CN203785398U - Automatic dryer for blood collection pipes - Google Patents
Automatic dryer for blood collection pipes Download PDFInfo
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- CN203785398U CN203785398U CN201420145022.2U CN201420145022U CN203785398U CN 203785398 U CN203785398 U CN 203785398U CN 201420145022 U CN201420145022 U CN 201420145022U CN 203785398 U CN203785398 U CN 203785398U
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- drying
- heparin tube
- control device
- oven dry
- automatic drier
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Abstract
The utility model discloses an automatic dryer for a blood collection pipes, which comprises drying modules, a transmission set, an air control device, an electric control device, an operation panel and a frame, wherein each drying module comprises heating boxes, drying heads, driving units and a drying bracket; the transmission set and the operation panel are respectively connected with the air control device and the electric control device; the heating boxes are connected with the air control device; the drying heads and the driving units are connected with electric control device; the drying heads are connected with the driving units; air pipes are connected between the heating boxes and the drying heads; each drying head comprises a plurality of spray needles, an insulation flow guide cavity and a flow guide distribution structure; a tray induction sensor and a tray blocking device are arranged on the transmission set. The automatic dryer disclosed by the utility model has the advantages as follows: the blood in the dried vacuum blood collection pipes can be in full contact with a reagent for fusion, the effect of the reagent is played to the greatest extent, more accurate technical information is provided for clinical diagnosis, the diagnostic accuracy is improved, and misdiagnose risks are reduced.
Description
Technical field
The utility model relates to a kind of dryer, relates in particular to a kind of heparin tube automatic drier.
Background technology
At present, existing most of vacuum test tube production equipment does not have independently dryer, and (medicament except natrium citricum, as coagulant adding medicament for the vacuum test tube of producing, all kinds of anti-coagulants: EDTA K2, K3, Na2, heparin lithium, liquaemin, sodium fluoride potassium oxalate etc.) after, directly take out and add cap, vacuumize.
But, because intraluminal fluid drops in storage or transportation, being subject to gravity or vibration effect, drop can glide and put aside in test tube bottom, because wet environment is easy to breed bacteria.Because being subject to the restrictions such as cost, place, technology, material quality, cycle, there is no at present desirable drying and processing vacuum test tube again, this safe and sanitary that just means heparin tube cannot be guaranteed, and for hospital, is to have very large risk; And liquid is deposited on test tube bottom, medicament effective ingredient also can be deposited in test tube bottom, in the time of blood letting, is unfavorable for that medicament and blood fully merge, or fuses inhomogeneously, can have a negative impact to test effect.
Although minority chemicals feeder equipment is with drying head at present, but be only with one to dry head, the oven dry head of existing equipment just simply heats compressed air by electrothermal tube after, blow out by 100 gas blow pipes, owing to not designing through special fluid analysis, the air force at air outlet place is also inhomogeneous, and temperature is also inhomogeneous, some test tube cannot effectively be dried even at the appointed time, a part of test tube may be affected because of drying the too high medicament Yin Gaowen that causes of gas temperature in addition, the even test tube that lost efficacy is out of shape, therefore cause 100 test tube drying effects inconsistent, although can play to a certain extent drying functions, but drying effect does not reach requirement at all, and single only oven dry can only be dried operation, inefficiency to a pallet first time, single head of only drying uses cylinder as driver element, cannot governing speed, cannot regulate height, and not only drying effect is poor, and the cylinder life-span is short, low to utilization rate of electrical, have equipment to use the heat-insulating material of aluminosilicate material as heating cabinet, and alumina silicate is a kind of industrial heat-insulating material, may cause industrial dust to enter test tube and cause medicament to pollute for medicine equipment production.
