CN204438681U - A kind of intelligent multifunctional baking room - Google Patents
A kind of intelligent multifunctional baking room Download PDFInfo
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- CN204438681U CN204438681U CN201420867768.4U CN201420867768U CN204438681U CN 204438681 U CN204438681 U CN 204438681U CN 201420867768 U CN201420867768 U CN 201420867768U CN 204438681 U CN204438681 U CN 204438681U
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- hothouse
- main air
- condensation chamber
- air duct
- baking room
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/44—Heat exchange systems
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Abstract
The utility model provides a kind of intelligent multifunctional baking room, belongs to drying materials equipment technical field.It solve existing baking room not high to the utilization rate of heat energy, effect on moisture extraction and efficiency is the technical problem such as lower also.This intelligent multifunctional baking room, comprise hothouse, solar heat-collection plate, main air duct, condensation chamber, heating clamber and control unit, solar heat-collection plate is connected with main air duct and can heats the air in main air duct, the lower end of hothouse is provided with main air inlet, the side wall upper part of this hothouse offers main return air inlet, the outlet of condensation chamber is connected with the import of heating clamber, the heat pump mechanism for adding hot-air and the pressure fan for blowing to main air duct circulation is provided with in heating clamber, the desiccant body for carrying out refrigerated dehumidification to air is provided with in condensation chamber, control unit and heat pump mechanism are connected and the former can control the latter's work.The utility model has drying dehumidification effect and drying dehumidification efficiency advantages of higher.
Description
Technical field
The utility model belongs to drying materials equipment technical field, relates to a kind of intelligent multifunctional baking room.
Background technology
The English full name of drying plant is Drying equipment, refers to by certain technological means, the combination of the moisture on drying objects surface or a series of plant equipment of other liquid.Drying technology popular at present mainly ultraviolet is dried, infrared drying, electromagnetic drying and hot-air seasoning.They have their own characteristics each, and are widely used in the oven dry of various plant equipment and food.
As patent CN201210291742.5 discloses a kind of multipurpose solar air source heat pump circulating dehumidification barn, comprise barn, controlling organization, heat pump heat-absorbing body and desiccant body, barn is separated into solar energy heating room, hothouse and heating clamber by barn upper spacer, partition wall, barn upper spacer is provided with circulation exhaust outlet, solar energy heating indoor are provided with solar heat-collection plate; Partition wall is provided with condenser and the second evaporimeter, and the position being positioned at hothouse at condenser is connected with circulating fan, the partition wall between solar energy heating room and heating clamber is provided with partial circulating blower fan; One end of the compressor of heat pump heat-absorbing body is communicated with one end of condenser, is connected with the first evaporimeter branch road parallel with one another and the second evaporimeter branch road between the other end of compressor and the other end of condenser; Controlling organization controls the duty of compressor, blower fan, evaporimeter.
Above-mentioned existing patent supplements utilization rate further to solar energy, but there are some defects, the Duct design not science of this patent, hot blast and cold wind cannot be made fully to exchange, the equipment that can improve hot blast and cold wind exchange efficiency is not designed yet, cause the utilization rate of heat energy not high, make dehumidify effect and efficiency also lower.
Summary of the invention
The problems referred to above that the utility model exists for existing technology, provide a kind of intelligent multifunctional baking room, technical problem to be solved in the utility model is: how to improve drying dehumidification effect and improve drying dehumidification efficiency.
The purpose of this utility model realizes by following technical proposal:
A kind of intelligent multifunctional baking room, described baking room comprises hothouse, solar heat-collection plate, main air duct, condensation chamber, heating clamber and control unit, it is characterized in that, described solar heat-collection plate is connected with main air duct and can heats the air in main air duct, the lower end of described hothouse is provided with main air inlet, the side wall upper part of this hothouse offers main return air inlet, the import of described main air duct is connected with the outlet of heating clamber, the outlet of this main air duct is connected with described main air inlet, the import of described condensation chamber is connected with described main return air inlet, the outlet of described condensation chamber is connected with the import of described heating clamber, the heat pump mechanism for adding hot-air and the pressure fan for blowing to main air duct circulation is provided with in described heating clamber, the desiccant body for carrying out refrigerated dehumidification to air is provided with in described condensation chamber, described control unit and described heat pump mechanism are connected and the former can control the latter's work.
