CN217456903U - Red blood cell transfer material frame for intelligent red blood cell refrigerator access system - Google Patents

Abstract

The utility model discloses an intelligence erythrocyte freezer access system transports material frame with erythrocyte, including transporting material frame body, should transport the storage magazine that can place a plurality of looks adaptation in the material frame body, place the erythrocyte bag that is equipped with erythrocyte liquid in the storage magazine, transport this internal interval of material frame and set up a plurality of storage magazine division board and a plurality of vertical division board, storage magazine division board sets up perpendicularly with vertical division board and will transport this internal storage magazine of material frame and separate. The utility model discloses in, transport and place a plurality of storage magazine in the material frame body, can provide the protection for storing the magazine, can carry out mass management and range arrangement to storing the magazine again to the manipulator gets to put of storing the magazine, improves work efficiency, and storage magazine single bag storage is got in small batch and is put, and furthest's reduction erythrocyte material exposes the time under normal atmospheric temperature environment, has great meaning to optimizing erythrocyte low temperature storage.

Description

Red blood cell transfer material frame for intelligent red blood cell refrigerator access system

Technical Field

The utility model belongs to the technical field of the biology, concretely relates to material frame is transported with erythrocyte to intelligence erythrocyte freezer access system.

Background

The development of medical low-temperature refrigeration technology is promoted by the progress of the technical level of the medical industry, and the medical low-temperature refrigeration technology is a storage technology for storing medical products in an environment lower than normal temperature, ensuring the quality of the medical products and prolonging the storage life.

At present, workers usually manually put prepared red blood cell bags filled with red blood cell sap into plastic-dipped frames with proper sizes and then put in storage to store the red blood cell sap, and when the red blood cell sap is put in storage, the workers need to manually scan codes to store the information of materials into a system, so that the following problems can be caused: (1) the storage efficiency is low; (2) misplacement, code scanning errors, etc. may exist; (3) the influence of workers entering a low-temperature environment on the health of human bodies and the like.

For avoiding appearing above-mentioned condition, intelligence erythrocyte freezer access system takes place at the same time, for traditional artifical storage mode, full-automatic low temperature storage can be realized to intelligence erythrocyte freezer access system, has following advantage: (1) the full-automatic operation is realized, and the manpower is liberated; (2) the storage and goods taking processes are carried out fully automatically, and personnel do not need to enter the interior of the refrigeration house, so that the damage of low temperature to the health of a human body is prevented; (3) the storage and goods taking processes are performed fully automatically, so that the occurrence of errors is reduced; (4) the memory capacity and the memory efficiency are effectively improved; (5) effectively improve the blood storage quality and ensure the safety of blood consumption.

The red blood cell transferring material frame (hereinafter referred to as transferring material frame) for the intelligent red blood cell cold storage access system is a red blood cell bag loading and transferring device which is matched with the intelligent red blood cell cold storage access system. The traditional plastic dipping frame in use at present can have the following problems in a manner of manual storage by matching personnel: (1) the inside of the plastic-impregnated frame is made of carbon steel, and the outer layer is attached with a plastic-impregnated layer, so that the whole weight is heavier, and the taking is inconvenient; (2) because the outer layer is attached with the plastic-impregnated layer, when the plastic-impregnated layer is collided, scratched and abraded, the plastic-impregnated layer is peeled off, abraded and damaged, and the plastic-impregnated layer has a sharp corner at the moment, so that the red blood cell bag can be scratched and damaged; (3) when the plastic-impregnated layer is peeled off, abraded and damaged, the internal carbon steel frame is exposed, the metal corrosion condition can be generated in a low-temperature and humid environment for a long time, the service life of the plastic-impregnated frame is influenced, and meanwhile, the generated corrosion can pollute the erythrocyte bag; (4) dozens of bags of red cell fluid are stored in one plastic-dipped frame and one basket, when the plastic-dipped frame is required to be used, dozens of bags of red cell fluid are taken out from a low-temperature environment at the same time, and excessive red cell fluid at one time is exposed in a normal-temperature environment, which may cause adverse effects on the red cell fluid; (5) the cost of the plastic-impregnated frame is high.

