CN203997476U - Platelet oscillation storage box - Google Patents
Platelet oscillation storage box Download PDFInfo
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- CN203997476U CN203997476U CN201420361498.XU CN201420361498U CN203997476U CN 203997476 U CN203997476 U CN 203997476U CN 201420361498 U CN201420361498 U CN 201420361498U CN 203997476 U CN203997476 U CN 203997476U
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Abstract
The utility model discloses a kind of platelet oscillation storage box, comprise casing, cavity, cavity is divided into upper cavity and lower chamber by intermediate support beam, described upper cavity is divided into chamber on airtight separately upper cavity by upper isolation plate, chamber under upper cavity, described lower chamber is divided into chamber on airtight separately lower chamber by lower isolation plate, chamber under lower chamber, under upper cavity, chamber inner space is less than chamber inner space on lower chamber, under upper cavity, indoor front portion is provided with vibration frame, upper vibration frame rear side is provided with top heating pipe, top condenser/evaporator, heating pipe both sides, top are provided with upper axis flow fan, on upper cavity, chamber is provided with top drive motor, top refrigerator, upper vibration frame is connected with top drive motor, on lower chamber, indoor front portion is provided with lower vibration frame, and lower vibration frame is connected with bottom drive motor, and on lower chamber, indoor rear portion is provided with lower shaft flow fan, and rear portion is provided with bottom condenser/evaporator, lower heater, the indoor bottom refrigerator that is provided with under lower chamber.
Description
Technical field
The utility model relates to medical apparatus and instruments technical field, particularly a kind of platelet oscillation storage box.
Background technology
Blood platelet constant temperature oscillation storage box is divided into upper and lower two major parts; Upper strata is storage box, and lower floor is instruction case and refrigeration system.Instruction case is comprised of the System of Temperature-controlling Microprocessor, digital temperature display window.Storage box is by installation compositions such as environment-friendly type foaming box body, transparent glass door, corrosion-resistant steel vibration dolly, vibration frame, stainless steel inner container and refrigeration systems.Transparent glass door is beneficial to insulation and observes blood platelet preservation state; Stainless steel is convenient to user and is cleaned, sterilizes; The layering of vibration frame, every layer can keep flat several bags of blood platelet storage bags, and on frame, grid can independently be extracted out, convenient operation; Vibration frame drives level of movement by constant speed motor and vibrates; Oscillation switch is placed in vibration dolly lower-left end, when user can reach storage temperature in case, puts into storage bag and starts the vibration of vibration dolly.Many prerotators are housed in storage box casing and carry out work, to keep the even of the temperature inside the box.
, all jointly there is a problem in traditional platelet oscillation storage box, while needing temperature to be raised to 22 ℃ of constant design temperatures, blood platelet could be placed into vibration in storage box and preserve, and when occurring that some extraordinary circumstances need to be badly in need of blood, do not have good reply; And whether temperature goes beyond the scope and can not monitor in time or oscillating structure generation problem causes vibration to stop in preservation process, cause blood Yin Wendu not in normal range or not vibration cause Keeping life to shorten or be rotten, there is serious consequence.
Utility model content
The purpose of this utility model is exactly the problems referred to above that exist for solving prior art, and a kind of platelet oscillation storage box is provided; Storage box structure of the present utility model adopts the double-layer structure of upper and lower independent operating, upper strata shelf space is little, and lower floor's shelf space is larger, heating and cooling and oscillatory system that upper and lower two-layer employing is different, storage box upper strata can keep mode of operation in 24 hours, regularly deposits the blood bag of some; The multilayer blood bag storage rack of storage box lower floor can be deposited needs according to actual blood bag, different blood bag storage racks is opened and preserved blood bag or close, like this when occurring that extraordinary circumstances are badly in need of blood, the good Emergency use of blood bag that can use upper strata to preserve, unnecessaryly in order to tackle extraordinary circumstances, make whole storage box all enter mode of operation, save electric energy, also can extend the service life of machine, increased work efficiency.
