CN108088137A - Warm type automatic temperature control system is stored in advance - Google Patents
Warm type automatic temperature control system is stored in advance Download PDFInfo
- Publication number
- CN108088137A CN108088137A CN201611033165.4A CN201611033165A CN108088137A CN 108088137 A CN108088137 A CN 108088137A CN 201611033165 A CN201611033165 A CN 201611033165A CN 108088137 A CN108088137 A CN 108088137A
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- temperature
- storage
- space
- advance
- valve
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D11/00—Self-contained movable devices, e.g. domestic refrigerators
- F25D11/003—Transport containers
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D29/00—Arrangement or mounting of control or safety devices
- F25D29/003—Arrangement or mounting of control or safety devices for movable devices
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Thermal Sciences (AREA)
- General Engineering & Computer Science (AREA)
- Control Of Temperature (AREA)
- Devices That Are Associated With Refrigeration Equipment (AREA)
Abstract
It is a kind of to store warm type automatic temperature control system in advance, include one-dimensional temperature accommodating device, a device for identifying and a control module.The warm accommodating device of dimension has one to store temperature space and a storage space, and stores and the warm element of a storage is equipped in warm space, can store temperature in advance by a temperature modulation host.Device for identifying generates to pick out the article of a storage space to be stored in and sends out an item signal.Control module is to receive item signal, and according to the temperature of item signal regulation and control storage space.
Description
Technical field
The present invention relates to a kind of automatic temperature control systems, refer in particular to a kind of warm to storing in advance by external temperature modulation host
Element stores warm type automatic temperature control system into the advance of trip temperature modulation.
Background technology
In general, existing logistics needs the cargo of Cord blood generally for transport, usually can all utilize low temperature
Cage vehicle places article, and existing low temperature cage vehicle is broadly divided into electric cold type low temperature cage vehicle and cold storage low temperature cage vehicle.
Referring to Fig. 1, Fig. 1 is the floor map of the electric cold type low temperature cage vehicle of the display prior art.It is as shown in the figure, a kind of
Electric cold type low temperature cage vehicle PA100 includes a cage vehicle body PA101, a refrigerator module PA102 and a power module PA103.
Wherein, cage vehicle body PA101 has an accommodating space PA1011 for being used to store article.Refrigerator module PA102 is used for holding
A PA1011 is emptied to cool down.And power module PA103 is arranged in cage vehicle body PA101, and it is electrically connected at refrigerator
Module PA102 drives refrigerator module PA102 to cool down accommodating space PA1011 so as to providing electric power.Wherein, cage vehicle
It is relatively low containing pyroconductivity is filled in heat-insulating material and cool storage material, such as the housing of cage vehicle body PA101 in body PA101
Foamed plastic, so as to effectively increasing the thermal insulation between accommodating space PA1011 and the external world, and in accommodating space PA1011
Then be equipped with cold-storage material, the cooling of accommodating space PA1011 can be stored up by refrigerator module PA102 it is cold, and then in refrigerator mould
When block PA102 stops operating, the lasting temperature maintained in accommodating space PA1011.
In actual use, refrigerator module PA102 is mainly connected with the mains next pair and set by electric cold type low temperature cage vehicle PA100
The cold-storage material being placed in accommodating space PA1011 store up cold, and after the completion of cold-storage material freezes, conveying articles is positioned over appearance
It empties in a PA1011, then electric cold type low temperature cage vehicle PA100 is transported to destination.However, due to refrigerator module PA102's
Preponderance, therefore the cost for transporting electric cold type low temperature cage vehicle PA100 can be added, and be easier because refrigerator module
PA102 adds the weight of electric cold type low temperature cage vehicle PA100 entirety and electric cold type low temperature cage vehicle PA100 is caused to be not easy counter up and down
Vehicle it could even be possible to therefore damaging, and then adds additional maintenance cost.
