阅读说明：本技术 一种无菌妇科标本收纳盒 (Aseptic gynaecology's sample receiver ) 是由 张敏华 于 2020-12-14 设计创作，主要内容包括：本发明公开了一种无菌妇科标本收纳盒,其结构包括翻盖、定位槽骨、闭合开关、操作箱、提手槽,翻盖的中心端与定位槽骨固定连接,操作箱的上方与翻盖活动卡合,闭合开关嵌合在翻盖的端口处,操作箱与提手槽为一体化结构,本发明的翻盖由整体分化成独立的闭合器,个体闭合盖的体积远小于整体翻盖,闭合盖的密封吸附接触面变小,所需开启力度相较于整体翻盖的开启力度会偏小,作用在存放结构上的力变小,且在打开独立的翻盖闭合器时,其他部位的存放标本不会受到开启震动力的影响,在加上存放槽内部设有紧致器,能紧密贴合固定住标本,当设备的翻盖固定器打开时,其内部的标本瓶便不会因震动碰撞而破裂,导致内部标本泄露出来。(The invention discloses a sterile gynecological specimen storage box, which structurally comprises a flip cover, a positioning groove bone, a closing switch, an operation box and a handle groove, wherein the center end of the flip cover is fixedly connected with the positioning groove bone, the upper part of the operation box is movably clamped with the flip cover, the closing switch is embedded at the port of the flip cover, the operation box and the handle groove are of an integrated structure, the flip cover of the sterile gynecological specimen storage box is integrally divided into independent closers, the volume of each individual closing cover is far smaller than that of the integral flip cover, the sealing adsorption contact surface of the closing cover is reduced, the required opening force is smaller than that of the integral flip cover, the force acting on a storage structure is reduced, when the independent flip cover closer is opened, the stored specimens at other parts cannot be influenced by opening vibration force, a tightener is arranged in the storage groove to tightly attach and fix the specimens, when the flip cover fixer of equipment is opened, the specimen bottle inside can not be broken due to vibration and collision, so that the specimen inside can not be leaked out.)

1. The utility model provides a aseptic gynaecology's sample receiver which characterized in that: the structure of the novel multifunctional electric cooker comprises a flip cover (1), a positioning groove rib (2), a closed switch (3), an operating box (4) and a handle groove (5), wherein the center end of the flip cover (1) is fixedly connected with the positioning groove rib (2), the upper part of the operating box (4) is movably clamped with the flip cover (1), the closed switch (3) is embedded at the port part of the flip cover (1), and the operating box (4) and the handle groove (5) are of an integrated structure;

operation box (4) are equipped with box (4a), storing groove (4b), closer (4c), compactor (4d), label groove (4e), box (4a) and storing groove (4b) structure as an organic whole, the top and the closer (4c) activity block of storing groove (4b), closer (4c) top gomphosis label groove (4e), the inside and the compactor (4d) mechanical connection of storing groove (4 b).

2. The sterile gynecological specimen collection cassette of claim 1, wherein: the closer (4c) is provided with a reinforcing device (c1), an extension block (c2), a pressing block (c3), a penetration plate (c4), a body (c5), a combination strip (c6) and a combination plate (c7), wherein two sides of the body (c5) are mechanically connected with the reinforcing device (c1), the center of the body (c5) is slidably connected with the combination plate (c7), two sides of the combination plate (c7) are movably connected with the combination strip (c6) through a movable shaft, the extension block (c2) is movably clamped in the combination strip (c6), the penetration plate (c4) is arranged below the middle of the body (c5), and a port of the combination plate (c7) is fixedly connected with the pressing block (c 3).

3. The sterile gynecological specimen collection cassette of claim 2, wherein: the penetration plate (c4) is an L-shaped vertical air cavity pipeline, the pipeline port of the penetration plate (c4) in the vertical direction faces upwards, and a movable sliding block is arranged inside the pipeline.

