CN104833549A - Detection platform for detecting each layer of drug intermediate storage tower - Google Patents
Detection platform for detecting each layer of drug intermediate storage tower Download PDFInfo
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- CN104833549A CN104833549A CN201510228951.9A CN201510228951A CN104833549A CN 104833549 A CN104833549 A CN 104833549A CN 201510228951 A CN201510228951 A CN 201510228951A CN 104833549 A CN104833549 A CN 104833549A
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Abstract
The invention discloses a detection platform for detecting each layer of a drug intermediate storage tower. A conventional storage tower is divided by a partition layer into a mechanism layer and a liquid storage layer; a platform component that extends to the inner bottom of the storage tower is installed on the partition layer; the platform component comprises a base, which is arranged on the inner bottom of the storage tower, a top seat arranged on the partition layer, a bottom sliding component that matches with the base, and a top sliding component that matches with the top seat, the bottom sliding component and the top sliding component are connected through a vertical rail; a sampling table that can move up and down is arranged on the vertical rail; the top sliding component is provided with a horizontal driving part that can drive the sampling table to move in the horizontal direction and a vertical driving part that can drive the sampling table to move in the vertical direction. The provided detection platform can detect the performance of each layer of a liquid drug intermediate storage tower, the completely automatic detection can be achieved, and the information can be fed back precisely in time.
Description
Technical field
The present invention relates to each level pick-up unit of a kind of pharmaceutical intermediate, especially for the pharmaceutical intermediate of kind of liquid carry out the device that detects, be specially a kind of for each level detection platform of pharmaceutical intermediate storage tower.
Background technology
So-called medicine intermediate, is actually some for some industrial chemicals in medicine synthesis process or chemical products.Such as intermediate steroidal, steroid drugs is topmost is corticoid medicine and sex hormone drug, comprises anesthesia class medicine in addition and is about to the medicine of the treatment cardiovascular and cerebrovascular disease released.
Steroid drugs occupies an important position in chemicals system.The discovery of steroid drugs and successfully synthesis are described as one of two major progresses that twentieth century medical industry obtains (another is antibiotic discovery and application).Steroid drugs plays very important regulating action to body, there is very strong anti-infective, antiallergy, antiviral and antishock pharmacological action, protein metabolism, recovery and enhancing muscle power and diuretic antihypertensive can be improved, be widely used in the endocrine system diseases such as skin disease, anaphylactic shock, prostatitis, Ai Disenshi such as treatment rheumatic arthritis, bronchial astehma, eczema, also can be used for contraception, antiabortive, alleviate the aspects such as Menopause symptom, surgery anesthesia, and prevention coronary heart disease, AIDS, fat-reducing etc.At present, the steroid drugs kind of produced worldwide has reached kind more than 300, and wherein topmost is steroid hormone medicine.
In medicine preparation process, multi-medicament intermediate compound is usually adopted to form.Such as: deflazacort, cyproterone acetate, methylprednisolone, estradiol, medroxyprogesterone acetate etc., pharmaceutical intermediate is after finalization of the manufacture and for the production of being front placed in different storage facilitiess.For large-scale pharmacy corporation, liquid type pharmaceutical intermediate is placed in large-scale storage tower usually.Generally, the time cycle that liquid type pharmaceutical intermediate stores shortlyer just enters down one production process.But, (as medicine over capacity, the demand of medicine is reduced) in some special cases, liquid type pharmaceutical intermediate need store time comparatively speaking the cycle longer.Especially in the Multi-layer material-storing cabinet that some are large-scale, very inconvenient to the detection of intermediate feed, common detection is only confined to the upper strata liquid level of storage tower, and the position that cannot be deep into below liquid level darker is detected.
And also have and be provided with transparent windows on the sidewall of Multi-layer material-storing cabinet, storage tower as shown in Figure 1, its skin lamination is provided with view window 102; But it just observes liquid by presentation, for the pharmaceutical intermediate without metachromatism before and after liquid degeneration, can not accurately reflect, transparent windows is set on large tank simultaneously, there is the risk of view window fragmentation, there is potential safety hazard, nor be beneficial to tank body manufacture.
