CN205383687U - Little factory building is with accurate control by temperature change air conditioner - Google Patents
Little factory building is with accurate control by temperature change air conditioner Download PDFInfo
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- CN205383687U CN205383687U CN201620000318.4U CN201620000318U CN205383687U CN 205383687 U CN205383687 U CN 205383687U CN 201620000318 U CN201620000318 U CN 201620000318U CN 205383687 U CN205383687 U CN 205383687U
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Abstract
The utility model relates to a little factory building is with accurate control by temperature change air conditioner, the indoor set of this control by temperature change air conditioner include wind blade and the upper and lower wind blade of multi -disc about the multi -disc, about the multi -disc wind blade with independent direction controller is all connected to each wind blade about the multi -disc in the wind blade, through controller control direction controller, makes about the multi -disc wind blade with the wind direction wireless temperature sensor's that all directional difference is the biggest of each wind blade derivation about the multi -disc in the wind blade positional information, the utility model discloses divide into nine regions with little factory building, can record the accurate temperature in nine regions through nine wireless temperature sensor respectively, and can calculate, judge skew the desired temperature's deviation to having more the deviation, to go to make pointed references a certain of adjusting in nine regions regional, the utility model discloses be different from wind blade and the integral removal of wind blade from top to bottom about present vertical cabinet type or wall -hanging air conditioner when the temperature is regulated and control, can through calculate the refined calculation go out about in wind blade and the wind blade from top to bottom angle of each blade, make cold wind can more accurately blow the region of regulating and control to needs.
Description
Technical field
This utility model relates to indoor environment and regulates field, particularly to carrying out the air-conditioning that indoor environment temperature accurately controls.
Background technology
At present, the increasing needs that produce control with becoming more meticulous, and such as industries such as chemical industry, biology, medicine, food, the control of product needs the production of product and preservation to be at accurate temperature, the damaged condition such as otherwise there will be deformation, go bad.The temperature of the air-conditioning of the wall-mounted or cabinet-type that current little Factory Building uses controls less accurate, can not meet the demand of control of product quality.The temperature sensor of the air-conditioning of the wall-mounted or cabinet-type that current little Factory Building uses is built-in, the indoor temperature sensed is the temperature of little scope, and this little scope has also been remote from placing the temperature that product is local, it is impossible to accurately show that product is placed the accurate temperature on ground；And, product takes up an area relatively wide when placing, and it is inconsistent to be in little Factory Building the temperature of each different spaces, it is likely that cause same batch due to temperature inconsistent, some product is qualified, and some product is defective.
Utility model content
This utility model provides a kind of air-conditioning with external temperature sensor, the temperature transfer carrying out thermoregulator position can will be needed to air-conditioning, and according to the signal of transmission, the temperature in each space of little Factory Building can be accurately controlled, each local temperature of little Factory Building can be efficiently solved and control uneven problem, reach the effect that accurate temperature controls.
The technical solution adopted in the utility model is as follows:
A kind of little Factory Building accurate temperature controller air-conditioning, described air-conditioning is split-type air conditioner, and including indoor set and off-premises station, described indoor set is connected with off-premises station；Described off-premises station includes shell, compressor, outdoor heat are changed planes, the outdoor draft fan of expansion gear and air-supply of changing planes to described outdoor heat；The indoor blower of air-supply that described indoor set includes shell, air inlet, air outlet, Indoor Thermal are changed planes and changed planes to described Indoor Thermal；Described compressor, outdoor heat are changed planes, crash device and Indoor Thermal are changed planes and be sequentially connected with composition refrigerant loop by refrigerant piping；Described indoor set also includes multi-disc left and right impeller inducers, the upper and lower wind blade of multi-disc, controller, temperature sensor radio receiver, remote control device；Described air-conditioning also includes nine radio temperature sensors, described radio temperature sensor is mainly made up of MCU, temperature sensor, wireless module, power supply, power circuit and shockproof jamproof shell, and described wireless module adopts the mode of WIFI, 433 or Zigbee to carry out wireless data transmission；Described controller connects described temperature sensor radio receiver and described remote control device, and described temperature sensor radio receiver receives the signal of each described radio temperature sensor；
Described air-conditioning also includes remote controller, described remote controller includes accurate temperature control knob, after operator press described accurate temperature control knob, described controller proceeds to the second controlled state of the signal receiving described temperature sensor radio receiver from the first controlled state of the signal receiving described remote control device；After operator press described accurate temperature control knob again, described controller proceeds to the first controlled state of the signal receiving described remote control device from the second controlled state of the signal receiving temperature sensor radio receiver；