4. The sterile gynecological specimen collection cassette of claim 2, wherein: the reinforcement device (c1) is provided with an extrusion block (c11), a shell (c12), a push block (c13), a rotating shaft (c14) and a laminating plate (c15), the port of the extrusion block (c11) is movably connected with the laminating plate (c15) through a movable shaft, the interior of the shell (c12) is movably clamped with the rotating shaft (c14), the surface of the rotating shaft (c14) is embedded with the push block (c13), the push block (c13) is embedded and fixed on the side edge of the extrusion block (c11), the extrusion block (c11) is of a sliding block structure, the convex cylinder contact end of the extrusion block is an arc-shaped surface, an arc-shaped convex block is arranged at the midpoint of the port of the arc-shaped surface, and the convex block of the cylinder contact surface of the extrusion block (c11) is matched with the groove of the arc-shaped block of the extension block (c 2).

5. The sterile gynecological specimen collection cassette of claim 4, wherein: compact ware (4d) are equipped with rotatory piece (d1), mounting panel (d2), revolution path (d3), propelling movement piece (d4), hug closely piece (d5), clamping block (d6), rotatory piece (d1) and revolution path (d3) sliding connection, the gomphosis of revolution path (d3) is on the mounting panel (d2) of outer fringe, the center and the propelling movement piece (d4) mechanical connection of rotatory piece (d1), the port department and the movable clamping of clamping block (d5) of rotatory piece (d1), the surface and the clamping block (d6) mechanical connection of mounting panel (d 2).

6. The sterile gynecological specimen collection cassette of claim 5, wherein: the outside one end of propelling movement piece (d4) is equipped with gliding cylinder structure, and the bottom of this cylinder structure is equipped with the slip track, the inside vertical direction's of slip cylinder of propelling movement piece (d4) quarter department is equipped with the slip track.

7. The sterile gynecological specimen collection cassette of claim 5, wherein: the clamping block (d6) is provided with a groove cavity (d61), a pushing ball (d62), a sliding plug (d63), a lower groove cavity (d64) and a movable plug (d65), the inside of the upper groove cavity (d61) is in sliding connection with the movable plug (d65), the upper groove cavity (d61) and the lower groove cavity (d64) are of an integrated structure, the inside of the lower groove cavity (d64) is in interference fit with the sliding plug (d63), and the pushing ball (d62) is embedded in the lower groove cavity (d64) and the lower groove cavity (d 64).

8. The sterile gynecological specimen collection cassette of claim 7, wherein: the upper groove cavity (d61) and the lower groove cavity (d64) are vertically connected into an L-shaped three-dimensional pipeline structure, and the vertical connecting edge of the L-shaped three-dimensional pipeline structure is an arc-shaped transition edge.

Technical Field

The invention relates to the field of obstetrics and gynecology, in particular to a sterile gynecological specimen storage box.

Background

The gynecological specimen storage box is a simple and portable multifunctional storage box and is used for classifying and storing gynecological specimens, and a common gynecological specimen storage box adopts a sealed sterile specimen storage box and has the characteristics of sterility, no toxicity, excellent low temperature resistance, good chemical stability and the like;

aseptic gynaecology's sample receiver flip lid is whole sealed lid, and its inside uncovered storage grid that is equipped with is when choosing the sample and examining, and other samples of storing the grid all can expose, and moreover holistic flip lid is great with the sealed adsorption affinity of box body, and the produced vibrations of adsorption effort when opening equipment will lead to the sample bottle to break because of the vibrations collision, makes the inside sample of sample bottle reveal.

Disclosure of Invention

Aiming at the defects of the prior art, the invention is realized by the following technical scheme: a sterile gynecological specimen storage box structurally comprises a flip cover, a positioning groove bone, a closing switch, an operation box and a handle groove, wherein the center end of the flip cover is fixedly connected with the positioning groove bone, the upper part of the operation box is movably clamped with the flip cover, the closing switch is embedded at the port of the flip cover, and the operation box and the handle groove are of an integrated structure;

the operation box is equipped with box, storage tank, closer, ware, the label groove of compacting, box and storage tank structure as an organic whole, the top and the closer activity block of storage tank, the top gomphosis of closer label groove, the inside and the ware mechanical connection of compacting of storage tank.