By patent retrieval, there is following known prior art:
Patent 1:
Application number CN201410720433.4, applying date 2014.12.02, open (bulletin) day 2015.03.25, disclose a kind of sealed storage tank, comprise storage tank body, described storage tank body peripheral is provided with ring groove, the upper and lower surface of described ring groove is provided with sealing ring, also comprise capping, described capping lower end is provided with the collar for screens, the internal diameter of the described collar is identical with storage tank body upper surface external diameter, also comprise sealing device, described sealing device comprises the projection inserted in ring groove, and connect the screw rod of closure sidewall, described screw rod is connected by connecting rod with between projection, the object of the invention is to propose a kind of sealed storage tank, change the position of encapsulant, and do not affect the sealing effectiveness of hold-up vessel, improve serviceable life.
Patent 2:
Application number CN201420668941.8, applying date 2014.11.11, open (bulletin) day 2015.03.25, disclose the hold-up vessel with dust guard, it comprises tank body, the bottom of tank body is provided with a discharge pipe, discharge pipe passes through valve seal, the upper end sidewall of described tank body is provided with a feed pipe, a dust proof tube is provided with above described tank body, a dustcloth is provided with in dust proof tube, top seal is passed through above dust proof tube, top cover lower surface is vertically provided with multiple cylinder, the piston rod of cylinder can beat dustcloth, described dust proof tube sidewall is provided with an air exhauster, the air intake opening of air exhauster is between dustcloth and top cover.The beneficial effects of the utility model are: the loss that it avoid powder, reduces production cost, ensure that workshop dust degree is up to standard, balance the pressure in hold-up vessel, ensure that the security of powder carry.
Patent 3:
Application number CN201410725046.X, applying date 2014.12.02, open (bulletin) day 2015.03.04, disclose a kind of the methanol storage drum supply and the output-controlling device that manufacture medicine, it comprises the control gear one for controlling methyl alcohol quantity delivered in methanol storage drum and the control gear two for controlling methyl alcohol output quantity in methanol storage drum; Control gear one comprises and is arranged on methanol storage drum side and the gage glass one be communicated with methanol storage drum and controller one, controller one input end is connected with liquid level upper limit sensor one and liquid level lower limit sensor one signal respectively, and its output terminal is connected with charge pump signal; Control gear two comprises and is arranged on methanol storage drum opposite side and the gage glass two be communicated with methanol storage drum and controller two, controller two input end is connected with liquid level upper limit sensor two and liquid level lower limit sensor binary signal respectively, and its output terminal is connected with rear pump signal.Control device structure of the present invention is simple, highly versatile, liquid level measurement precision are high, level gauging stability is high and adapt to medicine manufacturing needs.
Found by above retrieval, above technical scheme can not affect novelty of the present invention; And the mutual combination of above patent document can not destroy creativeness of the present invention.
Summary of the invention
The object of this invention is to provide the device of each level performance of a kind of tracer liquid class pharmaceutical intermediate, the full-automation detected can be realized, and the accurate and promptness of information feed back.