The inner space of little Factory Building is divided into nine regions of " well " font at the vertical plane of the distance of the 2-5 rice of the air outlet apart from described air-conditioning, and in described nine radio temperature sensors is put in each region in described nine regions；
Described air-conditioning also includes the computing module connecting described controller, described computing module can receive the temperature signal of each described radio temperature sensor of the described controller reception that described controller transmits and the positional information in little Factory Building of each described radio temperature sensor, after the calculating of described computing module obtains described temperature signal and positional information, the difference of the temperature signal that the more each radio temperature sensor of described computing module transmits and the design temperature being stored in controller, the positional information of radio temperature sensor maximum for described difference is fed back to described controller；
It is characterized in that: the every a piece of wind blade in described multi-disc left and right impeller inducers is all connected with independent first direction controller, and the every a piece of wind blade in the upper and lower wind blade of described multi-disc is all connected with independent second direction controller；Described controller controls each described first direction controller and each described second direction controller so that the wind direction that described multi-disc left and right impeller inducers and the every a piece of wind blade in the upper and lower wind blade of described multi-disc are derived is directed to the positional information of the maximum radio temperature sensor of difference；Described computing module can also calculate the time T that the temperature in the space at the radio temperature sensor place making described difference maximum reaches unanimity required with the design temperature being stored in controller, and described time T is fed back to described controller, described controller makes the air outlet of described air-conditioning dry to the space at the maximum radio temperature sensor place of described difference described time T；After described time T, described computing module can receive the temperature signal of each described radio temperature sensor and the positional information in little Factory Building of each described radio temperature sensor again, and again carry out difference comparsion calculating and the positional information of the maximum difference radio temperature sensor having is fed back to described controller；
Each described first direction controller all includes screw rod, nut, enchasing plate, the first decelerator and the first servomotor, and described nut coordinates with screw rod, and screw rod is rotatable, and nut does not only rotate at the axially reciprocating of screw rod；Described enchasing plate is fixed on nut and has the groove that can hold wind blade, and this groove can move along with nut after holding wind blade, and this groove has the width that wind blade can be made to swing at this groove；When described controller is in described second controlled state, described screw rod is controlled prepare to wind blade close until making wind blade extend in the groove of described enchasing plate away from one end of the air outlet of described indoor set and the motion of the enchasing plate on described nut can drive wind blade to swing when described screw rod rotates, described first servomotor connects the screw shaft of described screw rod by the output shaft after the first decelerator, described first servomotor connects described controller, described controller is by controlling the rotating speed of the first servomotor and turning to, the wind direction that the every a piece of wind blade in described multi-disc left and right impeller inducers is derived is made to be directed to the positional information of the maximum radio temperature sensor of difference；
Each described second direction controller all includes the second decelerator and the second servomotor, one end of the length direction of the every a piece of wind blade in the upper and lower wind blade of described multi-disc is extended with quarter butt, described quarter butt is connected to described second decelerator, described second servomotor connects described quarter butt by the output shaft of the second decelerator, described second servomotor connects described controller, described controller is by controlling the rotating speed of the second servomotor and turning to, the wind direction that the every a piece of wind blade in the upper and lower wind blade of described multi-disc is derived is made to be directed to the positional information of the maximum radio temperature sensor of difference.
The beneficial effects of the utility model are:
1, this utility model is the radio temperature sensor that cabinet-type or wall-hanging air conditioner relate to special external, can by the indoor local temperature transfer placing product to air-conditioning thus being controlled, it is arranged in air-conditioning by temperature sensor only to monitor cabinet-type or the on-site thermometric temperature of wall mounting type air conditioner shell more can reflect the environment that product is actually located than existing, such that it is able to more targetedly and be more effectively carried out regulating.
2, little Factory Building is divided into nine regions by this utility model, nine radio temperature sensors can be passed through and record the accurate temperature in nine regions respectively, and can be calculated, it is judged that deviate temperature required deviation, thus more deviation goes to some region of regulating in nine regions targetedly.
3, this utility model is different from current cabinet-type or wall-hanging air conditioner left and right impeller inducers and the integrated moveable of upper and lower wind blade when temperature adjusting, the angle of every a piece of blade in left and right impeller inducers and upper and lower wind blade can be accurately calculated by calculating, enable cold wind to blow to the region needing regulation and control more accurately.