The technical scheme of the utility model technical solution problem is:
A kind of platelet oscillation storage box, comprise casing, the cavity of box house, between described casing and cavity, be provided with heat-insulation layer, described casing front side is provided with hermatic door, described hermatic door adopts transparent material to make, described cavity is divided into upper cavity and lower chamber by intermediate support beam, described upper cavity is divided into chamber on airtight separately upper cavity by upper isolation plate, chamber under upper cavity, described lower chamber is divided into chamber on airtight separately lower chamber by lower isolation plate, chamber under lower chamber, under described upper cavity, chamber is connected with top seal door, on lower chamber, chamber is connected with lower seal door, under described upper cavity, chamber inner space is less than chamber inner space on lower chamber, on described upper cavity, chamber is anterior by top front apron, under lower chamber, chamber is by bottom front apron and casing left and right sidewall, rear wall sealing forms enclosure space, under described upper cavity, indoor front portion is provided with upper wire trellis vibration frame, upper wire trellis vibration frame is supported on intermediate support beam, upper latticed vibration frame rear side is provided with top heating pipe, top condenser/evaporator, described top condenser/evaporator is located at rear side middle part in chamber on upper cavity, top heating pipe is located at condenser/evaporator both sides, top, described top heating pipe is fixed on upper cavity rear wall, heating pipe both sides, described top are provided with two upper axis flow fans, on described upper cavity, chamber is provided with top drive motor, top refrigerator, described top drive motor, top refrigerator is fixed on upper isolation plate, upper latticed vibration frame is connected with top drive motor, top refrigerator is connected with top condenser/evaporator, on described lower chamber, indoor front portion is provided with latticed vibration frame under multilayer, under described multilayer, the off line trellis vibration of every one deck of latticed vibration frame frame is connected with bottom drive motor separately respectively, on lower chamber, indoor rear portion is respectively equipped with a lower shaft flow fan in position, four angles up and down, the left and right sides, rear portion is provided with bottom condenser/evaporator, centre is provided with lower heater, the indoor bottom refrigerator that is provided with under described lower chamber, described bottom refrigerator is connected with bottom condenser/evaporator, described upper wire trellis vibration frame, on lower latticed vibration frame, deposit blood platelet storage bag.
The indoor temperature sensor that is provided with on chamber, lower chamber under described upper cavity, front apron left side, described top is provided with oscillation device master cock, right side is provided with digital display screen and controls button, described temperature sensor is connected with control circuit board input port, described digital display screen and control button are connected with control circuit board, the output port of described control circuit board is connected with the power circuit of fridge equipment by controlling button, heating pipe is connected with power circuit by controlling button, and control circuit board is located at the right side of chamber on upper cavity.
Described platelet oscillation storage box also comprises the remote controller with timing function, and the contactor that described remote controller is controlled lower prerotator, lower fridge equipment, lower heating pipe moves to control the unlatching of lower prerotator, lower fridge equipment or lower heating pipe.
Described control circuit board is provided with microcomputer time-controlled switch, and described microcomputer time-controlled switch and the control circuit switch of lower fridge equipment, lower heating pipe are connected to control the unlatching of lower prerotator, lower fridge equipment or lower heating pipe.
Described vibration frame is provided with speed sensor, casing is provided with external temperature sensor, front apron right side, described top is provided with annunciator, annunciator is connected with described control circuit board, described speed sensor, external temperature sensor is connected with the input end of control circuit board, the kinematic velocity Negotiation speed sensor that described vibration frame horizontal reciprocating moves is in digital display screen display, the temperature of cabinets cavity is passed through temperature sensor in real time in digital display screen display, Negotiation speed sensor, external temperature sensor is connected with control circuit board, real-time detector data, the data that detection obtains connect by data line with certain frequency, or by wireless data, send network and send to receptor, then store on control circuit board, control circuit board is monitored temperature and the oscillation frequency of storage box in real time, storage box is reported to the police with warning, and controller, by note transmitting apparatus, sends to alarm message on relevant responsible official's mobile phone.
The beneficial effects of the utility model:
1. storage box structure of the present utility model adopts the double-layer structure of upper and lower independent operating, upper strata shelf space is little, and lower floor's shelf space is larger, heating and cooling and oscillatory system that upper and lower two-layer employing is different, storage box upper strata can keep mode of operation in 24 hours, regularly deposits the blood bag of some; The multilayer blood bag storage rack of storage box lower floor can be deposited needs according to actual blood bag, different blood bag storage racks is opened and preserved blood bag or close, like this when occurring that extraordinary circumstances are badly in need of blood, the good Emergency use of blood bag that can use upper strata to preserve, unnecessaryly in order to tackle extraordinary circumstances, make whole storage box all enter mode of operation, save electric energy, also can extend the service life of machine, increased work efficiency.