In addition, although electricity cold type low temperature cage vehicle PA100 can carry out storing up cold action in logistics center's plug-in, due to storing
Cryogen still has certain timeliness, therefore when the shipping time of electric cold type low temperature cage vehicle PA100 is more than the cold insulation timeliness of cold-storage material
When, electric cold type low temperature cage vehicle PA100 can also be cold to provide by the power module PA103 being arranged in cage vehicle body PA101
Jelly machine module PA102 cools down to accommodating space PA1011, but as electric cold type low temperature cage vehicle PA100 is equipped with power supply mould
Block PA103 and the overall weight higher for causing electric cold type low temperature cage vehicle PA100 so that it is above-mentioned because of weight the problem that
It is more serious.
Referring to Fig. 2, Fig. 2 is the floor map of the cold storage low temperature cage vehicle of the display prior art.It is as shown in the figure, a kind of
Cold storage low temperature cage vehicle PA200 includes a cage vehicle body PA201 and multiple hold-over plate PA202.Wherein, cage vehicle body PA201
With an accommodating space PA2011, and a placement plate PA2012 is equipped in accommodating space PA2011, and hold-over plate PA202 is positioned over
On placement plate PA2012；Whereby, the inner space of cage vehicle body PA201 can reduce temperature by hold-over plate PA202, and then
The article for depositing in inner space is made to maintain at low ambient temperatures.
From the above, although cold storage low temperature cage vehicle PA200 can be effectively improved electric cold type low temperature cage vehicle PA100 because attaching most importance to
Overweight caused inconvenience is measured, but since the cold insulation effect that hold-over plate PA202 can be provided is limited, and need largely to replace
Hold-over plate PA202 is changed, hold-over plate PA202 is caused easily to lead to the problem of management and is not easy.In addition, the low temperature cage vehicle of the prior art is past
Toward being that temperature is set in the range of the storage temperature for covering all items, also therefore it is easy to that unnecessary energy wave can be caused
Take.
The content of the invention
In view of existing low temperature cage vehicle mostly based on electric cold type low temperature cage vehicle and cold storage low temperature cage vehicle, but due to electricity
Cold type low temperature cage vehicle often causes overall weight overweight because of the setting of refrigerator module, and then generates transportation cost and increase
Add, and up and down container car it is inconvenient the problem of；And although cold storage low temperature cage vehicle can mitigate whole because refrigerator module is removed
The weight of body, but since the cold insulation effect of hold-over plate is effective, and the replacement of a large amount of hold-over plates has the problem of management is inconvenient, in addition
Since if the low temperature cage car owner of the prior art manually sets storage temperature for user, and in order to meet the storage of all items
Temperature requirements, temperature is often directly set as the storage temperature far below all items by user, and then causes the energy
Waste, can not effectively utilize the energy.
The technical problems to be solved by the invention are to provide a kind of storage warm type automatic temperature control system in advance, so as to effectively solving
Electric cold type low temperature cage vehicle preponderance and cold storage low temperature cage vehicle cold insulation is inefficient and the problem of management is inconvenient.
To achieve these goals, warm type automatic temperature control system is stored in advance the present invention provides a kind of, include one-dimensional Wen Rong
Put device, a device for identifying, a control module and a servomechanism.The warm accommodating device of dimension include a vessel, one it is adiabatic every
Between, at least one store warm element and an at least fan.
Vessel has an accommodating space, and offers and be respectively communicated in one first blow vent of accommodating space and one the
Two blow vents, the first blow vent is with the second blow vent docking a temperature modulation host.
Adiabatic compartment is arranged in accommodating space, and accommodating space is divided into a storage temperature space and a storage space, is stored
Warm space is communicated in the first blow vent, the second blow vent and storage space, and adiabatic compartment is provided with one first valve and one the
Two valves, and the first valve with the second valve can operatively be connected or completely cut off the warm space of storage and storage space.
It stores warm element to be arranged in the warm space of storage, and temperature is stored by temperature modulation host in advance.Fan is arranged at storage temperature
Between space and storage space, and it is electrically connected at control module.
Device for identifying is arranged at vessel, and is electrically connected at control unit, so as to when article enters storage space
Read article identification label, to pick out the article of a storage space to be stored in and generate and send out an article letter
Number.Wherein, item signal can be sent to transmitting-receiving by device for identifying by a world-wide web.In addition, identification label is wireless for one
RF identification label (Radio Frequency Identification, RFID).
