CN219506489U - Sterile packaging and transporting device of tetrad cell factory incubator - Google Patents

Abstract

An aseptic packaging and transporting device of a tetrad cell factory incubator belongs to the technical field of aseptic transportation. Including box, shock attenuation layer board, lower part spacing fixed plate, upper portion spacing fixed plate, fastening connection strapping and sealed wrapping bag, lower part spacing fixed plate sets up the quadruplex cell mill incubator bottom of equipment in the box, spacing and fixed incubator, and upper portion spacing fixed plate sets up the quadruplex cell mill incubator top of equipment in the box, and its one side has the recess of the feed liquor pipeline subassembly of each cell mill of holding and/or respiratory filter component, sets up two at least fastening connection strapping at upper and lower part spacing fixed plate periphery and connects into a whole, should whole periphery cover put two-layer sealed wrapping bag that bleeds, set up respectively with whole appearance complex upper shock attenuation layer board and lower shock attenuation layer board in box top and bottom. The utility model can reduce pollution risk, reduce labor intensity of operators and improve quality of the tetrad cell factory incubator.

Description

Sterile packaging and transporting device of tetrad cell factory incubator

Technical Field

The utility model belongs to the technical field of aseptic transportation of culture devices, and particularly relates to an aseptic packaging and transporting device of a tetrad cell factory culture device.

Background

Cell culture, also known as cell culture technology, refers to a method of simulating in vitro an in vivo environment to allow cells to survive, grow, reproduce and maintain primary structure and function. When large-scale cell culture is performed, a cell culture reactor, a rotary bottle or a multi-layer cell factory is required to be used for completing the cell culture, the cell culture reactor is high in price and high in purchasing cost, and the rotary bottle is used for culturing cells, so that the occupied space is large, the difference between the bottles is difficult to control, and the cell factory becomes a preferred mode for performing large-scale cell culture and production due to the advantages of compact structure, space saving, no cytotoxicity and convenience in amplifying layer number. In particular, large scale cell cultures, require a larger, stable and standard cell factory incubator, a tetrad cell factory incubator. At present, the existing tetrad cell factory incubator is temporarily assembled into a whole on the scene of a culture workshop, a single cell factory, a liquid inlet pipeline assembly and a breathing filter assembly are transported to the culture workshop firstly, and the connection assembly of pipelines is carried out on the scene, so that the risk of bacterial pollution to the tetrad cell factory incubator in the connection assembly process is increased, the labor intensity of on-site operators is increased, and the transportation of the assembled tetrad cell factory incubator is quite inconvenient and easy to damage.

Disclosure of Invention

The utility model provides a sterile packaging and transporting device of a tetrad cell factory incubator, which aims to solve the problems of inconvenient transportation, reduced pollution risk, reduced labor intensity of operators and improved quality of the tetrad cell factory incubator.

The aim of the utility model is realized by the following technical scheme:

the utility model provides a tetrad cell mill incubator's aseptic package conveyer, comprises a box body, the shock attenuation layer board, lower part spacing fixed plate, upper portion spacing fixed plate, fastening connection strapping and sealed wrapping bag, lower part spacing fixed plate sets up the tetrad cell mill incubator bottom of equipment in the box, spacing and fixed incubator position, upper portion spacing fixed plate sets up at the tetrad cell mill incubator top of equipment in the box, its one side has the recess of the feed liquor pipeline subassembly of each cell mill of holding and/or respiratory filter component, set up two at least fastening connection strapping at upper and lower part periphery and connect and fix into a whole, this whole periphery cover is put two-layer sealed wrapping bag of bleeding, set up respectively with whole appearance complex upper shock attenuation layer board and lower shock attenuation layer board in box top and bottom.

Further, the fixed limiting plate 4 in lower part is a rectangular frame-shaped plate structure with a peripheral frame, three outer edge reinforcing ribs are uniformly arranged on the plate at intervals to form four rectangular areas for installing a cell factory in a matched mode, one side frame of each area is provided with an opening, two sides of the opening of each area are provided with grooves, each area is provided with a lower limiting groove with an inverted convex cross section, and the lower parts of the unopened sides and the outer sides of the frames of the unopened sides are provided with fastening connection strapping limiting grooves.

Further, upper portion spacing fixed plate is the frame template structure that has the frame, and even interval is provided with three outer along the strengthening rib on its template, forms four protruding cooperation installation cell mill's region, all sets up horizontal division board on every regional template, forms two and cell mill complex last spacing mounting groove, and protruding type side and the corresponding side frame that is close to both ends all open and be connected the strapping spacing groove with lower part spacing fixed plate matched with fastening.

Further, the transportation buckle hand convenient to carry is arranged at two ends of the upper limiting and fixing plate.

The beneficial effects of the utility model are as follows:

the utility model is convenient for the transportation of the tetrad cell factory incubator, reduces pollution risk, reduces labor intensity of operators and improves the quality of the tetrad cell factory incubator.