2. storage box lower floor shelf space, adopt layering preserving type, and adopt between layers layered oscillating to control, can be according to quantity and the deposit position of the blood bag of preserving, control respectively each layer of vibration motor and whether open, solved in prior art equipment because the few power consumption causing of preservation blood bag quantity is many, the problem of the wasting of resources.
3, increase reservation timing function, the remote controller that can carry by storage box or direct control control panel, within the scope of 24 hours, preengage regularly, after reservation regularly, platelet oscillation storage box volume two can be opened in the time of appointment, such as preengaging the previous hour unlatching instrument that be regularly on duty, the rear instrument of working is normal operation, place in operation, has removed from and has manually started constant uniform time of rear waiting temperature, the work efficiency of increase at once.
4. be provided with temperature sensor, hunting speed sensor, described control circuit board is connected with annunciator, whether equipment is normally worked and detected, the data of detection are connected by data line or wireless data generation and receiving device, all store on control circuit board, temperature and the oscillation frequency of control circuit board monitoring storage box, when temperature or oscillation frequency go wrong, warning meeting and alarm that storage box carries, near the staff reminding disposes in time.And control circuit board is by note transmitting apparatus, alarm message is sent on relevant responsible official's mobile phone, avoid because being can not dispose in time after out-of-work-time causes storage box to go wrong, guarantee that blood bag can, because storage box temperature is inaccurate or vibration stops causing blood bag Keeping life to shorten or goes bad, not cause more serious problem to occur in preservation process.
5. the frame that vibrates described in is provided with speed sensor, casing is provided with external temperature sensor, front apron right side, described top is provided with annunciator, annunciator is connected with described control circuit board, after instrument start, automatic testing environment temperature and Instrumentation Operating Areas temperature, according to these two temperature, other parameters with instrument and equipment, as the heating of compressor (refrigeration) power, the volume of operational zone, the material of platelet oscillation frame in operational zone, the parameters such as quality, according to the material of operation volume and internal stent thereof, quantity, needed heat (or refrigerating capacity) in the time of can calculating detected temperatures heating (or reduction) to 22 ℃, according to the power of required heat (or refrigerating capacity) and existing ambient temperature lower compression machine, can converse heating (or refrigeration) the needed time, when instrument is started shooting in addition, read-out starts to start to can normally preserve the required time of blood platelet, makes operating personal according to time reasonable arrangement job placement, avoid blindly waiting for the reduction that causes work efficiency.
Accompanying drawing explanation
Fig. 1 is that the utility model removes the structural representation after anterior hermatic door;
Fig. 2 is the right elevation of the inside of Fig. 1;
Fig. 3 is external structure schematic diagram of the present utility model;
Fig. 4 is temperature of the present utility model and speed control structure schematic diagram.
The specific embodiment
In order to understand better the utility model, below in conjunction with accompanying drawing, explain in detail embodiment of the present utility model.
As shown in Figures 1 to 4, a kind of platelet oscillation storage box, comprise casing 1, the cavity 2 of box house, between described casing 1 and cavity 2, be provided with heat-insulation layer, described casing front side is provided with hermatic door, described hermatic door adopts clear glass or plastics to make, described cavity 2 is divided into upper cavity 31 and lower chamber 51 by intermediate isolating adiabatic layer intermediate support beam 3, described upper cavity 31 is divided into chamber 62 on airtight separately upper cavity by upper isolation plate 61, under upper cavity, chamber 63, described lower chamber 51 is divided into chamber 72 on airtight separately lower chamber by lower isolation plate 71, under lower chamber, chamber 73, under described upper cavity, chamber 63 is connected with top seal door 32, on lower chamber, chamber 72 is connected with lower seal door 52, under described upper cavity, 63 inner spaces, chamber are less than 72 inner spaces, chamber on lower chamber, on described upper cavity, chamber 62 is anterior by top front apron 93, under lower chamber, chamber 73 is by bottom front apron 94 and casing left and right sidewall, rear wall sealing forms enclosure space, under described upper cavity, interior front portion, chamber 63 is provided with upper wire trellis vibration frame 64, upper wire trellis vibration frame 64 is supported on intermediate support beam 3, upper latticed vibration frame 64 rear sides are provided with top heating pipe 65, top condenser/evaporator 69, described top condenser/evaporator 69 is located at rear side middle part in chamber on upper cavity, top heating