Control module includes a transceiver, a control unit, a buffer, a detector and an inductor.Transceiver
Communication link is in device for identifying, the item signal sent out so as to receiving device for identifying.
Control unit is coupled to transceiver, to capture the demand corresponding to article from a database according to item signal
Storage temperature.Buffer is electrically connected at control unit, and buffer stores adjusting rule, so as to making control unit foundation
Adjust rule and the rotating speed of demand storage temperature regulation and control fan.
Detector is arranged in storage space, and a temperature measurement signal is generated to detect the temperature of storage space, and
Temperature measurement signal is sent to control unit, so as to being sent for control unit according to temperature measurement signal and demand storage temperature
Go out a control signal, to be turned on and off the first valve and the second valve.
Inductor is arranged at vessel, and is detecting the first blow vent and the second blow vent to jointing temp modulation host
When, to send a closure signal to control unit, so as to closing the first valve and second according to closure signal for control unit
Valve.
Server communication is linked to transceiver and device for identifying, and server has a database, and control unit is according to object
Product signal reads the storage temperature corresponding to article from database, with the temperature according to storage temperature control storage space.This
Outside, server deposits in the article of storage space so as to record also to receive item signal.
The technical effects of the invention are that：
As noted previously, as the present invention is that the accommodating space of vessel is divided into the warm space of storage using adiabatic compartment
With storage space, and external temperature modulation host to depositing in stores the storage temperature element in warm space and cools down, therefore not only
Whole weight can be mitigated because refrigerator module is not provided with, be more not required to largely replace the warm element of storage and solve the prior art
The problem of cold-storage board management is not easy.In addition, the present invention can reach adjust automatically by recognizing the cooperation of module and control module
The function of the temperature of storage space effectively increases the service efficiency of the energy, and then extends the holding time.
Below in conjunction with the drawings and specific embodiments, the present invention will be described in detail, but not as a limitation of the invention.
Description of the drawings
Fig. 1 is the floor map of the electric cold type low temperature cage vehicle of the display prior art；
Fig. 2 is the floor map of the cold storage low temperature cage vehicle of the display prior art；
The advance system for storing warm type automatic temperature control system that Fig. 3 is provided by display the first preferred embodiment of the invention is illustrated
Figure；
The stereoscopic schematic diagram for the warm accommodating device of dimension that Fig. 4 is provided by display the first preferred embodiment of the invention；
Fig. 5 is provided the solid for storing the temperature automatically controlled another visual angle of system of warm type in advance by display the first preferred embodiment of the invention
Schematic diagram；
Fig. 6 is the diagrammatic cross-section of display Fig. 5 A-A sections；
Fig. 7 shows that first seal is disassembled with second seal from the first blow vent and the second blow vent respectively
Perspective exploded view；
Fig. 8 is docked by the warm accommodating device of dimension that display the first preferred embodiment of the invention provides with the section visual angle of Fig. 6
The diagrammatic cross-section of temperature modulation host；
Fig. 9 is provided by display the first preferred embodiment of the invention stores warm type automatic temperature control system using the warm element of storage in advance
Carry out the diagrammatic cross-section adjusted to storage space into trip temperature；
Dimension temperature accommodating device, device for identifying and the control module that Figure 10 is provided by display the second preferred embodiment of the invention
System schematic；And
The diagrammatic cross-section for the warm accommodating device of dimension that Figure 11 is provided by display the second preferred embodiment of the invention.
