CN208349657U - Low temperature blood plasma quick freezer - Google Patents
Low temperature blood plasma quick freezer Download PDFInfo
- Publication number
- CN208349657U CN208349657U CN201820844039.5U CN201820844039U CN208349657U CN 208349657 U CN208349657 U CN 208349657U CN 201820844039 U CN201820844039 U CN 201820844039U CN 208349657 U CN208349657 U CN 208349657U
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- pallet
- shaft
- blood plasma
- partition
- low temperature
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Abstract
The purpose of the utility model is to provide a kind of blood plasma to freeze uniform low temperature blood plasma quick freezer, including cabinet, partition is set in cabinet, partition side is freezing chamber, and pallet is arranged in freezing chamber, and circulating fan is arranged in the partition other side, circulating fan band movable vane piece rotation air-supply, evaporator is set below blade, air outlet and return air inlet are set on partition, air outlet is located above return air inlet the shaft of rotation setting rotation in freezing chamber;Pallet is set in shaft, and pallet is rotated with shaft.Plasma bags are set on pallet.In cold wind temperature-fall period, shaft drives plasma bags rotation, substantially eliminates part plasma bags caused by the dead angle position or cold air deficiency position of wind circulation and cools down irregular equal phenomenon, the uniformity and quality of the plasma freezing greatly improved.
Description
Technical field
The utility model belongs to field of medical device, and in particular to a kind of low temperature blood plasma quick freezer.
Background technique
Currently used blood plasma quick freezer air outlet is flowed downward, hot-air is upward on blood plasma machine top using cold air
The characteristic of flowing carries out instant freezer inner air circulation, to reach cooling purpose.It is close on instant freezer in this loop structure
The middle position air temperature that the top of blower is especially upper part is low, and blood plasma cooling rate is fast;Instant freezer lower part and periphery
Air temperature is high, and blood plasma cooling rate is fast.In this way, blood plasma freezing speed is uneven in blood plasma quick freezer, the matter of blood plasma is influenced
Amount.
Patent CN204027203 discloses a kind of horizontal blood plasma quick freezer, and fast freezing case side is arranged frozen product and presss from both sides, and blower goes out
Air port, evaporator are not arranged on the upside of instant freezer, are arranged in side instead, the wind circulation loop of this structure stroke, than from upper
It dries down the circuit of formation, outlet air is more evenly.But the position at dead angle is in the side and wind circulation loop far from air outlet
It sets, for example frozen product is pressed from both sides close to the adherent position in side of air outlet, cooling rate or slow, blood plasma freezes quick-frozen unevenness
It is even.
Summary of the invention
The purpose of the utility model is to provide a kind of blood plasma to freeze uniform low temperature blood plasma quick freezer.
The purpose of this utility model is achieved in that low temperature blood plasma quick freezer, including cabinet, setting in cabinet
Partition, partition side are freezing chamber, and pallet is arranged in freezing chamber, and circulating fan, circulating fan band movable vane is arranged in the partition other side
Piece rotation air-supply, blade lower section are arranged evaporator, air outlet and return air inlet are arranged on partition, and air outlet is located above return air inlet.
The shaft of rotation setting rotation in freezing chamber;Pallet is set in shaft, and pallet is rotated with shaft.
Shaft is driven by stepper motor, and stepper motor output shaft or shaft setting position sensor are used to determine that shaft turns
Dynamic zero-bit, position sensor and stepper motor are electrically connected controller.
Position sensor is encoder.
Pallet is stratified and set in shaft, and every layer of pallet is assembled by subregion pallet.
Cantilever is set in ray using shaft as starting point in shaft, subregion pallet is arranged in the high cantilevers such as two;Cantilever with
It is slidably connected between subregion pallet by sliding slot and sliding rail.
Subregion pallet is the frame structure of hollow out, and blood plasma supporting plate is arranged thereon.
The beneficial effects of the utility model are: motor-driven shaft is arranged in freezing chamber, pallet, pallet are set in shaft
Upper setting plasma bags.In cold wind temperature-fall period, shaft drives plasma bags rotation, substantially eliminates the dead angle position of wind circulation
Or part plasma bags caused by cold air deficiency position cool down irregular equal phenomenon, the uniformity of the plasma freezing greatly improved
And quality.
Detailed description of the invention
Fig. 1 is the utility model front view schematic diagram.
Fig. 2 is Fig. 1 overlook direction schematic diagram.
