The utility model content
The purpose of the utility model embodiment is to provide a kind of air-conditioner accessory, is intended to solve the not intelligent problem of air-conditioner air-supply zone adjusting that exists in prior art.
The utility model embodiment is achieved in that a kind of air-conditioner accessory, and it comprises light source, drive rotating mechanism and the first controller that described light source moves to indicate the air-supply zone of this air-conditioner.
Further, described rotating mechanism comprises that driving described light source rotates the second rotation combination of making up and/or driving described light source back rotation on the second plane in first of back rotation on the first plane.
Further, described first rotate combination comprise supporting seat, be installed on described supporting seat and have the first output shaft the first motor, be connected in driven wheel on described the first output shaft, be installed on two gripper shoes on described supporting seat and rotation and be installed on light source base between described two gripper shoes, the first end of described light source base is provided with some teeth, described driven wheel is meshed with described tooth, and described light source is arranged at second end relative with described first end of described light source base; Perhaps, described first rotate combination comprise supporting seat, be installed on described supporting seat and have the first output shaft the first motor, be installed on gripper shoe on described supporting seat and rotation and be installed on light source base between described the first output shaft and described gripper shoe, described light source is arranged at an end of described light source base.
Further, described second rotates combination comprises the second motor that drives described supporting seat rotation, and described the second motor has the second output shaft, and described the second output shaft is connected on described supporting seat; Perhaps, described second rotates combination comprises the driven gear that is connected on described supporting seat, has the second motor of the second output shaft and is connected in driving gear on described the second output shaft, and described driving gear is meshed with described driven gear.
Further, the rotation view field of described light source in the first plane be local in this first plane or whole air-supply zones corresponding to this indoor apparatus of air conditioner, and the rotation view field of described light source in the second plane be local in this second plane or whole air-supply zones corresponding to this indoor apparatus of air conditioner.
Further, described light source is the light source with directive property, and the light of described light source is indicated the wind speed concentration zones in described air-supply zone in the mode of solid dot.
Further, bright dipping the place ahead of described light source is provided with shadow shield, and described shadow shield is provided with the light inlet window that the light for described light source passes through, and the light of described light source sees through described light inlet window and indicates described air-supply regional in the mode of solid area.
Further, the edge of described light inlet window is mainly the erose edge that is formed by some curve combinations.
Further, bright dipping the place ahead of described light source is provided with shadow shield, and described shadow shield is provided with the light inlet window that the light for described light source passes through, and the light of described light source sees through described light inlet window and indicates described air-supply regional in the mode of hollow area.
Further, described light inlet window in the form of a ring, described light inlet window has inward flange and outward flange, the inward flange of described light inlet window is mainly the erose inward flange that is formed by some curve combinations, and the outward flange of described light inlet window is mainly the erose outward flange that is formed by some curve combinations.
Further, bright dipping the place ahead of described light source is provided with shadow shield, and described shadow shield is provided with some light inlet windows, and the light of described light source sees through described some light inlet windows and indicates described air-supply regional in the mode of dot matrix.
Further, described light source comprises some spot lights with directive property, and described spot light dot matrix way is in the form of a ring arranged.
Further, described air-conditioner accessory comprises that also camera reaches the terminal device by the wireless network control camera.
Further, described the first controller comprises the displacement transducer of the rotation displacement data that record described rotating mechanism and the rotation displacement data of described displacement transducer record is sent to described air-conditioner and receives the R-T unit of enabled instruction; Perhaps, described the first controller comprise infrared sensor for detection of position of human body, record described rotating mechanism the rotation displacement data displacement transducer and the rotation displacement data of described displacement transducer record are sent to described air-conditioner and receive the R-T unit of enabled instruction.
Another purpose of the utility model embodiment is to provide a kind of air-conditioner, and it has air outlet, and described air-conditioner comprises the some wind guide strips that are installed on described air outlet place, swing mechanism and the above-mentioned air-conditioner accessory that drives described wind guide strip swing.