Accompanying drawing explanation
Fig. 1 is the adjustment schematic diagram of the left and right impeller inducers of prior art, and wherein a is unadjusted view, and b is the schematic diagram after low-angle regulates；
Fig. 2 is the adjustment schematic diagram of the left and right impeller inducers of the little Factory Building accurate temperature controller air-conditioning of the application, and wherein, a is unadjusted view, and b is the adjustment schematic diagram that wind direction points to the centre of Factory Building left and right directions；
Fig. 3 is the schematic diagram that first direction controller controls every left and right impeller inducers, is also the schematic top plan view of Fig. 2 b；
Fig. 4 is the partial view of I in Fig. 3, is also the structural representation of first direction controller；
Fig. 5 is the schematic diagram that second direction controller controls every upper and lower wind blade；
Wherein, the left and right impeller inducers that 1-does not move；The left and right impeller inducers of 2-low-angle left avertence；The left and right impeller inducers of 3-wide-angle left avertence；The left and right impeller inducers of 4-low-angle right avertence；The left and right impeller inducers of 5-wide-angle right avertence；6-enchasing plate；7-screw rod；8-nut；The 9-nut direction of motion；The upper and lower wind blade of 10-；11-quarter butt；12-the second decelerator；13-the second reducing motor.
Detailed description of the invention
Fig. 1 is the regulative mode of the left and right impeller inducers of prior art, and when laterally sweeping wind, all of left and right impeller inducers all keeps same angle.
Little Factory Building accurate temperature controller air-conditioning of the present utility model, when regulating, accurately controls the angle of every wind blade, can blow accurately to the region needing temperature control in room, particularly as follows:
A kind of little Factory Building accurate temperature controller air-conditioning, described air-conditioning is split-type air conditioner, and including indoor set and off-premises station, described indoor set is connected with off-premises station；Described off-premises station includes shell, compressor, outdoor heat are changed planes, the outdoor draft fan of expansion gear and air-supply of changing planes to described outdoor heat；The indoor blower of air-supply that described indoor set includes shell, air inlet, air outlet, Indoor Thermal are changed planes and changed planes to described Indoor Thermal；Described compressor, outdoor heat are changed planes, crash device and Indoor Thermal are changed planes and be sequentially connected with composition refrigerant loop by refrigerant piping；Described indoor set also includes multi-disc left and right impeller inducers (accompanying drawing 2), the upper and lower wind blade (not shown) of multi-disc, controller, temperature sensor radio receiver, remote control device；Described air-conditioning also includes nine radio temperature sensors, described radio temperature sensor is mainly made up of MCU, temperature sensor, wireless module, power supply, power circuit and shockproof jamproof shell, and described wireless module adopts the mode of WIFI, 433 or Zigbee to carry out wireless data transmission；Described controller connects described temperature sensor radio receiver and described remote control device, and described temperature sensor radio receiver receives the signal of each described radio temperature sensor.
Described air-conditioning also includes remote controller, described remote controller includes accurate temperature control knob, after operator press described accurate temperature control knob, described controller proceeds to the second controlled state of the signal receiving described temperature sensor radio receiver from the first controlled state of the signal receiving described remote control device；After operator press described accurate temperature control knob again, described controller proceeds to the first controlled state of the signal receiving described remote control device from the second controlled state of the signal receiving temperature sensor radio receiver.
The inner space of little Factory Building is divided into nine regions of " well " font at the vertical plane of the distance of the 2-5 rice of the air outlet apart from described air-conditioning, and in described nine radio temperature sensors is put in each region in described nine regions.
Described air-conditioning also includes the computing module connecting described controller, described computing module can receive the temperature signal of each described radio temperature sensor of the described controller reception that described controller transmits and the positional information in little Factory Building of each described radio temperature sensor, after the calculating of described computing module obtains described temperature signal and positional information, the difference of the temperature signal that the more each radio temperature sensor of described computing module transmits and the design temperature being stored in controller, the positional information of radio temperature sensor maximum for described difference is fed back to described controller.
As shown in Figures 2 and 3, the every a piece of wind blade in described multi-disc left and right impeller inducers is all connected with independent first direction controller；Described controller controls each described first direction controller so that the wind direction that the every a piece of wind blade in described multi-disc left and right impeller inducers is derived is directed to the positional information of the maximum radio temperature sensor of difference；Described computing module can also calculate the time T that the temperature in the space at the radio temperature sensor place making described difference maximum reaches unanimity required with the design temperature being stored in controller, and described time T is fed back to described controller, described controller makes the air outlet of described air-conditioning dry to the space at the maximum radio temperature sensor place of described difference described time T；After described time T, described computing module can receive the temperature signal of each described radio temperature sensor and the positional information in little Factory Building of each described radio temperature sensor again, and again carry out difference comparsion calculating and the positional information of the maximum difference radio temperature sensor having is fed back to described controller.
