CN104236007A - Air conditioner remote controller and cabinet air conditioner - Google Patents
Air conditioner remote controller and cabinet air conditioner Download PDFInfo
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- CN104236007A CN104236007A CN201310248013.6A CN201310248013A CN104236007A CN 104236007 A CN104236007 A CN 104236007A CN 201310248013 A CN201310248013 A CN 201310248013A CN 104236007 A CN104236007 A CN 104236007A
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- 238000004378 air conditioning Methods 0.000 claims description 169
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Abstract
The invention discloses an air conditioner remote controller which comprises a display screen, a control circuit, a fixing mechanism, a first sensing unit, a charging mechanism and a battery, wherein the air conditioner remote controller is fixed on a cabinet air conditioner through the fixing mechanism, the relative position information of the air conditioner remote controller and the cabinet air conditioner is sensed through the first sensing unit and is provided for the control circuit, and the control circuit controls the display state of the display screen and controls the working state of the battery according to the relative position information. The invention also provides a cabinet air conditioner, wherein the panel of the cabinet air conditioner is provided with a first fixing mechanism matched with the fixing mechanism and a first charging mechanism corresponding to the charging mechanism, and the air conditioner remote controller can be used as a remote controller and also can be fixed on the cabinet air conditioner as a control panel through the matching of the air conditioner remote controller and the cabinet air conditioner, so that a display screen and keys do not need to be arranged on the panel of the cabinet air conditioner, the waste of hardware resources of the air conditioner is reduced, and the utilization rate of the hardware resources is improved.
Description
Technical field
The present invention relates to household electrical appliance technical field, particularly relate to a kind of air-conditioning remote control and cabinet air-conditioner.
Background technology
At present, cabinet air-conditioner control section is divided into button control mode on cabinet panel and remote controller control mode two kinds of modes, generally uses a teleswitch more, thus cause the waste of button resources on cabinet panel in man of domestic consumer; And at special occasions, such as laboratory, collective's Administrative Area, general use button control mode controls more, thus causes the waste of remote controller resource.Two kinds of control modes all can cause the waste of air-conditioning hardware resource.
Therefore, be badly in need of a kind of waste that can reduce air-conditioning hardware resource, meet the remote controller of different occasion needs and corresponding air-conditioning.
Summary of the invention
For solving the problems of the technologies described above, the embodiment of the present invention provides a kind of air-conditioning remote control and cabinet air-conditioner, both can use as remote controller, can be fixed on again on cabinet air-conditioner and use as control panel, without the need to button and display screen on described cabinet air-conditioner, to reduce the hardware resource waste of air-conditioning, technical scheme is as follows:
The invention provides a kind of air-conditioning remote control, comprise display screen, control circuit, fixed mechanism, the first sensing unit, charging mechanism and battery, wherein:
Described fixed mechanism is arranged on described air-conditioning remote control, is fixed on the panel of air-conditioning to make described air-conditioning remote control;
Described charging mechanism is arranged on described air-conditioning remote control, and described charging mechanism is in the charge circuit of described battery;
Described first sensing unit, the relative position information between described air-conditioning remote control and described air-conditioning is obtained for the state by detecting described charging mechanism, wherein, described relative position information comprises and shows that described air-conditioning remote control is fixed on the first-phase location information on described cabinet air-conditioner, and shows that described air-conditioning remote control is not fixed on the second-phase location information on described cabinet air-conditioner;
Described control circuit, for according to described relative position information, controls the first display mode of described display screen, and controls the duty of described battery, and wherein, described first display mode comprises Display panel pattern and remote controller displays pattern; The duty of described battery comprises charged state and discharge condition.
Preferably, described control circuit comprises: master controller, indicative control unit and battery management unit;
Described battery management unit, for detecting the status information of described battery, and is supplied to described master controller, and wherein, described status information comprises: the information of voltage of described battery, information about power;
Master controller, for when receiving the mutually described first-phase location information that described first sensing unit obtains, controlling described indicative control unit and producing the control signal that the described display screen of control works in Display panel pattern; When receiving the described second-phase location information that described first sensing unit sends, controlling described indicative control unit and producing the control signal that the described display screen of control works in remote controller displays pattern; And receive described first-phase location information for working as, and according to receiving the described status information of described battery management unit acquisition, when judging that described battery needs to charge, controlling described battery management unit is the charging of described battery, until described battery management unit detects that the electricity of described battery is full of.