SUMMERY OF THE UTILITY MODEL

For solving the technical problem that exists among the prior art, the utility model aims to provide an intelligence erythrocyte freezer is erythrocyte transportation material frame for access system.

In order to realize the above purpose, reach above-mentioned technological effect, the utility model discloses a technical scheme be:

material frame is transported with erythrocyte to intelligence erythrocyte freezer access system, including transporting material frame body, transport this internal storage magazine that can place a plurality of looks adaptation of material frame, place the erythrocyte bag that is equipped with the erythrocyte liquid in the storage magazine, transport this internal interval of material frame and set up a plurality of storage magazine division board and a plurality of vertical separation board, storage magazine division board and vertical separation board set up perpendicularly and will transport this internal storage magazine of material frame and separate.

Further, it is the square structure of bottom closure, open-top to transport the material frame body, it sets up a plurality of storage magazine division board to transport this internal parallel equidistant of material frame, two side parallel arrangement of storage magazine division board and the parallel arrangement who transports the material frame body, the side and the perpendicular division board parallel arrangement of two remaining parallel arrangement who transports the material frame body, be provided with storage magazine locating plate on the storage magazine division board.

Further, with the side parallel arrangement of transporting the material frame body and forming storage space I between minimum storage magazine division board and vertical separation board, the transportation material frame body apart from, form storage space II between remaining adjacent storage magazine division board and vertical separation board, the transportation material frame body, place the storage magazine of a looks adaptation in every storage space I and the storage space II respectively.

Furthermore, the length of the storage space I is (80-200) + -0.20 mm, the width of the storage space I is (30-100) + -0.20 mm, the length of the storage space II is (80-200) + -0.20 mm, and the width of the storage space II is (30-100) + -0.20 mm.

Further, the storage magazine includes the box body, the relative both ends border symmetry in box body top sets up to press from both sides and gets the location boss, and the relative both ends symmetry of box body forms the letter sorting and presss from both sides the face of getting, and the letter sorting presss from both sides the face of getting and is located to press from both sides and gets and fix a position boss below, and the letter sorting presss from both sides the face bottom of getting and sets up the bottom locating surface, and the box body removes the remaining two sides of letter sorting and presss from both sides the face of getting and is provided with visual identification window respectively and sweeps a yard identification window, and the box body top, sweep a yard identification window top and be provided with artifical identification mark.

Furthermore, the visual identification window and the code scanning identification window are not on the same side, the visual identification window and the code scanning identification window are arranged in a staggered mode, the size of the visual identification window is matched with the resolution of visual identification equipment, the position of the visual identification window is matched with the visual identification position of the erythrocyte bag, the distance between the visual identification window and the right side of the box body is 5-60 mm, the size of the code scanning identification window is matched with the resolution of the code scanning equipment, the position of the code scanning identification window is matched with the bar code identification position of the erythrocyte bag, and the distance between the code scanning identification window and the left side of the box body is 5-60 mm.

Further, the length of transporting material frame body is (200 ~ 600) ± 1mm, and the width is (150 ~ 400) ± 1 mm.

Further, transport material frame body inside central position interval and set up two perpendicular division boards, form the partition space between two adjacent perpendicular division boards and storage magazine division board and the transport material frame body, separate the storage magazine of same row through the partition space.