In Fig. 2 and Fig. 3, when needing wind direction to point to Factory Building left and right directions middle, owing to middle wind blade 1 has been directed to the centre of Factory Building left and right directions, therefore, there is no need to regulate, the first direction controller of controller control wind blade 1 is motionless；The wind blade 2 and 4 being positioned at wind blade 1 left side needs deflection clockwise, and therefore, controller controls the first direction controller of wind blade 2 and 4, it is achieved the deflection clockwise of wind blade 2 and 4；Being positioned at the wind blade 3 and 5 on the right of wind blade 1 and need deflection clockwise, therefore, controller controls the first direction controller of wind blade 3 and 5, it is achieved the deflection clockwise of wind blade 3 and 5；After above-mentioned deflection all occurs wind blade 2,3,4 and 5, wind all can be directed at the zone line specified of little Factory Building by all of wind blade.
Referring to accompanying drawing 4, each described first direction controller includes screw rod 7, nut 8, enchasing plate the 6, first decelerator and the first servomotor, and described nut 8 coordinates with screw rod 7, and screw rod 7 is rotatable, and nut 8 does not only rotate at the axially reciprocating of screw rod 7；Described enchasing plate 6 is fixed on nut 8 and has the groove that can hold wind blade, and this groove can move along with nut 8 after holding wind blade, and this groove has the width that wind blade can be made to swing at this groove；When described controller is in described second controlled state, described screw rod 7 is controlled prepare to wind blade close until making wind blade extend in the groove of described enchasing plate away from one end of the air outlet of described indoor set and the motion of the enchasing plate on described nut 8 can drive wind blade to swing when described screw rod 7 rotates, described first servomotor connects the screw shaft of described screw rod by the output shaft after the first decelerator by drive mechanism, described first servomotor connects described controller, described controller is by controlling the rotating speed of the first servomotor and turning to, the wind direction that the every a piece of wind blade in described multi-disc left and right impeller inducers is derived is made to be directed to the positional information of the maximum radio temperature sensor of difference.
Referring to accompanying drawing 5, each described second direction controller all includes the second decelerator 12 and the second servomotor 13, one end of the length direction of the every a piece of wind blade 10 in the upper and lower wind blade of described multi-disc is extended with quarter butt 11, described quarter butt is connected to described second decelerator 12, described second servomotor 13 connects described quarter butt 11 by the output shaft of the second decelerator 12, described second servomotor 13 connects described controller, described controller is by controlling the rotating speed of the second servomotor 13 and turning to, the wind direction that the every a piece of wind blade in the upper and lower wind blade of described multi-disc is derived is made to be directed to the positional information of the maximum radio temperature sensor of difference.
Every a piece of wind blade in described multi-disc left and right impeller inducers and the upper and lower wind blade of described multi-disc all can rotate independently about their support parts.
This utility model is the radio temperature sensor that cabinet-type or wall-hanging air conditioner relate to special external, can by the indoor local temperature transfer placing product to air-conditioning thus being controlled, it is arranged in air-conditioning by temperature sensor only to monitor cabinet-type or the on-site thermometric temperature of wall mounting type air conditioner shell more can reflect the environment that product is actually located than existing, such that it is able to more targetedly and be more effectively carried out regulating.
Little Factory Building is divided into nine regions by this utility model, nine radio temperature sensors can be passed through and record the accurate temperature in nine regions respectively, and can be calculated, it is judged that deviate temperature required deviation, thus more deviation goes to some region of regulating in nine regions targetedly.
This utility model is different from the integrated moveable of current cabinet-type or wall-hanging air conditioner left and right impeller inducers and upper and lower wind blade when temperature adjusting, the angle of every a piece of blade in left and right impeller inducers and upper and lower wind blade can be accurately calculated by calculating, enable cold wind to blow to the region needing regulation and control more accurately.