As a further optimization of this technical scheme, the closer is equipped with the reinforcement ware, extends piece, briquetting, pierces through board, the ware body, combination strip, compoboard, the both sides and the reinforcement ware mechanical connection of the ware body, the center and the compoboard sliding connection of the ware body, the both sides of compoboard are passed through loose axle and combination strip swing joint, the inside activity block of combination strip has extended the piece, the well below of the ware body is equipped with and pierces through the board, the port department and the briquetting fixed connection of compoboard, it is equipped with the arc protruding piece of arc recess for the port department to extend the piece, the arc protruding piece rear end of extending the piece is equipped with the slip back shaft, the inside one end in compoboard port department is equipped with the arc protruding piece, the protruding piece and the penetrating board of compoboard are on same central line.

As a further optimization of this technical scheme, pierce through the perpendicular air cavity pipeline that the board is the L type, the pipeline port that pierces through the vertical direction of board is up, and inside is equipped with the removal slider, the pipeline bottom that pierces through the vertical direction of board is equipped with the vent slot mouth, and communicates with each other with the pipeline of horizontal direction, the pipeline inside that pierces through the board horizontal direction is equipped with flexible thin slice, the flexible thin slice port department that pierces through the board is equipped with sharp-pointed barb.

As a further optimization of the technical proposal, the reinforcing device is provided with an extrusion block, a shell, a push block, a rotating shaft and a joint plate, the port of the extrusion block is movably connected with the fitting plate through a movable shaft, the interior of the shell is movably clamped with the rotating shaft, the surface of the rotating shaft is embedded with a push block, the push block is embedded and fixed at the side of an extrusion block, the extrusion block is of a sliding block structure, the contact end of the raised column body is an arc-shaped surface, the middle point at the port of the arc-shaped surface is provided with an arc-shaped raised block, the convex block of the contact surface of the extrusion block cylinder is matched with the groove of the extension block arc-shaped block, the surface of the binding plate is provided with a spring, the joint of the attaching plate and the extrusion block is provided with an extrusion spring column, the rotating shaft is of a cylindrical structure, the cylinder is divided into two smooth arc-shaped surfaces and an arc-shaped surface combination body provided with spring protruding blocks, and the top connecting ends on two sides of the rotating shaft are movably connected with the pushing block through movable shafts.

As a further optimization of this technical scheme, the compactor is equipped with rotatory piece, mounting panel, rotation way, propelling movement piece, tightly pastes piece, clamping piece, rotatory piece and rotation way sliding connection, the gomphosis of rotation way is on the mounting panel of outer fringe, the center and the propelling movement piece mechanical connection of rotatory piece, the port department of rotatory piece with hug closely a movable block, the surface and the clamping piece mechanical connection of mounting panel, tightly paste the piece and be equipped with the spring to one side at center, it is equipped with the colloid layer of slope to hug closely the piece outward fringe, the both ends of tightly pasting the piece extend to connect with rotatory piece swing joint.

As a further optimization of the technical scheme, the outward end of the pushing block is provided with a sliding cylindrical structure, the bottom of the cylindrical structure is provided with a sliding track, the sliding track is arranged at the four-point position of the sliding cylinder in the pushing block in the vertical direction, the sliding track of the pushing block is connected with a sliding column in a sliding manner, and the diameter of the sliding column of the pushing block is smaller than the cavity opening of the clamping block.

As the further optimization of the technical scheme, the clamping block is provided with an upper groove cavity, a pushing ball, a sliding plug, a lower groove cavity and a movable plug, the inner part of the upper groove cavity is connected with the movable plug in a sliding mode, the upper groove cavity and the lower groove cavity are of an integrated structure, the inner part of the lower groove cavity is in interference fit with the sliding plug, the pushing ball (d62) is embedded in the lower groove cavity and the inner part of the lower groove cavity, a spring is arranged in the contact surface at the port of the sliding plug, and the upper groove cavity and the lower groove cavity are of an air cavity structure.