Above-mentioned air-conditioner accessory and air-conditioner method, due to the air-supply area visualization, the user can handle at an arbitrary position air-conditioning and wind be delivered to the position of appointment, and is very convenient, makes machine more intelligent.
The specific embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explaining the utility model, and be not used in restriction the utility model.
See also Fig. 1, the air-conditioner 100 that the utility model embodiment provides comprises a housing 11, described housing 11 has air outlet 10, and described air-conditioner 100 comprises the swing mechanism (not shown) that the described wind guide strip 12 of the some wind guide strips 12, the driving that are installed on described air outlet 10 places swings and is installed on the outer air-conditioner accessory 50 of described housing 11.
Described air-conditioner accessory 50 comprises light source 13, drive rotating mechanism 20 and the first controller (not shown) that described light source 13 moves to indicate the air-supply zone of this air-conditioner 100.Drive by rotating mechanism 20 the air-supply zone that light source 13 is indicated air-conditioner 100, realize the air-supply area visualization, the user can handle at an arbitrary position air-conditioning and wind be delivered to the position of appointment, and is very convenient, more intelligent.
Please consult simultaneously Fig. 2 and Fig. 3, in order to facilitate the fixing of air-conditioner accessory 50 and to install, described air-conditioner accessory 50 is arranged in a shell 15, described shell 15 is provided with the port 16 that the light for described light source 13 sees through and some fixing feet 17 of installing, pass fixing feet 17 by screw and shell 15 can be fixed in indoor optional position, preferably, shell 15 is arranged on 1.5 meters high above zones, is convenient to ray cast.In the present embodiment, described port 16 places are provided with lens 18, and in other embodiments, this port 16 places can not arrange lens 18, and transparent glass can be set.In addition, in other embodiments, fixing feet 17 can be set, but at the back side of shell 15, a sucker be set, so that shell 15 is installed on indoor smooth wall.
Please consult simultaneously Fig. 4 and Fig. 5, in the present embodiment, described rotating mechanism 20 comprises that the described light source 13 of drive rotates the second rotation combination 52 of combination 51 and the described light source 13 of drive back rotation on the second plane in first of back rotation on the first plane.In other embodiments, described rotating mechanism can comprise drive described light source 13 first of back rotation on the first plane rotate combination 51 or drive described light source 13 on the second plane back rotation second rotate combination 52, when formed air-supply is regional when only needing to indicate wind guide strip 12 to swing back and forth to the precalculated position in the first plane, only needing the first rotation combination 51 to rotate gets final product, can not arrange or be provided with second and rotate combination 52, the second and rotate combination 52 and also do not work even second rotates combination 52; When formed air-supply is regional when only needing to indicate wind guide strip 12 to swing back and forth to the precalculated position in the second plane, only needing the second rotation combination 52 to rotate gets final product, can not arrange or be provided with first and rotate combination 51, the first and rotate combination 51 and also do not work even first rotates combination 51.
In the present embodiment, the first plane is to come back rotation formed plane under on light source, and the second plane is that back rotation formed plane is come in the light source left and right.In other embodiments, the first plane and the second plane can be the arbitrary planes that the user needs light source to rotate.
In the present embodiment, described first rotate combination 51 comprise supporting seat 21, be installed on described supporting seat 21 and have the first output shaft 22 the first motor 23, be connected in driven wheel 24 on described the first output shaft 22, be installed on two gripper shoes 25 on described supporting seat 21 and rotate the light source base 27 that is installed between described two gripper shoes 25.The first end 28 of described light source base 27 is provided with some teeth 29, and described driven wheel 24 is meshed with described tooth 29.Described light source 13 is arranged at second end 30 relative with described first end 28 of described light source base 27.Described second rotates combination 52 comprises the second motor 26 that drives described supporting seat 21 rotations, and described the second motor 26 has the second output shaft 53, and described the second output shaft 53 is connected on described supporting seat 21.