Compared with the prior art, the beneficial effects of the utility model are that:

the utility model discloses an intelligence erythrocyte freezer access system transports material frame with erythrocyte, including transporting material frame body, should transport the storage magazine that can place a plurality of looks adaptation in the material frame body, place the erythrocyte bag that is equipped with erythrocyte liquid in the storage magazine, transport this internal interval of material frame and set up a plurality of storage magazine division board and a plurality of vertical division board, storage magazine division board sets up perpendicularly with vertical division board and will transport this internal storage magazine of material frame and separate. The utility model provides an intelligence erythrocyte freezer is erythrocyte transportation material frame for access system, the storage magazine that will be equipped with the erythrocyte bag is put in order, provide the protection when loading, do benefit to and will transport the material frame through automatic transmission device and carry intelligent erythrocyte freezer, can enough provide the protection for the storage magazine, can carry out mass management to the storage magazine again, arrange the arrangement to the storage magazine simultaneously, so that the manipulator gets to put the storage magazine, improve work efficiency, the storage magazine is used for bearing the erythrocyte bag that is equipped with the red cell liquid that is prepared, compare in traditional plastic-impregnated frame storage, have following advantage: (1) single bag storage, small batch taking and placing, and the time of exposing the erythrocyte materials in the normal temperature environment is reduced to the maximum extent; (2) the ABS plastic injection molding is adopted, so that the service life of the storage material box is effectively prolonged; (3) the storage material box has light weight, and is convenient for personnel to take and operate; (4) the structure of the storage material box is optimally designed, so that the code scanning is conveniently and automatically carried out, and the damage of the storage material box to the erythrocyte bag is reduced; (5) compared with the traditional plastic dipping frame, the storage material box is low in price and low in cost; (6) because the storage material box is made of ABS material, the red blood cell bag is not polluted, and the condition of metal corrosion is not generated; (7) the structure of the storage box is pertinently matched with the design of the erythrocyte bag, so that the erythrocyte bag is effectively protected; (8) the structure of the storage material box is designed aiming at the automation equipment, so that the automation equipment can conveniently finish the actions of clamping, forking and absorbing; (9) accord with ergonomic design, compromise aesthetic modeling, consequently, the linkage of storage magazine cooperation intelligence erythrocyte freezer access system is used, can enough provide the protection for the erythrocyte bag, conveniently sweeps sign indicating number discernment and visual identification again, and the fork of the clamp of the manipulator of being convenient for simultaneously gets and the fork of fork gets, has the great meaning to optimizing erythrocyte low temperature storage.

Drawings

Fig. 1 is a schematic perspective view of a material transferring frame of the present invention;

fig. 2 is a front view of the material transferring frame of the present invention;

fig. 3 is a cross-sectional view of the present invention;

fig. 4 is a cross-sectional view of the present invention;

fig. 5-6 are schematic perspective views of the storage box of the present invention;

fig. 7 is a schematic view of the three-dimensional structure of the material transferring frame and the material storing box of the present invention.

Detailed Description

The present invention is described in detail below to enable the advantages and features of the present invention to be more easily understood by those skilled in the art, thereby making more clear and definite definitions of the scope of the present invention.

The following presents a simplified summary of one or more aspects in order to provide a basic understanding of such aspects. This summary is not an extensive overview of all contemplated aspects, and is intended to neither identify key or critical elements of all aspects nor delineate the scope of any or all aspects. Its sole purpose is to present some concepts of one or more aspects in a simplified form as a prelude to the more detailed description that is presented later.