In addition, at present, single medicine machine of drying head, in the time using compressed air, just use the oil water separator of technical grade, filter precision can only reach all more than 40 microns, its filtering accuracy does not far reach health care level, water price, oil, dust particle, even bacterium or thermal source cannot reliably be filtered, and when production, can medicament be produced and be polluted, and even blood testing result are produced to harmful effect.In addition, single oven dry head is taking common electromagnetic contactor as heating tube on-off controller part, the shortcoming of electromagnetic contactor is that action noise is large, has contact, easily produces electric arc in the time cutting off load, cause contact oxidation, molten dead because crossing thermal contact head, cannot cut off heating tube, can cause like this air to be continued to heat, uncontrolled, thus burn out very soon heating tube; Drying gas temperature can sharply rise simultaneously, can destroy medicament and heparin tube.
Utility model content
The purpose of this utility model is to overcome the defect of prior art, and heparin tube automatic drier is provided, and has realized and has made to be in vitro dried, and has ensured safety and the quality of vacuum test tube; Vacuum test tube after oven dry, medicament is adsorbed on inboard wall of test tube equably, and can not be deposited in bottom test tube, ensure in the time of blood sampling examination, blood can be fully fully contacts fusedly with reagent, brings into play to greatest extent the effect of medicament, makes clinical diagnosis that more accurate technical information is provided, improve diagnosis accuracy, reduce mistaken diagnosis risk.
The technical scheme that realizes above-mentioned purpose is:
The utility model heparin tube automatic drier, comprises and dries module, transmission group, pneumatic control device, electrical control gear, guidance panel and frame, and described oven dry module comprises heating cabinet, dries head, driver element and drying support, wherein:
Described oven dry module, transmission group, pneumatic control device, electrical control gear and guidance panel are arranged in frame, and described oven dry head and driver element are arranged on drying support;
Described transmission group is connected with pneumatic control device, electrical control gear respectively with guidance panel;
Described heating cabinet is connected with pneumatic control device, and described oven dry head is all connected with electrical control gear with driver element, and described oven dry head is connected with driver element, between described heating cabinet and oven dry head, arranges and is connected with tracheae; In described heating cabinet, be provided with temperature sensor, described temperature sensor is connected with electrical control gear;
Described oven dry head comprises some nozzle needles, insulation diversion cavity and flow guide distribution structure, and described some nozzle needles are connected with insulation diversion cavity, and described flow guide distribution structure is arranged in insulation diversion cavity;
On described transmission group, be provided with pallet inductive pick-up and tray obstruction device, described pallet inductive pick-up is positioned at and dries head below and be connected with electrical control gear with tray obstruction device.
Above-mentioned heparin tube automatic drier, wherein, the number of described oven dry module is 4.
Above-mentioned heparin tube automatic drier, wherein, the entrance of described pneumatic control device is provided with the air filtering system of 2 grades or 3 class precisions.
Above-mentioned heparin tube automatic drier, wherein, described heating cabinet comprises outer container, adds hot internal box, heating tube, temperature sensor and flow-disturbing flow-guiding structure, described heating tube, temperature sensor and flow-disturbing flow-guiding structure are arranged on and add in hot internal box, described outer container and add and be provided with nontoxic heat preserving and insulating material between hot internal box.
Above-mentioned heparin tube automatic drier, wherein, described heat preserving and insulating material is sub-sieve fluorine.
Above-mentioned heparin tube automatic drier, wherein, described temperature sensor is thermocouple temperature sensor.
Above-mentioned heparin tube automatic drier, wherein, described oven dry on head is provided with for drying an attemperating unit for interior gas-heated insulation, and described attemperating unit is connected with electrical control gear.
Above-mentioned heparin tube automatic drier, wherein, described driver element is electric cylinder.
Above-mentioned heparin tube automatic drier, wherein, described heparin tube automatic drier is also provided with heating tube on-off element.
Above-mentioned heparin tube automatic drier, wherein, described heating tube on-off element is high power solid state relay.