Described the second motor 26 drives described supporting seat 21 and rotates, described light source 13 rotates along with described supporting seat 21 and at the second rotation with in surface, described the first motor 23 drive described light source bases 27 with respect to described gripper shoe 25 at the first rotation with in surface, the rotation view field of described light source 13 in the first plane be local in this first plane or whole air-supply zones corresponding to this air-conditioner 100, and the rotation view field of described light source 13 in the second plane be local in this second plane or whole air-supply zones corresponding to this air-conditioner 100.
Rotation view field when light source 13 in the first plane is the whole air-supplies zone in this first plane corresponding to this air-conditioner 100, the rotation view field of light source 13 in the second plane is corresponding to this air-conditioner 100 during the whole air-supplies zone in this second plane, the slewing area of described light source 13 in the first plane is consistent with the blowing range of this air-conditioner 100 in this first plane, and the slewing area of described light source 13 in the second plane is consistent with the blowing range of this air-conditioner 100 in this second plane.
Particularly, the first motor 23 work, described driven wheel 24 rotates, and the tooth 29 of the first end 28 by light source base 27 drives light source bases 27 and rotate with respect to gripper shoe 25, and correspondingly, light source 13 can rotate up and down; The second motor 26 work, and drive supporting seat 21 rotations, light source base 27, the first motor 23, described driven wheel 24 all are arranged on described light source base 27 and rotate thereupon, and correspondingly, light source 13 can left-right rotation.Light source 13 up and down or side-to-side movement, therefore the light institute projected area of light source 13, can be determined by the projected area of these light source 13 light to realize the air-supply area visualization in the air-supply zone of air-conditioning corresponding to the local of air-conditioner 100 or whole air-supply zones.
In the present embodiment, the second end 30 of described light source base 27 is connected with cylinder 31, and described light source 13 is arranged in the free end of described cylinder 31.
Please consult simultaneously Fig. 6, the light that only shows light source 13 in figure shines the state on metope 41, and when the light of light source 13 shone on ground, the state class shown in its state and Fig. 6 seemingly.The light source 13 of described light source 13 for having directive property, the light of described light source 13 is indicated the wind speed concentration zones (being the local relief zone) in described air-supply zone in the mode of solid dot, solid dot described here is the zonule 40 with certain area, this zonule 40 is compared with the zone of blowing, and can be regarded as a little.In other embodiments, the light of light source 13 exposes to that the wind speed concentration zones in air-supply zone presents is a slightly bigger solid dot zone 42, as shown in Figure 7.
Please consult simultaneously Fig. 8, the light that only shows light source 13 in figure shines the state on metope, and when the light of light source 13 shone on ground, the state class shown in its state and Fig. 8 seemingly.Bright dipping the place ahead of described light source 13 is provided with shadow shield 43, and described shadow shield 43 is provided with the light inlet window 44 that the light for described light source 13 passes through, and the light of described light source 13 sees through described light inlet window 44 and indicates described air-supply regional in the mode of solid area 45.In the present embodiment, shadow shield 43 is arranged in described shell 15.Light presents is the circular solids zone, and in other embodiments, the solid area that light presents can be the polygonal solid area such as oval or square, triangle.The shape of the light inlet window 44 on the view field that light presents and shadow shield 43 is relevant, those skilled in the art the shape of thinkable light inlet window 44 all can be applied in the utility model.
The region shape that the shape of the light inlet window 44 by regulating shadow shield 43 can regulating illumination be penetrated, for example shown in Figure 9, the edge of described light inlet window 44 is mainly the erose edge that is formed by some curve combinations, the zone boundary that makes the light irradiation form also is irregularly shaped, understandably, the edge of described light inlet window 44 also can be level and smooth edge; For example shown in Figure 10, the light of described light source 13 sees through described light inlet window 44 and indicates described air-supply regional in the mode of hollow area 46, described shadow shield 43 forms two lightproof areas 47,48, form light inlet window 44 between two lightproof areas 47,48, particularly, described light inlet window 44 is (said ring-type comprises circular, square ring-type here, every category that is ring-type that can surround into a circle) in the form of a ring, and described light inlet window 44 has inward flange and outward flange.In the present embodiment, the inward flange of described light inlet window 44 is mainly the erose inward flange that is formed by some curve combinations, and the outward flange of described light inlet window 44 is mainly the erose outward flange that is formed by some curve combinations.In other embodiments, the inward flange of described light inlet window 44 and outward flange are level and smooth edge, also understandably, the inward flange of described light inlet window 44 is mainly the erose inward flange that is formed by some curve combinations, and the outward flange of described light inlet window 44 is level and smooth edge; Perhaps, the inward flange of described light inlet window 44 is level and smooth edge, and the outward flange of described light inlet window 44 is mainly the erose edge that is formed by some curve combinations.