As a further optimization of the technical scheme, the upper groove cavity and the lower groove cavity are vertically connected into an L-shaped three-dimensional pipeline structure, the vertical connecting edge of the L-shaped three-dimensional pipeline structure is an arc-shaped transition edge, the diameter of the notch of the upper groove cavity is smaller than that of the movable plug, the movable plug is of a hemispherical structure, the plane end of the hemisphere faces upwards, and the arc-shaped end of the movable plug is embedded with the pushing ball.

Advantageous effects

Compared with the prior art, the sterile gynecological specimen storage box has the following advantages:

1. according to the invention, the sealed closing covers are arranged on the storage tanks, the label tanks are arranged above the closing covers, the label cards can be classified by using the replaceable label cards, and the independent closing covers are used for setting each storage tank as an independent sealed space.

2. The flip cover is integrally divided into independent closing devices, the volume of an individual closing cover is far smaller than that of the integral flip cover, the sealing and adsorbing contact surface of the closing cover is reduced, the required opening force is smaller than that of the integral flip cover, the force acting on the storage structure is reduced, when the independent flip cover closing device is opened, the stored samples at other parts cannot be influenced by opening vibration force, the tightening device is arranged in the storage groove and can be tightly attached and fixed with the samples, and when the flip cover fixing device of the device is opened, the sample bottles in the device cannot be broken due to vibration collision, so that the internal samples are leaked.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 is a schematic view of the overall structure of a sterile gynecological specimen storage box according to the present invention.

Fig. 2 is a schematic structural diagram of the operation box of the invention.

Fig. 3 is a schematic view of the closer structure of the present invention.

Fig. 4 is a diagram of the operation state of fig. 3.

Fig. 5 is a schematic view of the stiffener structure of the present invention.

Fig. 6 is a schematic diagram of the structure of the compact device of the present invention.

Fig. 7 is a schematic structural view of the clamping block of the present invention.

In the figure: the device comprises a flip cover 1, a positioning channel rib 2, a closing switch 3, an operation box 4, a handle groove 5, a box body 4a, a storage groove 4b, a closer 4c, a tightener 4d, a label groove 4e, a stiffener c1, an extension block c2, a pressing block c3, a penetrating plate c4, a box body c5, a combined strip c6, a combined plate c7, a squeezing block c11, a shell c12, a pushing block c13, a rotating shaft c14, a laminating plate c15, a rotating block d1, a mounting plate d2, a rotating channel d3, a pushing block d4, a clinging block d5, a clamping block d6, an upper groove cavity d61, a pushing ball d62, a sliding plug d63, a lower groove cavity d64 and a movable plug d 65.

Detailed Description

In order to make the technical means, the original characteristics, the achieved purposes and the effects of the invention easy to understand, the following description and the accompanying drawings further illustrate the preferred embodiments of the invention.

Example one

Referring to fig. 1-5, a sterile gynecological specimen storage box structurally comprises a flip cover 1, a positioning groove bone 2, a closing switch 3, an operation box 4 and a handle groove 5, wherein the center end of the flip cover 1 is fixedly connected with the positioning groove bone 2, the upper part of the operation box 4 is movably clamped with the flip cover 1, the closing switch 3 is embedded at the port of the flip cover 1, and the operation box 4 and the handle groove 5 are of an integrated structure;

the operation box 4 is equipped with box 4a, storing tank 4b, closer 4c, compacter 4d, label groove 4e, box 4a and storing tank 4b are the integral structure, the top and the movable block of closer 4c of storing tank 4b, closer 4 c's top gomphosis label groove 4e, storing tank 4 b's inside and compacter 4d mechanical connection realize the branch of sample and deposit.