The beneficial effects of the utility model are: the utility model provides heparin tube automatic drier, adopt vacuum drying, realize the heparin tube ensureing by after drying dry, made to form an environment that is unfavorable for growth of microorganism in vitro, ensured safety and the quality of vacuum test tube; Vacuum test tube after oven dry, make medicament can not be deposited in test tube bottom and be adsorbed on equably on inboard wall of test tube, ensure in the time of blood sampling examination, blood can fully contact fused with reagent fully, bring into play to greatest extent the effect of medicament, make clinical diagnosis that more accurate technical information is provided, improve diagnosis accuracy, reduce mistaken diagnosis risk; Dryer is modularized design, can be according to customer demand, and module quantity is dried in increase and decrease easily; Driver element adopts electric cylinder, can directly utilize electric energy, long service life; Every group of motion state of drying head can independently be set adjustment, and movement velocity, position, the time of staying of drying head can be set different oven dry schemes voluntarily according to user's technological requirement; Adopt large and small parallel gas feed, while drying operation, can ensure enough oven dry gas output, when non-oven dry operation, stingy amount air feed, guarantee heating tube can not crossed cause thermal damage and so greatly reduce equipment to compressed-air actuated consumption, compressed-air actuated extraction need to consume a large amount of electric energy, and the consumption of saving compressed gas can play the effect of saving power consumption; In heating cabinet, thanks for your hospitality conductance flow structure, can increase gas flowing through channel, increase the contact-making surface of gas and heating tube, improve the efficiency of heating surface, reduce power consumption; Dry head and adopt multilevel deflector distribution design, make air-flow can be distributed to gently, uniformly each oven dry nozzle needle, can guarantee to greatest extent like this drying effect uniformity, safety and stability, can not produce any adverse effect to medicament and test tube; The inside and outside case of heating cabinet all uses SUS304 food stage stainless steel processing and fabricating, uses Ya Luofu material as heat preserving and insulating material between inside and outside case, and not only heat-proof quality is better, and nontoxic pollution-free, can guarantee that test tube is not contaminated in producing; Additionally increase by 2～3 grades of high accuracy air filtering systems in compressed air prime porch, can guarantee that like this compressed air of drying use meets health care use rank, can not cause any pollution to medicament and test tube completely.Can significantly promote quality and the wholesomeness of heparin tube; Heating tube on-off element adopts high power solid state relay, owing to being the switching device of contactless machinery-free action type, noiselessness when break-make, and because it does not have mechanical contact, while cutting off load, can there is not arcing phenomenon, its life and reliability will be much better than electromagnetic contactor, can guarantee dryer heating tube reliably controlled heat or stop heating.
Brief description of the drawings
Fig. 1 is the front view of heparin tube automatic drier of the present utility model.
Fig. 2 is the side view of heparin tube automatic drier of the present utility model.
Fig. 3 is the top view of heparin tube automatic drier of the present utility model.
Fig. 4 is the exploded perspective view of heparin tube automatic drier of the present utility model.
Fig. 5 is the pneumatic control device pneumatic schematic diagram of heparin tube automatic drier of the present utility model.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Refer to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, the utility model heparin tube automatic drier, comprise and dry module, transmission group 1, pneumatic control device (as Fig. 5), electrical control gear, guidance panel 2 and frame 3, dry that module comprises heating cabinet 4, dries 5, driver element and drying support 6.
Drying module, transmission group 1, pneumatic control device, electrical control gear and guidance panel 2 is arranged in frame 3.Frame 3 is basis and frame parts of whole equipment, and the material of the framework of frame 3 is stainless steel or aluminium section bar, can be according to the optional one of customer requirement, and the stainless steel table top of frame 3 is stainless steel.Frame 3 aluminium section material frameworks and stainless steel mesa structure, feature is lightweight, and volume is relatively little, and material and processing cost are relatively low.Also can select all steel structure frame 3, the advantage of all steel frame 3 is that good looking appearance is generous, and fuselage intensity is high, and anti-corrosion and sanitary cleaning degree are high; Long service life; But simultaneously himself weight is relatively heavier, and difficulty of processing is large, and cost is high.