Drawings

Fig. 1 is an overall construction diagram of the present utility model.

Fig. 2 is an internal structural view of the present utility model.

Fig. 3 is a schematic view of the upper limiting plate in fig. 1.

Fig. 4 is a schematic structural view of the lower limiting plate in fig. 1. Fig. 5 is a view of the feed pipe assembly of fig. 1.

Fig. 6 is a view of the respiratory filter assembly of fig. 1.

In the figure:

1. the box body, 2, an upper shock absorption supporting plate, 3, an upper limit fixing plate, 31, an upper limit mounting groove, 32, a transfer buckle, 33, a partition plate, 4, a lower limit fixing plate, 41, a lower limit groove, 42, an opening, 5, a fastening connection stranded ribbon, 6, a fastening connection stranded ribbon limit groove, 7, a reinforcing rib and 8, a packaging bag.

9. The cell factory comprises a quadruplex cell factory incubator 91, a liquid inlet pipeline assembly 92, a breathing filter assembly 93, a tank liquid port 94, a breathing port 95, a filter 96, an adapter cover 97, a liquid inlet pipe 98, a liquid outlet pipe 10 and a lower damping support plate.

Detailed Description

The utility model is described in detail below with reference to the drawings and examples.

Examples: as shown in fig. 1 and 2, the aseptic package and transportation device for a quadruple cell factory incubator of the present utility model comprises a box body 1, a shock absorbing support plate, a lower limit fixing plate 4, an upper limit fixing plate 3, a fastening connection strapping 5 and a sealing packaging bag 8, wherein the lower limit fixing plate 4 is arranged at the bottom of the quadruple cell factory incubator 9 assembled in the box body 1, limits and fixes the position of the incubator, the upper limit fixing plate 3 is arranged at the top of the quadruple cell factory incubator 9 assembled in the box body 1, one side of the upper limit fixing plate is provided with a groove for accommodating a liquid inlet pipe assembly 91 and/or a respiratory filter assembly 92 of each cell factory, at least two fastening connection strapping 5 are arranged at the peripheries of the upper limit fixing plate 3 and the lower limit fixing plate 4 to be connected and fixed into a whole, the whole periphery of the strapping 5 is sleeved with a sealing packaging bag, and an upper shock absorbing support plate 2 and a lower shock absorbing support plate 10 matched with the whole shape are respectively arranged at the top and the bottom of the box body 1.

As shown in FIG. 2, the assembled quadruplex cell factory incubator 9 has four 40-layer cell factory incubators 9 connected to their respective inlets via inlet pipe assemblies 91 and connected to their respective breathing ports via four breathing filter assemblies 92. As shown in fig. 5, the liquid inlet pipe assembly 91 is formed by connecting a plurality of silicone pipes, tee joints and elbows, so as to form four liquid inlet pipes 97 and one liquid outlet pipe 98 which are respectively connected with each cell factory, and the ends of the liquid inlet pipes are respectively connected with an adapter cover 96; as shown in FIG. 6, the respiratory filter assembly 92 is formed by connecting three silicone tubes to a tee, one of the silicone tubes is connected to an adapter cap 96, the cell factory breathing port 94 is connected to the adapter cap 96, and the two silicone tubes are connected to a filter 95.

As shown in fig. 4, the lower fixed limiting plate 4 is a rectangular frame-shaped plate structure with a peripheral frame, three outer edge reinforcing ribs 7 are uniformly arranged on the plate at intervals to form four rectangular areas for installing the cell factory in a matching manner, one side frame of each area is provided with an opening 42, two sides of the opening 42 of each area are provided with grooves, each area is provided with a lower limiting groove 41 with an inverted convex cross section, and fastening connection strapping limiting grooves 6 are formed in the lower part of the unopened side and the outer side of the frame of the unopened side.

As shown in fig. 3, the upper limiting and fixing plate 3 is a frame-shaped plate structure with a frame, three outer edge reinforcing ribs 7 are uniformly arranged on the plate at intervals to form four areas for installing the cell factories in a protruding mode, the protruding shoulders are in arc transition, grooves for accommodating liquid inlet pipe assemblies 91 and/or respiratory filter component assemblies 92 of each cell factory are formed between adjacent protruding structures, a transverse partition 33 is arranged on each area plate to form two upper limiting and mounting grooves 31 matched with the cell factories, and fastening connection strapping limiting grooves 6 matched with the lower limiting and fixing plate 4 are formed on protruding sides close to two ends and corresponding side frames.

The upper limiting and fixing plate 3 is provided with a transfer buckle 32 at two ends for convenient transportation, and is convenient for installation and transfer. The arrangement of the reinforcing ribs 7 of the upper and lower limiting and fixing plates can improve the bearing strength of the upper and lower limiting and fixing plates, and is beneficial to protecting the tetrad cell factory incubator.