For realizing above object, the technical solution used in the present invention is: a kind of for each level detection platform of pharmaceutical intermediate storage tower, it comprises storage tower (1), the feet arranged (101), is arranged on liquid injection pipe (104) above storage tower, is arranged on drain pipe (103) below storage tower below storage tower; Described storage tower (1) inside is divided into mechanism's layer (11) and reserve liquid layer (12) two parts by interlayer (105), described interlayer (105) is provided with the platform assembly (2) extending to storage tower (1) interior bottom portion; Described platform assembly (2) comprises the basal sliding assembly (22) that the base (21) being arranged on storage tower (1) interior bottom portion, the footstock (27) be arranged on interlayer (105), base (21) match, the top slide assembly (28) that footstock (27) matches, and is connected between basal sliding assembly (22) with top slide assembly (28) by vertical rail (23); Vertical rail (23) is provided with sampling bench movable up and down (24); Described top slide assembly (28) is provided with horizontal drive parts (25) for driving sampling bench (24) to move horizontally and for driving the vertical driver part (26) of the vertical movement of sampling bench (24);
Described basal sliding assembly (22) comprises base plate, and base shaft rotatably fixed thereon (222), the bottom line travelling wheel (221) be fixed on base shaft (222), is arranged on bottom driving wheel (223) on base shaft (222) and is arranged on the bottom locking member (224) of base (21) both sides;
Described top slide assembly (28) comprises the footstock top board (281) be erected on footstock (27), footstock base plate (282), and joint pin (284) between the two; Footstock base plate (282) is rotatably fixed with footstock rotating shaft (286), the top row travelling wheel (285) be fixed in footstock rotating shaft (286), is arranged on the top power wheel (287) in footstock rotating shaft (286) and is arranged on the top locking member (288) of footstock (27) both sides; And upper corresponding sample platform (24) position of described footstock top board (281) is provided with thief hole (283), described footstock base plate (282) corresponding sample platform (24) position is provided with hole.
Further, described horizontal drive parts (25) comprise the first driving (252) be arranged on top slide assembly (28), described first drives the output terminal of (252) to be connected with the top power wheel (287) in footstock rotating shaft (286) by the first driving-chain (251), and top power wheel (287) is taken turns (223) by the second driving-chain (253) with the bottom driving on basal sliding assembly (22) and is connected.
Further, described vertical driver part (26) comprises the second driving (261) arranged on top slide assembly (28), and the screw mandrel (264) be vertically arranged on rotationally between top slide assembly (28) and basal sliding assembly (22), described sampling bench (24) is connected on screw mandrel (264); Described second drives the output terminal of (261) to be connected by the screw gear (263) on driven wheel (262) screw mandrel (264) top.
Further, described screw mandrel (264) is vertically parallel with described vertical rail (23), and described sampling bench (24) is enclosed within screw mandrel (264).
Further, described sampling bench (24) is provided with holding tank (241), the center of holding tank (241) is provided with reference column (242).Specifically see Fig. 5, it is platform assembly spatial structure schematic top plan view of the present invention.
Further, described base (21) is provided with base driving chute (211) that shape is L shape, it is combined with bottom line travelling wheel (221); The side of described base (21) is provided with bottom side chute (212).
Further, described footstock (27) is provided with footstock driving chute (271) that shape is C shape, it is combined with top row travelling wheel (285); The side of described footstock (27) is provided with top side chute (274).
Further, described footstock top board (281) contacts with the upper surface slide of footstock (27); And the upper surface of footstock (27) is provided with footstock slip chute (272), in it, be provided with ball (273).
Further, the upper corresponding sample hole (283) of described footstock top board (281) is provided with sampling arm (29).
Further, described sampling arm (29) comprises symmetrically arranged first sampling arm (291), the second sampling arm (292), and the first sampling arm (291) and the second sampling arm (292) are meshed together by gear being rotatable, the first sampling arm (291) is engaged with the 3rd and drives (293).
Further, the interlayer (105) of described storage tower (1) is provided with interlayer hole (109); Described storage tower (1) top is provided with tower top cover (106), described storage tower (1) bottom is provided with tower bottom (107), and described tower bottom (107) center is provided with liquid outlet (108).
Beneficial effect of the present invention: 1, the invention provides one for each level detection platform of pharmaceutical intermediate storage tower, the full-automation detected can be realized, and the accurate and promptness of information feed back.
2, adopting in storage tower can the sampling bench of Three-dimensional movable, and conveniently realize the sampling of each position medicine intermediate in storage tower, sampling be not confined to top layer, more can reflect the actual conditions of medicine in storage tower.
3, avoid arranging view window at storage tower skin lamination, avoid the risk of view window fragmentation, facilitate tank body entirety to manufacture simultaneously.
4, horizontal drive parts adopt upper lower sprocket synchronous axial system, run more stable, and single driving drives upper and lower two parts to retreat simultaneously, and effect is more reliable.