Fig. 3 is subregion pallet connection schematic diagram (a subregion pallet draws specific structure).
Wherein 1 is return air inlet, and 2 be partition, and 3 be evaporator, and 4 be heater strip, and 5 be circulating fan, and 6 be operation instrument, and 7 are
Axial blade, 8 be air outlet, and 9 be pallet, and 10 be shaft, and 11 be bearing, and 12 be output shaft, and 13 be position sensor, and 14 be step
Into motor, 15 be turntable, and 16 be blood plasma supporting plate, and 17 be subregion pallet, and 18 be cantilever, and 19 be cabinet door, and 20 be freezing chamber.
Specific embodiment
As shown in Fig. 1-3, low temperature blood plasma quick freezer, including cabinet, cabinet is interior to be arranged partition 2, and 2 side of partition is freezing
Room 20, freezing chamber 20 is interior to be arranged pallet 9, and circulating fan 5 is arranged in 2 other side of partition, and circulated air 5 machine band movable vane piece rotation is blown.
Evaporator 3 is set below blade, air outlet 8 and return air inlet 1 are set on partition 2, air outlet 8 is located at 1 top of return air inlet.Freezing chamber
The shaft 10 of rotation is arranged in rotation in 20, and pallet 9 is arranged in shaft 10, and pallet 9 is rotated with shaft 10.Blood is placed on pallet 9
Starch bag.Pallet 9 has multilayer.Because pallet 9 rotates, it is traditionally arranged to be circle, blood plasma supporting plate 16 is set thereon, for placing
Plasma bags.Bearing 11 is set between shaft 10 and instant freezer shell.In cold wind temperature-fall period, shaft 10 drives plasma bags to turn
It is dynamic, it eliminates part plasma bags caused by the dead angle position or cold air deficiency position of wind circulation and cools down irregular equal phenomenon, pole
The uniformity and quality of the plasma freezing of big raising.Multiple air holes are set on pallet 9, guarantee that wind circulation is unobstructed.Air outlet 8
It can be grid, the wind direction of adjustable outlet air, top grid blows upwards, and grid on the lower is blown downwards, and angle gradually changes,
The path of cold wind is set uniformly to pass through the space of freezing chamber 20 as far as possible.Circulating fan 5 can be located at freezing chamber 20 left side or
Right side or rear side.It is cabinet door 19 on front side of freezing chamber 20.Blade is axial-flow leaf 7.Heater strip is set below axial blade 7, it can
To be used to equipment disinfection or be rapidly heated.Controller and operation instrument 6 is arranged in 20 side of freezing chamber.
Shaft 10 is driven by stepper motor 14, and stepper motor output shaft 12 or shaft 10 are arranged position sensor 13 and are used to
Determine the zero-bit that shaft 10 rotates, position sensor 13 and stepper motor 14 are electrically connected controller.Stepper motor 14 can pass through
Retarder slows down, to keep revolving speed more stable.If having retarder, the output in retarder is also can be set in position sensor 13
On axis.If not allowing easy to install in motor output shaft 12, reducer output shaft or shaft 10, diameter can be set on it slightly
On big turntable 15.Stepper motor 14 and position sensor 13 select low temperature resistant model.As described in Figure 1,14 He of stepper motor
Position sensor 13 also can choose common model, be arranged outside the more normal freezing chamber 20 of temperature.Position sensor 13
Receiving end setting emit on the corresponding instant freezer shell of end position with it.It is connect when 10 upper position sensor 13 of shaft turns to
Receiving end is to shaft 10 is zero-bit at this time when corresponding to.After determining zero-bit, the angle of 14 positive and negative rotation of stepper motor setting is controlled by controller
Degree can make shaft 10 rotate any angle and stop in any angle, conveniently put or remove the plasma bags of any position.
14 revolving speed of stepper motor is slow, prevents between plasma bags or blood plasma is because of centrifugal force shift position.Position sensor 13 is
Encoder.Encoder can also measure actual rotation angle, feed back to control system.