Its principle is as follows: need the material of drying generally to be placed in hothouse, to the air heat in main air duct after solar heat-collection plate absorption sunshine, after pressure fan unlatching work, main air duct produces air-flow, thermal current enters into hothouse from the main air inlet be positioned at bottom hothouse, because hot-air light specific gravity moves upward, thus can material be passed, in through the process of material, the moisture evaporation in material also can greatly be flowed to main return air inlet together, the side wall upper part that main return air inlet is arranged on hothouse makes thermal current move upward can be more abundant, after the thermal current arrival condensation chamber of steam, due to cooling and the filtration of desiccant body, steam is cooled filter out, the air-flow cooled afterwards arrives heating clamber, when general solar energy abundance, control unit controls heat pump mechanism and does not work, control unit is generally the common microcontroller that market can have been bought, air-flow in heating clamber is delivered in main air duct to realize the circulation of air by pressure fan again, if solar energy is not enough, then control unit can start heat pump institution staff, heat pump mechanism is to the air heat in heating clamber, to ensure the air themperature in main air duct.This intelligent baking room adopts control unit to control heat pump mechanism, can determine whether open heat pump mechanism according to the actual conditions of solar energy, there is advanced intelligence, the main air inlet of hothouse and main return air inlet lay respectively at bottom and the upper lateral part of hothouse, thermal current can be made to move upwardly through material, moisture in material can greatly be evaporated and take away in through the process of material, reach very high drying dehumidification effect, intelligent selection heat pump mechanism or solar energy heating mode can ensure drying dehumidification efficiency.
In above-mentioned a kind of intelligent multifunctional baking room, the outside being arranged on hothouse of described solar heat-collection plate semi-surrounding, the main air duct described in outer surface formation of the inner surface of described solar heat-collection plate and the wallboard of hothouse, described main air duct comprises the upper horizontal by-path, vertically by-path and the lower horizontal by-path that are connected successively, described lower horizontal by-path is positioned at the bottom of hothouse and is connected with main air inlet, described vertical by-path is positioned at the side of hothouse, and described horizontal by-path is positioned at the top of hothouse and is connected with heating clamber.Main air duct directly adopts the outer surface of the inner surface of solar heat-collection plate and the wallboard of hothouse to form, advantage is that solar heat-collection plate can directly to the air heat in main air duct, improve thermal energy rate, air in main air duct also heats the sidewall of hothouse and is incubated, air themperature in final guarantee hothouse is stable and be not easy heat is escaped, improve the effect of oven dry, the top that upper horizontal by-path is positioned at hothouse can make solar heat-collection plate fully contact the sunlight at top, improve endothermic effect, upper horizontal by-path, the main air duct that vertical by-path and lower horizontal by-path are formed makes thermal current semi-surrounding hothouse runner, heating and heat insulation effect are played to hothouse, also the length of main air duct is ensured, solar heat-collection plate is made fully to contact heating with air, improve the drying effect of hothouse.
In above-mentioned a kind of intelligent multifunctional baking room, the first dividing plate is provided with in described horizontal by-path, upper horizontal by-path is divided into the solar energy heating air channel and heat pump air channel that are parallel to each other by described first dividing plate, the entrance point of upper horizontal by-path is provided with diverver gate, described diverver gate is hinged on the first divider ends, can select the described solar energy heating air channel of closedown or a heat pump air channel by rotating diverver gate.Which air channel diverver gate can control the pneumatic convey of heating clamber to, when sunshine is not enough, diverver gate closes solar energy heating air channel, and at this moment, work is opened by heat pump mechanism, the air flow direction heat pump air channel through heating in heating clamber, otherwise if when sunshine abundance, diverver gate can close heat pump air channel, such benefit is the temperature how all ensured regardless of weather in hothouse, ensure that efficiency and the effect of oven dry.
In above-mentioned a kind of intelligent multifunctional baking room, light sensation probe is provided with in described solar energy heating air channel, temperature sensor is provided with in described hothouse, described light sensation probe and temperature sensor are all connected with described control unit, described diverver gate is connected with one and can drives its motor rotated, described motor is connected with described control unit, and described control unit can receive described light sensation probe and the signal of telecommunication that detects of temperature sensor and control the work of described motor and heat pump mechanism according to result.Light sensation probe can detect the intensity of solar energy accurately, temperature sensor can detect the air themperature in hothouse, diverver gate can realize the control of closed loop after connecting motor, the closed-loop control of intelligence is realized by control unit, the enforcement of accurate guarantee multiple heating mode, ensures the effect of drying.