Preferably, described display screen is touch display screen, described touch display screen is provided with virtual controlling button;
Described air-conditioning remote control also comprises physical control button;
Described control circuit also comprises key press detecting circuit, triggers the triggering signal of described physical control button generation, and be supplied to described master controller for detecting operating body;
Described master controller, the triggering signal also for detecting according to described key press detecting circuit, produces corresponding control signal.
Preferably, above-mentioned air-conditioning remote control also comprises: the second sensing unit, for detecting the placement direction information of described air-conditioning remote control, and is supplied to described master controller;
Described master controller, also for according to described placement direction information, controls described indicative control unit and produces the second display mode controlling described display screen, and described second display mode comprises horizontal screen display mode and perpendicular screen display mode.
Preferably, described second sensing unit is gyroscope.
Preferably, described charging mechanism is charging contact or charge coil.
Preferably, when described charging mechanism is charging contact, described first sensing unit, when detecting that described charging contact is in closure state, obtains first-phase location information, when detecting that described charging contact is in off-state, obtain second-phase location information.
Preferably, when described charging induction structure is charge coil, described first sensing unit, when the induced signal of described charge coil being detected, obtains first-phase location information, when the induced signal of described charge coil not detected, obtain second-phase location information.
Preferably, described fixed mechanism is magnetic coil, magnet or buckle structure.
The present invention also provides a kind of cabinet air-conditioner, with above-mentioned air-conditioning remote control with the use of, the front panel of described cabinet air-conditioner is provided with first fixed mechanism suitable with the fixed mechanism on described air-conditioning remote control;
With the cell area opposite position place on described air-conditioning remote control on described front panel, be provided with the charging port corresponding with the charging mechanism on described air-conditioning remote control.
The technical scheme provided from the above embodiment of the present invention, described air-conditioning remote control is fixed on cabinet air-conditioner by fixed mechanism, by the relative position information of the first sensing units sense air-conditioning remote control and cabinet air-conditioner, control circuit controls the display state of display screen according to described relative position information, and control the duty of battery, thus make this air-conditioning remote control both can do remote controller use, also can be fixed on cabinet air-conditioner and use as control panel, therefore, without the need to arranging display screen and button on cabinet air-conditioner, only need be provided with first fixed mechanism suitable with the fixed mechanism on air-conditioning remote control on the panel of cabinet air-conditioner, and first charging mechanism corresponding with the charging mechanism on described air-conditioning remote control, and without the need to arranging on its panel.When described air-conditioning remote control is away from described cabinet air-conditioner, use as remote controller, when air-conditioning remote control is fixed on cabinet air-conditioner, uses as control panel, thus decrease the hardware resource waste of air-conditioning, improve the utilization rate of hardware resource.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, the accompanying drawing that the following describes is only some embodiments recorded in the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the structural representation of the drive end bearing bracket of a kind of air-conditioning remote control of the embodiment of the present invention;
Fig. 2 is the schematic diagram of the control circuit of a kind of air-conditioning remote control of the embodiment of the present invention;
Fig. 3 is the structural representation of the rear end cap of a kind of air-conditioning remote control of the embodiment of the present invention;
The schematic diagram of the control circuit of the air-conditioning remote control that Fig. 4 provides for the embodiment of the present invention;
The structural representation of the drive end bearing bracket of the another kind of air-conditioning remote control that Fig. 5 provides for the embodiment of the present invention;
The structural representation of the another kind of control circuit of the air-conditioning remote control that Fig. 6 provides for the embodiment of the present invention;
The structural representation of the another kind of circuit of the air-conditioning remote control that Fig. 7 provides for the embodiment of the present invention;
The structural representation of control panel FX on the cabinet air-conditioner that Fig. 8 provides for the embodiment of the present invention.
Detailed description of the invention
Air-conditioning remote control provided by the invention comprises display screen, control circuit, fixed mechanism, the first sensing unit, cell area and charging mechanism; Be fixed on cabinet air-conditioner by this fixed mechanism, by the relative position information of the first sensing units sense air-conditioning remote control and cabinet air-conditioner, and being supplied to control circuit, control circuit controls the display state of display screen according to described relative position information, and controls the duty of battery.The present invention also provides a kind of air-conditioning, its panel is provided with first fixed mechanism suitable with the fixed mechanism on air-conditioning remote control, and the charged area corresponding with the cell area on described air-conditioning remote control, and without the need to arranging display screen and button on its panel.Use more occasion at remote controller, described air-conditioning remote control works in remote control mode, for user's remote-controlled operation; Use less or when not using at remote controller, described air-conditioning remote control can be fixed on air-conditioning panel, work in control panel pattern, as button and the display screen use of cabinet air-conditioner, without the need to arranging display screen and button on cabinet air-conditioner, thus decrease the hardware resource waste of air-conditioning, improve the utilization rate of air-conditioning remote control.
