53 results about "Secondary Packaging" patented technology

The invention discloses a dynamic configuration-based front-end addition, deletion, modification and check page packaging method and system, and the method comprises the steps: 1, carrying out the split charging of a searched page through an Element-ui form, listing the conditions of components in an existing page, and providing a slot for defining the content of the form; 2, performing secondary packaging use by adopting a vxe-grid table component, and providing basic configuration parameters to realize the display of table data; 3, an operation button is arranged between the search and the table, configuration and slot setting are carried out on button content, and the ButtonConfig is a field object for configuring the operation button; through configuration architecture, a dynamic extension mechanism and performance optimization design, Element-ui and vxe-grid are efficiently packaged, a basic addition, deletion, modification and check page can be generated by introducing configuration parameters, the problems of low efficiency, difficult maintenance, poor expansibility, performance bottleneck and the like in existing CRUD page development are systematically solved, and the development efficiency of the CRUD page is improved. And an efficient, standardized and sustainable evolution solution is provided for front-end engineering.

The invention discloses a multi-point serial fiber grating sensor packaging method and equipment, a multi-point serial fiber grating sensor is made of a bare grid etched with a plurality of grid areas distributed at intervals, and the method comprises the following steps: correspondingly placing the grid areas of the bare grid in a mold, and carrying out primary packaging curing on the grid areas by using primary packaging glue and glass fiber cloth; carrying out secondary packaging and curing on the grid area subjected to primary packaging and curing by using secondary packaging glue and glass fiber cloth, and then demolding; obtaining a packaging bare gate structure comprising a plurality of packaging curing grating areas; and cutting into independent sensor units with fixed shapes by taking each grating area as a unit, so as to prepare the multi-point serial fiber grating sensor which is directly used for being adhered to a target substrate in a serial manner. According to the invention, a packaging process of directly processing and manufacturing a bare grating into a continuous and integrated serial fiber grating sensor can be realized, so that the requirements of modern industry on low cost and high reliability of a large-scale structure are met.

The utility model discloses a packaging box, and belongs to the technical field of lithium battery production. Comprising an upper box body, a lower box body and a locking device, the upper box body and the lower box body are detachably connected through the locking device, a first cavity and a second cavity used for containing a battery are formed in the lower box body, a first through hole and a second through hole corresponding to the first cavity and the second cavity are formed in the upper box body, and the lower box body is connected with a lifting platform in a sealed mode; first sealing grooves are formed in the upper end face of the upper box body in the circumferential directions of the first through hole and the second through hole, and first sealing rings are arranged in the first sealing grooves; according to the utility model, the packaging box is provided with the upper box body and the lower box body which are detachably connected, and the locking device is combined, so that when the first sealing ring between the upper box body and the turntable needs to be disassembled, the upper box body can be directly disassembled from the battery secondary packaging equipment by releasing the locking device, and then the first sealing ring is replaced; the purpose of quickly replacing the first sealing ring is achieved.

The utility model provides a soft package battery capable of supplementing liquid for multiple times, which comprises a battery cell body and an aluminum-plastic film wrapped on the battery cell body, one side of the aluminum-plastic film is folded, the other side of the aluminum-plastic film is sealed by a side seal I, a top seal, a side seal II and an edge seal, the top seal is positioned on the upper side of the battery cell body, the side seal II is of an L-shaped structure, and the side seal II is of an L-shaped structure. The upper end of the side seal II and the top seal are arranged at an interval to form a liquid supplementing channel, the liquid supplementing channel extends back to the battery cell body, and the tail end of the liquid supplementing channel is sealed through an edge seal; according to the utility model, the aluminum-plastic film is subjected to L-shaped packaging during secondary packaging, so that a certain length is reserved at the tab end of the aluminum-plastic film to form a liquid supplementing channel; the channel can be used for multiple times of liquid injection and packaging, and the packaged battery does not occupy space and does not influence the appearance, so that the cost of a battery product is reduced, and the reusability of the soft package battery is realized.

The application provides a multi-in-one relay and a battery pack, comprising a shell structure which is configured with a containing cavity; a relay structure which comprises a relay assembly and a signal piece, the relay assembly is connected with the signal piece, and the relay assembly and the signal piece are arranged in the containing cavity; and the relay assembly is configured with a contact part which is exposed outside the shell structure and is used as a high-voltage loop connection point. The relay assembly and the signal piece are arranged in the shell structure, the relay assembly is connected with the signal piece, the signal piece serves as a sampling line carrier, the contact part of the relay assembly is exposed outside the shell structure and serves as the high-voltage loop connection point, the whole structure saves a relay bus, can be directly integrated in the inside of the battery pack, reduces space waste caused by secondary packaging, and improves the space utilization rate of the battery pack.