Wherein, reference numeral
PA100 electricity cold type low temperature cage vehicles
PA101 cage vehicle bodies
PA102 refrigerator modules
PA103 power modules
PA1011 accommodating spaces
The cold storage low temperature cage vehicles of PA200
PA201 cage vehicle bodies
PA2011 accommodating spaces
PA2012 placement plates
PA202 hold-over plates
100 store warm type automatic temperature control system in advance
1st, the warm accommodating device of 1' dimensions
11st, 11' vessels
111 accommodating spaces
1111 store warm space
1112nd, 1112' storage spaces
The first storage spaces of 11121'
The second storage spaces of 11122'
1113 flow-guiding channels
112 first blow vents
113 second blow vents
12 door-plates
13 first seals
131 first clamping portions
132 first grip parts
14 second seals
141 second clamping portions
142 second grip parts
15th, 15' thermal insulation compartment
151st, 151' compartments body
152nd, the first valves of 152'
153rd, the second valves of 153'
154' partition plates
16th, 16' stores warm element
17th, 17' fans
2nd, 2' device for identifying
3rd, 3' control modules
31 transceivers
32nd, 32' control units
33rd, 33' buffers
331st, 331' adjusts rule
34th, 34' detectors
35th, 35' inductors
36th, 36' adjusters
37a、37b、37c、37'a、37'b、
Driver
37'c
38' databases
4 servers
41 databases
200 temperature modulation hosts
201 first pairs of interfaces
202 second pairs of interfaces
300 articles
301 identification labels
400 world-wide webs
Specific embodiment
The structural principle and operation principle of the present invention are described in detail below in conjunction with the accompanying drawings：
Referring to Fig. 3, the advance storage warm type automatic temperature control system that Fig. 3 is provided by display the first preferred embodiment of the invention
System schematic.As shown in the figure, a kind of store warm type automatic temperature control system 100 in advance, distinguished comprising one-dimensional temperature accommodating device 1, one
Identification device 2, a control module 3 and a server 4.
Please continue to refer to Fig. 4 to Fig. 6, dimension temperature accommodating device that Fig. 4 is provided by display first preferred embodiment of the invention
Stereoscopic schematic diagram；Fig. 5 is provided storage in advance warm type automatic temperature control system is another and regarded by display first preferred embodiment of the invention
The stereoscopic schematic diagram at angle；Fig. 6 is the diagrammatic cross-section of display Fig. 5 A-A sections.As shown in the figure, the warm accommodating device 1 of dimension includes one and holds
The adiabatic compartment 15 of device body 11, a door-plate 12, a first seal 13, a second seal 14, one, the warm element 16 of multiple storages
(one is only shown in figure) and multiple fans 17 (one is only shown in figure).
Vessel 11 has an accommodating space 111, and offers one first ventilation being respectively communicated in accommodating space 111
112 and one second blow vent 113 of mouth.Wherein, vessel 11 is additionally provided with four wheels (figure does not indicate), so that user moves
Vessel 11, so as to making dimension temperature accommodating device 1 that can be carried in a mobile carrier (not shown), and actually mobile carrier example
Such as it is lorry.
First blow vent 112 is with the second blow vent 113 docking a temperature modulation host 200 (being shown in Fig. 8).Door-plate
12, which can be opened and closed, is articulated in vessel 11, so as to passing through opening-door plate 12 for user.
Please continue to refer to Fig. 7, Fig. 7 is logical from the first blow vent and second respectively with second seal for display first seal
The perspective exploded view that gas port disassembles.As shown in the figure, first seal 13 removably in first ventilate by sealed set
Mouthfuls 112, and first seal 13 also have that there are four the first clamping portion 131 (one is only indicated in figure) and 2 first grip parts 132
(one is only indicated in figure).First clamping portion 131 is removably connected in the first blow vent 112 by bolt (figure does not indicate).
2 first grip parts 132 are oppositely disposed, so that user is led to first seal 13 from first using 2 first grip parts 132
Gas port 112 is removed.
Removably sealed set is in the second blow vent 113 for second seal 14, and there are four second seal 14 also has
Second clamping portion 141 (one is only indicated in figure) and 2 second grip parts 142 (one is only indicated in figure).Second clamping portion 141
Second blow vent 113 is removably connected in by bolt (figure does not indicate).2 second grip parts 142 are oppositely disposed, for
User is removed second seal 14 from the second blow vent 113 using 2 second grip parts 142.
