阅读说明：本技术 一种病理取样保存送检设备及使用方法 (Pathological sampling, storing and submitting equipment and using method ) 是由 赵小雨 赵晓艳 左丽萌 于 2021-09-10 设计创作，主要内容包括：本发明涉及一种病理取样保存送检设备及使用方法,上升连接块的一端与滑动螺母块固定连接,上升连接块的另一端与升降保存装置的底部相连接,升降保存装置的中部设置有中心套筒,在升降仓的中心位置固定安装有中心保冷柱,中心套筒活动套装在中心保冷柱外侧,在中心保冷柱内固定安装有保冷盘管,保冷盘管的底部与安装在底座内的电制冷器相连接,旋转螺杆的底部与安装在底座内的减速电机的输出端相连接,减速电机以及电制冷器通过导线与安装在底座内的控制器相连接；克服了传统的病理取样在采集后的滞留不能得到有效保存的问题,即使出现医院大工作量的,这些取样物在每次不能及时的送出检测时,或者存在一个检测病患需要实施多个取样物的采集作业,利用本产品可以有效的保持取样物的鲜活度,克服了传统等待时间不能及时送检造成的检测结果不准确的缺陷。(The invention relates to a pathology sampling storage inspection device and a use method thereof, wherein one end of an ascending connecting block is fixedly connected with a sliding nut block, the other end of the ascending connecting block is connected with the bottom of a lifting storage device, a central sleeve is arranged in the middle of the lifting storage device, a central cold insulation column is fixedly arranged at the central position of a lifting bin, the central sleeve is movably sleeved outside the central cold insulation column, a cold insulation coil pipe is fixedly arranged in the central cold insulation column, the bottom of the cold insulation coil pipe is connected with an electric refrigerator arranged in a base, the bottom of a rotating screw is connected with the output end of a speed reducing motor arranged in the base, and the speed reducing motor and the electric refrigerator are connected with a controller arranged in the base through wires; the problem of traditional pathology sample can not obtain effective the saving in the delay after gathering is overcome, even the big work load of hospital appears, these samples thing are at the time of can not timely delivery test at every turn, perhaps have a collection operation that detects the disease and need implement a plurality of samples thing, utilize the bright activity ratio that this product can effectual sample thing of keeping, overcome the inaccurate defect of testing result that traditional latency can not in time deliver test and cause.)

1. The utility model provides a pathology sample is preserved and is submitted inspection equipment, includes base (1), installs spacing section of thick bamboo (6) in base (1) top, its characterized in that: the limiting cylinder (6) is divided into a lifting bin (14) and a power bin (15) by an inner cylinder partition plate (27), two vertically arranged lifting limiting guide rails (26) are symmetrically arranged in the power bin (15), a rotating screw (16) is longitudinally arranged in each lifting limiting guide rail (26), a sliding nut block (17) clamped on the inner wall of the lifting limiting chamber (26) is sleeved on each rotating screw (16), a lifting sliding groove is longitudinally formed in the position, corresponding to the rotating screw (16), of the inner cylinder partition plate (27), a lifting connecting block (25) is movably arranged in the lifting sliding groove, one end of each lifting connecting block (25) is fixedly connected with the sliding nut block (17), the other end of each lifting connecting block (25) is connected with the bottom of a lifting storage device, a central sleeve (10) is arranged in the middle of the lifting storage device, a central cold insulation column (23) is fixedly arranged in the central position of the lifting bin (14), the central sleeve (10) is movably sleeved on the outer side of a central cold insulation column (23), a cold insulation coil (24) is fixedly installed in the central cold insulation column (23), the bottom of the cold insulation coil (24) is connected with an electric refrigerator (20) installed in a base (1), the bottom of a rotary screw (16) is connected with the output end of a speed reducing motor (18) installed in the base (1), and the speed reducing motor (18) and the electric refrigerator (20) are connected with a controller (19) installed in the base (1) through wires.

