speed based on the transmitted image information; when the current cardboard box moving speed falls within a preset stationary speed range, acquiring the current cardboard box folding line height and the running height of the folding assembly; when the running height of the folding assembly is less than the current cardboard box folding line height, performing a folding assembly lifting operation; when the running height of the folding assembly is greater than the current cardboard box folding line height, acquiring an image of the conveyor belt roller and determining the current roller speed based on the image; when the current roller speed falls within a preset stationary speed range, determining the location of a foreign object based on the conveyor belt roller image; and performing a foreign object knocking operation based on the location of the foreign object. This invention has the effect of automatically identifying the cause of cardboard box conveyor stagnation, ensuring the smooth execution of the folding and packaging operation.

The invention relates to a packaging system comprising an enclosure made of glass for protecting dental implants from external influences and a protective layer for protecting the enclosure from contact damage, and a method for packaging said dental implant with the glass enclosure.

The application discloses a kind of silicon wafer packaging method and silicon wafer packaging system, the silicon wafer packaging method includes the following steps: step S1, first protective layer and second protective layer are placed respectively in the thickness direction of a stack of silicon wafer to form a laminated assembly;Step S2, the laminated assembly is bundled with a strap to form a silicon wafer bundle;Step S3, the silicon wafer bundle is molded to form a molded silicon wafer;Step S4, the molded silicon wafer is loaded into a packaging box.The silicon wafer packaging method of the embodiment of the application can avoid the fracture and the problem such as corner defect caused by the stress of silicon wafer due to misalignment, greatly improve the yield of silicon wafer.

The invention relates to a method and a system for packaging articles (2). Outer packages (3) are set down on a horizontal conveying device (10, 20) and are transported along a packaging line. During the transport, articles are introduced via a manipulator into the outer packages (3), and the outer packages (3) with the introduced articles (2) are subsequently removed from the horizontal conveying device (10, 20) as a packaging unit (8). A predetermined packaging process (VP1) is carried out, in which the outer packages (3) are received by the horizontal conveying device (10, 20) via a plurality of shuttles (5), the outer packages (3) standing on said plurality of shuttles (5), until the outer packages (3) together with the introduced articles (2) are removed from the at least one horizontal conveying device (10, 20) as a packaging unit (8).

We provide the system. [Solution] A user terminal for entering luggage information, A computing device that analyzes the input package information and performs a process to identify the physical characteristics of the package, A computing device that performs a process to calculate the packing method in order to optimize the arrangement of luggage, A three-dimensional display means for visually displaying the calculated packing method, A system that includes this.

The application relates to a packaging method for case-involved cigarette evidence, which is applied to a case-involved cigarette evidence packaging system. The case-involved cigarette evidence packaging system comprises a shell, a lower turntable device, an upper pressing disc device, a plastic sealing device, a restraint frame, a handheld bar gun, a printer and a PC. The packaging method is as follows: 1, a code stacking unit is made; 2, film wrapping is carried out; and 3, an information card is made. The application has the advantages that after the case-involved cigarettes are stacked into a standard cuboid, the height direction of the cuboid is fixed through two restraint frames, the film wrapping on the side wall surface of the cuboid is fixed through the plastic sealing device, and finally a code stacking unit with a standard shape, a firm structure, a low scattering probability and convenient transportation and storage is formed.

A blank sheet is capable of being folded to assemble a cushioning material. In an assembled state where the blank sheet is assembled, the blank sheet comprises a base, a first side wall, a second side wall, a first adjuster and a first support. The first adjuster is a part of the base and deformable between a first state and a second state. The first support supports the first adjuster in the second state. In the first state, a first space is defined between the first side wall and the second side wall. In the second state, a second space is defined between the first adjuster and the second side wall, and the second space is smaller than the first space.

This invention relates to the field of workpiece packaging technology, specifically to an integrated weighing and heat-sealing packaging device and method. It includes a heat-sealing packaging apparatus and a weighing device. The weighing device comprises a weighing shell, a weighing inlet, a weighing outlet, and a discharge weighing mechanism. The weighing outlet corresponds to the inlet of the heat-sealing packaging apparatus. The discharge weighing mechanism includes a vibrating discharge component, a discharge cylinder, a discharge ramp, and a gravity sensor located at the bottom of the discharge ramp. The discharge ramp extends to the outside of the weighing outlet. The discharge end of the discharge cylinder is equipped with a gravity discharge component that works in conjunction with the gravity sensor. When a workpiece vibrating down onto the discharge ramp reaches the rated weight of the gravity sensor, the gravity discharge component controls the discharge of the workpiece. This patent, through the cooperation of the heat-sealing packaging device and the weighing device, automatically packages workpieces to a rated weight, improving the accuracy and consistency of the packaging weight, effectively avoiding overweight or underweight issues, and increasing production efficiency.