As shown in fig. 6, adiabatic compartment 15 includes a compartment body 151, one first valve 152 and one second valve 153, every
Between body 151 be arranged in accommodating space 111, and accommodating space 111 is divided into a storage temperature space 1111 and a storage space
1112, it stores warm space 1111 and is communicated in the first blow vent 112, the second blow vent 113 and storage space 1112, and compartment body
151 are also separated out one and are communicated in the warm space of storage storing warm space 1111 with storage space 1112 and be adjacent to the punishment of the first valve 152
1111 with the flow-guiding channel 1113 of storage space 1112.First valve 152 and the second valve 153 are storing warm space 1111 and storing
It is oppositely disposed between space 1112 in the both sides up and down of compartment body 151, and can operatively be connected or completely cut off storage temperature sky
Between 1111 with storage space 1112.
Warm element 16 is stored to be arranged in the warm space 1111 of storage.In the present embodiment, store warm element 16 and be filled with high fever for one
The hold-over plate of volumes of fluid medium, and the locating rack that multiple warm elements 16 of positioning storage are equipped in warm space 1111 is stored, but be not limited to
This, in other embodiments, it also can be heat accumulation plate to store warm element 16.
Please continue to refer to Fig. 8, the dimension temperature accommodating device that Fig. 8 is provided by display first preferred embodiment of the invention is with Fig. 6
Section visual angle to the diagrammatic cross-section of jointing temp modulation host.As shown in the figure, in first seal 13 and second seal 14
Respectively from after disassembling the first blow vent 112 and the second blow vent 113, user can lead to the first blow vent 112 with second
Gas port 113 butts up against one first pair of interface, 201 and 1 second pairs of interfaces 202 of temperature modulation host 200, whereby, temperature respectively
Temperature moderating stream can be flowed into the warm space 1111 of storage by modulation host 200 by first pair of interface 201 via the first blow vent 112
In, temperature moderating stream is made to be heated or cooled to storing warm element 16, is then docked again via the second blow vent 113 with second
Mouth 202 makes temperature moderating stream be back in temperature modulation host 200, so that temperature modulation host 200 can be to storing warm element 16
What is cycled the temperature modulation such as is heated or cooled.
Wherein, it is first by the first valve 152 and second when that will tie up warm accommodating device 1 and butt up against temperature modulation host 200
Valve 153 is closed so that temperature modulation host 200 is only communicated in the warm space 1111 of storage, effectively temperature moderating stream is avoided to flow to
The temperature that storage space 1112 and influencing stores warm element 16 adjusts efficiency.
Fan 17, which is set, to be located in the flow-guiding channel 1113 for storing warm space 1111 and storage space 1112, so as in the first valve
When 152 and second valve 153 of door is opened, using fan 17 air-flow is driven to be followed between the warm space 1111 of storage and storage space 1112
It flows ring.
As shown in figure 3, device for identifying 2 is picking out an identification of the article 300 of a storage space 1112 to be stored in
Label 301, and then generate and send out an item signal.Wherein, device for identifying 2 is communication link in the present embodiment in a net
Internet 400.In practice, identification label 301 is a radio RF identification label (Radio Frequency
Identification, RFID), and device for identifying 2 is a RFID reader, and device for identifying 2 can be by wired or wireless
Mode is wired to world-wide web 400.
Control module 3 is arranged at vessel 11, and control module 3 includes a transceiver 31, a control unit 32, one temporarily
Storage 33, a detector 34, an inductor 35, an adjuster 36 and three drivers 37a, 37b and 37c.
31 communication link of transceiver is in world-wide web 400, in device for identifying 2, to be borrowed by 400 communication link of world-wide web
The item signal sent out after the identification label 301 of article 300 is recognized to receive device for identifying 2.
Control unit 32 is coupled to transceiver 31, to receive the item signal that transceiver 31 is received, and according to article
Signal controls the first valve 152, the second valve 153 with fan 17.
Buffer 33 is electrically connected at control unit 32, and buffer 33 stores an adjusting rule 331, so as to making control
Unit 32 is according to the rotating speed for adjusting rule 331 and demand storage temperature adjusting fan 17.
Detector 34 is arranged in storage space 1112, and is electrically connected at control unit 32, to detect storage space
1112 temperature and generate a temperature measurement signal, and temperature measurement signal is sent to control unit 32, so as to single for control
Member 32 controls the first valve 152, the second valve 153 with fan 17 with demand storage temperature according to temperature measurement signal.