In above-mentioned a kind of intelligent multifunctional baking room, described hothouse, the infall of condensation chamber and heating clamber is provided with regenerator, be provided with two in described regenerator to intersect and mutual disconnected first flow and the second runner, described regenerator can between first flow and the second runner transferring heat, described first flow is communicated with hothouse and condensation chamber, described second flow passage condensation chamber and heating clamber, described first flow and the second runner are separated by second partition between two outlets of condensation chamber, described second partition is in vertically distribution, the top of this second partition is resisted against on regenerator, bottom and the desiccant body of this second partition lean.The effect of regenerator is heat exchange, air themperature in first flow is higher general about 50 DEG C, directly come from hothouse, the air themperature of the second runner is lower general more than 20 DEG C after dehumidification by condensation, regenerator passes to the second runner the heat of first flow, the air in first flow is made to be cooled to 30 DEG C in advance, the air of the second runner is heated in advance and probably can reach 40 DEG C, accelerate the speed of cooling and heating, improve the efficiency of oven dry, the effect of dividing plate is isolation two outlet, make the path of the air current flow in condensation chamber longer and make airflow passes desiccant body.
In above-mentioned a kind of intelligent multifunctional baking room, the wallboard of described hothouse, heating clamber and condensation chamber is cellular board, and cellular board comprises and being superimposed and the outer panels interfixed, honeycomb core plate and wainscot.The high insulating effect of cellular board, heat insulating coefficient can reach more than 0.2, can prevent heat from escaping, and improves the efficiency of drying.
As a kind of scheme, heat pump mechanism comprises compressor and reversible condenser, and both are connected, and can produce heat after condenser is reverse, and alternatively, heat pump mechanism can be electric heating sheets or electrical heating wire.As a kind of scheme, desiccant body is evaporimeter, and can freeze after evaporimeter energising, alternatively, desiccant body also can be heat exchanger, is freezed by heat exchange.
Compared with prior art, advantage of the present utility model is as follows: this intelligent baking room adopts control unit to control heat pump mechanism, can determine whether open heat pump mechanism according to the actual conditions of solar energy, there is advanced intelligence, the main air inlet of hothouse and main return air inlet lay respectively at bottom and the upper lateral part of hothouse, thermal current can be made to move upwardly through material, moisture in material can greatly be evaporated and take away in through the process of material, reach very high drying dehumidification effect, intelligent selection heat pump mechanism or solar energy heating mode can ensure drying dehumidification efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of this intelligent multifunctional baking room.
In figure, 1 hothouse; 2 solar heat-collection plates; 3 main air ducts; 4 condensation chambers; 5 heating clambers; 6 main air inlets; 7 main return air inlets; 8 heat pump mechanisms; 9 pressure fan; 10 desiccant bodies; Horizontal by-path on 11; 12 vertical by-paths; 13 times horizontal by-paths; 14 first dividing plates; 15 solar energy heating air channels; 16 heat pump air channels; 17 diverver gates; 18 regenerators; 19 first flows; 20 second runners; 21 second partitions; 22 compressors; 23 condensers; 24 evaporimeters.
Detailed description of the invention
Be below specific embodiment of the utility model and by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiments.
As shown in Figure 1, baking room comprises hothouse 1, solar heat-collection plate 2, main air duct 3, condensation chamber 4, heating clamber 5 and control unit, solar heat-collection plate 2 is connected with main air duct 3 and can heats the air in main air duct 3, the outside being arranged on hothouse 1 of solar heat-collection plate 2 semi-surrounding, the main air duct 3 of the outer surface formation of the inner surface of solar heat-collection plate 2 and the wallboard of hothouse 1, main air duct 3 comprises the upper horizontal by-path 11 be connected successively, vertical by-path 12 and lower horizontal by-path 13, lower horizontal by-path 13 is positioned at the bottom of hothouse 1 and is connected with main air inlet 6, vertical by-path 12 is positioned at the side of hothouse 1, upper horizontal by-path 11 is positioned at the top of hothouse 1 and is connected with heating clamber 5.Main air duct 3 directly adopts the outer surface of the inner surface of solar heat-collection plate 2 and the wallboard of hothouse 1 to form, advantage is that solar heat-collection plate 2 can directly to the air heat in main air duct 3, improve thermal energy rate, air in main air duct 3 also heats the sidewall of hothouse 1 and is incubated, air themperature in final guarantee hothouse 1 is stable and be not easy heat is escaped, improve the effect of oven dry, the top that upper horizontal by-path 11 is positioned at hothouse 1 can make solar heat-collection plate 2 fully contact the sunlight at top, improve endothermic effect, upper horizontal by-path 11, the main air duct 3 that vertical by-path 12 and lower horizontal by-path 13 are formed makes thermal current semi-surrounding hothouse 1 runner, heating and heat insulation effect are played to hothouse 1, also the length of main air duct 3 is ensured, solar heat-collection plate 2 is made fully to contact heating with air, improve the drying effect of hothouse 1.