The closer 4c is provided with a stiffener c1, an extension block c2, a press block c3, a penetrating plate c4, a body c5, a combined strip c6 and a combined plate c7, the two sides of the body c5 are mechanically connected with a stiffener c1, the center of the body c5 is slidably connected with a combination board c7, the two sides of the combination board c7 are movably connected with the combination bar c6 through a movable shaft, the inside of the combination bar c6 is movably clamped with an extension block c2, a penetrating plate c4 is arranged at the middle lower part of the device body c5, the port of the combined plate c7 is fixedly connected with a pressing block c3, the extending block c2 is an arc-shaped protruding block with an arc-shaped groove at the port, a sliding support shaft is arranged at the rear end of the arc-shaped protruding block of the extending block, an arc-shaped protruding block is arranged at one inward end of a port of the combined plate c7, the protruding block of the combined plate c7 and the penetrating plate c4 are on the same central line, a closed cover is added to the storage cavity, and the storage cavity is stored separately.

Penetrate board c4 and be the perpendicular air cavity pipeline of L type, the pipeline port that penetrates board c4 vertical direction up, and inside is equipped with the removal slider, the pipeline bottom that penetrates board c4 vertical direction is equipped with the vent slot mouth, and communicates with each other with the pipeline of horizontal direction, the inside flexible thin slice that is equipped with of pipeline that penetrates board c4 horizontal direction, the flexible thin slice port department that penetrates board c4 is equipped with sharp-pointed barb, and the impaling through sharp-pointed sheet is opened for there is the clearance between the sealed adsorbent and makes things convenient for equipment to open.

The stiffener c1 is provided with an extrusion block c11, a shell c12, a push block c13, a rotating shaft c14 and an attaching plate c15, the port of the extrusion block c11 is movably connected with the attaching plate c15 through a movable shaft, the interior of the shell c12 is movably clamped with the rotating shaft c14, the surface of the rotating shaft c14 is embedded with the push block c13, the push block c13 is embedded and fixed on the side edge of the extrusion block c11, the extrusion block c11 is of a sliding block structure, the convex cylinder contact end of the extrusion block c12 is an arc-shaped surface, the midpoint of the port of the arc-shaped surface is provided with an arc-shaped convex block, the convex block of the column contact surface of the extrusion block c11 is matched with the groove of the arc-shaped block of the extension block c2, the surface of the attaching plate c15 is provided with an attaching spring, the junction of the attaching plate c15 and the extrusion block c11 is provided with an extrusion spring column, the rotating shaft c14 is of a cylinder structure, the cylinder is divided into a combination body, the top connecting ends at two sides of the rotating shaft c14 are movably connected with the push block c13 through a movable shaft, and the sealing performance of the storage grid is further realized.

Placing the specimen on the storage groove 4b, selecting a classification label, storing the classification label on the label groove 4e for classification search, closing the closer 4c, attaching the sealing adsorption on the periphery of the closer 4c on the storage groove 4b, starting a power supply, sliding the combined plate c7 along the sliding track at the movable lower end, pushing out the pressing block c3, enabling the pressing block c3 to be tightly attached to the sealing adsorption body, enabling the sealing structure at the parallel end to be adsorbed more firmly, moving the combined plate c7 downwards during the downward movement of the combined plate c7, enabling the extending block c2 on the combined strip c6 to be attached to the extruding block c11, utilizing the sliding extending structure inside the combined strip c6 to extend forwards, pushing the extruding block c11 forwards to press forwards, enabling the adhering plate c15 to be more attached to the equipment, sealing the adsorption structure, and pushing the extruding block c11 to drive the pushing block c13 to move forwards while pushing the rotating block c13 to rotate, make axis of rotation c14 be equipped with the one end extrusion sealed adsorbent of the protruding piece of spring, make its sealed equipment that can be better, when the closer need open, compoboard c7 upwards slides, seal structure breaks away from the extrusion, compoboard c7 lasts and shifts up, the protruding piece of its face bottom with pierce through board c4 laminating, the protruding piece will pierce through the inside removal slider of board c4 air cavity and inwards promote a section distance, receive the influence of atmospheric pressure, pierce through board c4 amount sharp-pointed edge thin slice and be pushed out, extrude the sealed adsorption structure of equipment, make the sealed adsorption structure of equipment appear the gap, the adsorption affinity of equipment reduces, just can open easily, the vibrations power of intracavity when having reduced the lid and opening.