2. The pathological sampling and storage submission apparatus of claim 1, wherein: the lifting storage device comprises a bottom lifting plate (13) which is connected with a lifting connecting block (25) in a specified mode, the bottom lifting plate (13) is fixedly connected with a middle supporting plate (11) through a longitudinal connecting plate (12), the middle supporting plate (11) is fixedly connected with a top supporting plate (9) through the longitudinal connecting plate (12), center sleeve mounting grooves are formed in the center positions of the top supporting plate (9), the middle supporting plate (11) and the bottom lifting plate (13), and a center sleeve (10) is fixedly mounted in the center sleeve mounting grooves.

3. The pathological sampling and storage submission apparatus of claim 1, wherein: the base (1) is of a cylindrical hollow structure, the limiting cylinder (6) is of a cylindrical hollow structure, the diameter of the limiting cylinder (6) is not larger than that of the base (1), a charging storage battery pack (22) is fixedly installed in the base (1), a charging interface is arranged on the outer wall of the base (1), an ascending key (3), a descending key (4) and a preservation key (5) are fixedly installed at the top of the base (1), the ascending key (3), the descending key (4) and the preservation key (5) are connected with a controller (19), the inner cylinder partition plate (27) is of a cylindrical tubular structure, the bottom of the inner cylinder partition plate (27) is fixedly connected with the top of the base (1), the bottom of the limiting cylinder (6) is fixedly connected with the top of the base (1), the lifting bin (14) is of a cylindrical bin body structure, the power bin (15) is of a circular bin body structure, the outer diameter of the lifting bin (14) is not more than the inner diameter of the power bin (15), and the centers of the lifting bin (14) and the power bin (15) are the same straight line perpendicular to the horizontal plane.

4. The pathological sampling and storage submission apparatus of claim 1, wherein: ascending limit guide rail (26) fixed mounting between the outer wall of inner tube baffle (27) and limit cylinder (6) inner wall, ascending limit guide rail (26) are square cabin body structure, rotatory screw rod (16) are installed at the central point of ascending limit guide rail (26) and are put, the top suit of rotatory screw rod (16) is on the roof of ascending limit guide rail (26), the bottom suit of rotatory screw rod (16) is in the rotatory screw rod mounting hole that base (1) top surface was seted up, slip nut piece (17) are outer edge and ascending limit guide rail (26) interior edge matched with square block structure, the length of rotatory screw rod (16) and the high cooperation of limit cylinder (6), rotatory screw rod (16) are two, two rotatory screw rod (16) symmetric distribution are in power storehouse (15) in inner tube baffle (27) outside.

5. The pathological sampling and storage submission apparatus of claim 1, wherein: center cold insulation post (23) be cylindrical hollow structure, the height of center cold insulation post (23) highly cooperatees with a spacing section of thick bamboo (6), cold insulation coil pipe (24) are double helix structure, the bottom of cold insulation coil pipe (24) is linked together through refrigerating pipeline (21) and electric refrigerator (20), at a spacing section of thick bamboo (6) outer wall top symmetry fixed mounting have two connector link (7), fixed mounting has portable handle (8) on two connector link (7).

6. The pathological sampling and storage submission apparatus of claim 2, wherein: the length of top backup pad (9) top surface to bottom lifter plate (13) bottom surface equals with the length of center sleeve (10), lift storehouse (14) are circular arc cavity structure, top backup pad (9), middle part backup pad (11) and bottom lifter plate (13) are circular sheet structure, top backup pad (9) equals with the diameter of bottom lifter plate (13), the external diameter of bottom lifter plate (13) cooperatees with the internal diameter in lift storehouse (14), the diameter of middle part backup pad (11) is not more than the diameter of top backup pad (9).