The first dividing plate 14 is provided with in upper horizontal by-path 11, upper horizontal by-path 11 is divided into the solar energy heating air channel 15 and heat pump air channel 16 that are parallel to each other by the first dividing plate 14, the entrance point of upper horizontal by-path 11 is provided with diverver gate 17, diverver gate 17 is hinged on the first dividing plate 14 end, can select closedown solar energy heating air channel 15 or a heat pump air channel 16 by rotating diverver gate 17.Which air channel diverver gate 17 can control the pneumatic convey of heating clamber 5 to, when sunshine is not enough, diverver gate 17 closes solar energy heating air channel 15, and at this moment, work is opened by heat pump mechanism 8, the air flow direction heat pump air channel 16 through heating in heating clamber 5, otherwise if when sunshine abundance, diverver gate 17 can close heat pump air channel 16, such benefit is the temperature how all ensured regardless of weather in hothouse 1, ensure that efficiency and the effect of oven dry.The lower end of hothouse 1 is provided with main air inlet 6, and the side wall upper part of this hothouse 1 offers main return air inlet 7.
Be provided with the desiccant body 10 for carrying out refrigerated dehumidification to air in condensation chamber 4, control unit and heat pump mechanism 8 are connected and the former can control the latter's work.As a kind of scheme, heat pump mechanism 8 comprises compressor 22 and reversible condenser 23, and both are connected, and can produce heat after condenser 23 is reverse, and alternatively, heat pump mechanism 8 can be electric heating sheets or electrical heating wire.As a kind of scheme, desiccant body 10 is evaporimeter 24, and evaporimeter 24 can freeze after being energized, and alternatively, desiccant body 10 also can be heat exchanger, is freezed by heat exchange.The import of main air duct 3 is connected with the outlet of heating clamber 5, the outlet of this main air duct 3 is connected with main air inlet 6, the import of condensation chamber 4 is connected with main return air inlet 7, the outlet of condensation chamber 4 is connected with the import of heating clamber 5, the heat pump mechanism 8 for adding hot-air and the pressure fan 9 for the air-supply that circulates to main air duct 3 is provided with in heating clamber 5, hothouse 1, the infall of condensation chamber 4 and heating clamber 5 is provided with regenerator 18, be provided with two in regenerator 18 to intersect and mutual disconnected first flow 19 and the second runner 20, regenerator 18 can between first flow 19 and the second runner 20 transferring heat, first flow 19 is communicated with hothouse 1 and condensation chamber 4, second runner 20 is communicated with condensation chamber 4 and heating clamber 5, first flow 19 and the second runner 20 are separated by second partition 21 between two outlets of condensation chamber 4, second partition 21 is in vertically distribution, the top of this second partition 21 is resisted against on regenerator 18, bottom and the desiccant body 10 of this second partition 21 lean.The effect of regenerator 18 is heat exchanges, air themperature in first flow 19 is higher general about 50 DEG C, directly come from hothouse 1, the air themperature of the second runner 20 is lower general more than 20 DEG C after dehumidification by condensation, regenerator 18 passes to the second runner 20 the heat of first flow 19, the air in first flow 19 is made to be cooled to 30 DEG C in advance, the air of the second runner 20 is heated in advance and probably can reach 40 DEG C, accelerate the speed of cooling and heating, improve the efficiency of oven dry.The wallboard of hothouse 1, heating clamber 5 and condensation chamber 4 is cellular board, and cellular board comprises and being superimposed and the outer panels interfixed, honeycomb core plate and wainscot.The high insulating effect of cellular board, heat insulating coefficient can reach more than 0.2, can prevent heat from escaping, and improves the efficiency of drying.
