阅读说明：本技术 一套病理组织检查用耗材 (A set of pathological tissue inspection consumables ) 是由 陈传玉 钟凯 杨壵 廖鹏飞 黄泽彬 汪垚 高婧 于 2021-08-23 设计创作，主要内容包括：本发明公开了一套病理组织检查用耗材,该套耗材包括具有分区功能的病理瓶、具有分区功能的包埋盒和具有分区功能的载玻片,其特征在于：病理瓶包括透明的瓶身(1),与瓶身壁连接在一起的透明分区隔板(3),设置于多个透明分区隔板之间的分区标识(4)和透明的瓶盖(5),瓶身包括瓶口(2),与瓶身壁连接在一起的透明分区隔板上设置有一个或多个圆形孔(31),圆形孔孔径不超过1mm,透明分区隔板顶端与瓶口持平,瓶盖表面为非光滑面,多个透明分区隔板(3)呈“米”字型或“??”型交叉设置。整套耗材联合的使用,将会带来所有耗材设备成本降低,人工工作量下降,差错率大幅下降,操作流程更加科学方便的效果。(The invention discloses a set of consumables for pathological tissue examination, which comprises a pathological bottle with a partition function, an embedding box with a partition function and a glass slide with a partition function, and is characterized in that: the pathology bottle includes transparent body (1), transparent subregion baffle (3) together with body wall connection, set up subregion sign (4) and transparent bottle lid (5) between a plurality of transparent subregion baffles, the body includes bottleneck (2), be provided with one or more circular ports (31) on the transparent subregion baffle that links together with the body wall, the circular port aperture is no longer than 1mm, transparent subregion baffle top and bottleneck keep level, the bottle lid surface is the non-smooth surface, a plurality of transparent subregion baffles (3) are "rice" style of calligraphy or "❉" type cross arrangement. The use that whole set of consumptive material is united will bring all consumptive material equipment cost reductions, and the work load of labor descends, and the error rate descends by a wide margin, the more scientific convenient effect of operation flow.)

1. One set of pathological tissue inspection is with consumptive material, this set of consumptive material including the pathological bottle that has the subregion function, the embedding box that has the subregion function and the slide glass that has the subregion function, its characterized in that: the pathological bottle comprises a transparent bottle body (1), transparent partition plates (3) connected with the wall of the bottle body, a plurality of transparent partition plates arranged on the wall of the bottle body, partition marks (4) arranged among the transparent partition plates and a transparent bottle cover (5), wherein the bottle body comprises a bottle opening (2) which is positioned at the top of the bottle body and is provided with spiral ring grains, the partition marks are arranged among the transparent partition plates connected with the bottle body, one or more circular holes (31) are arranged on the transparent partition plates connected with the wall of the bottle body, the diameter of each circular hole is not more than 1mm, the top ends of the transparent partition plates are flush with the bottle opening, the bottle cover adopts a fine spiral grain bottle cover, the surface of the bottle cover is a non-smooth surface, and the transparent partition plates (3) are arranged in a crossed manner like the shape of a Chinese character 'mi' or '❉';

the embedding box is made of plastic materials and comprises a box body (6) and a box cover (8), wherein spaced hollow spaces (9) are formed in the box bottom (7) and the box cover, a box bottom identification area (12) which is divided by taking the middle of the embedding box as a center in a fan-shaped dividing mode is arranged on the box bottom, a corner mark 910 is arranged at the upper left corner of the box bottom identification area, the corner mark is a triangular or round mark, a plurality of embedded buckles and buckle holes are formed in the peripheries of the box body and the box cover, and the box bottom identification areas (12) are distributed in a horizontal type;

the glass slide material is colorless transparent glass, the glass slide comprises a glass slide coding region (13), a partition reading identification region (15), a glass slide corner defect identification (14) and a partition identification (16), the partition reading identification region is a rectangle with a defect at the upper left corner, and the defect at the upper left corner of the partition reading identification region is the glass slide corner defect identification.