Example two

Referring to fig. 1-7, a sterile gynecological specimen storage box structurally comprises a flip cover 1, a positioning groove bone 2, a closing switch 3, an operation box 4 and a handle groove 5, wherein the center end of the flip cover 1 is fixedly connected with the positioning groove bone 2, the upper part of the operation box 4 is movably clamped with the flip cover 1, the closing switch 3 is embedded at the port of the flip cover 1, and the operation box 4 and the handle groove 5 are of an integrated structure;

the operation box 4 is equipped with box 4a, storing tank 4b, closer 4c, compacter 4d, label groove 4e, box 4a and storing tank 4b are the integral structure, the top and the movable block of closer 4c of storing tank 4b, closer 4 c's top gomphosis label groove 4e, storing tank 4 b's inside and compacter 4d mechanical connection realize the branch of sample and deposit.

The closer 4c is provided with a stiffener c1, an extension block c2, a press block c3, a penetrating plate c4, a body c5, a combined strip c6 and a combined plate c7, the two sides of the body c5 are mechanically connected with a stiffener c1, the center of the body c5 is slidably connected with a combination board c7, the two sides of the combination board c7 are movably connected with the combination bar c6 through a movable shaft, the inside of the combination bar c6 is movably clamped with an extension block c2, a penetrating plate c4 is arranged at the middle lower part of the device body c5, the port of the combined plate c7 is fixedly connected with a pressing block c3, the extending block c2 is an arc-shaped protruding block with an arc-shaped groove at the port, a sliding support shaft is arranged at the rear end of the arc-shaped protruding block of the extending block, an arc-shaped protruding block is arranged at one inward end of a port of the combined plate c7, the protruding block of the combined plate c7 and the penetrating plate c4 are on the same central line, a closed cover is added to the storage cavity, and the storage cavity is stored separately.

Penetrate board c4 and be the perpendicular air cavity pipeline of L type, the pipeline port that penetrates board c4 vertical direction up, and inside is equipped with the removal slider, the pipeline bottom that penetrates board c4 vertical direction is equipped with the vent slot mouth, and communicates with each other with the pipeline of horizontal direction, the inside flexible thin slice that is equipped with of pipeline that penetrates board c4 horizontal direction, the flexible thin slice port department that penetrates board c4 is equipped with sharp-pointed barb, and the impaling through sharp-pointed sheet is opened for there is the clearance between the sealed adsorbent and makes things convenient for equipment to open.

The stiffener c1 is provided with an extrusion block c11, a shell c12, a push block c13, a rotating shaft c14 and an attaching plate c15, the port of the extrusion block c11 is movably connected with the attaching plate c15 through a movable shaft, the interior of the shell c12 is movably clamped with the rotating shaft c14, the surface of the rotating shaft c14 is embedded with the push block c13, the push block c13 is embedded and fixed on the side edge of the extrusion block c11, the extrusion block c11 is of a sliding block structure, the convex cylinder contact end of the extrusion block c12 is an arc-shaped surface, the midpoint of the port of the arc-shaped surface is provided with an arc-shaped convex block, the convex block of the column contact surface of the extrusion block c11 is matched with the groove of the arc-shaped block of the extension block c2, the surface of the attaching plate c15 is provided with an attaching spring, the junction of the attaching plate c15 and the extrusion block c11 is provided with an extrusion spring column, the rotating shaft c14 is of a cylinder structure, the cylinder is divided into a combination body, the top connecting ends at two sides of the rotating shaft c14 are movably connected with the push block c13 through a movable shaft, and the sealing performance of the storage grid is further realized.