As shown in figures 1-7, the erythrocyte transferring material frame for the intelligent erythrocyte refrigerator access system comprises a transferring material frame body 1, wherein the transferring material frame body 1 is a foundation for realizing the use function, the transferring material frame body 1 is of a square structure with a closed bottom and an open top, a plurality of storage material box partition plates 2 are arranged in the transferring material frame body 1 at intervals in parallel, the storage material box partition plates 2 are arranged in parallel with two parallel side edges of the transferring material frame body 1, a plurality of vertical partition plates 3 are also arranged in the transferring material frame body 1 at intervals, the storage material box partition plates 2 are arranged perpendicular to the vertical partition plates 3, the remaining two parallel side edges of the transferring material frame body 1 are arranged in parallel with the vertical partition plates 3, the vertical partition plates 3 are preferably arranged at two and are preferably arranged at the central position in the transferring material frame body 1, the internal space of the transferring material frame body 1 is divided into a plurality of spaces by arranging the plurality of the storage material box partition plates 2 and the vertical partition plates 3, the method specifically comprises the following steps: a storage space I4 is formed between the storage material box partition plate 2 closest to the transferring material frame body 1, namely the storage material box partition plate 2 which is arranged in parallel with the side edge of the transferring material frame body 1 and has the smallest distance with the vertical partition plate 3 and the transferring material frame body 1, and in the rest storage material box partition plates 2, two adjacent storage magazine division boards 2 and vertical separation board 3, transport and form storage space II 5 between the material frame body 1, storage space I4 is the same with storage space II 5 size, place the storage magazine 7 of a looks adaptation in every storage space I4 and the storage space II 5 respectively, place a bag red cell bag that is equipped with red cell liquid in every storage magazine 7, two adjacent vertical separation boards 3 and storage magazine division board 2 and transport and form separation space 6 between the material frame body 1, separate storage magazine 7 of same row through separation space 6.

Every is stored up (relative two sides) the magazine locating plate 8 of storage on the magazine division board 2, the size of storage magazine locating plate 8 and the size looks adaptation of storage magazine division board 2, fix a position and the direction storage magazine 7 through storage magazine locating plate 8, press from both sides and place with convenient letter sorting manipulator clamp, can protect storage magazine 7 and erythrocyte bag through setting up a plurality of storage magazine division boards 2, do benefit to the operation on automatic transmission device of safe and stable reliable ground, through storing magazine division board 2, the cooperation of two structures of storage magazine locating plate 8 is used and can be accurate to the control storage magazine 7 and transport the tolerance of material frame, can realize carrying out accurate location to storage magazine 7, visual identification for next, sweep sign indicating number discernment and letter sorting manipulator and snatch the tamp basis.

Transfer still to set up on material frame body 1 and conveniently transport circulation locating surface 9 when the material frame transports the circulation on automatic transmission device, make through the assistance-localization real-time of circulation locating surface 9 transport the material frame can be smooth, stable, high-efficient, accurately circulate on automatic transmission device for the action of putting in storage can reliably, safely, swiftly go on.

As a specific implementation mode, the length of the transferring material frame body 1 is (200-600) +/-1 mm, the width is (150-400) +/-1 mm, a plurality of storage material box partition plates 2 and two vertical partition plates 3 are arranged in the transferring material frame body 1 in parallel at equal intervals, the length of a storage space I4 formed between the storage material box partition plate 2 closest to the transferring material frame body 1 and the vertical partition plates 3 and between the storage space I4 and the transferring material frame body 1 is (80-200) +/-0.20 mm, the width of the storage space I is (30-100) +/-0.20 mm, the length of a storage space II 5 formed between the adjacent storage material box partition plate 2 and the vertical partition plate 3 and between the adjacent storage material box partition plate 2 and the transferring material frame body 1 is (80-200) +/-0.20 mm, the width of the vertical partition plate 3 is (30-100) +/-0.20 mm, and the preferred widths of the storage material box partition plate 2 and the vertical partition plate 3 are 2-8 mm.