Technical scheme in the present invention is understood better in order to make those skilled in the art person, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, should belong to the scope of protection of the invention.
Refer to Fig. 1-Fig. 3, Fig. 1 shows the structural representation of the drive end bearing bracket of a kind of air-conditioning remote control of the embodiment of the present invention, Fig. 2 is the schematic diagram of the control circuit of a kind of air-conditioning remote control inside of the embodiment of the present invention, and Fig. 3 is the rear end cover structure schematic diagram of a kind of air-conditioning remote control of the embodiment of the present invention.
Described air-conditioning remote control is for controlling cabinet air-conditioner, described air-conditioning remote control comprises: the display screen 1 being arranged on front end, be arranged on the fixed mechanism 2 on rear end cap, cell area 3, charging mechanism (not shown) and battery (not shown), be arranged on the control circuit 5 between drive end bearing bracket and rear end cap, and the first sensing unit 6, wherein, control circuit 5 and the first sensing unit are arranged on PCB(Printed Circuit Board, printed circuit board (PCB)) on plate 50.
Display screen 1 can be touching display screen or other display screens, the application's contrast does not limit, the embodiment of the present application is described for touch display screen, when display screen 1 is touch display screen, touch display screen can not show the current state information of air-conditioning, it can also arrange virtual controlling button, for controlling the running status of air-conditioning.When display screen adopts the display screen of non-touch, this air-conditioning remote control is provided with physical control button, user is by the current state of physical control by key control air-conditioning, and wherein, concrete control procedure is identical with traditional air-conditioning remote control, repeats no more herein.
Fixed mechanism 2 be arranged on air-conditioning remote control with the fixed mechanism on cabinet air-conditioner with the use of, be fixed on cabinet air-conditioner to make air-conditioning remote control.
During concrete enforcement, described fixed mechanism 2 can be the magnetic coil be arranged on the rear end cap of air-conditioning remote control, magnet, or, be arranged on the snap device on rear end cap or frame.
Be provided with charging mechanism and battery 4 in cell area 3, battery 4 provides electric energy for needing the parts of powering in air-conditioning remote control.
Described charging mechanism can be arranged on the back side of air-conditioning remote control, can certainly be arranged on the side frame of air-conditioning remote control, and this charging mechanism is in the charge circuit of battery 4, as a switch node of charge circuit.
First sensing unit obtains the relative position information between described air-conditioning remote control and cabinet air-conditioner by the state responding to described charging mechanism, concrete, the signal transmitted when the first sensing unit is changed by the state of charging mechanism obtains described relative position information.
Wherein, described relative position information comprises and shows that air-conditioning remote control is fixed on the first-phase location information on cabinet air-conditioner, and shows that air-conditioning remote control is not fixed on the second-phase location information on cabinet air-conditioner, and is supplied to control circuit 5.
Control circuit 5 according to receive described first sensing unit obtain air-conditioning remote control and cabinet air-conditioner between relative position information, control the first display mode of described display screen, and control the duty of described battery 4.
Wherein, described first display mode comprises Display panel pattern and remote controller displays pattern, and the duty of described battery comprises charged state and discharge condition.
Wherein, under described Display panel pattern, control number of keys and type less, focus on display the current state of air-conditioning; And under described remote controller displays pattern, control number of keys and type more, adopt emphatically the state by key control air-conditioning.When described display screen is touch-screen, the control button on air-conditioning remote control can be virtual key.The course of work of the air-conditioning remote control that the present embodiment provides is as follows:
Less or inapplicable occasion is used at remote controller, air-conditioning remote control is fixed on cabinet air-conditioner by described fixed mechanism, now, described first sensing unit obtains showing that air-conditioning remote control is fixed on the first-phase location information on cabinet air-conditioner by the signal detecting charging mechanism output, and be supplied to control circuit, control circuit controls described display screen according to described first-phase location information and is operated in Display panel pattern, user can by the state of described control by key control cabinet air-conditioner, now, air-conditioning remote control still realizes the control to the state of cabinet air-conditioner by wireless signal,
Meanwhile, control circuit according to described first-phase location information, and judge described battery need charging time, by the charging port on cabinet air-conditioner by described charging mechanism be described battery charging.