Light sensation probe is provided with in solar energy heating air channel 15, temperature sensor is provided with in hothouse 1, light sensation probe and temperature sensor are all connected with control unit, diverver gate 17 is connected with one and can drives its motor rotated, motor is connected with control unit, and control unit can receive light sensation probe and the signal of telecommunication that detects of temperature sensor and control the work of motor and heat pump mechanism 8 according to result.Light sensation probe can detect the intensity of solar energy accurately, temperature sensor can detect the air themperature in hothouse 1, the control of closed loop can be realized after diverver gate 17 connects motor, the closed-loop control of intelligence is realized by control unit, the enforcement of accurate guarantee multiple heating mode, ensures the effect of drying.The material of drying is needed generally to be placed in hothouse 1, solar heat-collection plate 2 absorbs after sunshine the air heat in main air duct 3, after pressure fan 9 unlatching work, main air duct 3 produces air-flow, thermal current enters into hothouse 1 from the main air inlet 6 be positioned at bottom hothouse 1, because hot-air light specific gravity moves upward, thus can material be passed, in through the process of material, the moisture evaporation in material also can greatly be flowed to main return air inlet 7 together, the side wall upper part that main return air inlet 7 is arranged on hothouse 1 makes thermal current move upward can be more abundant, after the thermal current arrival condensation chamber 4 of steam, due to cooling and the filtration of desiccant body 10, steam is cooled filter out, the air-flow cooled afterwards arrives heating clamber 5, when general solar energy abundance, control unit controls heat pump mechanism 8 and does not work, control unit is generally the common microcontroller that market can have been bought, air-flow in heating clamber 5 is delivered in main air duct 3 to realize the circulation of air by pressure fan 9 again, if solar energy is not enough, then control unit can start heat pump mechanism 8 and works, air heat in heat pump mechanism 8 pairs of heating clambers 5, to ensure the air themperature in main air duct 3.This intelligent baking room adopts control unit to control heat pump mechanism 8, can determine whether open heat pump mechanism 8 according to the actual conditions of solar energy, there is advanced intelligence, the main air inlet 6 of hothouse 1 and main return air inlet 7 lay respectively at bottom and the upper lateral part of hothouse 1, thermal current can be made to move upwardly through material, moisture in material can greatly be evaporated and take away in through the process of material, reach very high drying dehumidification effect, intelligent selection heat pump mechanism 8 or solar energy heating mode can ensure drying dehumidification efficiency.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.
Claims (7)
1. an intelligent multifunctional baking room, described baking room comprises hothouse (1), solar heat-collection plate (2), main air duct (3), condensation chamber (4), heating clamber (5) and control unit, it is characterized in that, described solar heat-collection plate (2) is connected with main air duct (3) and can heats the air in main air duct (3), the lower end of described hothouse (1) is provided with main air inlet (6), the side wall upper part of this hothouse (1) offers main return air inlet (7), the import of described main air duct (3) is connected with the outlet of heating clamber (5), the outlet of this main air duct (3) is connected with described main air inlet (6), the import of described condensation chamber (4) is connected with described main return air inlet (7), the outlet of described condensation chamber (4) is connected with the import of described heating clamber (5), the heat pump mechanism (8) for adding hot-air and the pressure fan (9) for blowing to main air duct (3) circulation is provided with in described heating clamber (5), the desiccant body (10) for carrying out refrigerated dehumidification to air is provided with in described condensation chamber (4), described control unit and described heat pump mechanism (8) are connected and the former can control the latter's work.
2. a kind of intelligent multifunctional baking room according to claim 1, it is characterized in that, the outside being arranged on hothouse (1) of described solar heat-collection plate (2) semi-surrounding, the main air duct (3) described in outer surface formation of the inner surface of described solar heat-collection plate (2) and the wallboard of hothouse (1), described main air duct (3) comprises the upper horizontal by-path (11) be connected successively, vertical by-path (12) and lower horizontal by-path (13), described lower horizontal by-path (13) is positioned at the bottom of hothouse (1) and is connected with main air inlet (6), described vertical by-path (12) is positioned at the side of hothouse (1), described horizontal by-path (11) is positioned at the top of hothouse (1) and is connected with heating clamber (5).
3. a kind of intelligent multifunctional baking room according to claim 2, it is characterized in that, the first dividing plate (14) is provided with in described horizontal by-path (11), upper horizontal by-path (11) is divided into the solar energy heating air channel (15) and heat pump air channel (16) that are parallel to each other by described first dividing plate (14), the entrance point of upper horizontal by-path (11) is provided with diverver gate (17), described diverver gate (17) is hinged on the first dividing plate (14) end, the described solar energy heating air channel (15) of a closedown or heat pump air channel (16) can be selected by rotating diverver gate (17).