Inductor 35 is arranged at vessel 11, and is electrically connected at control unit 32, so as to detecting the first ventilation
Mouthfuls 112 and second blow vent 113 to jointing temp modulation host 200 when, to send a closure signal to control unit 32, so as to
For control unit 32 the first valve 152 and the second valve 153 are closed according to closure signal.
Adjuster 36 is electrically connected at control unit 32, to the control signal gone out transmitted by reception control unit 32, and
One first valve control signal, one second valve control signal and a fan regulation and controlling signal are generated according to this.
Driver 37a is electrically connected at 36 and first valve 152 of adjuster, with according to the first valve transmitted by adjuster 36
Gate control signal controls being turned on and off for the first valve 152.
Driver 37b is electrically connected at 36 and second valve 153 of adjuster, with according to the second valve transmitted by adjuster 36
Gate control signal controls being turned on and off for the second valve 153.
Driver 37c is electrically connected at adjuster 36 and fan 17, to believe according to the fan control transmitted by adjuster 36
Number control being turned on and off for fan 17.
4 communication link of server in world-wide web 400, with by 400 further communication link of world-wide web in transceiver
31 with device for identifying 2, and server 4 has a database 41, control unit 32 according to the article 300 corresponding to item signal,
The storage temperature corresponding to article 300 is read from database 41.In addition, server 4 is also receiving transmitted by device for identifying 2
The item signal gone out deposits in the article 300 of storage space 1112 so as to record.
Please continue to refer to Fig. 9, Fig. 9 is provided by display the first preferred embodiment of the invention stores the temperature automatically controlled system of warm type in advance
The diagrammatic cross-section that system is adjusted storage space into trip temperature using warm element is stored.As shown in the figure, in practice, when making
User can be picked out before article 300 is put into storage space 1112 using device for identifying 2 by identifying label 301
The product item of article 300, and item signal is produced according to this, make database of the control unit 32 according to item signal from server 4
41 capture the demand storage temperature corresponding to article 300；Whereby, after article 300 inserts storage space 1112, control is single
Member 32, which just can control to adjust device 36, drives the first valve 152 to be opened with the second valve 153, and according to temperature measurement signal with adjusting
Rule 331 drives adjuster 36 to control the rotating speed of fan 17, makes the temperature in storage space 1112 close to the preservation temperature of article 300
It spends and is maintained.Wherein, adjusted beforehand through temperature modulation host 200 into trip temperature due to storing warm element 16,
After control unit 32 controls the first valve 152 to open and control fan 17 to rotate with the second valve 153, it can pass through naturally
The air-flow of warm element 16 and cycle is stored be controlled the temperature of storage space 1112.
In addition, when 300 quantity of article is more and during broad categories, control unit 32 can equally be sent out according to device for identifying 2
The demand storage temperature corresponding to item signal combination database 41 sent carries out the demand storage temperature of various articles 300
Statistics, to control the temperature in storage space 1112 that can at least meet the needs of all items 300 storage temperature under bottom line
Degree.
From the above, in the first preferred embodiment of the present invention, it is a cold-storage space to store warm space 1111, stores warm element
16 be a cold-storage element, and temperature modulation host 200 is a refrigerator, whereby, can be using cold-storage element come to storage space 1112
It cools down.However, in other embodiments, it also can be an accumulation of heat space to store warm space 1111, store warm element 16 and also may be used
For a heat accumulating element, and temperature modulation host 200 is then a heater, implies that the dimension temperature accommodating device 1 of the present invention can be according to making
The demand of user and have the selection of cold-storage pattern or accumulation of heat pattern.
Also referring to Fig. 3 and Figure 10, the dimension temperature that Figure 10 is provided by display the second preferred embodiment of the invention houses dress
It puts, the system schematic of device for identifying and control module.As shown in the figure, in the second preferred embodiment of the present invention, also with one
The warm accommodating device 1' of dimension, a device for identifying 2' and a control module 3' substitute above-mentioned dimension temperature accommodating device 1, device for identifying 2
And control module 3, difference essentially consists in, and device for identifying 2' is arranged in a manner of built-in in the warm accommodating device 1' of dimension, is borrowed
When article 300 is into dimension temperature accommodating device 1', to directly read identification label 301 and identify and generate item signal, and and then
Control unit 32' is made to receive the item signal transmitted by device for identifying 2'.In practice, since device for identifying 2' is RFID readings
Take device, and identify label 301 as radio RF identification label, thus device for identifying 2' can wirelessly article 300 into
It directly reads identification label 301 when entering dimension temperature accommodating device 1' and identifies and generate item signal.