The storage space I4 and the storage space II 5 are respectively matched with a storage material box 7 placed in the storage space I4 and the storage space II 5, the storage material box 7 comprises a box body 71, the inner surface of the box body 71 is smooth, clamping and positioning bosses 72 are symmetrically arranged at two opposite end edges of the top of the box body 71, clamping and positioning of a sorting manipulator clamp can be facilitated by arranging the clamping and positioning bosses 72, the generation of displacement offset is avoided, meanwhile, a forking support surface is provided for a forking manipulator, the forking support surface can bear larger forking force and prevent the deformation of the material box, the height of the clamping and positioning bosses 72 is 2-5 mm, the length of the clamping and positioning bosses 72 extending out of the box body 71 is 2-10 mm, flexible selection can be carried out according to actual requirements, sorting clamping surfaces 73 are symmetrically formed at two opposite ends of the box body 71, the sorting clamping and positioning surfaces 73 are positioned below the clamping and positioning bosses 72, and the sorting and the clamping surfaces 73 have higher surface roughness, the clamping device can provide larger friction force, when a sorting mechanical arm clamps, the clamping device can be used as a main clamping surface to prevent the storage material box from deviating, skewing, dumping and the like in the sorting process, the bottom positioning surface 74 is arranged at the bottom of the sorting clamping surface 73, the storage material box is matched with the material transferring frame and is used simultaneously by the sorting mechanical arm, the storage material box is placed into the material transferring frame by the sorting mechanical arm, the bottom positioning surface 74 can realize accurate positioning and accurate placement, one surface of the two remaining surfaces of the box body 71 except the sorting clamping surface 73 is provided with a visual identification window 75 which is mainly used for visual identification and can provide a larger visual identification surface, the success rate of visual identification can be obviously improved by the size through actual verification, the code scanning identification window 76 is arranged at the other surface and is mainly used for code scanning identification and can provide a larger code scanning identification surface, and the success rate of code scanning identification can be obviously improved by the size through actual verification, the visual identification window 75 and the code scanning identification window 76 are not on the same plane, the top of the box body 71 is also provided with an artificial identification mark 77, the artificial identification mark 77 is positioned above the code scanning identification window 76, the bottom of the artificial identification mark 77 is flush with the top of the code scanning identification window 76, the code scanning identification window 76 and the artificial identification mark 77 are on the same plane, the artificial identification mark 77 is used as a main mark of the storage box, a person can conveniently put the prepared red blood cell bags into the storage box, the wrong placement is prevented, each box body 71 is internally provided with a red blood cell bag filled with the prepared red blood cell liquid, the inner wall of the box body 71 has higher surface roughness 1.6, and is a red blood cell bag protection surface 78, the design of the box body 71 needs to avoid sharp corners and sharp changes, all sharp corners are chamfered and rounded, the reinforcing treatment is carried out at the fragile corners, and the strength of the storage box is effectively improved, effectively provides protection for the red blood cell bag. The box body 71, the clamping positioning boss 72, the sorting clamping surface 73, the bottom positioning surface 74, the visual identification window 75, the code scanning identification window 76 and the manual identification mark 77 are matched in size, position and the like.

The box body 71 is formed by injection molding of a non-toxic ABS material, can be used within the temperature range of-40-100 ℃, is suitable for low-temperature storage and refrigeration, and is lower in density than a metal material, so that the overall weight can be reduced, and the operation of personnel is facilitated. The outer surface of the box body 71 is subjected to preservative treatment except for the visual recognition window 75 and the code scanning recognition window 76.

The visual identification window 75 and the code scanning identification window 76 are not on the same surface, the visual identification window 75 and the code scanning identification window 76 are arranged in a staggered manner, the positions of the two windows are flexibly adjusted according to actual requirements, the size of the visual identification window 75 is matched with the resolution of a visual identification device, the position of the visual identification window 75 is matched with the visual identification position of a red blood cell bag, the size of the code scanning identification window 76 is matched with the resolution of a code scanning device, the position of the code scanning identification window 76 is matched with the bar code identification position of the red blood cell bag, certain distances exist between the visual identification window 75 and the code scanning identification window 76 and the top and the bottom of the box body 71 respectively, as the optimization, the distance between the code scanning identification window 76 and the bottom of the box body 71 is smaller than the distance between the visual identification window 75 and the bottom of the box body 71, the distance (referred to the horizontal distance) between the visual identification window 75 and the right side of the box body 71 is 5-60 mm, the distance (referred to as the horizontal distance) between the code scanning recognition window 76 and the left side of the box body 71 is 5-60 mm.

The utility model discloses not the part or the structure of concrete description adopt prior art or current product can, do not do here and describe repeatedly.