7. The pathological sampling and storage submission apparatus of claim 2, wherein: the longitudinal connecting plates (12) are longitudinal plate-shaped structures with quarter circular cross sections, two longitudinal connecting plates (12) are fixedly installed between the top supporting plate (9) and the middle supporting plate (11) and between the middle supporting plate (11) and the bottom lifting plate (13), the installation positions of the two longitudinal connecting plates (12) installed between the top supporting plate (9) and the middle supporting plate (11) are mutually symmetrical, the installation positions of the two longitudinal connecting plates (12) installed between the middle supporting plate (11) and the bottom lifting plate (13) are mutually symmetrical, the installation positions of the two vertical connecting plates (12) adjacent up and down correspond to each other, the central sleeve (10) is in cylindrical hollow sleeving, and the outer diameter of the central cold insulation column (23) is matched with the inner diameter of the central sleeve (10).

8. A method of using the pathological sample storage and delivery device of claim 2, comprising: when the lifting device is used, the middle supporting plate (11) is lifted to the upper position of the top surface of the limiting cylinder (6) through operating the controller, when the controller runs, the speed reducing motor (18) is started, the rotating screw (16) starts to rotate, at the moment, the sliding nut block (17) is lifted along the rotating screw (16) in the lifting limiting chamber (26), the lifting connecting block (25) is driven to lift while the sliding nut block (17) is lifted, the lifting connecting block (25) drives the bottom lifting plate (13) to lift, the bottom lifting plate (13) drives the middle supporting plate (11), the longitudinal connecting plates (12) and the top supporting plate (9) to lift, at the moment, the top surface of the middle supporting plate (11) between the longitudinal connecting plates (12) and the top surface of the bottom lifting plate (13) are lifted to the upper position of the limiting cylinder (6), and storage spaces between the top supporting plate (9) and the middle supporting plate (11) and between the middle supporting plate (11) and the bottom lifting plate (13) are exposed out of the storage spaces According to the use requirement, the pathological samples are placed at the exposure position, when a plurality of pathological samples of the same patient need to be collected at one time, in each collection interval, the top surface of the top supporting plate (9) is lowered to the same horizontal position with the top surface of the limiting cylinder (6) by reverse operation, pathological samples collected once are temporarily stored, when the storage operation is started, the controller starts the electric refrigerator (20), cold energy is uploaded to the central cold insulation column (23) through the cold insulation coil pipe (24), and the central cold insulation column (23) is used for radiating the cold energy to storage spaces between the top supporting plate (9) and the middle supporting plate (11) and between the middle supporting plate (11) and the bottom lifting plate (13) so as to keep the cold energy temporarily stored in pathological sampling, after the acquisition is completed for many times, the product is delivered for inspection, and the inspection is started and closed repeatedly.

Technical Field

The invention relates to the field of medical treatment, in particular to a pathology sampling, storing and submitting device and a using method thereof.

Background

Pathological sampling includes many categories such as blood, secretions, urine, excretions, sloughs, pathological sections, body fluids, cerebrospinal fluids, and thrombotic material. Traditional pathology sample is after gathering, generally need to send to the laboratory that awaits measuring fast and implement the detection operation, but because the restriction of the big work load of hospital, these samples probably can not be at every turn timely send out the detection, in addition, there is the collection operation that a detection disease need implement a plurality of samples, in this in-process, just need certain latency, no matter be the sample collection operation of a plurality of samples of a disease or the same kind of a plurality of diseases, there is certain latency all, in this latency, the sample needs certain time of placing, but some samples need keep the degree of accuracy that final testing result could be guaranteed to fresh state, but traditional device and method can not realize the effective medical preservation measure to this part sample, lead to the testing result to make kind inaccurately.

Therefore, the pathological sampling storage submission device and the use method have the advantages that the structure is simple, the operation is convenient, the manpower resources are saved, the work and operation efficiency is high, the taking out and the management are convenient, the storage of a sampling object is facilitated, the improvement of the accuracy of detection is facilitated, the unnecessary trouble and the operation time in the operation are reduced, the efficient storage is realized, the waiting submission time is prolonged, the method is simple, the operation is easy, and the market prospect is wide.