2. The kit for pathological tissue examination according to claim 1, wherein the kit further comprises a plurality of containers partitioned in sequence by transparent partition plates in the interior, embedded containers arranged in sequence in the interior region, and a display plate partitioned in sequence in the identification region.

3. The kit of consumables according to claim 2, wherein the structure of the inner region having the sequentially arranged embedding containers includes a transparent container wall, transparent sequentially partitioned partitions connected to the container wall, and partitioned marks and transparent container covers disposed on the container wall between the partitioned partitions.

4. The set of consumables for pathological tissue examination according to claim 3, wherein the cartridge body (6) has a notch at the top left corner for identification, the notch serves as a reference mark for the cartridge body partition, the components are sorted one by one in the clockwise direction of the reference mark, and the components of the cartridge body are partitioned in a fan-shaped partition manner with the middle of the embedding cartridge as the center.

Technical Field

The invention relates to the technical field of medical consumables and consumables for pathological tissue examination, in particular to a set of consumables for pathological tissue examination.

Background

At present, in the processes of clinical collection of pathological tissue specimens, specimen fixing, embedding, staining and pathological slide glass preparation and reading, the adopted methods and equipment consumables are all based on the collection, the fixing, the embedding, the staining and the slide reading of single-point tissue specimens.

The specific prior art process is as follows: firstly, one bottle or bag filled with stationary liquid is used for containing pathological tissues, if tissues of the same organ are sampled at multiple points, the bottles or bags are used for containing the pathological tissues, and the same information is distributed and registered; then, a plurality of pathological embedding boxes are used for correspondingly embedding pathological tissues contained in the bottles or the bags, a plurality of pathological slides are obtained in a corresponding stroke, and reading information of each slide is collected and collected to a report by a pathologist and sent out.

However, the prior art has the following defects: according to the clinical diagnosis requirement, pathological biopsy tissues of part of the same organ need to be diagnosed in a point-by-point and partition mode at the same time (for example, female cervical biopsy tissues at least need to be sampled and examined on the same organ in a point-by-point mode), the problems of confusion and loss are easy to occur when a plurality of sample bottles are used for containing and conveying the same organ after sampling in a point-by-point mode according to the prior art, consumables are wasted, and the cost is increased; tissues sampled in different points of the same organ need to be identified by a great deal of additional labor and uniformly embedded after specimens are distinguished before being embedded in a laboratory, so that the problems of pathological tissue omission, loss and confusion are easily caused in the process, the embedding workload and cost are increased, and even diagnosis errors are caused; pathological tissues sampled in different points of the same organ are dispersed in a plurality of slides, so that a pathologist needs to read the slides after classifying, identifying and picking the pathological tissues before diagnosis, and the results are finally integrated, so that the labor cost is increased easily, and the problems of confusion and omission are caused; according to the standard that the medical institution charges according to the number of pathological wax blocks and other modes at present, the pathological tissue diagnosis of the same organ sampling in different points increases the number of the final wax blocks due to the defects of the prior art, and finally, the patient pays more diagnosis and treatment cost.

Disclosure of Invention

The invention aims to overcome the defects in the prior art, provides a set of consumable materials for pathological tissue examination, can avoid the labor caused by containing a plurality of pathological bottles, increases the cost of the consumable materials, and reduces/avoids the problem of loss and confusion of pathological tissues in the process of transportation and handover; the problems of omission, loss and confusion of pathological tissue during embedding are avoided, the embedding workload, the embedding cost and the diagnosis error rate are reduced, the problem that in the traditional method, due to the fact that the pathological tissues are dispersed in a plurality of slides, a pathological doctor needs to read the slides after classifying, identifying and selecting the slides before diagnosis, and the results are finally integrated together, so that the labor cost information is increased, the omission is confused, the reading of the tissues of a plurality of sites of the same organ by one slide is realized, and the reading time of the doctor is saved. Finally, the whole set of consumables are jointly used, so that the cost of all consumables is reduced, the workload of workers is reduced, the error rate is greatly reduced, and the operation flow is more scientific and convenient.