From the above, control module 3' is also interior compared to above-mentioned control module 3 has a database 38', whereby, control
Unit 32' can capture the storage temperature corresponding to article 300 after item signal is received directly from database 38', and then
Adjusting rule according to temperature measurement signal, the storage temperature of article 300 and buffer 33' caused by detector 34'
331' controls to adjust device 36' and drives driver 37'a, 37'b and 37'c, so as to further to the first valve 152', the second valve
Door 153' and fan 17' is controlled.Further, since control module 3' is again provided with inductor 35', therefore control module 3'
Equally it can detect that the first blow vent (being equivalent to above-mentioned 112) (is equivalent to above-mentioned with the second blow vent in inductor 35'
113) when to jointing temp modulation host (being equivalent to above-mentioned 200), to send a closure signal to control unit 32', so as to
For control unit 32' the first valve 152' and the second valve 153' is closed according to closure signal.
Please continue to refer to Figure 11, Figure 11 ties up cuing open for warm accommodating device by what display the second preferred embodiment of the invention provided
Face schematic diagram.As shown in the figure, dimension temperature accommodating device 1', compared to above-mentioned dimension temperature accommodating device 1, thermal insulation compartment 15' is also included
One partition plate 154', and partition plate 154' is arranged at compartment body 151', so as to being by 1112' points of the storage space of vessel 11'
One first storage space 11121' and one second storage space 11122'.Wherein, the first storage space 11121' is directly to connect
In flow-guiding channel (figure does not indicate), and the second storage space 11122' is communicated in via the perforate (figure does not indicate) of partition plate 154'
First storage space 11121', therefore, when fan (figure does not indicate) operating will store warm space (being equivalent to above-mentioned 1111)
When air-flow blows into storage space 1112' by flow-guiding channel (being equivalent to above-mentioned 1113), due to the first storage space 11121' meetings
The temperature of air-flow is first subject to adjust, further the second storage space 11122' is adjusted into trip temperature, causes the first storing empty
Between the temperature of 11121' can be than the second storage space 11122' close to the temperature for storing warm space (being equivalent to above-mentioned 1111).In reality
When it is cold-storage element to store warm element 16', freeze space is equivalent to after the first storage space 11121' is adjusted with upper for border, and
Chill space is equivalent to after second storage space 11122' is adjusted.
In conclusion the electric cold type low temperature cage vehicle compared to the prior art has the increase of generation transportation cost and upper and lower counter
The problem of replacement management that the problem of vehicle is inconvenient and cold storage low temperature cage vehicle have hold-over plate is inconvenient；The present invention first with
The accommodating space of vessel is divided into the warm space of storage and storage space by adiabatic compartment, and external temperature modulation host comes pair
It deposits in the storage temperature element stored in warm space to be cooled down, therefore can not only mitigate whole because refrigerator module is not provided with
Weight is further without largely replacing the warm element of storage and solving the problems, such as the cold-storage board management of the prior art and be not easy.
In addition, the present invention also identifies article to generate item signal by identification device, control unit is made to receive article
After signal, the first valve, the second valve and fan can be controlled according to the demand storage temperature corresponding to article, and then make storage
The temperature of the storage space of article can maintain the demand storage temperature of suitable store things.
Therefore, the low temperature cage vehicle compared to the prior art can lead to the problem of inconvenience because of refrigerator or hold-over plate, this
The advance dimension temperature accommodating device for storing warm type automatic temperature control system of invention can mitigate weight really, and can improve and store warm element
Problem of management can also reach the work(of the temperature of adjust automatically storage space by recognizing the cooperation of module and control module in addition
Can, effective increase uses upper convenience.