4. a kind of intelligent multifunctional baking room according to claim 3, it is characterized in that, light sensation probe is provided with in described solar energy heating air channel (15), described hothouse is provided with temperature sensor in (1), described light sensation probe and temperature sensor are all connected with described control unit, described diverver gate (17) is connected with one and can drives its motor rotated, described motor is connected with described control unit, described control unit can receive described light sensation probe and the signal of telecommunication that detects of temperature sensor and control the work of described motor and heat pump mechanism (8) according to result.
5. a kind of intelligent multifunctional baking room according to claim 1 or 2 or 3 or 4, it is characterized in that, described hothouse (1), the infall of condensation chamber (4) and heating clamber (5) is provided with regenerator (18), be provided with two in described regenerator (18) to intersect and mutual disconnected first flow (19) and the second runner (20), described regenerator (18) can between first flow (19) and the second runner (20) transferring heat, described first flow (19) is communicated with hothouse (1) and condensation chamber (4), described second runner (20) is communicated with condensation chamber (4) and heating clamber (5).
6. a kind of intelligent multifunctional baking room according to claim 5, it is characterized in that, described first flow (19) and the second runner (20) are positioned between two of condensation chamber (4) outlets to be separated by second partition (21), described second partition (21) is in vertically distribution, the top of this second partition (21) is resisted against on regenerator (18), and bottom and the desiccant body (10) of this second partition (21) lean.
7. a kind of intelligent multifunctional baking room according to claim 1 or 2 or 3 or 4, is characterized in that, the wallboard of described hothouse (1), heating clamber (5) and condensation chamber (4) is cellular board.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420867768.4U CN204438681U (en) | 2014-12-31 | 2014-12-31 | A kind of intelligent multifunctional baking room |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420867768.4U CN204438681U (en) | 2014-12-31 | 2014-12-31 | A kind of intelligent multifunctional baking room |
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| CN204438681U true CN204438681U (en) | 2015-07-01 |
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| CN201420867768.4U Withdrawn - After Issue CN204438681U (en) | 2014-12-31 | 2014-12-31 | A kind of intelligent multifunctional baking room |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104567282A (en) * | 2014-12-31 | 2015-04-29 | 伯恩太阳能科技有限公司 | Intelligent multifunctional drying room |
| CN105621508A (en) * | 2015-12-30 | 2016-06-01 | 台州盛世环境工程有限公司 | Thermal cycling system of wastewater treatment equipment |
| CN108800801A (en) * | 2018-08-03 | 2018-11-13 | 浙江豪瓦特节能科技有限公司 | A kind of heat pump hot wind cycle intelligent oven drying device |
| CN110487039A (en) * | 2019-06-28 | 2019-11-22 | 岭南中药饮片有限公司 | A kind of round-the-clock drying shed |
-
2014
- 2014-12-31 CN CN201420867768.4U patent/CN204438681U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104567282A (en) * | 2014-12-31 | 2015-04-29 | 伯恩太阳能科技有限公司 | Intelligent multifunctional drying room |
| CN104567282B (en) * | 2014-12-31 | 2017-04-19 | 伯恩太阳能科技有限公司 | Intelligent multifunctional drying room |
| CN105621508A (en) * | 2015-12-30 | 2016-06-01 | 台州盛世环境工程有限公司 | Thermal cycling system of wastewater treatment equipment |
| CN108800801A (en) * | 2018-08-03 | 2018-11-13 | 浙江豪瓦特节能科技有限公司 | A kind of heat pump hot wind cycle intelligent oven drying device |
| CN110487039A (en) * | 2019-06-28 | 2019-11-22 | 岭南中药饮片有限公司 | A kind of round-the-clock drying shed |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C53 | Correction of patent for invention or patent application | ||
| CB03 | Change of inventor or designer information |
Inventor after: Liu Zhiguo Inventor after: Chen Baotian Inventor after: Liu Guoshun Inventor after: Ren Tianbao Inventor before: Liu Zhiguo |
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| COR | Change of bibliographic data |
Free format text: CORRECT: INVENTOR; FROM: LIU ZHIGUO TO: LIU ZHIGUO CHEN BAOTIAN LIU GUOSHUN REN TIANBAO |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20150701 Effective date of abandoning: 20170419 |
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| AV01 | Patent right actively abandoned |