Please consult simultaneously Figure 11, bright dipping the place ahead of described light source 13 is provided with shadow shield 43, and described shadow shield 43 is provided with some light inlet windows 44, and the light of described light source 13 sees through described some light inlet windows 44 and indicates described air-supply regional in the mode of dot matrix.
Please consult simultaneously Figure 12, described light source 13 comprises some spot lights 49 with directive property, and described spot light 49 dot matrix way is in the form of a ring arranged.Some spot lights 49 are arranged in the free end of cylinder 31 of described light source base 27.
The light that above-mentioned light source 13 sends is visible light, is preferably ruddiness, blue light or green glow.Above-mentioned air-conditioner 100 can also can be cabinet-type air conditioner for on-hook.
In the utility model, as long as the structure of above-mentioned rotating mechanism 20 can realize making light source 13 regional with the air-supply of indication air-conditioner 100 on desirable the first plane of user and the second rotation with in surface, the concrete structure that first of above-mentioned rotating mechanism 20 rotates combination the 51 and second rotation combination 52 can be Figure 13 to structure shown in Figure 14, also can be Figure 15 to structure shown in Figure 16.
Described air-conditioner accessory 50 also comprises the camera (not shown) and passes through the terminal device (for example, mobile phone, computer) of wireless network control camera.In practical operation, terminal device can be controlled camera work by wireless network, and camera to terminal device, makes the user can know the situation of family by radio network feedback video or audio signal.
Described the first controller comprises the displacement transducer of the rotation displacement data that record described rotating mechanism and the rotation displacement data of described displacement transducer record is sent to the R-T unit of described air-conditioner and reception enabled instruction; Perhaps, described the first controller comprise infrared sensor for detection of position of human body, record described rotating mechanism the rotation displacement data displacement transducer and the rotation displacement data of described displacement transducer record are sent to described air-conditioner and receive the R-T unit of enabled instruction.
Please again consult Figure 13 and Figure 14, the air-conditioner 100 that the air-conditioner that the utility model the second embodiment provides and the first embodiment provide is roughly the same, and difference is: first of rotating mechanism 20a rotate combination 51a comprise supporting seat 21a, be installed on described supporting seat 21a upper and have the first output shaft (not shown) the first motor 23a, be installed on gripper shoe 25a on described supporting seat 21a and rotation and be installed on light source base 27a between described the first output shaft and described gripper shoe 25a.Described light source 13a is arranged at the end of described light source base 27a.Described light source base 27a rotates respectively on the first output shaft that is installed on described gripper shoe 25a and described the first motor 23a relative to both sides.The end of described light source base 27a is connected with cylinder 31a, and described light source 13a is arranged in the free end of described cylinder 31a.Described second rotates combination 52a comprises the driven gear 53a that is connected on described supporting seat 21a, has the second motor 55a of the second output shaft 54a and is connected in driving gear 56a on described the second output shaft 54a.Described driving gear 56a is meshed with described driven gear 53a.