More occasion is used at remote controller, air-conditioning remote control uses as remote controller, can control cabinet air-conditioner at a distance, now, first sensing unit detects the signal that charging mechanism and cabinet air-conditioner export when disconnecting, obtain showing that air-conditioning remote control has left the second-phase location information of cabinet air-conditioner, and be supplied to control circuit, control circuit controls described display screen according to second-phase location information and is operated in remote controller displays pattern.
Meanwhile, control circuit, according to described second-phase location information, controls described battery discharge, thinks that air-conditioning remote control inside needs the parts of power supply to provide electric energy.
The air-conditioning remote control that the present embodiment provides, both can be fixed on cabinet air-conditioner by fixed mechanism, and the relative position information can automatically responded between air-conditioning remote control and cabinet air-conditioner, and automatically switch between Display panel pattern and remote controller displays pattern according to described relative position information control display screen, thus realize described air-conditioning remote control and both can be fixed on and cabinet air-conditioner is used as control panel controls the state of cabinet air-conditioner, also the state of remote controller far distance controlled cabinet air-conditioner can be used as, thus without the need to arranging the hardware resource such as display screen and button on cabinet air-conditioner, avoid hardware resource (display screen on cabinet air-conditioner and the button of existing air-conditioning, or remote controller) waste, improve the utilization rate of air-conditioning remote control.
Preferably, during concrete enforcement, charging mechanism in above-mentioned air-conditioning remote control embodiment is specifically as follows charging contact and charge coil, and the signal produced when the first sensing unit is exactly and is changed by charging contact or charge coil state obtains the relative position information between corresponding air-conditioning remote control and cabinet air-conditioner.
1. charging mechanism is charging contact
Now, the first sensing unit by detect charging contact on air-conditioning remote control whether with the charge contact point cantact on cabinet air-conditioner, obtain the relative position information between air-conditioning remote control and cabinet air-conditioner.
Concrete, when the first sensing unit detects the charging contact on air-conditioning remote control and the charge contact point cantact on cabinet air-conditioner, obtain first-phase location information, this first-phase location information shows that described air-conditioning remote control is fixed on described cabinet air-conditioner;
When the charging contact that the first sensing unit detects on air-conditioning remote control does not contact with the charging contact on cabinet air-conditioner, obtain second-phase location information, this second-phase location information shows that described air-conditioning remote control has left described cabinet air-conditioner.
2. charging mechanism is charge coil
Now, the first sensing unit, by the induced signal between the charge coil on air-conditioning remote control and the charge coil on described cabinet air-conditioner being detected, obtains the relative position information between air-conditioning remote control and cabinet air-conditioner.
Concrete, when the induced signal between the charge coil on the charge coil of described air-conditioning remote control and cabinet air-conditioner being detected when the first sensing unit, obtain showing that described air-conditioning remote control is fixed on first-phase location information on described cabinet air-conditioner;
When the induced signal between the charge coil on the charge coil of described air-conditioning remote control and cabinet air-conditioner not detected when the first sensing unit, obtain showing described air-conditioning remote control away from the second-phase location information of cabinet air-conditioner.
Refer to Fig. 4, show the schematic diagram of the control circuit of the air-conditioning remote control that the embodiment of the present invention provides.Described control circuit comprises: master controller 51, indicative control unit 52, battery management unit 53.
Battery management unit 53, for detecting the status information of described battery, and is supplied to master controller 51, and controls the duty of battery according to the charge and discharge control signal that master controller 51 provides.
Wherein, the status information of described battery comprises the parameter information of the state of the reflection such as information of voltage, the information about power battery of battery.
Master controller 51, according to the relative position information receiving described first sensing unit 6 acquisition, produces first kind display control signal and be supplied to described indicative control unit 52, and generation charge and discharge control signal is supplied to described battery management unit 53.
Indicative control unit 52, the first kind display control signal sent according to described master controller, produces the first display mode of the display screen controlling described air-conditioning remote control.