pipe 65 is located at top condenser/evaporator 69 both sides, described top heating pipe is fixed on upper cavity rear wall, heating pipe 65 both sides, described top are provided with two upper axis flow fans 67, on described upper cavity, chamber is provided with top drive motor 68, top refrigerator 66, described top drive motor 68, top refrigerator 66 is fixed on upper isolation plate 61, upper latticed vibration frame 64 is connected with top drive motor 68, top refrigerator 66 is connected with top condenser/evaporator 69, on described lower chamber, interior front portion, chamber 72 is provided with latticed vibration frame 74 under multilayer, under described multilayer, the off line trellis vibration of every one deck of latticed vibration frame 74 frame is connected with bottom drive motor 75 separately respectively, on lower chamber, 72Nei rear portion in chamber is respectively equipped with a lower shaft flow fan 76 in position, four angles up and down, the left and right sides, rear portion is provided with bottom condenser/evaporator 77, centre is provided with lower heater 78, under described lower chamber, in chamber 73, be provided with bottom refrigerator 79, described bottom refrigerator 79 is connected with bottom condenser/evaporator 77, described upper wire trellis vibration frame 64, on lower latticed vibration frame 74, deposit blood platelet storage bag, under upper cavity, chamber 63, on lower chamber, chamber 72 is provided with heat indicator, the reading of heat indicator stretches out storage box outside so that operator can see the Temperature numerical in current cavity at any time, to determine whether temperature is applicable to putting into or taking out blood platelet storage bag.Certainly can be under described upper cavity chamber 63, on lower chamber, in chamber 72, be provided with temperature sensor 4, front apron 93 left sides, described top are provided with oscillation device master cock 8, right side is provided with digital display screen 91 and controls button 92, described temperature sensor 4 is connected with control circuit board input port, described digital display screen 91 and control button 92 are connected with control circuit board 7, the output port of described control circuit board 7 is connected with the power circuit of fridge equipment by controlling button, heating pipe is connected with power circuit by controlling button, control circuit board 7 is located at the right side of chamber 62 on upper cavity.By adjusting, controlling button is set to cabinets cavity to be applicable to the suitable temperature that blood platelet is preserved, connect the control button of fridge equipment circuit or the control button of heating pipe circuit, make fridge equipment or heating pipe work, by temperature sensor, detect the actual temperature in inner chamber, then the range of temperatures being set in advance according to digital display screen by control circuit board, and the detected actual temperature of temperature sensor, determine it is the mode of operation that keeps fridge equipment or heating pipe, actual temperature in inner chamber is remained in the range of temperatures setting, guarantee that interior cavity temperature is controlled at 20 ° to 24 °.Described each heating pipe, drive motor, prerotator of obtaining is connected as propulsion source with power supply.Control circuit board adopts micro controller system, such as micro controller system or single board computer (SBC).By cabinets cavity being adopted to the separation absolute construction of upper cavity and lower chamber, preserve the upper and lower layer of upper cavity and lower chamber seal isolation completely, upper strata shelf space is little, lower floor's shelf space is large, upper and lower two-layer adopt respectively different separately heating, refrigeration and oscillatory system, so just can keep the upper cavity on top to keep mode of operation in 24 hours, regularly deposit the blood bag of some; When occurring that extraordinary circumstances are badly in need of blood, the good Emergency use of blood bag that can use upper strata to preserve.Lower chamber structure adopts layering preserving type, and adopt between layers layered oscillating control structure, can be according to quantity and the deposit position of the blood bag of preserving, whether control respectively each layer of vibration motor opens, do not need to make because of reply extraordinary circumstances the anterior latticed vibration frame state of devoting oneself to work, reduced and because preservation blood bag quantity is few, caused the wasting of resources that power consumption is many, cause, reduced the service wear of platelet oscillation storage box, the reliability that the service life of prolongation machine, raising are used.
Described platelet oscillation storage box also comprises the remote controller with timing function, by remote controller button within the scope of 24 hours or the longer time preengage timing, the contactor that described remote controller is controlled lower prerotator, lower fridge equipment, lower heating pipe moves to control the unlatching of lower prerotator, lower fridge equipment or lower heating pipe, the lower fridge equipment that reservation timing is rear and lower chamber is supporting or heating pipe, lower prerotator were opened in predetermined time, and lower chamber temperature reaches needed steady temperature within the predetermined time.