Electrical control gear comprises power supply, PLC, temperature control system, electric control system and man-machine interface etc., and electric box 7 is casings of placing a whole set of electrical control gear.
Heating cabinet 4, dry 5 and driver element be arranged on drying support 6, transmission group 1 is connected with pneumatic control device, electrical control gear respectively with guidance panel 2.
Guidance panel 2 is that operating personnel and equipment carry out interactive module, mainly comprises man-machine interface (touch-screen), various switch, button, indicator lamp, indicating meter and scram button.By this module, operating personnel can carry out parameter setting to equipment, and operation is controlled, monitored.
Heating cabinet 4 is connected with pneumatic control device, dries 5 and is all connected with electrical control gear with driver element, and oven dry 5 is connected with driver element, and between heating cabinet 4 and oven dry 5, setting is connected with tracheae.Drying the tracheae of 5 one end is intake elbow 8, through a upper end face of drying 5.Four jiaos that dry a upper end face of 5 are also fixed with fixed bar 9, for oven dry 5 is fixed on to drying support 6.
In heating cabinet 4, be provided with temperature sensor (not shown), temperature sensor is connected with electrical control gear.
Between heating cabinet 4 and compression feeder (not shown), be provided with air pipe (not shown) and tracheole (not shown), adopt large and small tracheae parallel gas feed.Dry when operation, large and small tracheae air feed simultaneously automatically, guaranteeing to dry 5 has enough oven dry gas to supply with, and guarantees drying efficiency and the dries quantity of heparin tube.When non-oven dry operation, tracheole air feed, guarantee heating tube can not crossed cause thermal damage, and can greatly save compressed-air actuated consumption (compressed-air actuated producing can consume a large amount of electric energy); The heating tube that can guarantee again heating cabinet 4 inside has appropriate Air Flow around, can take away partial heat energy, extends the service life of heating tube.On transmission group 1, there is pallet inductive pick-up (not shown), in the time that pallet test tube is delivered to, the signal that pallet inductive pick-up senses is given electrical control gear, and electrical control gear is controlled pneumatic control device by magnetic valve 10, thereby controls large and small tracheae air feed simultaneously.If pallet inductive pick-up do not sense pallet test tube and deliver to, electrical control gear is controlled only tracheole air feed of pneumatic control device by magnetic valve 10.
Dry 5 and comprise some nozzle needles 11, insulation diversion cavity (not shown) and flow guide distribution structure (not shown), some nozzle needles 11 are connected with insulation diversion cavity, and flow guide distribution structure is arranged in insulation diversion cavity.Flow-disturbing flow-guiding structure can be flow-disturbing deflector, and flow-disturbing deflector is arranged on insulation diversion cavity inwall, dries in 5 and is provided with two-layer deflector, makes from drying 5 enter the air-flow that tracheae comes in and can be distributed to gently, equably each nozzle needle 11.In heating cabinet 4, there are custom-designed flow-disturbing, flow guide system, can increase gas flowing through channel, increase the contact-making surface of gas and heating tube, improve the efficiency of heating surface, reduce power consumption, mild when air-flow is dried heparin tube, even, can guarantee to greatest extent like this drying effect uniformity, safety and stability, can not produce any adverse effect to medicament and test tube.
Driver element can be electric cylinder 12.The sensor that electricity cylinder 12 carries, makes electric cylinder 12 energy precision maneuvers.Electricity cylinder 12 is as product driver element, dries movement velocity, position and a time of staying of 5 can set voluntarily according to user's technological requirement, dries a motion state of 5 for every group and can independently set adjustment.Can make like this user according to the heparin tube of different medicaments and dosage, set different oven dry schemes.Electricity cylinder 12 has a clear superiority at relative cylinder aspect energy-conservation and life-span, the common cylinder life-span is about 2000～5000KM, and electric 12 life-spans of cylinder are about 10000～20000KM, electricity cylinder 12 can directly utilize electric energy, efficiency is about more than 85～90%, and cylinder is to transfer electric energy to compressed air by air compressor machine, then drive cylinder by compressed air, its utilization rate of electrical is below 50%.