The present invention relates to a tubular package comprising a tube, the tube comprising a paperboard, the paperboard having a tubular form and a multilayered packaging material at least partially laminated to an internal surface of the paperboard, the multilayered packaging material comprising a paper layer; a barrier layer selected from organic barrier layers, inorganic barrier layers, and combinations thereof; and a seal layer; and a pair of closures, one located at each end of the tube.

1. The name of the design product: cake box (secondary packaging). 2. The use of the design product: for packaging storage. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The present disclosure relates to a cartridge packaging (1) with an outer shell (3) closed in a tamper proof manner and comprising at least one cartridge (2) filled with a liquid drug for use in a pen type drug delivery device. The shell (3) is a flow wrapped film made of a flexible low-density polyethylene (LDPE) material tube which is heat sealed at two opposite ends. Optionally, a secondary packaging box (8) may be provided housing several shells (3) with cartridges (2).

The invention provides a secondary packaging LED transparent film screen production process, which relates to the technical field of semiconductor packaging, and comprises the following steps: preparing a transparent flexible circuit board on which an LED device is mounted; the method comprises the following steps of: uniformly covering one surface of the transparent flexible circuit board, on which a device is mounted, with a protective glue layer which is strongly bonded with the circuit board; after the protective glue layer is cured, packaging glue is poured into the surface of the protective glue layer, a packaging glue layer is formed after curing, and the LED transparent film screen is manufactured. According to the invention, the protection glue layer on the surface of the transparent flexible circuit board is strongly bonded with the surface layer of the circuit board, so that the functional area of the circuit board is effectively protected, the protection capability of the protection glue layer on the transparent flexible circuit board is enhanced, the stability of the product is improved, and the service life of the product is prolonged; therefore, the LED transparent film screen has extremely strong environmental weather resistance and also has good mounting characteristics, and the application scene adaptability of the LED transparent film screen is greatly improved.

The invention relates to an apparatus and a method for monitoring the quality of packaging units (12), wherein the packaging units (12) are each formed by primary packages (16) that are secondarily packaged in shrink film (30). On a conveyor section (22, 52) extending through a shrink device (36), the primary packages (16) packaged in shrink film (30) are conveyed through the shrink device (36) to undergo heat treatment. An optical detection device (54) for the optical sensor-based scanning of at least one outer surface of the packaging units (12) passing through the outlet is arranged at the outlet of the shrink device (36). Image signals (60) for each packaging unit (12) that are supplied by the optical detection device (54) are compared with predefinable target signals. If a detected deviation of the captured image signals (60) from the target signals is below a predefinable threshold value, or if the captured image signals (60) lie within a target range, a heating device, which is located in the shrink device (36) or supplies the shrink device (36) with heat at an elevated shrink temperature, is throttled at least to such an extent that a shrink temperature prevailing within the shrink device (36) is reduced by a defined value.

The invention relates to a photocuring secondary packaging method for an active functional component, and belongs to the technical field of aviation composite material forming. The method comprises the following steps: preparing a sprayable photocuring packaging precursor glue solution; according to the thickness of the component, uniformly spraying the photocuring packaging precursor glue solution on the surface of the planar or curved active electromagnetic structure; an ultraviolet lamp or a near-infrared lamp is adopted to irradiate the photocuring packaging precursor, photocuring of the packaging material is completed, secondary packaging processing of the component is achieved, and it is guaranteed that the component is completely wrapped by the secondary packaging material.

The invention discloses a corrosion-resistant and high-thermal-conductivity epoxy encapsulated metal film sensor and a preparation method and application thereof, and belongs to the field of temperature measurement. The invention aims to solve the problems that the performance index of the sensor is reduced, the working reliability is reduced and the production cost is too high due to poor sintering protection of the glass slurry of the metal film sensor and secondary packaging. A corrosion-resistant and high-thermal-conductivity epoxy encapsulated metal film sensor comprises a high-thermal-conductivity substrate, a metal film resistor, a glass sealing layer, a wire and a high-thermal-conductivity epoxy encapsulation which form an integrated structure. The method comprises the following steps: 1, pretreating an aluminum nitride substrate; 2, preparing a metal film resistor; 3, preparing a glass sealing layer; 4, welding a lead; and 5, high-heat-conductivity epoxy encapsulation. The corrosion-resistant and high-thermal-conductivity epoxy encapsulated metal film sensor prepared by the invention can realize high-precision, high-stability and long-life measurement at the temperature of-50 to 150 DEG C, the measurement precision is higher than the industrial standard by more than three times, and the corrosion-resistant and high-thermal-conductivity epoxy encapsulated metal film sensor has a wide market application prospect.