Described control circuit board is provided with microcomputer time-controlled switch, described microcomputer time-controlled switch and the control circuit switch of lower fridge equipment, lower heating pipe are connected to control the unlatching of lower prerotator, lower fridge equipment or lower heating pipe, by microcomputer time-controlled switch, realize and within the scope of 24 hours, preengaging regularly, according to the ambient temperature of indoor reality, the lower prerotator supporting with lower chamber, lower fridge equipment or lower heating pipe are devoted oneself to work; After reservation regularly, the lower chamber of platelet oscillation storage box was opened in predetermined time, and lower chamber temperature reaches needed steady temperature within the predetermined time.Such as preengaging the previous hour unlatching instrument that be regularly on duty, the rear instrument of working is normal operation, and place in operation, has removed from and manually having started the constant uniform time of rear waiting temperature at once, increase work efficiency.
Described vibration frame is provided with speed sensor 10, casing is provided with external temperature sensor 11, described speed sensor 10, external temperature sensor 11 is connected with the input end of control circuit board, the kinematic velocity Negotiation speed sensor that described vibration frame horizontal reciprocating moves is in digital display screen display, the temperature of cabinets cavity is passed through temperature sensor 4 in real time in digital display screen display simultaneously, Negotiation speed sensor, external temperature sensor is connected with control circuit board, can real-time detector data, the data that detection obtains are with certain frequency, as transmission in 10 minutes once connects by data line, or by wireless data, send network and send to receptor, then store on terminal control circuit card, terminal controller can be monitored temperature and the oscillation frequency of storage box in real time, when temperature or oscillation frequency go wrong, warning meeting and alarm that storage box carries, near staff reminding disposes in time.And controller can pass through note transmitting apparatus, alarm message is sent on relevant responsible official's mobile phone to take in time corresponding Disposal Measures, avoid because of storage box on one's own time after going wrong, can not be related personnel knows and take Disposal Measures to bring hidden danger and loss in time.Overall control is as Fig. 4.After instrument start, by the temperature of external temperature sensor and inner chamber temperature sensor testing environment temperature and cabinets cavity, according to the heating of these two temperature compressors (refrigeration) power, the volume of inner chamber refrigeration or heating zone, the material of interior platelet oscillation frame, quality, the parameters such as quantity, and the material of inner chamber internal stent, quantity, needed heat (or refrigerating capacity) while calculating detected temperatures heating (or reduction) to 22 ℃, according to the power of required heat (or refrigerating capacity) and existing ambient temperature lower compression machine, can converse the time of the required wait of heating (or refrigeration), and the time that this need to be waited for is in digital display screen display, when instrument is normally worked, can show in real time the time of normal work.By by the performance perameters such as work-hours and temperature, hunting speed in digital display screen display, increase Presentation Function.As shown in Figure 2.While starting shooting as instrument, meeting display starts to start to can normally preserve the required time of blood platelet, and operating personal can, according to time reasonable arrangement work, avoid blindly waiting for the reduction that causes work efficiency.
Although above-mentioned, by reference to the accompanying drawings the specific embodiment of utility model is described; but the not restriction to the utility model protection domain; on the basis of the technical solution of the utility model, those skilled in the art do not need to pay various modifications that creative work can make or distortion still in protection domain of the present utility model.
Claims (5)
1. a platelet oscillation storage box, comprise casing, the cavity of box house, between described casing and cavity, be provided with heat-insulation layer, described casing front side is provided with hermatic door, described hermatic door adopts transparent material to make, it is characterized in that, described cavity is divided into upper cavity and lower chamber by intermediate isolating adiabatic layer intermediate support beam, described upper cavity is divided into chamber on airtight separately upper cavity by upper isolation plate, chamber under upper cavity, described lower chamber is divided into chamber on airtight separately lower chamber by lower isolation plate, chamber under lower chamber, under described upper cavity, chamber is connected with top seal door, on lower chamber, chamber is connected with lower seal door, under described upper cavity, chamber inner space is less than chamber inner space on lower chamber, on described upper cavity, chamber is anterior by top front apron, under lower chamber, chamber is by bottom front apron and casing left and right sidewall, rear wall sealing forms enclosure space, under described upper cavity, indoor front portion is provided with upper wire trellis vibration frame, upper wire trellis vibration frame is supported on intermediate support beam, upper latticed vibration frame rear side is provided with top heating pipe, top condenser/evaporator, described top condenser/evaporator is located at rear side middle part in chamber on upper cavity, top heating pipe is located at condenser/evaporator both sides, top, described top heating pipe is fixed on upper cavity rear wall, heating pipe both sides, described top are provided with two upper axis flow fans, on described upper cavity, chamber is provided with top drive motor, top refrigerator, described top drive motor, top refrigerator is fixed on upper isolation plate, upper latticed vibration frame is connected with top drive motor, top refrigerator is connected with top condenser/evaporator, on described lower chamber, indoor front portion is provided with latticed vibration frame under multilayer, under described multilayer, the off line trellis vibration of every one deck of latticed vibration frame frame is connected with bottom drive motor separately respectively, on lower chamber, indoor rear portion is respectively equipped with a lower shaft flow fan in position, four angles up and down, the left and right sides, rear portion is provided with bottom condenser/evaporator, centre is provided with lower heater, the indoor bottom refrigerator that is provided with under described lower chamber, described bottom refrigerator is connected with bottom condenser/evaporator, described upper wire trellis vibration frame, on lower latticed vibration frame, deposit blood platelet storage bag.