In order to achieve the purpose, the invention adopts the technical scheme that:

one set of pathological tissue inspection is with consumptive material, this set of consumptive material including the pathological bottle that has the subregion function, the embedding box that has the subregion function and the slide glass that has the subregion function, its characterized in that: the pathological bottle comprises a transparent bottle body (1), transparent partition plates (3) connected with the wall of the bottle body, a plurality of transparent partition plates arranged on the wall of the bottle body, partition marks (4) arranged among the transparent partition plates and a transparent bottle cover (5), wherein the bottle body comprises a bottle opening (2) which is positioned at the top of the bottle body and is provided with spiral ring grains, the partition marks are arranged among the transparent partition plates connected with the bottle body, one or more circular holes (31) are arranged on the transparent partition plates connected with the wall of the bottle body, the diameter of each circular hole is not more than 2mm, the top ends of the transparent partition plates are flush with the bottle opening, the bottle cover adopts a fine spiral grain bottle cover, the surface of the bottle cover is a non-smooth surface, and the transparent partition plates (3) are arranged in a crossed manner like the shape of a Chinese character 'mi' or '❉';

the embedding box is made of plastic materials and comprises a box body (6) and a box cover (8), wherein spaced hollow spaces (9) are formed in the box bottom (7) and the box cover, a box bottom identification area (12) which is divided by taking the middle of the embedding box as a center in a fan-shaped dividing mode is arranged on the box bottom, a corner mark 910 is arranged at the upper left corner of the box bottom identification area, the corner mark is a triangular or round mark, a plurality of embedded buckles and buckle holes are formed in the peripheries of the box body and the box cover, and the box bottom identification areas (12) are distributed in a horizontal type;

the glass slide material is colorless transparent glass, the glass slide comprises a glass slide coding region (13), a partition reading identification region (15), a glass slide corner defect identification (14) and a partition identification (16), the partition reading identification region is a rectangle with a defect at the upper left corner, and the defect at the upper left corner of the partition reading identification region is the glass slide corner defect identification.

Furthermore, the consumable set also comprises a plurality of containers partitioned by transparent partition plates in sequence in the interior, embedded containers arranged in sequence in the interior area, and a display panel with sequential partitions in the identification area.

Furthermore, the structure of the embedding containers arranged in sequence in the inner area comprises a transparent container wall, transparent sequential partition plates connected with the container wall, and partition marks and transparent container covers arranged between the partition plates on the container wall.

Furthermore, the upper left corner of the box body (6) is provided with a unfilled corner, the unfilled corner is used for marking, the unfilled corner is used as a mark reference point of the box body partition, the unfilled corner is partitioned and sequenced one by one in the clockwise direction of the unfilled corner reference point during manufacturing, and the partition of the box body is partitioned in a fan-shaped partition mode by taking the middle of the embedding box as the center.

The set of consumable for pathological tissue examination can avoid manpower caused by containing a plurality of pathological bottles, increase the cost of the consumable and reduce the problem of loss and confusion of pathological tissues in the process of transportation and handover; the problems of omission, loss and confusion of pathological tissue during embedding are avoided, the embedding workload, the embedding cost and the diagnosis error rate are reduced, the problem that in the traditional method, due to the fact that the pathological tissues are dispersed in a plurality of slides, a pathological doctor needs to read the slides after classifying, identifying and selecting the slides before diagnosis, and the results are finally integrated together, so that the labor cost information is increased, the omission is confused, the reading of the tissues of a plurality of sites of the same organ by one slide is realized, and the reading time of the doctor is saved. Finally, the whole set of consumables are jointly used, so that the cost of all consumables is reduced, the workload of workers is reduced, the error rate is greatly reduced, and the operation flow is more scientific and convenient.

Drawings

FIG. 1 is a schematic structural view of a bottle and a bottle cap with a partitioning function according to the present invention;

FIG. 2 is a schematic structural view of an embedding cassette with a partition function according to the present invention;

FIG. 3 is a schematic view of the structure of a slide with a partition function according to the present invention.