The fresh vegetable and fruit packaging bag with the handle structure comprises a packaging paper bag body, the handle structure protruding towards the upper portion of a bag opening is pasted to the inner side of the bag opening of the packaging paper bag body, and air holes are punched in the front face, the back face, the left side face, the right side face and the bottom face of the packaging paper bag body. The handle structure comprises an inner paster with one face pasted to the inner side of the packaging paper bag body, an outer paster fixedly pasted to the other face of the inner paster, and a handle rope fixedly pasted between the inner paster and the outer paster. The packaging bag is endowed with multiple functions by combining the packaging bag of the fresh vegetables and fruits with the handle structure, secondary packaging is not needed after the packaging bag is used for packaging the fresh vegetables and fruits, packaging materials and packaging procedures can be saved, multiple purposes are achieved, and the situation that the fresh vegetables and fruits are crushed and rotten in the whole process that the fresh vegetables and fruits are picked and packaged into the hands of consumers is prevented; and the handle structure is sufficient in strength and high in load capacity, so that the service life and the use quality of the packaging bag are ensured.

The invention relates to a packaging machine device (56) for a paper packaging (10), in particular a paper flow pack packaging and / or a paper tubular bag packaging, which has at least one fin (12, 22), preferably having at least two opposing fins (12, 22), in a closed state. According to the invention, the packaging machine device (56) has a fin folding unit (14), which is designed such that, after closing a product chamber (16) of the paper packaging (10), in particular filled with a product (104), e.g. a food, it folds up / down outwardly protruding fins (12, 22) of the paper packaging (10) in the direction of the product chamber (16), independently of an interaction with a secondary packaging (96) different from the paper packaging (10).

The application discloses a fruit and vegetable tracing system, a tracing method and application thereof, and relates to the technical field of fruit and vegetable tracing. The system comprises a disposable packaging container, a recording terminal, a cloud terminal and a mobile terminal. The disposable packaging container is non-destructively unopenable after being sealed and is provided with a unique identification. The recording terminal collects images of fruit and vegetable picking and packaging, identifies the unique identification, and associates time, position and plot information to upload to the cloud terminal. The mobile terminal reads cloud data to complete tracing by identifying the unique identification. The application also provides a matching tracing method, and two application processes of batch packaging after sampling and inspection and sampling after batch packaging. The application physically eliminates the problems of fruit and vegetable repackaging, secondary packaging and identification reuse, forms a complete and reliable evidence chain through images and space-time information, realizes accurate and traceable origin, integrates detection and tracing, and has simple system structure and easy-to-operate method. The application is suitable for large-scale tracing of various fruits and vegetables, and has strong practicability and generalization.

The disclosure concerns a method for manufacturing a secondary packaging according to the BOD logic. The method in particular envisages managing a plurality of orders, each comprising a plurality of items. For each item, it is defined the primary cuboid circumscribed to it and for each order, it is identified the most compact arrangement of the items and the secondary cuboid circumscribed to it. The blanks representing the plane developments of the boxes that contain the secondary cuboids are then defined. After having optimized the arrangement thereof, the blanks are cut out of a sheet of packaging material. The boxes are thus assembled with the blanks and are each filled with their own order in the most compact arrangement. The disclosure further concerns a plant applying the method.

The utility model discloses a packaging box capable of preventing secondary packaging, and relates to the technical field of packaging boxes, the packaging box is formed by folding a whole paper board with longitudinal creases and transverse creases, the packaging box comprises a first locking structure, a second locking structure and a third locking structure which are arranged on the paper board, and when the paper board is folded to form the packaging box, the second locking structure and the third locking structure are locked. The first locking structure is used for preventing paperboards at the side part of the packaging box from being separated, the second locking structure is used for preventing paperboards at the bottom of the packaging box from being separated, and the third locking structure is used for preventing paperboards at the top of the packaging box from being separated; when the packaging box is formed, the first locking structure, the second locking structure and the third locking structure are located in the packaging box. Through the arrangement, the packaging box is packaged in all directions through the corresponding locking structures, the overall stability of the packaging box is improved, after the packaging box is packaged, the locking structures are located in the packaging box, the possibility of external disassembly is reduced, if the packaging box is forcibly opened, the internal locking structures are damaged, obvious traces are left, and secondary packaging is effectively prevented.