2. platelet oscillation storage box as claimed in claim 1, it is characterized in that, chamber under described upper cavity, the indoor temperature sensor that is provided with on lower chamber, front apron left side, described top is provided with oscillation device master cock, right side is provided with digital display screen and controls button, described temperature sensor is connected with control circuit board input port, described digital display screen and control button are connected with control circuit board, the output port of described control circuit board is connected with the power circuit of fridge equipment by controlling button, heating pipe is connected with power circuit by controlling button, control circuit board is located at the right side of chamber on upper cavity.
3. platelet oscillation storage box as claimed in claim 1, it is characterized in that, described platelet oscillation storage box also comprises the remote controller with timing function, and the contactor that described remote controller is controlled lower prerotator, lower fridge equipment, lower heating pipe moves to control the unlatching of lower prerotator, lower fridge equipment or lower heating pipe.
4. platelet oscillation storage box as claimed in claim 2, it is characterized in that, described control circuit board is provided with microcomputer time-controlled switch, and described microcomputer time-controlled switch and the control circuit switch of lower fridge equipment, lower heating pipe are connected to control the unlatching of lower prerotator, lower fridge equipment or lower heating pipe.
5. platelet oscillation storage box as claimed in claim 2, it is characterized in that, described vibration frame is provided with speed sensor, casing is provided with external temperature sensor, front apron right side, described top is provided with annunciator, annunciator is connected with described control circuit board, described speed sensor, external temperature sensor is connected with the input end of control circuit board, the kinematic velocity Negotiation speed sensor that described vibration frame horizontal reciprocating moves is in digital display screen display, the temperature of cabinets cavity is passed through temperature sensor in real time in digital display screen display, Negotiation speed sensor, external temperature sensor is connected with control circuit board, real-time detector data, the data that detection obtains connect by data line with certain frequency, or by wireless data, send network and send to receptor, then store on control circuit board, control circuit board is monitored temperature and the oscillation frequency of storage box in real time, storage box is reported to the police with warning, and controller, by note transmitting apparatus, sends to alarm message on relevant responsible official's mobile phone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420361498.XU CN203997476U (en) | 2014-07-01 | 2014-07-01 | Platelet oscillation storage box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420361498.XU CN203997476U (en) | 2014-07-01 | 2014-07-01 | Platelet oscillation storage box |
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| Publication Number | Publication Date |
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| CN203997476U true CN203997476U (en) | 2014-12-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420361498.XU Expired - Fee Related CN203997476U (en) | 2014-07-01 | 2014-07-01 | Platelet oscillation storage box |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104029922A (en) * | 2014-07-01 | 2014-09-10 | 山东博科生物产业有限公司 | Blood platelet vibration storage box |
| CN108254583A (en) * | 2018-02-01 | 2018-07-06 | 中纺协（北京）检验技术服务有限公司 | A kind of pH value of fabrics automatic test equipment |
-
2014
- 2014-07-01 CN CN201420361498.XU patent/CN203997476U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104029922A (en) * | 2014-07-01 | 2014-09-10 | 山东博科生物产业有限公司 | Blood platelet vibration storage box |
| CN104029922B (en) * | 2014-07-01 | 2016-04-13 | 山东博科生物产业有限公司 | Platelet oscillation storage box |
| CN108254583A (en) * | 2018-02-01 | 2018-07-06 | 中纺协（北京）检验技术服务有限公司 | A kind of pH value of fabrics automatic test equipment |
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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 |
Granted publication date: 20141210 Termination date: 20160701 |
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| CF01 | Termination of patent right due to non-payment of annual fee |