Disclosure of Invention

Aiming at the defects of the prior art, the invention provides the pathological sampling storage submission device and the use method thereof, which have the advantages of simple structure, convenient operation, labor resource saving, high working and operating efficiency, convenient taking out and management, favorable storage of samples, favorable improvement of detection accuracy, reduction of unnecessary troubles and operation time during operation, efficient and effective storage, and prolonged waiting submission time, and are simple and easy to operate.

The technical scheme of the invention is realized as follows: a pathology sampling storage and inspection device comprises a base and a limiting cylinder arranged above the base, wherein the limiting cylinder is divided into a lifting bin and a power bin through an inner cylinder partition plate, two vertically arranged lifting limiting guide rails are symmetrically arranged in the power bin, a rotating screw rod is longitudinally arranged in each lifting limiting guide rail, each rotating screw rod is sleeved with a sliding nut block clamped on the inner wall of the lifting limiting bin, a lifting sliding groove is longitudinally formed in the position, corresponding to the rotating screw rod, of the inner cylinder partition plate, a lifting connecting block is movably arranged in the lifting sliding groove, one end of each lifting connecting block is fixedly connected with the corresponding sliding nut block, the other end of each lifting connecting block is connected with the bottom of a lifting storage device, a central sleeve is arranged in the middle of the lifting storage device, a central cold insulation column is fixedly arranged in the central position of the lifting bin, and the central sleeve is movably sleeved on the outer side of the central cold insulation column, the cold insulation coil is fixedly arranged in the central cold insulation column, the bottom of the cold insulation coil is connected with the electric refrigerator arranged in the base, the bottom of the rotary screw is connected with the output end of the speed reducing motor arranged in the base, and the speed reducing motor and the electric refrigerator are connected with the controller arranged in the base through wires.

The lifting storage device comprises a bottom lifting plate which is connected with a lifting connecting block in a specified mode, the bottom lifting plate is fixedly connected with a middle supporting plate through a longitudinal connecting plate, the middle supporting plate is fixedly connected with a top supporting plate through the longitudinal connecting plate, a center sleeve mounting groove is formed in the center positions of the top supporting plate, the middle supporting plate and the bottom lifting plate, and a center sleeve is fixedly mounted in the center sleeve mounting groove.

The base be cylindrical hollow structure, a spacing section of thick bamboo is cylindrical hollow structure, the diameter of a spacing section of thick bamboo is not more than the diameter of base, fixed mounting has rechargeable battery in the base, be provided with the interface that charges at the base outer wall, there is ascending button at base top fixed mounting, descend the button and preserve the button, it rises the button, descend the button and preserve the button and all be connected with the controller, the inner tube baffle is cylindrical tubular structure, the bottom of inner tube baffle and the top fixed connection of base, the bottom of a spacing section of thick bamboo and the top fixed connection of base, the lift storehouse is cylindrical bin body structure, the power storehouse is ring shape bin body structure, the external diameter in lift storehouse is not more than the internal diameter in power storehouse, the center in lift storehouse and power storehouse is the straight line of same set of perpendicular to horizontal plane.

The utility model discloses a power storehouse, including base, inner tube baffle, ascending limit guide rail, rotatory screw rod, the top suit of rotatory screw rod, the bottom suit of rotatory screw rod is in the rotatory screw rod mounting hole that the base top surface was seted up, the slip nut piece is outer edge and ascending limit guide rail inner edge matched with square block structure, the length of rotatory screw rod and the highly matched with of a limit cylinder, rotatory screw rod is two, two rotatory screw rod symmetric distributions are in the power storehouse in the inner tube baffle outside.