The parts of the utility model not described in detail are all of the conventional structure and are not described in detail herein.

The lower limiting and fixing plate 4 and the upper limiting and fixing plate 3 are made of engineering plastics, and the lower limiting and fixing plate 4 is provided with 4 lower limiting grooves 41 and an upper limiting and fixing plate is provided with an upper limiting and fixing groove 31 for placing a cell factory incubator, and the outer edge reinforcing ribs 7 on the upper limiting and fixing plates can improve the mechanical strength of the fixed limiting plates and are more beneficial to the safe transportation of the cell factory incubator. Two fastening connection strapping limiting grooves 6 are formed in the upper limiting fixing plate and the lower limiting fixing plate, and the upper limiting fixing plate and the lower limiting fixing plate are connected through fastening connection strapping 5.

The upper and lower damping support plates are of a groove-shaped body structure with one side open, the upper and lower parts of the quadruplet cell factory incubator 9 are respectively accommodated in the open grooves, and the open groove frames extend to the body part of the quadruplet cell factory incubator 2.

In the utility model, when packaging, the lower limit fixing plate 3 is ready to be placed on a workbench, the tetrad cell factory incubator 9 is placed in the lower limit groove 41 on the lower limit fixing plate 4 according to the direction of figure 2, then 4 sets of breathing filter assemblies 92 are respectively arranged on the breathing ports 94 of 4 cell factories, and the liquid inlet pipeline assemblies 91 are arranged on the liquid inlets 93 of the 4 cell factory incubators;

the upper limiting and fixing plate 3 is arranged on the quadruplet cell factory incubator, so that 4 cell factory incubators are arranged in the upper limiting and fixing groove 31, and finally two fastening and connecting strapping bands 5 penetrate through the fastening and connecting strapping band limiting grooves 6 of the upper limiting and fixing plate and the lower limiting and fixing plate and are locked, and the quadruplet cell factory incubator 2 and the upper limiting and fixing plate 3 and the lower limiting and fixing plate 4 form a whole;

then, the whole bound tetrad cell factory incubator is transported into a double-layer air-pumping packaging bag, the packaging bag is pumped out by a vacuum packaging machine, the pumped-out and packaged tetrad cell incubator is put into a lower shock-absorbing supporting plate 10, an upper shock-absorbing supporting plate 2 is sleeved, and finally, the packaging box is sealed in a box body 1 shown in fig. 1.

It should be understood that the foregoing detailed description of the present utility model is provided for illustration only and is not limited to the technical solutions described in the embodiments of the present utility model, and those skilled in the art should understand that the present utility model may be modified or substituted for the same technical effects; as long as the use requirement is met, the utility model is within the protection scope of the utility model.

Claims (4)

1. A sterile packaging and transporting device of a tetrad cell factory incubator, which is characterized in that: including box, shock attenuation layer board, lower part spacing fixed plate, upper portion spacing fixed plate, fastening connection strapping and sealed wrapping bag, lower part spacing fixed plate sets up the quadruplex cell mill incubator bottom of equipment in the box, spacing and fixed incubator position, upper portion spacing fixed plate sets up the quadruplex cell mill incubator top of equipment in the box, its one side has the recess of the feed liquor pipeline subassembly of each cell mill of holding and/or respiratory filter component, set up two at least fastening connection strapping at upper and lower part periphery and connect and fix into a whole, should whole periphery cover put two-layer sealed wrapping bag of bleeding, set up respectively with whole appearance complex upper shock attenuation layer board and lower shock attenuation layer board in box top and bottom.

2. The sterile packaging and shipping device for a tetrad cell factory incubator of claim 1, wherein: the fixed limiting plate in lower part is the frame template structure of rectangle area border all, and the even interval is provided with three outer strengthening rib on its template, forms four rectangle cooperation installation cell factory's region, and the one side frame of every region all has the opening, and all opens flutedly in the opening both sides of every region, makes every region all have the cross-section for protruding lower spacing groove down, all opens the fastening connection strapping spacing groove in the frame outside of unopened side lower part and unopened side.

3. The sterile packaging and shipping device for a tetrad cell factory incubator of claim 1, wherein: the upper limiting and fixing plate is of a frame-shaped plate structure with a frame, three outer edge reinforcing ribs are uniformly arranged on the plate at intervals, four areas for installing cell factories in a matched mode are formed, transverse partition plates are arranged on each area of the plate, two upper limiting and fixing grooves matched with the cell factories are formed, and the protruding sides close to two ends and the corresponding side frames are provided with fastening connection strapping limiting grooves matched with the lower limiting and fixing plate.

4. The sterile packaging and shipping device for a tetrad cell factory incubator of claim 1, wherein: the upper limiting and fixing plate is provided with a transfer buckle hand convenient to carry at two ends.