During embody rule, the first display mode of air-conditioning remote control can be set to a certain display mode, such as, display screen can be made always to be operated in control panel pattern, or be operated in remote controller pattern always.
When display screen does not arrange not a certain fixing display mode, the first display mode of the relative position information automatic switchover display screen between the air-conditioning remote control that can obtain according to the first sensing unit and cabinet air-conditioner, detailed process is as follows:
When master controller 51 receive show first-phase location information that air-conditioning remote control is fixed on cabinet air-conditioner time, first kind display control signal is sent to indicative control unit 52, indicative control unit 52, according to receiving described first kind display control signal, produces control display screen and is operated in Display panel pattern;
When master controller 51 receive show that air-conditioning remote control has left the second-phase location information on cabinet air-conditioner time, first kind display control signal is sent to indicative control unit 52, indicative control unit 52, according to the described first kind display control signal received, produces control display screen and is operated in remote controller displays pattern.
The process that above-mentioned control circuit controls the duty of the discharge and recharge of battery is as follows:
Show that air-conditioning remote control is fixed on the described first-phase location information on cabinet air-conditioner when master controller 51 receives, and the status information of the battery provided according to described battery management unit is when judging that described battery needs charging, charging control signal is sent to battery management unit 53, battery management unit 53 is according to the described charging control signal received, connect the charging circuit for the charging of described pond, until battery management unit 53 detects that described battery is filled, meanwhile, battery discharge is made to provide electric energy for air-conditioning remote control by battery management unit;
When master controller 51 receives described second-phase location information, battery is discharged for air-conditioning remote control provides electric energy by battery management unit.
Relative position information between the air-conditioning remote control that the control circuit that the present embodiment provides can provide according to the first sensing unit and cabinet air-conditioner, control indicative control unit exports corresponding control signal and automatically switches between Display panel pattern and remote controller displays pattern to make display screen; And according to described relative position information, controlled the charging process of battery by battery management unit.And then air-conditioning remote control provided by the invention can be used as remote controller, can be fixed on again on cabinet air-conditioner and use as control panel.
Composition graphs 5 and Fig. 6, introduce another kind of air-conditioning remote control provided by the invention in detail.
Fig. 5 shows the structural representation of the drive end bearing bracket of the another kind of air-conditioning remote control that the embodiment of the present invention provides, the embodiment corresponding with Fig. 1 unlike, described air-conditioning remote control also comprises the physical control button 7 be arranged on below display screen, specifically can comprise on/off key, adjustment button (specifically can comprise temperature and heighten/turn down button, button etc. is heightened/turned down to wind speed), mode selection button (described pattern can comprise refrigeration, heats, dehumidifying etc.).
It is button for subsequent use that described physical control button does 7, can use, also can use under remote controller pattern under control panel pattern.
Fig. 6 shows the structural representation of the control circuit corresponding with the air-conditioning remote control drive end bearing bracket shown in Fig. 5, the control circuit corresponding with Fig. 4 unlike, described control circuit also comprises the key press detecting circuit 54 of the triggering signal for detecting described physical control button.
When operating body triggers described physical control button 7, the triggering signal of respective keys is detected by key press detecting circuit 54, and be supplied to master controller 51, master controller 51 is according to the described triggering signal received, produce corresponding control signal, control the state of cabinet air-conditioner, thus realize by physical control by key control cabinet air-conditioner.
The air-conditioning remote control that the present embodiment provides has set up physical control button, user can by the state of this physical control by key control cabinet air-conditioner, avoid the touch screen from being damaged of air-conditioning remote control, the virtual key on touch-screen cannot be used, and the situation causing air-conditioning remote control to use occurs, improve the reliability of air-conditioning remote control.
Refer to Fig. 7, show the electrical block diagram of the another kind of air-conditioning remote control that the invention process provides.
Described air-conditioning remote control also comprises the second sensing unit 8, for responding to the placement direction information of described air-conditioning remote control, and is supplied to described master controller 51, and when specifically implementing, the second sensing unit 8 can be realized by gyroscope or other direction sensors.
Second display mode of display screen comprises horizontal screen display mode and perpendicular screen display mode, namely display screen can show content to display transverse direction (the long limit of display screen is positioned at X-coordinate direction of principal axis), also can show content to display vertical (the long limit of display screen is positioned at Y-coordinate direction of principal axis).