The central cold insulation column is of a cylindrical hollow structure, the height of the central cold insulation column is matched with the height of the limiting cylinder, the cold insulation coil is of a double-spiral structure, the bottom of the cold insulation coil is communicated with an electric refrigerator through a refrigeration pipeline, two connecting buckles are symmetrically and fixedly mounted at the top end of the outer wall of the limiting cylinder, and a portable handle is fixedly mounted on the two connecting buckles.

The length of top supporting plate top surface to bottom lifter plate bottom surface equals with central telescopic length, the lift storehouse is convex cavity structure, top supporting plate, middle part backup pad and bottom lifter plate are circular sheet structure, the diameter of top supporting plate and bottom lifter plate equals, the external diameter of bottom lifter plate cooperatees with the internal diameter in lift storehouse, the diameter of middle part backup pad is not more than the diameter of top supporting plate.

The longitudinal connecting plates are longitudinal plate-shaped structures with quarter circular cross sections, two longitudinal connecting plates are fixedly arranged between the top supporting plate and the middle supporting plate and between the middle supporting plate and the bottom lifting plate, the mounting positions of the two longitudinal connecting plates arranged between the top supporting plate and the middle supporting plate are mutually symmetrical, the mounting positions of the two longitudinal connecting plates arranged between the middle supporting plate and the bottom lifting plate are mutually symmetrical, the mounting positions of the two longitudinal connecting plates adjacent to each other from top to bottom correspond to each other, the central sleeve is in cylindrical hollow sleeving, and the outer diameter of the central cold insulation column is matched with the inner diameter of the central sleeve.

The use method of the pathological sampling, storing and submitting equipment comprises the following steps: when the device is used, the middle supporting plate is lifted to the upper part of the top surface of the limiting cylinder by operating the controller, when the controller runs, the speed reducing motor is started, the rotating screw rod starts to rotate, at the moment, the sliding nut block is lifted along the rotating screw rod in the lifting limiting chamber, the lifting connecting block is driven to lift while the sliding nut block is lifted, the lifting connecting block drives the bottom lifting plate to lift, the middle supporting plate, the longitudinal connecting plates and the top supporting plate of the bottom lifting plate are lifted, at the moment, the top surface of the middle supporting plate between the longitudinal connecting plates and the top surface of the bottom lifting plate are lifted to the upper part of the limiting cylinder, the storage spaces between the top supporting plate and the middle supporting plate and between the middle supporting plate and the bottom lifting plate are exposed, according to the use requirement, the pathological samples are placed at the exposed position, when a plurality of pathological samples of the same patient need to be sampled at one time, gather the clearance at every turn, reverse operation falls to the same horizontal position with spacing section of thick bamboo top surface with the top support board top surface, the pathology sample temporary storage of gathering once, when the storage operation is opened, open the electric refrigerator through the controller, cold volume passes through cold insulation coil pipe and uploads to the central cold insulation post in, rely on central cold insulation post to radiate cold volume to between top support board and the middle part backup pad and the storage space between middle part backup pad and the bottom lifter plate, be used for keeping the cold volume of pathology sample temporary storage, after gathering the completion many times, see this product to examine, see to examine and open the operation and close operation above-mentioned operation of repetition and can realize.

The invention has the following positive effects: this product simple structure, and convenient for operation, the problem that traditional pathology sample can not be effectively preserved in the delay after gathering has been overcome, even appear the big work load of hospital, these samples thing are at the time of can not timely delivery inspection at every turn, perhaps there is the collection operation that a detection disease need implement a plurality of samples thing, utilize the bright activity ratio that this product can effectually keep the sample thing, overcome the unsafe defect of testing result that traditional latency can not in time deliver inspection cause, this product mechanization degree is high simultaneously, degree of automation is high, whole convenient management and deposit, there is the traditional drawback of exposing the structure that keeps the tray or the tray is compared, has fine use value, the longer drawback of present delivery inspection latency has been solved.

Drawings

Fig. 1 is a schematic perspective view of the present invention.

Fig. 2 is a schematic perspective view of the unfolded state of the present invention.