Certainly, the present invention can also have other various embodiments, without deviating from the spirit and substance of the present invention, ripe
It knows those skilled in the art and makes various corresponding changes and deformation, but these corresponding changes and change in accordance with the present invention
Shape should all belong to the protection domain of appended claims of the invention.
Claims (10)
1. a kind of store warm type automatic temperature control system in advance, which is characterized in that includes：
One-dimensional temperature accommodating device, comprising：
One vessel has an accommodating space, and offers and be respectively communicated in one first blow vent of the accommodating space and one
Second blow vent, first blow vent is with second blow vent docking a temperature modulation host；
One adiabatic compartment, is arranged in the accommodating space, and the accommodating space is divided into a storage temperature space and a storage space,
The storage temperature space is communicated in first blow vent, second blow vent and the storage space, and the thermal insulation compartment is provided with one
One valve and one second valve, and first valve with second valve can operatively be connected or completely cut off the storage temperature space with being somebody's turn to do
Storage space；And
At least one stores warm element, is arranged in the storage temperature space, and stores temperature in advance by the temperature modulation host；
One device for identifying generates to pick out an article for being intended to be stored in the storage space and sends out an item signal；
And
One control module, communication link is in the device for identifying, to receive the item signal that the device for identifying is sent out, with
The demand storage temperature corresponding to the article is captured from a database according to the item signal, so as to further being needed according to this
Storage temperature is asked to send out a control signal to be turned on and off first valve and second valve.
2. as described in claim 1 store warm type automatic temperature control system in advance, which is characterized in that the dimension temperature accommodating device also includes
An at least fan, which is arranged between the storage temperature space and the storage space, and is electrically connected at the control module.
3. as claimed in claim 2 store warm type automatic temperature control system in advance, which is characterized in that the control module is also comprising an inspection
Device is surveyed, which is arranged in the storage space, and a temperature measurement signal is generated to detect the temperature of the storage space,
And the temperature measurement signal is sent to the control module, so as to supplying the control module according to the temperature measurement signal and the article
Signal controls first valve, second valve and the fan.
4. as claimed in claim 2 store warm type automatic temperature control system in advance, which is characterized in that the control module is also temporary comprising one
Storage, and the buffer stores adjusting rule, so as to the control module is made to store temperature with the demand according to adjusting rule
Degree regulates and controls the rotating speed of the fan.
5. as described in claim 1 store warm type automatic temperature control system in advance, which is characterized in that the control module is also comprising a sense
Device is answered, is arranged at the vessel, and the control module also detects first blow vent and second ventilation in the inductor
When mouth docks the temperature modulation host, first valve and second valve are closed in control.
6. as described in claim 1 store warm type automatic temperature control system in advance, which is characterized in that the device for identifying is internet by one
The item signal is sent to the control module by network.
7. as described in claim 1 store warm type automatic temperature control system in advance, which is characterized in that also comprising a server, communication
The control module is linked to, and with a database, which reads according to the item signal from the database corresponds to
One storage temperature of the article, to control the temperature of the storage space according to the storage temperature.
8. as claimed in claim 7 store warm type automatic temperature control system in advance, which is characterized in that the server also communication link in
The device for identifying, and to receive the item signal, the article of the storage space is deposited in so as to record.
9. as described in claim 1 store warm type automatic temperature control system in advance, which is characterized in that the device for identifying is arranged at the appearance
Device body, and the control module is electrically connected at, so as to reading an identification of the article when the article enters the storage space
Label, and then generate the item signal.
10. as claimed in claim 9 store warm type automatic temperature control system in advance, which is characterized in that the identification label is wireless for one
RF identification label.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201611033165.4A CN108088137B (en) | 2016-11-22 | 2016-11-22 | Warm type automatic temperature control system is stored in advance |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611033165.4A CN108088137B (en) | 2016-11-22 | 2016-11-22 | Warm type automatic temperature control system is stored in advance |
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| CN108088137A true CN108088137A (en) | 2018-05-29 |
| CN108088137B CN108088137B (en) | 2019-10-18 |
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| CN108088137B (en) | 2019-10-18 |
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