In the figure: the bottle comprises a bottle bottom 0, a bottle body 1, a bottle mouth 2, a transparent partition plate 3, partition marks 4, a bottle cap 5, a box body 6, a box bottom 7, a box cover 8, a building space 9, a unfilled corner mark 10, a buckle 11, a box bottom mark area 12, a glass slide coding area 13, a glass slide unfilled corner mark 14, a partition mark area 15 and a partition mark 16.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The present invention will be described in further detail with reference to the accompanying drawings.

As shown in fig. 1-3, a set of consumables for pathological tissue examination, the consumables including a pathological bottle with a partition function, an embedding box with a partition function, and a glass slide with a partition function, is characterized in that: the pathological bottle comprises a transparent bottle body 1, transparent partition plates 3 fixed on or connected with the wall of the bottle body, a plurality of transparent partition plates 3 arranged on the wall of the bottle body, partition marks 4 arranged among the transparent partition plates 3 and a transparent bottle cover 5, wherein the bottle body 1 comprises a bottle opening 2, the bottle opening 2 is positioned at the top of the bottle body, the bottle opening is provided with spiral ring grains, the partition marks 4 are arranged among the transparent partition plates 3 connected on the bottle body 1, one or more circular holes 31 are arranged on the transparent partition plates 3 connected with the wall of the bottle body, the aperture of each circular hole 31 is not more than 1-2mm, the top ends of the transparent partition plates 3 are flush with the bottle opening 2, the bottle cover 5 adopts a fine spiral grain bottle cover, and the surface of the bottle cover 5 is a non-smooth surface; the transparent partition plates 3 are arranged in a crossed manner in a shape like the Chinese character 'mi' or '❉'.

As shown in fig. 2, the cassette configuration: the embedding box is made of plastic materials and comprises a box body 6 and a box cover 8, wherein spaced hollowed-out spaces 9 are arranged on a box bottom 7 and the box cover 8, a box bottom identification area 12 which is divided in a fan-shaped division mode by taking the middle of the embedding box as a center is arranged on the box bottom 7, a corner mark 10 is arranged at the upper left corner of the box bottom identification area 12, the corner mark 10 is a mark with a triangular or circular shape and the like, and embedded buckles 11 and buckling holes/clamping grooves 11 are arranged on the peripheries of the box body 6 and the box cover 7; the box bottom identification areas 12 are distributed in a corresponding color.

As shown in fig. 3, the slide structure: the glass slide material is colorless transparent glass, the glass slide comprises a glass slide coding region 13, a partition reading identification region 15, a glass slide corner defect identification 14 and a partition identification 16, the partition reading identification region 15 is a rectangle with a defect at the upper left corner, and the defect at the upper left corner of the partition reading identification region 15 is the glass slide corner defect identification 14.

The consumable set also includes several containers partitioned in sequence with transparent partition boards, embedded containers in sequence and display plate with sequential partitions in the identification area.

The structure of the embedding container with the sequential arrangement in the inner area comprises a transparent container wall, transparent sequential partition plates connected with the container wall, and partition marks and transparent container covers arranged among the partition plates on the container wall.

As shown in fig. 1, the structure of the pathological bottle and the bottle cap is as follows: the pathological bottle structure comprises a transparent bottle body 1, transparent partition plates 3 fixed on or connected with the wall of the bottle body, partition marks 4 among the transparent partition plates 3 on the wall of the bottle body and a transparent bottle cap 5; the transparent bottle body comprises a bottle opening, the bottle opening is positioned at the top of the bottle body, and the bottle opening is provided with a spiral ring line and is used for being combined and screwed with the bottle cap; the bottle body needs to be transparent so as to conveniently observe pathological tissue conditions in the bottle through the bottle body at any time. The transparent bottle wall is provided with partition marks among partition plates, partition information can be recorded orderly when the bottle is used, and in order to distinguish corresponding point location organizations in corresponding areas, partition information such as 1, 2, 3, 4, area, n area and the like is printed on the side wall of each area.