The compact device 4d is provided with a rotating block d1, an installation plate d2, a rotating channel d3, a pushing block d4, a tightly-attached block d5 and a clamping block d6, a rotating block d1 is slidably connected with the rotating channel d3, the rotating channel d3 is embedded on the installation plate d2 of the outer edge, the center of the rotating block d1 is mechanically connected with the pushing block d4, the port of the rotating block d1 is movably clamped with the tightly-attached block d5, the surface of the installation plate d2 is mechanically connected with the clamping block d6, a spring is arranged on the tightly-attached block d5 towards one side of the center, an inclined colloid layer is arranged on the outer edge of the tightly-attached block d5, two ends of the tightly-attached block d5 extend out to be movably connected with the rotating block d1, and the vibration of the device is prevented by clamping a specimen bottle.

The outside one end of propelling movement piece d4 is equipped with gliding cylinder structure, and the bottom of this cylinder structure is equipped with the slip track, the inside vertical direction's of slip cylinder of propelling movement piece d4 quartering point department is equipped with the slip track, the cylindrical slip track of propelling movement piece d4 and a slip cylinder sliding connection, the slip cylinder diameter of propelling movement piece d4 is less than the accent of clamping block d6, and the traveller through extending the slider promotion equipment air cavity slides.

Clamping piece d6 is equipped with slot d61, propelling movement ball d62, sliding plug d63, lower slot d64, activity stopper d65, the inside and the activity of going up slot d61 stopper d65 sliding connection, it is the integral structure with lower slot d64 to go up slot d61, slot d64 is inside and sliding plug d63 interference fit down, slot d64 has all gomphosis propelling movement ball d62 down with slot d64 is inside, the inside spring that is equipped with of port department contact surface of sliding plug d63, it is the air cavity structure with lower slot d64 to go up slot d61, through the promotion of laminating structure, presss from both sides the downward one end of tight sample bottle.

The upper groove cavity d61 and the lower groove cavity d64 are vertically connected to form an L-shaped three-dimensional pipeline structure, the vertical connecting edge of the L-shaped three-dimensional pipeline structure is an arc-shaped transition edge, the diameter of the notch of the upper groove cavity d61 is smaller than that of the movable plug d65, the movable plug d65 is of a hemisphere structure, the plane end of the hemisphere faces upwards, the arc-shaped end of the movable plug d65 is embedded with the push ball d62, and the push sliding of the rolling ball is achieved.

The compact device 4d is installed on the first embodiment, a specimen is placed on the tight block d5, the spring edge of the tight block d5 on one side of the center is wrapped by the tight block d5, then the rotating block d1 rotates along the rotating track d3, the extending column on the rotating block d1 drags the colloid layer of the tight block d5 to rotate, the solid is more compact and can better fit the specimen bottle, the pushing block d4 rotates along the sliding track on the bottom and rotates to the position right above the clamping block d6 on the mounting plate d2, the sliding column inside the cylinder of the pushing block d4 slides downwards, the movable plug d65 is pushed to slide through the notch of the upper groove cavity d61, the pushing ball d62 inside the combined cavity of the upper groove cavity d61 and the lower groove cavity d64 is pushed by the movable plug d65, the sliding plug d63 is squeezed for a while, the sliding plug d63 is pushed out of the lower groove cavity d64, the sliding plug d63 of the sliding plug d64 is close to the contact surface of the bottom of the sliding plug 63, the specimen is clamped and fixed, so that the specimen cannot collide due to vibration to cause the breakage of the bottle body.

While there have been shown and described what are at present considered the fundamental principles of the invention, the essential features and advantages thereof, it will be understood by those skilled in the art that the present invention is not limited by the embodiments described above, which are merely illustrative of the principles of the invention, but rather, is capable of numerous changes and modifications in various forms without departing from the spirit or essential characteristics thereof, and it is intended that the invention be limited not by the foregoing descriptions, but rather by the appended claims and their equivalents.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.