Transmission group 1 comprises progressive die transmission group 13 and time mould transmission group 14, and progressive die transmission group 13 is to be responsible for test tube pallet to be sent to drying station from a upper operation, and returning mould transmission group 14 is the assemblies that the pallet that completes oven dry operation are sent to next operation station.According to customer demand, or use or unit use according to line, transmission group 1 can be monorail or two-orbit.Monorail is more suitable for the user of dryer unit operation, and two-orbit is applicable to dryer and other equipment composition streamline, realizes the automatic production operation of heparin tube.The drive disk assembly of transmission group 1 is selected sanitation-grade belt, sanitation-grade carrier bar or screw mandrel slide unit etc.These drive disk assemblies just can be sent to assigned address pallet by setting by driven by servomotor.
On transmission group 1, be provided with pallet inductive pick-up (not shown) and tray obstruction device (not shown), pallet inductive pick-up is positioned at and dries 5 below and be connected with electrical control gear with tray obstruction device.Pallet inductive pick-up in order to detect transmission group 1 whether pallet test tube is delivered to dry 5 under.When pallet test tube puts in place, pallet inductive pick-up is given tray obstruction device by signal by electrical control gear, pallet fixedly stop at dry 5 under.Because of electric cylinder 12 all with electrical control gear, dry head and be connected, pallet inductive pick-up drives electric cylinder 12 to move by electrical control gear simultaneously, electric cylinder 12 drives oven dry 5 to start test tube to dry one by one.According to different medicaments, set the oven dry number of times needing at guidance panel 2, dry 5 and dry according to setting.Prior art utilizes that temperature is high, pressure is strong air-flow is disposable dries between even long, the utility model avoided making medicament that excess Temperature in heparin tube causes packing into be subsequently subject to heat damage medicament performance thereby cause not meeting the requirement of sanitary medicament.
Drying module is the core of complete equipment, is modularized design because drying module, with do not have each other associated, can be according to customer demand, be easy to increase and decrease and dry module quantity, can change and dry module quantity according to client's technological requirement simultaneously.The number of drying module can be 4; Also can require or can increase or reduce oven dry module according to user's request according to heparin tube preloaded with medicament.Can start arbitrarily one or more groups blowing hot-air dries; Also can the heating function of certain group be closed according to technological requirement, and only open blowing function, the oven dry module that now only starts blowing function will blow out normal temperature air-flow, can help medicament and test tube fast cooling, prevents that medicament is impaired under hot conditions for a long time; The decline of test tube temperature is simultaneously carried out preparation work to promoting the follow-up vacuum degree of accuracy meeting that vacuumizes operation.
The entrance of pneumatic control device is provided with the air filtering system of 2 grades or 3 class precisions.2～3 grades of high accuracy air filtering systems are additionally increased (depending on user's compressed air quality in compressed air prime porch, if compressed air quality is poor, need 3 grades of filtrations: the first order reaches 5 microns, and second level reaches 1 micron, and the third level reaches 0.01 micron; As better in compressed gas quality, need 2 grades of filtrations: the first order reaches 1 micron, and the second level reaches 0.01 micron.That is to say that final filtration precision can reach 0.01 micron.High-precision like this source of the gas filter, the impurity such as oil in compressed air, water, dirt all can be filtered that (bacterium size is also all at 1～5 micron conventionally, less thermal source is also more than 0.3 micron), can guarantee that the compressed air of drying use meets health care use rank completely, can not cause any pollution to medicament and test tube, can significantly promote quality and the wholesomeness of heparin tube.