5, vertically driver part adopts screw mandrel to drive, and while moving horizontally, facilitates vertical motion.
6, have employed sampling arm, the convenient part that will sample takes out analysis, and it samples convenient automation mechanized operation.
Accompanying drawing explanation
Fig. 1 is a kind of existing storage tower structural representation.
Fig. 2 is storage tower internal mechanism cross-sectional schematic of the present invention.
Fig. 3 is storage tower inner structure of the present invention.
Fig. 4 is platform assembly perspective view of the present invention.
Fig. 5 is schematic top plan view in Fig. 4.
Fig. 6 is the first top structure schematic diagram of platform assembly of the present invention.
Fig. 7 is platform assembly the second top structure schematic diagram of the present invention.
Fig. 8 is platform assembly polycrystalline substance schematic diagram of the present invention.
Described in figure, label character is expressed as: 1, storage tower; 11, mechanism's layer; 12, reserve liquid layer; 101, feet; 102, view window; 103, drain pipe; 104, liquid injection pipe; 105, interlayer; 106, tower top cover; 107, tower bottom; 108, liquid outlet; 109, interlayer hole; 110, sampling window;
2, platform assembly; 21, base; 22, basal sliding assembly; 23, vertical rail; 24, sampling bench; 25, horizontal drive parts; 26, vertical driver part; 27, footstock; 28, top slide assembly; 29, sampling arm;
211, base drives chute; 212, bottom side chute;
221, bottom line travelling wheel; 222, base shaft; 223, bottom driving wheel; 224, bottom locking member;
241, holding tank; 242, reference column;
251, the first driving-chain; 252, first drive; 253, the second driving-chain;
261, second drive; 262, driven wheel; 263, screw gear; 264, screw mandrel;
271, footstock drives chute; 272, footstock slip chute; 273, ball; 274, top side chute;
281, footstock top board; 282, footstock base plate; 283, thief hole; 284, joint pin; 285, top row travelling wheel; 286, footstock rotating shaft; 287, top power wheel; 288, top locking member;
291, the first sampling arm; 292, the second sampling arm; 293, the 3rd drive.
Embodiment
In order to make those skilled in the art understand technical scheme of the present invention better, describe the present invention below in conjunction with accompanying drawing, the description of this part is only exemplary and explanatory, should not have any restriction to protection scope of the present invention.
As shown in Fig. 2-Fig. 8, concrete structure of the present invention is: it comprises storage tower 1, the feet 101 arranged, is arranged on liquid injection pipe 104 above storage tower, is arranged on drain pipe 103 below storage tower below storage tower; Described storage tower 1 inside is divided into mechanism's layer 11 and reserve liquid layer 12 two parts by interlayer 105, described interlayer 105 is provided with the platform assembly 2 extending to storage tower 1 interior bottom portion; Described platform assembly 2 comprises the basal sliding assembly 22 that the base 21 being arranged on storage tower 1 interior bottom portion, the footstock 27 be arranged on interlayer 105, base 21 match, the top slide assembly 28 that footstock 27 matches, and is connected between basal sliding assembly 22 with top slide assembly 28 by vertical rail 23; Vertical rail 23 is provided with sampling bench 24 movable up and down; Described top slide assembly 28 is provided with horizontal drive parts 25 for driving sampling bench 24 to move horizontally and for driving the vertical driver part 26 of the vertical movement of sampling bench 24;
Described basal sliding assembly 22 comprises base plate, and base shaft 222 rotatably fixed thereon, the bottom line travelling wheel 221 be fixed on base shaft 222, is arranged on the bottom driving wheel 223 on base shaft 222 and is arranged on the bottom locking member 224 of base 21 both sides;
Described top slide assembly 28 comprises the footstock top board 281 be erected on footstock 27, footstock base plate 282, and joint pin 284 between the two; Footstock base plate 282 is rotatably fixed with footstock rotating shaft 286, the top row travelling wheel 285 be fixed in footstock rotating shaft 286, is arranged on the top power wheel 287 in footstock rotating shaft 286 and is arranged on the top locking member 288 of footstock 27 both sides; And corresponding sample platform 24 position is provided with thief hole 283 on described footstock top board 281, described footstock base plate 282 corresponding sample platform 24 position is provided with hole.