Fig. 3 is a schematic diagram of the internal structure of the present invention.

FIG. 4 is a second schematic diagram of the internal structure of the present invention.

Detailed Description

As shown in fig. 1, 2, 3 and 4, a pathological sampling, storing and submitting device comprises a base 1 and a limiting cylinder 6 arranged above the base 1, wherein the limiting cylinder 6 is divided into a lifting chamber 14 and a power chamber 15 by an inner cylinder partition plate 27, two lifting limiting guide rails 26 which are longitudinally arranged are symmetrically arranged in the power chamber 15, a rotating screw 16 is longitudinally arranged in each lifting limiting guide rail 26, a sliding nut block 17 which is clamped on the inner wall of the lifting limiting chamber 26 is sleeved on each rotating screw 16, a lifting sliding groove is longitudinally arranged at the position corresponding to the inner cylinder partition plate 27 and the rotating screw 16, a lifting connecting block 25 is movably arranged in the lifting sliding groove, one end of the lifting connecting block 25 is fixedly connected with the sliding nut block 17, the other end of the lifting connecting block 25 is connected with the bottom of a lifting storing device, a central sleeve 10 is arranged in the middle of the lifting storing device, a central cold insulation column 23 is fixedly installed at the central position of the lifting bin 14, the central sleeve 10 is movably sleeved outside the central cold insulation column 23, a cold insulation coil 24 is fixedly installed in the central cold insulation column 23, the bottom of the cold insulation coil 24 is connected with an electric refrigerator 20 installed in the base 1, the bottom of the rotary screw 16 is connected with the output end of a speed reducing motor 18 installed in the base 1, and the speed reducing motor 18 and the electric refrigerator 20 are connected with a controller 19 installed in the base 1 through wires.

The lifting storage device comprises a bottom lifting plate 13 which is connected with a lifting connecting block 25 in a specified mode, the bottom lifting plate 13 is fixedly connected with a middle supporting plate 11 through a longitudinal connecting plate 12, the middle supporting plate 11 is fixedly connected with a top supporting plate 9 through the longitudinal connecting plate 12, center sleeve mounting grooves are formed in the center positions of the top supporting plate 9, the middle supporting plate 11 and the bottom lifting plate 13, and a center sleeve 10 is fixedly mounted in the center sleeve mounting grooves. The length from the top surface of the top supporting plate 9 to the bottom surface of the bottom lifting plate 13 is equal to that of the central sleeve 10, the lifting bin 14 is of a circular arc-shaped cavity structure, the top supporting plate 9, the middle supporting plate 11 and the bottom lifting plate 13 are all circular sheet structures, the diameter of the top supporting plate 9 is equal to that of the bottom lifting plate 13, the outer diameter of the bottom lifting plate 13 is matched with the inner diameter of the lifting bin 14, and the diameter of the middle supporting plate 11 is not larger than that of the top supporting plate 9. The longitudinal connecting plates 12 are longitudinal plate-shaped structures with quarter circular cross sections, two longitudinal connecting plates 12 are fixedly arranged between the top supporting plate 9 and the middle supporting plate 11 and between the middle supporting plate 11 and the bottom lifting plate 13, the mounting positions of the two longitudinal connecting plates 12 arranged between the top supporting plate 9 and the middle supporting plate 11 are mutually symmetrical, the mounting positions of the two longitudinal connecting plates 12 arranged between the middle supporting plate 11 and the bottom lifting plate 13 are mutually symmetrical, the mounting positions of the two vertical connecting plates 12 adjacent to each other up and down correspond to each other, the central sleeve 10 is a cylindrical hollow sleeve, and the outer diameter of the central cold insulation column 23 is matched with the inner diameter of the central sleeve 10.