As shown in figure 3, pallet 9 is stratified and set in shaft 10, every layer of pallet 9 is assembled by subregion pallet 17.Shaft
Cantilever 18 is set in ray using the shaft center of circle as starting point on 10, subregion pallet 17 is arranged in the high cantilevers 18 such as two.Cantilever 18
It is slidably connected between subregion pallet 17 by sliding slot and sliding rail.Sliding slot is set on cantilever 18, sliding rail is set on subregion pallet 17,
Or sliding rail is set on cantilever 18, sliding slot is set on subregion pallet 17.Subregion pallet 17 can be set in two adjacent cantilevers 18
Between, sliding slot sliding track mechanism is formed between edge and cantilever 18.Also it can be set in the top of cantilever 18, at this time subregion pallet
17 and the position of 18 sliding contact of cantilever are not its edges.Subregion pallet 17 is removed or installs from cantilever 18 very convenient.
Plasma bags can be placed on subregion pallet 17 in quick-frozen outdoor, then subregion pallet 17 is filled on a placement upper cantilever 18.Point
Area's pallet 17 preferably fans annular, and every layer minimum there are two subregion pallet 17, at this time each 17 central angle of fan annular subregion pallet
For 180 degree.Several subregion pallets 17 are specifically divided into, it is different according to the size of cabinet door 19.Every layer preferably 2 or 3.
Subregion pallet 17 is the frame structure of hollow out, and blood plasma supporting plate 16 is arranged thereon.Frame structure is conventional structure.Blood plasma
16 arrangement mode of supporting plate as needed can be in loop wire array arrangement or in vertical and horizontal row's array arrangement or other arrangements.
When it is implemented, controller control stepper motor 14 and position sensor 13 make shaft 10 be in zero-bit initial bit
It sets, then determines that the angle that stepper motor 14 rotates makes each 17 place of subregion pallet according to the number of subregion pallet 17 and angle
Position be successively directed at cabinet door 19, plasma bags are placed on subregion pallet 17, subregion pallet 17 are placed on cantilever 18, directly
It is installed to all subregion pallets 17.In refrigerating process, shaft 10 drops plasma bags uniformly according to the rotational speed of setting
Temperature.When needing to take out plasma bags, all subregion pallets 17 are successively taken out in rotating shaft 10 in the way of installation.
Claims (6)
1. low temperature blood plasma quick freezer, including cabinet, cabinet is interior to be arranged partition, and partition side is freezing chamber, and setting is held in the palm in freezing chamber
Disk, partition other side setting circulating fan, circulating fan band movable vane piece rotation are blown, setting evaporator below blade, on partition
Air outlet and return air inlet are set, and air outlet is located above return air inlet;It is characterized by: rotation setting rotation in the freezing chamber
Shaft;Pallet is set in shaft, and pallet is rotated with shaft.
2. low temperature blood plasma quick freezer according to claim 1, it is characterised in that: the shaft is driven by stepper motor, stepping
Motor output shaft or shaft setting position sensor are used to determine the zero-bit of shaft rotation, position sensor and stepper motor electricity
Connect controller.
3. low temperature blood plasma quick freezer according to claim 2, it is characterised in that: position sensor is encoder.
4. -3 any low temperature blood plasma quick freezer according to claim 1, it is characterised in that: the pallet is stratified and set on shaft
On, every layer of pallet is assembled by subregion pallet.
5. low temperature blood plasma quick freezer according to claim 4, it is characterised in that: in the shaft using shaft be starting point be in ray
Cantilever is set, and subregion pallet is arranged in the high cantilevers such as two;Connected between cantilever and subregion pallet by sliding slot and sliding rail sliding
It connects.
6. low temperature blood plasma quick freezer according to claim 4, it is characterised in that: the subregion pallet is the frame knot of hollow out
Blood plasma supporting plate is arranged in structure thereon.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201820844039.5U CN208349657U (en) | 2018-06-01 | 2018-06-01 | Low temperature blood plasma quick freezer |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201820844039.5U CN208349657U (en) | 2018-06-01 | 2018-06-01 | Low temperature blood plasma quick freezer |
Publications (1)
Publication Number | Publication Date |
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CN208349657U true CN208349657U (en) | 2019-01-08 |
Family
ID=64892027
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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CN201820844039.5U Active CN208349657U (en) | 2018-06-01 | 2018-06-01 | Low temperature blood plasma quick freezer |
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CN (1) | CN208349657U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN113175776A (en) * | 2020-11-23 | 2021-07-27 | 湖南贝爱成食品有限公司 | Food rapid cooling machine for food processing workshop |
-
2018
- 2018-06-01 CN CN201820844039.5U patent/CN208349657U/en active Active
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN113175776A (en) * | 2020-11-23 | 2021-07-27 | 湖南贝爱成食品有限公司 | Food rapid cooling machine for food processing workshop |
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