Preferably, described horizontal drive parts 25 comprise the first driving 252 be arranged on top slide assembly 28, described first drives the output terminal of 252 to be connected with the top power wheel 287 in footstock rotating shaft 286 by the first driving-chain 251, and top power wheel 287 is taken turns 223 by the second driving-chain 253 with the bottom driving on basal sliding assembly 22 and is connected.
Preferably, described vertical driver part 26 comprises the second driving 261 arranged on top slide assembly 28, and is vertically arranged on the screw mandrel 264 between top slide assembly 28 and basal sliding assembly 22 rotationally, and described sampling bench 24 is connected on screw mandrel 264; Described second drives the output terminal of 261 to be connected by the screw gear 263 on driven wheel 262 screw mandrel 264 top.
Preferably, described screw mandrel 264 is vertically parallel with described vertical rail 23, and described sampling bench 24 is enclosed within screw mandrel 264.
Preferably, described sampling bench 24 is provided with holding tank 241, the center of holding tank 241 is provided with reference column 242.
Preferably, described base 21 is provided with the base driving chute 211 that shape is L shape, it is combined with bottom line travelling wheel 221; The side of described base 21 is provided with bottom side chute 212.
Preferably, described footstock 27 is provided with the footstock driving chute 271 that shape is C shape, it is combined with top row travelling wheel 285; The side of described footstock 27 is provided with top side chute 274.
Preferably, described footstock top board 281 contacts with the upper surface slide of footstock 27; And the upper surface of footstock 27 is provided with footstock slip chute 272, is provided with ball 273 in it.
Fig. 6 is the first top structure schematic diagram of platform assembly of the present invention.Without sampling arm 29 in the first structure.
Fig. 7 is platform assembly the second top structure schematic diagram of the present invention.Sampling arm 29 is had in the second structure.Concrete, on described footstock top board 281, corresponding sample hole 283 is provided with sampling arm 29.
Preferably, described sampling arm 29 comprises symmetrically arranged first sampling arm 291, second sampling arm 292, and the first sampling arm 291 and the second sampling arm 292 are meshed together by gear being rotatable, and the first sampling arm 291 is engaged with the 3rd and drives 293.
Adopt above sampling arm structure, the convenient part that will sample takes out analysis, and it samples convenient automation mechanized operation.After sampling arm 29 clamps sampling vessel, the sampling window 110 arranged by storage tower 1 sidewall conveniently takes out analysis.
Preferably, the interlayer 105 of described storage tower 1 is provided with interlayer hole 109; Described storage tower 1 top is provided with tower top cover 106, is provided with tower bottom 107 bottom described storage tower 1, and described tower bottom 107 center is provided with liquid outlet 108.
Easy in order to what describe herein, be not unrestricted and description for driving, general technology person can select motorized motions or hydraulic-pneumatic to drive according to actual conditions, and the power driven to provide be all known prior art, do not add explanation herein.
During concrete use, sampling bench 24 fixes sampling vessel, then horizontal drive parts 25 are started, after on top slide assembly 28 first drives 252 runnings, its output terminal is by the first driving-chain 251, by power transmission on the top power wheel 287 in footstock rotating shaft 286, top row travelling wheel 285 is driven to drive chute 271 to move along footstock; Simultaneously, top, top power wheel 287 is taken turns 223 by the second driving-chain 253 with the bottom driving on basal sliding assembly 22 and is connected, power synchronous is transferred on the bottom driving wheel 223 of basal sliding assembly 22, thus drives base shaft 222 to drive bottom line travelling wheel 221 to drive chute 211 to move along base.So, what realize sampling bench 24 moves horizontally sampling.