The invention relates to the technical field of Web front-end visualization, in particular to a Vue3-based Echarts component secondary packaging method and system, and the method comprises the steps: constructing a universal logic hook (user Echarts) based on a Compression API of Vue3, the universal logic hook (user Echarts) being used for the centralized management of the life cycle and event response of an Echarts instance; packaging a plurality of independent business components according to a predefined chart classification system; constructing a unified component entry, receiving chart parameters transmitted from the outside by the unified component entry, and dynamically loading and rendering corresponding business components according to the chart parameters; a performance optimization strategy is implemented in the packaging method, and the performance optimization strategy comprises anti-shake processing, asynchronous dynamic loading and configuration combination optimization. Through modular design and standardized interfaces, efficient reuse and unified management of Echarts components are realized, the problems of code redundancy, style chaos, life cycle management and the like are solved, the development efficiency is remarkably improved, and the maintenance cost is reduced.

Packaging and methods are provided. The package comprises: a manufacturer-sealed sterile surgical package; a surgical instrument, the surgical instrument being stored within the manufacturer-sealed sterile package; and at least one secondary use package, the at least one secondary use package being contained within the manufacturer-sealed sterile surgical package. The at least one secondary use package is configured to receive and aseptically contain one or more components of the surgical instrument after a surgical procedure. The at least one secondary use package includes at least one authenticator configured to selectively allow access to the at least one secondary use package.

The invention discloses an automatic packaging machine for silica gel products. The automatic packaging machine comprises a rack, a pretreatment mechanism, a conveying mechanism, a primary packaging mechanism, a rear packaging mechanism, a film roller, a regulation and control mechanism, a folding mechanism, an edge warping mechanism and a cutting mechanism. A hole channel is formed in the surface of a conveying belt of the conveying mechanism; the regulation and control mechanism controls attachment or separation of a membrane material and the conveying belt through negative pressure and positive pressure in a segmented manner; the folding mechanism is matched with the edge warping mechanism to guide a film edge to the primary packaging mechanism; the primary packaging mechanism winds a packaging film on the periphery of a product through a clamping rod which actively rotates; and the rear packaging mechanism is an ultrasonic continuous sealing machine or a cold sealing roller press. The viscoelasticity of the silica gel product is reduced through refrigeration pretreatment, stable and automatic packaging of the soft silica gel product is achieved in combination with positive and negative pressure regulation and control, active folding and winding and lossless packaging, the packaging yield is high, and the device is suitable for an automatic production line of the silica gel product.

A two-in-one skid-mounted device for powder crushing and grading relates to the technical field of powder crushing equipment, and comprises a first skid-mounted support and a second skid-mounted support which are arranged in parallel, and the first skid-mounted support and the second skid-mounted support are detachably connected through a quick-mounting assembly; the first skid-mounted support is fixedly connected with a grading subassembly, and an airflow mill subassembly and a mechanical mill subassembly are horizontally arranged below the grading subassembly in a sliding mode and are alternately connected with the lower end of the grading subassembly through a switching structure. The utility model solves the problems that different crushing and grading devices in the prior art are disordered in parts and inconvenient to transport and install, and especially when a container is needed for transportation, scattered parts need to be packed for the second time and the space of the container cannot be fully utilized when the scattered parts are packed.

1. The name of the design product: multi-specification bagging machine. 2. The use of the design product: the design product is used for secondary packaging of wet wipes. Ten pieces of wet wipes per package are packed into 6 / 7 / 8 / 9 / 10 packages per carton. Also, 80 pieces of large package wet wipes per package can be packed into 3 packages per carton. 3. The design points of the design product: the combination of shape and pattern. 4. The picture or photo that best indicates the design points: front view.

The present application relates to the field of intelligent manufacturing technology, and discloses a method and system for intelligent cleaning and protection of a soft package battery secondary packaging process, comprising: obtaining high-resolution optical image data of a packaging area, analyzing surface texture and color difference through a preset image processing algorithm to identify electrolyte residue distribution position and concentration level, and obtaining a residue distribution map; applying a gas phase deposition method to deposit a thin layer of protective coating on the optimized cleaning surface, the coating containing a neutralizing agent component to block potential acidic substances from reacting, obtaining surface scanning data after deposition to determine coating uniformity, and obtaining a strengthened protective surface; extracting final verification data from a stable interface structure, quantifying the probability of micropore formation using an image processing algorithm, and matching the data with a liquid leakage risk model to determine overall packaging integrity, and obtaining a confirmed non-polluted packaging result.