During embody rule, second display mode can be set to a kind of display mode, such as display screen is only in horizontal screen display mode or is only in perpendicular screen display mode, also corresponding display mode can be selected according to different demands, when air-conditioning remote control is not set to a certain fixing display mode, can according to the second display mode of the placement direction automatic switchover display screen of air-conditioning remote control.
The described placement direction information that master controller 51 sends according to the second sensing unit 8, controls indicative control unit 52 and produces corresponding control signal, to control described second display mode of display screen.
Concrete, when master controller 51 receives the first placement direction information showing the horizontal placement of display screen, control described indicative control unit 52 and produce the control signal that the described display screen of control switches to horizontal display mode, switch to horizontal display mode to make display screen according to this control signal.
When master controller 51 receive show the second placement direction information that display screen vertically places time, control described indicative control unit 52 and produce the control signal that control display screen switches to vertical display mode, switch to vertical display mode to make described display screen according to this control signal.
The air-conditioning remote control that the present embodiment provides can to automatically switch the second display mode according to the placement direction of air-conditioning remote control, concrete, when the long edge position of air-conditioning remote control is in X-coordinate direction of principal axis, automatically switches to horizontal screen display mode; When the long edge position of air-conditioning remote control is in Y-coordinate direction of principal axis, automatically switch to perpendicular screen display mode.
Corresponding to above-mentioned air-conditioning remote control, the present invention also provides a kind of cabinet air-conditioner.
Refer to Fig. 8, show the structural representation of the control panel FX of cabinet air-conditioner.
The invention provides the setting that cabinet air-conditioner eliminates button and display screen, the front panel of cabinet air-conditioner is set up control panel FX 100.
Be provided with the first fixed mechanism 101 in described control panel FX, the fixed mechanism on this first fixed mechanism and air-conditioning remote control is suitable.
Concrete, when the fixed mechanism on described air-conditioning remote control is magnetic coil, the first fixed mechanism on cabinet air-conditioner is also magnetic coil, makes air-conditioning remote control be adsorbed on cabinet air-conditioner by the magnetic force between magnetic coil;
When the fixed mechanism on air-conditioning remote control is magnet, the first fixed mechanism on cabinet air-conditioner is also magnet, by the magnetic force between magnet, air-conditioning remote control is adsorbed on cabinet air-conditioner.
When the fixed mechanism on described air-conditioning remote control is buckle structure, the first fixed mechanism on cabinet air-conditioner is also buckle structure, concrete, the rear end cap of air-conditioning remote control arranges groove, accordingly, the position corresponding to described groove in the control panel FX of cabinet air-conditioner arranges corresponding projection, by the mating reaction between protruding and groove, air-conditioning remote control is fixed on cabinet air-conditioner.
Be provided with charging port 102 in described control panel FX, this charging port place is provided with first charging mechanism suitable with the charging mechanism on described air-conditioning remote control,
Concrete, when the charging mechanism on air-conditioning remote control is charging contact, the first charging mechanism on cabinet air-conditioner is charging contact, after both charge contact point cantact, and the battery on air-conditioning remote control need charging time, can by cabinet air-conditioner be described battery charging.
When the charging mechanism on air-conditioning remote control is charge coil, the first charging mechanism on cabinet air-conditioner is also charge coil, is the battery charging on air-conditioning remote control by the induced signal between both charge coil.
The cabinet air-conditioner that the present embodiment provides, be provided with the control panel FX for fixing described air-conditioning remote control, air-conditioning remote control can be made to be fixed in described control panel FX, cabinet air-conditioner and air-conditioning remote control cooperatively interact, achieve air-conditioning remote control and both can be used as remote controller use, the control panel that can be used as again on cabinet-type air conditioner uses, thus makes setting cabinet air-conditioner being cancelled button and display screen, saves the hardware resource of air-conditioning.
And can the battery in air-conditioning remote control need charging time, by charging port be described battery charging, facilitate described air-conditioning remote control electric energy supplement.
Each embodiment in this description all adopts the mode of going forward one by one to describe, between each embodiment identical similar part mutually see, what each embodiment stressed is the difference with other embodiments.
It should be noted that, in this article, the such as relational terms of first and second grades and so on is only used for an entity or operation to separate with another entity or operating space, and not necessarily requires or imply the relation that there is any this reality between these entities or operation or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the process of a series of key element, method, article or equipment and not only comprise those key elements, but also comprise other key elements clearly do not listed, or also comprise by the intrinsic key element of this process, method, article or equipment.When not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment comprising described key element and also there is other identical element.