On vertical direction, start second and drive 261, drive screw gear 263 to move by driven wheel 262, thus drive screw mandrel 264 to rotate; Be enclosed within the sampling bench 24 on screw mandrel 264 and screw mandrel 264 threaded engagement, the positive and negative rotation of screw mandrel 264 realizes moving up and down of sampling bench 24.
After having sampled, screw mandrel 264 drives sampling bench 24 to move up, and first by the passing hole that footstock base plate 282 corresponding sample platform 24 position is arranged, then by the thief hole 283 on footstock top board 281, arrives extreme higher position and leaves standstill; Then start the 3rd and drive 293, clamp sampling vessel by two sampling arms 29, the sampling window 110 then arranged by storage tower 1 sidewall is taken out to be analyzed.
Above, repetitive cycling, can realize the sampling operation of storage tower 1 interior reservoir liquid layer 12 optional position.
The invention provides a kind of for each level detection platform of pharmaceutical intermediate storage tower, the full-automation detected can be realized, and the accurate and promptness of information feed back.Adopting in storage tower can the sampling bench of Three-dimensional movable, and conveniently realize the sampling of each position medicine intermediate in storage tower, sampling be not confined to top layer, more can reflect the actual conditions of medicine in storage tower.Avoid arranging view window at storage tower skin lamination, avoid the risk of view window fragmentation, facilitate tank body entirety to manufacture simultaneously.
So facilitate the storage in the middle of medicine and detection, such as: deflazacort, cyproterone acetate, methylprednisolone, estradiol, medroxyprogesterone acetate etc., pharmaceutical intermediate is after finalization of the manufacture and for the production of being front placed in different storage facilitiess.So, drug intermediate achieves intelligentized policer operation, ensure that medicine manufactures safety, reduces manufacture risk simultaneously.
It should be noted that, in this article, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the process of a series of key element, method, article or equipment and not only comprise which key element, but also comprise other key elements clearly do not listed, or also comprise by the intrinsic key element of this process, method, article or equipment.
Apply specific case herein to set forth principle of the present invention and embodiment, the explanation of above example just understands method of the present invention and core concept thereof for helping.The above is only the preferred embodiment of the present invention, should be understood that, due to the finiteness of literal expression, and objectively there is unlimited concrete structure, for those skilled in the art, under the premise without departing from the principles of the invention, some improvement, retouching or change can also be made, also above-mentioned technical characteristic can be combined by rights; These improve retouching, change or combination, or the design of invention and technical scheme are directly applied to other occasion without improving, and all should be considered as protection scope of the present invention.
Claims (10)
1. one kind for each level detection platform of pharmaceutical intermediate storage tower, it comprises storage tower (1), the feet arranged (101), is arranged on liquid injection pipe (104) above storage tower, is arranged on drain pipe (103) below storage tower below storage tower; It is characterized in that, described storage tower (1) inside is divided into mechanism's layer (11) and reserve liquid layer (12) two parts by interlayer (105), described interlayer (105) is provided with the platform assembly (2) extending to storage tower (1) interior bottom portion; Described platform assembly (2) comprises the basal sliding assembly (22) that the base (21) being arranged on storage tower (1) interior bottom portion, the footstock (27) be arranged on interlayer (105), base (21) match, the top slide assembly (28) that footstock (27) matches, and is connected between basal sliding assembly (22) with top slide assembly (28) by vertical rail (23); Vertical rail (23) is provided with sampling bench movable up and down (24); Described top slide assembly (28) is provided with horizontal drive parts (25) for driving sampling bench (24) to move horizontally and for driving the vertical driver part (26) of the vertical movement of sampling bench (24);
Described basal sliding assembly (22) comprises base plate, and base shaft rotatably fixed thereon (222), the bottom line travelling wheel (221) be fixed on base shaft (222), is arranged on bottom driving wheel (223) on base shaft (222) and is arranged on the bottom locking member (224) of base (21) both sides;
Described top slide assembly (28) comprises the footstock top board (281) be erected on footstock (27), footstock base plate (282), and joint pin (284) between the two; Footstock base plate (282) is rotatably fixed with footstock rotating shaft (286), the top row travelling wheel (285) be fixed in footstock rotating shaft (286), is arranged on the top power wheel (287) in footstock rotating shaft (286) and is arranged on the top locking member (288) of footstock (27) both sides; And upper corresponding sample platform (24) position of described footstock top board (281) is provided with thief hole (283), described footstock base plate (282) corresponding sample platform (24) position is provided with hole.