The utility model discloses a portable strip-permeable packing device, which relates to the technical field of cigarette packing, and comprises a fixed box and a detachable box cover, a heat sealing component for heat sealing a strip-permeable membrane and a temperature control component for detecting and adjusting the working temperature of the heat sealing component are arranged in the fixed box; the temperature control assembly is connected with the heat sealing part of the heat sealing assembly so as to detect the working temperature of the heat sealing part. The heat sealing assembly and the temperature control assembly are arranged in the fixing box, compared with an existing full-automatic integrated packaging machine, the full-automatic integrated packaging machine is small in size, convenient to carry and capable of being flexibly carried between retail points to conduct secondary strip-through packaging of strip-through damaged tobaccos, and the problem of secondary packaging of strip-through damaged tobaccos at the retail points is efficiently and conveniently solved.

The invention provides a biological pre-oxidation method for ore dump leaching and a method for leaching gold after biological pre-oxidation of gold-containing ore, which comprises the step of adopting heating and heat preservation measures in the biological pre-oxidation process, and particularly comprises the following steps of: heating a solution containing microorganisms and / or carrying out film coating and heat preservation on an ore heap, the temperature of biological pre-oxidation is controlled to be greater than or equal to 15 DEG C; the method has the advantages that microorganisms can keep high-efficiency oxidation activity, pyrite can be promoted to be quickly oxidized, the temperature of an ore heap can be increased by heat release in the pyrite oxidation process, accordingly, mutual promotion is formed to form forward circulation, the leaching rate of metal resources in the ore is increased, and efficient utilization of the metal resources in the low-grade difficult-to-treat ore is achieved; for the gold-bearing ore, the processes of secondary crushing, alkalifying and gold leaching are carried out after biological pre-oxidation, the problem of secondary wrapping of the gold-bearing ore in the biological pre-oxidation process is avoided, and the gold leaching rate is increased by 40% or above compared with a traditional direct gold leaching method.

The invention discloses a process for keeping pH of an injection of carbon dioxide stable, and belongs to the technical field of injection production processes. The process sequentially comprises the steps of liquid medicine preparation and filling, high-temperature sterilization and outer packaging treatment. Wherein the outer packaging treatment specifically comprises the following steps: putting the sterilized primary packaging product into a secondary packaging bag, vacuumizing, filling mixed gas with the carbon dioxide volume concentration of 7-13%, and sealing. And the secondary packaging bag is preferably an aluminum-plastic composite film. According to the process, by establishing a specific carbon dioxide gas environment in an outer package, escape of carbon dioxide gas in a primary package is effectively reduced, so that continuous decomposition of bicarbonate ions in a liquid medicine is inhibited, the problem that the pH value of the sodium bicarbonate-containing injection is gradually increased in the long-term storage process is solved, and the safety of the injection is improved. And the stable quality of the product within the validity period is ensured.

The invention relates to a free bag mixing secondary packaging production line and a production method thereof.The secondary packaging production line comprises a left conveying line, a right conveying line, a plurality of bag arranging machines, a plurality of separated discharging mechanisms, a lifting conveying mechanism and a sub-packaging conveying mechanism, and the lifting conveying mechanism and the sub-packaging conveying mechanism are arranged at the tail end of the left conveying line and the tail end of the right conveying line respectively. The bag arranging machines are arranged on the outer sides of the left conveying line and the right conveying line respectively. The output ends of the multiple bag arranging machines are connected with the separated discharging mechanism. A plurality of feeding grooves are formed in conveying belts of the left conveying line and the right conveying line, and the split-channel discharging mechanism is correspondingly connected with the left conveying line and the right conveying line through a left output port and a right output port and communicates with the feeding grooves in the corresponding conveying lines. The subpackaging conveying mechanism comprises a subpackaging conveying belt, a pushing device and charging hoppers on the left side and the right side, the lifting conveying mechanism is connected with the subpackaging conveying belt, and the pushing device is movably arranged between the left side and the right side of the subpackaging conveying belt so as to push material packages to the charging hoppers on the left side or the right side. Intelligent free mixed package secondary packaging is achieved, the packaging accuracy and efficiency are improved, and the cost is reduced.

A film for a secondary packaging includes a first ply, a second ply, and a third ply. The first ply includes a polyolefin and the third ply includes a plastic. A first adhesive layer bonds the first ply and the second ply and a second adhesive layer bonds the second ply and the third ply. An oxygen barrier layer is between the first adhesive layer and the second adhesive layer. The oxygen barrier layer includes at least one of a metal oxide or a metalloid oxide. A primary packaging filled with a medical liquid can be arranged in the secondary packaging. A method for manufacturing a medicine product including the primary packaging arranged in the secondary packaging is also described.