Heating cabinet 4 comprises outer container 15, adds hot internal box (not shown), heating tube (not shown), temperature sensor (not shown) and flow-disturbing flow-guiding structure (not shown), heating tube, temperature sensor and flow-disturbing flow-guiding structure are arranged on and add in hot internal box, outer container and add and be provided with nontoxic heat preserving and insulating material between hot internal box.Flow-disturbing flow-guiding structure can be flow-disturbing deflector, and flow-disturbing deflector is arranged on heating cabinet 4 inwalls.Compressed air heats via heating cabinet 4, and flow-disturbing mixes, and exports to and dries 5 through pipeline, through second-disturbing flow decompression, is dispensed to each nozzle needle 11 and outwards sprays the oven dry gas after heating.12, electricity cylinder according to the requirement of setting parameter, drives and dries 5 action under PLC controls, and makes nozzle needle 11 move up and down or stop in vitro, takes away invisible spectro moisture with thermal current, and medicament can be retained in inboard wall of test tube.Temperature sensor can be thermocouple temperature sensor.Heat preserving and insulating material can be sub-sieve fluorine, and not only heat-proof quality is better, and nontoxic pollution-free, can guarantee that test tube is not contaminated in producing.Outer container is SUS304 food stage stainless steel with the material that adds hot internal box, and the material of heating tube is stainless steel.
Dry on 5 and be provided with for drying an attemperating unit (not shown) for 5 interior gas-heateds insulations, attemperating unit is connected with electrical control gear.Attemperating unit is mainly used in drying a 5 interior gas-heated, insulation, especially heat insulation function.In the time that insulation water conservancy diversion intracavity gas declines near the temperature of outer wall, attemperating unit starts to start heating, makes to dry a 5 interior gas and meets the requirements of temperature.
Heparin tube automatic drier also can be provided with heating tube on-off element (not shown), and heating tube on-off element can be high power solid state relay.Solid-state relay is owing to being the switching device of contactless machinery-free action type, noiselessness when break-make; And because it does not have mechanical contact, while cutting off load, arcing phenomenon can not occur, its life and reliability will be much better than electromagnetic contactor.Thereby can guarantee dryer heating tube reliably controlled heat or stop heating.
The course of work of the present utility model is described below.
Before life's work, dryer needs 10～15 minute preheating time, to guarantee drying pipeline and parts obtain abundant and suitable heating.When heparin tube completes after dosing operation, test tube pallet is sent to dryer, and the pallet inductive pick-up of drying head can detect that pallet test tube arrives automatically, and automatically locks tray position.Subsequently, electric cylinder 12 can drive dries 5 decline, and nozzle needle 11 is probeed into test tube gradually, and hot-air blows out from nozzle needle 11 simultaneously, and the medicament on test tube wall is dried to operation.Nozzle needle 11 stop places, decline or the rate of climb, oven dry gas flow and temperature all can, according to technological requirement, arrange by guidance panel 2, control valve or control instrument etc.
The utility model is for the custom-designed drying plant of vacuum test tube production procedure, and its main application is in production procedure, and heparin tube is dried to operation, ensures that medicament can be by abundant, suitable oven dry after packing in heparin tube.After vacuum test tube is dried in process of production, the quality of heparin tube is brought to obvious improvement and lifting, can make most medicament be adsorbed on inboard wall of test tube equably, and can not be deposited in bottom test tube.Like this in the time of blood sampling examination, blood can be fully fully contacts fusedly with reagent, can bring into play to greatest extent the effect of medicament, thereby for clinical diagnosis provides more accurate technical information, improve diagnosis accuracy, reduces mistaken diagnosis risk.
Below embodiment has been described in detail the utility model by reference to the accompanying drawings, and those skilled in the art can make many variations example to the utility model according to the above description.All within spirit of the present utility model and principle, any amendment of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.Thereby some details in embodiment should not form restriction of the present utility model, the utility model by the scope defining using appended claims as protection domain of the present utility model.