2. one according to claim 1 is used for each level detection platform of pharmaceutical intermediate storage tower, it is characterized in that, described horizontal drive parts (25) comprise the first driving (252) be arranged on top slide assembly (28), described first drives the output terminal of (252) to be connected with the top power wheel (287) in footstock rotating shaft (286) by the first driving-chain (251), and top power wheel (287) is taken turns (223) by the second driving-chain (253) with the bottom driving on basal sliding assembly (22) and is connected.
3. one according to claim 1 is used for each level detection platform of pharmaceutical intermediate storage tower, it is characterized in that, described vertical driver part (26) comprises the second driving (261) arranged on top slide assembly (28), and the screw mandrel (264) be vertically arranged on rotationally between top slide assembly (28) and basal sliding assembly (22), described sampling bench (24) is connected on screw mandrel (264); Described second drives the output terminal of (261) to be connected by the screw gear (263) on driven wheel (262) screw mandrel (264) top.
4. one according to claim 3 is used for each level detection platform of pharmaceutical intermediate storage tower, it is characterized in that, described screw mandrel (264) is vertically parallel with described vertical rail (23), and described sampling bench (24) is enclosed within screw mandrel (264); Described sampling bench (24) is provided with holding tank (241), the center of holding tank (241) is provided with reference column (242).
5. one according to claim 1 is used for each level detection platform of pharmaceutical intermediate storage tower, it is characterized in that, described base (21) is provided with base driving chute (211) that shape is L shape, it is combined with bottom line travelling wheel (221); The side of described base (21) is provided with bottom side chute (212).
6. one according to claim 1 is used for each level detection platform of pharmaceutical intermediate storage tower, it is characterized in that, described footstock (27) is provided with footstock driving chute (271) that shape is C shape, it is combined with top row travelling wheel (285); The side of described footstock (27) is provided with top side chute (274).
7. one according to claim 6 is used for each level detection platform of pharmaceutical intermediate storage tower, and it is characterized in that, described footstock top board (281) contacts with the upper surface slide of footstock (27); And the upper surface of footstock (27) is provided with footstock slip chute (272), in it, be provided with ball (273).
8. one according to claim 1 is used for each level detection platform of pharmaceutical intermediate storage tower, it is characterized in that, the upper corresponding sample hole (283) of described footstock top board (281) is provided with sampling arm (29).
9. one according to claim 8 is used for each level detection platform of pharmaceutical intermediate storage tower, it is characterized in that, described sampling arm (29) comprises symmetrically arranged first sampling arm (291), the second sampling arm (292), and the first sampling arm (291) and the second sampling arm (292) are meshed together by gear being rotatable, the first sampling arm (291) is engaged with the 3rd and drives (293).
10. one according to claim 1 is used for each level detection platform of pharmaceutical intermediate storage tower, it is characterized in that, the interlayer (105) of described storage tower (1) is provided with interlayer hole (109); Described storage tower (1) top is provided with tower top cover (106), described storage tower (1) bottom is provided with tower bottom (107), and described tower bottom (107) center is provided with liquid outlet (108).
Priority Applications (1)
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| CN201510228951.9A CN104833549B (en) | 2015-05-07 | 2015-05-07 | It is a kind of to be used for each level detection platform of pharmaceutical intermediate storage tower |
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| CN201510228951.9A CN104833549B (en) | 2015-05-07 | 2015-05-07 | It is a kind of to be used for each level detection platform of pharmaceutical intermediate storage tower |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114397412A (en) * | 2021-12-30 | 2022-04-26 | 昌邑天宇药业有限公司 | Medicine intermediate each hierarchy detecting system |
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| CN104833549B (en) | 2017-04-05 |
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