The above is only the specific embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (10)
1. an air-conditioning remote control, is characterized in that, comprises display screen, control circuit, fixed mechanism, the first sensing unit, charging mechanism and battery, wherein:
Described fixed mechanism is arranged on described air-conditioning remote control, is fixed on the panel of air-conditioning to make described air-conditioning remote control;
Described charging mechanism is arranged on described air-conditioning remote control, and described charging mechanism is in the charge circuit of described battery;
Described first sensing unit, the relative position information between described air-conditioning remote control and described air-conditioning is obtained for the state by detecting described charging mechanism, wherein, described relative position information comprises and shows that described air-conditioning remote control is fixed on the first-phase location information on described cabinet air-conditioner, and shows that described air-conditioning remote control is not fixed on the second-phase location information on described cabinet air-conditioner;
Described control circuit, for according to described relative position information, controls the first display mode of described display screen, and controls the duty of described battery, and wherein, described first display mode comprises Display panel pattern and remote controller displays pattern; The duty of described battery comprises charged state and discharge condition.
2. air-conditioning remote control according to claim 1, is characterized in that, described control circuit comprises: master controller, indicative control unit and battery management unit;
Described battery management unit, for detecting the status information of described battery, and is supplied to described master controller, and wherein, described status information comprises: the information of voltage of described battery, information about power;
Master controller, for when receiving the mutually described first-phase location information that described first sensing unit obtains, controlling described indicative control unit and producing the control signal that the described display screen of control works in Display panel pattern; When receiving the described second-phase location information that described first sensing unit sends, controlling described indicative control unit and producing the control signal that the described display screen of control works in remote controller displays pattern; And receive described first-phase location information for working as, and according to receiving the described status information of described battery management unit acquisition, when judging that described battery needs to charge, controlling described battery management unit is the charging of described battery, until described battery management unit detects that the electricity of described battery is full of.
3. air-conditioning remote control according to claim 2, is characterized in that,
Described display screen is touch display screen, described touch display screen is provided with virtual controlling button;
Described air-conditioning remote control also comprises physical control button;
Described control circuit also comprises key press detecting circuit, triggers the triggering signal of described physical control button generation, and be supplied to described master controller for detecting operating body;
Described master controller, the triggering signal also for detecting according to described key press detecting circuit, produces corresponding control signal.
4. air-conditioning remote control according to claim 2, is characterized in that, also comprises the second sensing unit, for detecting the placement direction information of described air-conditioning remote control, and is supplied to described master controller;
Described master controller, also for according to described placement direction information, controls described indicative control unit and produces the second display mode controlling described display screen, and described second display mode comprises horizontal screen display mode and perpendicular screen display mode.
5. air-conditioning remote control according to claim 4, is characterized in that, described second sensing unit is gyroscope.
6. air-conditioning remote control according to claim 1, is characterized in that: described charging mechanism is charging contact or charge coil.
7. air-conditioning remote control according to claim 6, it is characterized in that, when described charging mechanism is charging contact, described first sensing unit is when detecting that described charging contact is in closure state, obtain first-phase location information, when detecting that described charging contact is in off-state, obtain second-phase location information.
8. air-conditioning remote control according to claim 6, it is characterized in that, when described charging induction structure is charge coil, described first sensing unit is when the induced signal of described charge coil being detected, obtain first-phase location information, when the induced signal of described charge coil not detected, obtain second-phase location information.
9. the air-conditioning remote control according to any one of claim 1-8, is characterized in that, described fixed mechanism is magnetic coil, magnet or buckle structure.
10. a cabinet air-conditioner, with the air-conditioning remote control of any one of claim 1-9 with the use of, it is characterized in that, front panel is provided with first fixed mechanism suitable with the fixed mechanism on described air-conditioning remote control;
With the cell area opposite position place on described air-conditioning remote control on front panel, be provided with the charging port corresponding with the charging mechanism on described air-conditioning remote control.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310248013.6A CN104236007A (en) | 2013-06-20 | 2013-06-20 | Air conditioner remote controller and cabinet air conditioner |
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| CN201310248013.6A CN104236007A (en) | 2013-06-20 | 2013-06-20 | Air conditioner remote controller and cabinet air conditioner |
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