The above only is the embodiment of the present invention, not limiting the patent scope of the present invention, all utilize the equivalent structure or equivalent flow transformation that the content of the specification does, or directly or indirectly use in other related technical fields, all including in the same way the patent protection scope of the present invention.

Claims (8)

1. The red blood cell transportation material frame for intelligent red blood cell freezer access system, its characterized in that, including transporting material frame body, transport this internal storage magazine that can place a plurality of looks adaptations of material frame, place the red blood cell bag that is equipped with the red blood cell liquid in the storage magazine, transport this internal interval of material frame and set up a plurality of storage magazine division board and a plurality of vertical separation board, storage magazine division board and vertical separation board set up perpendicularly and will transport this internal storage magazine of material frame and separate.

2. The red blood cell transportation material frame for the intelligent red blood cell refrigerator access system of claim 1, wherein the transportation material frame body is a square structure with a closed bottom and an open top, a plurality of storage material box partition plates are arranged in the transportation material frame body in parallel at equal intervals, the two sides of the storage material box partition plates and the two sides of the transportation material frame body in parallel are arranged in parallel, the two remaining sides of the transportation material frame body in parallel are arranged in parallel with a vertical partition plate, and a storage material box positioning plate is arranged on the storage material box partition plates.

3. The erythrocyte transferring frame for the intelligent erythrocyte refrigerator access system according to claim 2, wherein a storage space I is formed between the storage material box separation plate and the vertical separation plate which are arranged in parallel with the side edge of the transferring frame body and have the smallest distance with the transferring frame body, a storage space II is formed between the remaining adjacent storage material box separation plates and the vertical separation plates as well as between the remaining adjacent storage material box separation plates and the transferring frame body, and a storage material box which is matched with each other is respectively placed in each storage space I and each storage space II.

4. The erythrocyte transferring frame for the intelligent erythrocyte refrigerator access system of claim 3, wherein the length of the storage space I is (80-200) ± 0.20mm, the width of the storage space I is (30-100) ± 0.20mm, the length of the storage space II is (80-200) ± 0.20mm, and the width of the storage space II is (30-100) ± 0.20 mm.

5. The red blood cell transportation frame for the intelligent red blood cell refrigerator access system of claim 1 or 3, wherein the storage material box comprises a box body, the opposite ends of the top of the box body are symmetrically provided with clamping and positioning bosses, the opposite ends of the box body symmetrically form a sorting and clamping surface, the sorting and clamping surface is positioned below the clamping and positioning bosses, the bottom of the sorting and clamping surface is provided with a bottom positioning surface, the remaining two surfaces of the box body except the sorting and clamping surface are respectively provided with a visual identification window and a code scanning identification window, and the top of the box body and the top of the code scanning identification window are provided with manual identification marks.

6. The erythrocyte transferring frame for the intelligent erythrocyte refrigerator access system according to claim 5, wherein the visual recognition window and the code scanning recognition window are not on the same side, the visual recognition window and the code scanning recognition window are arranged in a staggered manner, the size of the visual recognition window is matched with the resolution of the visual recognition equipment, the position of the visual recognition window is matched with the visual recognition position of the erythrocyte bag, the distance between the visual recognition window and the right side of the box body is 5-60 mm, the size of the code scanning recognition window is matched with the resolution of the code scanning equipment, the position of the code scanning recognition window is matched with the bar code recognition position of the erythrocyte bag, and the distance between the code scanning recognition window and the left side of the box body is 5-60 mm.

7. The intelligent erythrocyte transportation material frame for the red blood cell cold storage access system of claim 1, 2 or 3, wherein the transportation material frame body has a length of (200-600) ± 1mm and a width of (150-400) ± 1 mm.

8. The erythrocyte transferring frame for the intelligent erythrocyte refrigerator access system of claim 1, wherein two vertical separation plates are arranged at intervals at the central position inside the transferring frame body, a separation space is formed between each two adjacent vertical separation plates and the storage material box separation plate and the transferring frame body, and the storage material boxes in the same row are separated by the separation space.

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