The transparent partition plate fixed or connected with the bottle wall is provided with a plurality of circular holes 31, the aperture size of the circular holes is not more than 1mm, and each partition can be provided with enough preservation solution when the tissue preservation solution is injected conveniently; the subregion baffle top needs to keep level with the bottleneck, and the subregion baffle top flushes with the bottleneck and can guarantee that the tissue sample can not appear each district's sample cluster district condition because of the vibration of transporting the in-process when covering the bottle lid. The plastic transparent pathology bottle with the plastic transparent bottle cap (the body size is made as required, general volume is 60ml, adopt the subregion board of taking the aperture to fix in the bottle four walls at bottom and bottle, the circular aperture size on the subregion board is 1mm, each district the inside splendid attire 10ml equivalent 10% formalin bottle of solution), transparent bottle cap adopts fine spiral line bottle cap, prevents that the stationary liquid from leaking, the bottle cap surface is the non-smooth surface, conveniently records the information with the signal note on the bottle cap.

As shown in fig. 2, the partitioned embedding cassette structure: the embedding box material is plastic material, including box body and lid, has interval fretwork, the upper left corner of box body has the unfilled corner on box body bottom and the lid, perhaps has gomphosis buckle and knot hole between the sign of various shapes such as circular, box body and the lid. The upper left corner of the box body is provided with a unfilled corner, the unfilled corner has the function of identification, and can also adopt round and other identifications with various shapes, the unfilled corner is used as an identification datum point of the box body partition, and the unfilled corner is partitioned and sequenced one by one in the clockwise direction of the unfilled corner datum point during manufacturing; the box body is divided into zones by taking the middle of the embedding box as a center in a sector division mode.

As shown in fig. 3, the slide structure: the glass slide material is colorless transparent glass, and the glass slide comprises a glass slide coding region and a subarea reading identification region; the partition identification area has the main characteristics that: the identification area is identified by a rectangle with missing corners at the upper left corner, the rectangles are sequentially partitioned and sorted clockwise by taking the missing corners as datum points, and the middle of the rectangle is used as a center to partition the partitions in a sector mode. Therefore, the problem of confusion and omission of labor cost information increased by the fact that a pathologist needs to classify, identify and pick corresponding slides before diagnosis, read the slides and finally integrate results together in the traditional method can be solved.

When the device is used, when a cervical biopsy operation is performed on different parts of a cervical body for sampling, pathological tissue samples at 1, 2, 3 and 4 points are correspondingly placed into 1, 2, 3 and 4 areas of a pathological bottle, the whole pathological bottle can enter the sample conveying process after a bottle cover is screwed down, the pathological bottle reaches a pathology technical laboratory and is taken out of a prepared embedding box with a partition function, pathological tissues are taken out of the pathological bottle areas one by one and are sequentially placed into corresponding partitions of the embedding box according to the clockwise direction of the unfilled corner of the embedding box after being sequentially taken out, the embedding box cover is covered, the next step of operation can be performed, finally, after wax blocks are sliced, the slices are placed on glass slides with unfilled corner marks by taking the wax block unfilled corner marks as datum points, and the slices can be read after the cut corners are matched with the glass slides. Finally, pathological tissue images arranged according to the subareas can be seen by a pathologist under a microscope, and reading information of all subarea images of the same slide is gathered to a report to be sent out.

The consumable for pathological tissue examination can avoid manpower caused by containing a plurality of pathological bottles, increase the cost of the consumable, and reduce/avoid the loss and confusion of pathological tissues in the process of transportation and handover; omission, loss and confusion during pathological tissue embedding are avoided, and the embedding workload, the embedding cost and the diagnosis error rate are reduced; the problem of in the traditional approach because the dispersion in a plurality of slide, need pathological practitioner to read the piece after categorised discernment is picked before the diagnosis, and integrate the result again finally and increase the cost of labor information confusion omission is solved. All the consumable equipment cost is reduced, the manual workload is reduced, the error rate is greatly reduced, and the operation flow is more scientific and convenient. The method realizes the step of reading the film with four sites by one film, saves the time of reading the film by a doctor and can take the film for a plurality of times.

The above-described embodiments are illustrative of the present invention and not restrictive, it being understood that various changes, modifications, substitutions and alterations can be made herein without departing from the principles and spirit of the invention, the scope of which is defined by the appended claims and their equivalents.