Claims (1)
1. a little Factory Building accurate temperature controller air-conditioning, described air-conditioning is split-type air conditioner, and including indoor set and off-premises station, described indoor set is connected with off-premises station；Described off-premises station includes shell, compressor, outdoor heat are changed planes, the outdoor draft fan of expansion gear and air-supply of changing planes to described outdoor heat；The indoor blower of air-supply that described indoor set includes shell, air inlet, air outlet, Indoor Thermal are changed planes and changed planes to described Indoor Thermal；Described compressor, outdoor heat are changed planes, crash device and Indoor Thermal are changed planes and be sequentially connected with composition refrigerant loop by refrigerant piping；Described indoor set also includes multi-disc left and right impeller inducers, the upper and lower wind blade of multi-disc, controller, temperature sensor radio receiver, remote control device；Described air-conditioning also includes nine radio temperature sensors, and described radio temperature sensor is mainly made up of MCU, temperature sensor, wireless module, power supply, power circuit and shockproof jamproof shell；Described controller connects described temperature sensor radio receiver and described remote control device, and described temperature sensor radio receiver receives the signal of each described radio temperature sensor；
Described air-conditioning also includes remote controller, described remote controller includes accurate temperature control knob, after operator press described accurate temperature control knob, described controller proceeds to the second controlled state of the signal receiving described temperature sensor radio receiver from the first controlled state of the signal receiving described remote control device；After operator press described accurate temperature control knob again, described controller proceeds to the first controlled state of the signal receiving described remote control device from the second controlled state of the signal receiving temperature sensor radio receiver；
The inner space of little Factory Building is divided into nine regions of " well " font at the vertical plane of the distance of the 2-5 rice of the air outlet apart from described air-conditioning, and in described nine radio temperature sensors is put in each region in described nine regions；
Described air-conditioning also includes the computing module connecting described controller, described computing module can receive the temperature signal of each described radio temperature sensor of the described controller reception that described controller transmits and the positional information in little Factory Building of each described radio temperature sensor, after the calculating of described computing module obtains described temperature signal and positional information, the difference of the temperature signal that the more each radio temperature sensor of described computing module transmits and the design temperature being stored in controller, the positional information of radio temperature sensor maximum for described difference is fed back to described controller；
It is characterized in that: the every a piece of wind blade in described multi-disc left and right impeller inducers is all connected with independent first direction controller, and the every a piece of wind blade in the upper and lower wind blade of described multi-disc is all connected with independent second direction controller；Described controller controls each described first direction controller and each described second direction controller so that the wind direction that described multi-disc left and right impeller inducers and the every a piece of wind blade in the upper and lower wind blade of described multi-disc are derived is directed to the positional information of the maximum radio temperature sensor of difference；Described computing module can also calculate the time T that the temperature in the space at the radio temperature sensor place making described difference maximum reaches unanimity required with the design temperature being stored in controller, and described time T is fed back to described controller, described controller makes the air outlet of described air-conditioning dry to the space at the maximum radio temperature sensor place of described difference described time T；After described time T, described computing module can receive the temperature signal of each described radio temperature sensor and the positional information in little Factory Building of each described radio temperature sensor again, and again carry out difference comparsion calculating and the positional information of the maximum difference radio temperature sensor having is fed back to described controller；
Each described first direction controller all includes screw rod, nut, enchasing plate, the first decelerator and the first servomotor, and described nut coordinates with screw rod, and screw rod is rotatable, and nut does not only rotate at the axially reciprocating of screw rod；Described enchasing plate is fixed on nut and has the groove that can hold wind blade, and this groove can move along with nut after holding wind blade, and this groove has the width that wind blade can be made to swing at this groove；When described controller is in described second controlled state, described screw rod is controlled prepare to wind blade close until making wind blade extend in the groove of described enchasing plate away from one end of the air outlet of described indoor set and the motion of the enchasing plate on described nut can drive wind blade to swing when described screw rod rotates, described first servomotor connects the screw shaft of described screw rod by the output shaft after the first decelerator, described first servomotor connects described controller, described controller is by controlling the rotating speed of the first servomotor and turning to, the wind direction that the every a piece of wind blade in described multi-disc left and right impeller inducers is derived is made to be directed to the positional information of the maximum radio temperature sensor of difference；
Each described second direction controller all includes the second decelerator and the second servomotor, one end of the length direction of the every a piece of wind blade in the upper and lower wind blade of described multi-disc is extended with quarter butt, described quarter butt is connected to described second decelerator, described second servomotor connects described quarter butt by the output shaft of the second decelerator, described second servomotor connects described controller, described controller is by controlling the rotating speed of the second servomotor and turning to, the wind direction that the every a piece of wind blade in the upper and lower wind blade of described multi-disc is derived is made to be directed to the position with the wireless humidity sensor of described maximum difference.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620000318.4U CN205383687U (en) | 2016-01-02 | 2016-01-02 | Little factory building is with accurate control by temperature change air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620000318.4U CN205383687U (en) | 2016-01-02 | 2016-01-02 | Little factory building is with accurate control by temperature change air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205383687U true CN205383687U (en) | 2016-07-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620000318.4U Expired - Fee Related CN205383687U (en) | 2016-01-02 | 2016-01-02 | Little factory building is with accurate control by temperature change air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205383687U (en) |
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2016
- 2016-01-02 CN CN201620000318.4U patent/CN205383687U/en not_active Expired - Fee Related
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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: 20160713 Termination date: 20180102 |
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| CF01 | Termination of patent right due to non-payment of annual fee |