Claims (10)
1. a heparin tube automatic drier, it is characterized in that: described heparin tube automatic drier comprises dries module, transmission group, pneumatic control device, electrical control gear, guidance panel and frame, described oven dry module comprises heating cabinet, dries head, driver element and drying support, wherein:
Described oven dry module, transmission group, pneumatic control device, electrical control gear and guidance panel are arranged in frame, and described heating cabinet, oven dry head and driver element are arranged on drying support;
Described transmission group is connected with pneumatic control device, electrical control gear respectively with guidance panel;
Described heating cabinet is connected with pneumatic control device, and described oven dry head is all connected with electrical control gear with driver element, and described oven dry head is connected with driver element, between described heating cabinet and oven dry head, arranges and is connected with tracheae; In described heating cabinet, be provided with temperature sensor, described temperature sensor is connected with electrical control gear;
Described oven dry head comprises some nozzle needles, insulation diversion cavity and flow guide distribution structure, and described some nozzle needles are connected with insulation diversion cavity, and described flow guide distribution structure is arranged in insulation diversion cavity;
On described transmission group, be provided with pallet inductive pick-up and tray obstruction device, described pallet inductive pick-up is positioned at and dries head below and be connected with electrical control gear with tray obstruction device.
2. heparin tube automatic drier according to claim 1, is characterized in that: the number of described oven dry module is 4.
3. heparin tube automatic drier according to claim 1, is characterized in that: the entrance of described pneumatic control device is provided with the air filtering system of 2 grades or 3 class precisions.
4. heparin tube automatic drier according to claim 1, it is characterized in that: described heating cabinet comprises outer container, adds hot internal box, heating tube, temperature sensor and flow-disturbing flow-guiding structure, described heating tube, temperature sensor and flow-disturbing flow-guiding structure are arranged on and add in hot internal box, described outer container and add and be provided with nontoxic heat preserving and insulating material between hot internal box.
5. heparin tube automatic drier according to claim 4, is characterized in that: described heat preserving and insulating material is sub-sieve fluorine.
6. heparin tube automatic drier according to claim 4, is characterized in that: described temperature sensor is thermocouple temperature sensor.
7. heparin tube automatic drier according to claim 1, is characterized in that: described oven dry on head is provided with for drying an attemperating unit for interior gas-heated insulation, and described attemperating unit is connected with electrical control gear.
8. heparin tube automatic drier according to claim 1, is characterized in that: described driver element is electric cylinder.
9. heparin tube automatic drier according to claim 1, is characterized in that: described heparin tube automatic drier is also provided with heating tube on-off element.
10. heparin tube automatic drier according to claim 9, is characterized in that: described heating tube on-off element is high power solid state relay.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420145022.2U CN203785398U (en) | 2014-03-27 | 2014-03-27 | Automatic dryer for blood collection pipes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420145022.2U CN203785398U (en) | 2014-03-27 | 2014-03-27 | Automatic dryer for blood collection pipes |
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| Publication Number | Publication Date |
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| CN203785398U true CN203785398U (en) | 2014-08-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420145022.2U Expired - Fee Related CN203785398U (en) | 2014-03-27 | 2014-03-27 | Automatic dryer for blood collection pipes |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103940211A (en) * | 2014-03-27 | 2014-07-23 | 上海普叶顿精密模塑有限公司 | Automatic dryer for blood collection tubes |
| CN109909097A (en) * | 2019-03-27 | 2019-06-21 | 武汉致远医疗科技有限公司 | A kind of automatic assembly line and its production technology of vacuum blood collection tube |
-
2014
- 2014-03-27 CN CN201420145022.2U patent/CN203785398U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103940211A (en) * | 2014-03-27 | 2014-07-23 | 上海普叶顿精密模塑有限公司 | Automatic dryer for blood collection tubes |
| CN103940211B (en) * | 2014-03-27 | 2016-04-13 | 上海普叶顿精密模塑有限公司 | Heparin tube automatic drier |
| CN109909097A (en) * | 2019-03-27 | 2019-06-21 | 武汉致远医疗科技有限公司 | A kind of automatic assembly line and its production technology of vacuum blood collection tube |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140820 Termination date: 20160327 |