The base 1 is a cylindrical hollow structure, the limiting cylinder 6 is a cylindrical hollow structure, the diameter of the limiting cylinder 6 is not more than that of the base 1, a charging storage battery pack 22 is fixedly arranged in the base 1, a charging interface is arranged on the outer wall of the base 1, at 1 top fixed mounting of base there is ascending button 3, decline button 4 and preserve button 5, it 3 to rise the button, decline button 4 and preserve button 5 all are connected with controller 19, inner tube baffle 27 is cylindrical tubular structure, the bottom of inner tube baffle 27 and base 1's top fixed connection, spacing 6's bottom and base 1's top fixed connection, lift storehouse 14 is cylindrical bin body structure, power storehouse 15 is ring shape bin body structure, the external diameter of lift storehouse 14 is not more than power storehouse 15's internal diameter, lift storehouse 14 is the straight line of same set of perpendicular to horizontal plane with power storehouse 15's center. Ascending limit guide rail 26 fixed mounting between the outer wall of inner tube baffle 27 and the 6 inner walls of a spacing section of thick bamboo, ascending limit guide rail 26 is square cabin body structure, rotatory screw rod 16 is installed at ascending limit guide rail 26's central point and is put, the top suit of rotatory screw rod 16 is on ascending limit guide rail 26's roof, the bottom suit of rotatory screw rod 16 is in the rotatory screw rod mounting hole that the top surface was seted up at base 1, slip nut block 17 is outer edge and ascending limit guide rail 26 interior edge matched with square block structure, the length of rotatory screw rod 16 and the highly matched with of a spacing section of thick bamboo 6, rotatory screw rod 16 is two, two rotatory screw rod 16 symmetric distributions are in the power storehouse 15 in the inner tube baffle 27 outside. The central cold insulation column 23 is of a cylindrical hollow structure, the height of the central cold insulation column 23 is matched with that of the limiting cylinder 6, the cold insulation coil pipe 24 is of a double-spiral structure, the bottom of the cold insulation coil pipe 24 is communicated with the electric refrigerator 20 through the refrigerating pipeline 21, two connecting buckles 7 are symmetrically and fixedly mounted at the top end of the outer wall of the limiting cylinder 6, and a hand-held handle 8 is fixedly mounted on the two connecting buckles 7.

When the device is used, the middle supporting plate 11 is lifted to the upper position of the top surface of the limiting cylinder 6 by operating the controller, when the controller operates, the speed reducing motor 18 is started, the rotating screw 16 starts rotating, at the moment, the sliding nut block 17 ascends along the rotating screw 16 in the ascending limiting chamber 26, the ascending connecting block 25 is driven to ascend while the sliding nut block 17 ascends, the ascending connecting block 25 drives the bottom lifting plate 13 to ascend, the bottom lifting plate 13 drives the middle supporting plate 11, the longitudinal connecting plates 12 and the top supporting plate 9 to ascend, at the moment, the top surface of the middle supporting plate 11 between the longitudinal connecting plates 12 and the top surface of the bottom lifting plate 13 ascend to the upper position of the limiting cylinder 6, the storage spaces between the top supporting plate 9 and the middle supporting plate 11 and between the middle supporting plate 11 and the bottom lifting plate 13 are exposed, and a pathological sample is placed at the exposed position according to the use requirement, when needs once gather a plurality of pathology samples of same disease, gather the clearance at every turn, reverse operation is with 9 top support plates top surfaces drop to with the same horizontal position of spacing section of thick bamboo 6 top surface, the pathology sample temporary storage of gathering once, when the storage operation is opened, open electric refrigerator 20 through the controller, cold volume passes through cold insulation coil pipe 24 and goes up to central cold insulation post 23 in, rely on central cold insulation post 23 to radiate cold volume to the storage space between top support plate 9 and the middle part backup pad 11 and between middle part backup pad 11 and the bottom lift plate 13, be used for keeping the cold volume of pathology sample temporary storage, gather the completion back when many times, examine this product delivery, the delivery is examined and is opened the operation and close the operation above-mentioned operation of repetition and can be realized.