Particularly, the first motor 23a work, light source base 27a rotates between the first output shaft of gripper shoe 25a and the first motor 23a, drive light source 13a and rotating up and down, the second motor 55a work, driving gear 56a rotates and drives driven gear 53a and rotates, because driven gear 53a is connected on supporting seat 21a, driven gear 53a rotates, supporting seat 21a and on light source base 27a, gripper shoe 25a, the first motor 23a also rotate together, make the light source 13a can left-right rotation.Light source 13a up and down or side-to-side movement, the scope that the light of light source 13a throws is consistent with the blowing range of this air-conditioner, therefore, can determine by the projected area of this light source 13a light the air-supply zone of air-conditioning, realizes the air-supply area visualization.
please again consult Figure 15 and Figure 16, the air-conditioner that the air-conditioner that the utility model the 3rd embodiment provides and the second embodiment provide is roughly the same, difference is: with second of the rotating mechanism 20a in the air-conditioner of the second embodiment rotate combination 52a replace with second of rotating mechanism 20 in the air-conditioner 100 of the first embodiment rotate combination 52 and obtain in the 3rd embodiment rotating mechanism 20b second rotate combination 52b, namely second of the rotating mechanism 20b in the 3rd embodiment rotate the second motor 55b that combination 52b comprises that the described supporting seat 21b of driving rotates, described the second motor 55b has the second output shaft 54b, described the second output shaft 54b is connected on described supporting seat 21b.
Understandably, first of the rotating mechanism 20 in the air-conditioner 100 of the first embodiment rotate combination 51 can with the air-conditioner of the second embodiment in second the rotating combination 52a and combine and can realize equally driving light source and come respectively the purpose of back rotation on two planes of rotating mechanism 20a.
The utility model embodiment also provides the visual control method in air-supply zone of the air-conditioner of a kind of above-mentioned each embodiment, and each air-conditioner all also comprises the second controller (not shown), and it comprises the steps:
S1) described second controller and described the first controller receive enabled instruction, and described the first controller drives described rotating mechanism 20(20a, 20b) rotate and start described light source 13(13a);
S2) described rotating mechanism 20(20a, 20b) drive described light source 13(13a) light expose to default air supply position (being the position of the required air-supply of user);
S3) described the first controller records described rotating mechanism 20(20a, 20b) the rotation displacement data, and these rotation displacement data are sent to described second controller;
S4) described second controller swing mechanism according to described rotation displacement Data Control drives described wind guide strip 12 and is rocked to described default air supply position.
The visual control method in air-supply zone for above-mentioned air-conditioner has two kinds of concrete embodiments in the utility model, below elaborate.
Embodiment one
Described the first controller comprises displacement transducer and R-T unit, at step S3) in, described displacement transducer records the rotation displacement data of described rotating mechanism, described R-T unit is sent to the rotation displacement data of described displacement transducer record the second controller of described air-conditioner, at step S1) in, the described R-T unit of described the first controller receives and starts indication.
At step S1) in, described the first controller and second controller can be accepted respectively the enabled instruction from remote controller, can be also that second controller is first accepted the enabled instruction from remote controller, then second controller sends enabled instruction to the first controller, and the first controller receives enabled instruction by R-T unit.
Particularly, described second controller and the first controller receive the control instruction of remote controller (or control panel), and the first controller is to described rotating mechanism 20(20a, 20b) send corresponding rotation command, start simultaneously described light source 13(13a); After the light that described light source 13 sends exposed to default air supply position, described the first controller received the halt instruction of described remote controller, and to described rotating mechanism 20(20a, 20b) send and rotate accordingly halt instruction; The displacement transducer of described the first controller records described rotating mechanism 20(20a, 20b) the rotation displacement data; Described R-T unit is sent to the rotation displacement data of described displacement transducer record the second controller of described air-conditioner, described second controller sends corresponding control instruction to described swing mechanism, described swing mechanism drives described wind guide strip 12 and swings, being sent to described light source 13(13a by the wind of the discharge at described air outlet 10 places) position of irradiation.
Embodiment two
Described the first controller comprises infrared sensor, displacement transducer and R-T unit, at step S3) in, described displacement transducer records the rotation displacement data of described rotating mechanism, and described R-T unit is sent to the rotation displacement data of described displacement transducer record the second controller of described air-conditioner; At step S1) in, the described R-T unit of described the first controller receives and starts indication; At step S1) in, described infrared sensor is along with described rotating mechanism rotates, and in rotation process the human body position, when described infrared sensor detects position of human body, the position at place is described default air supply position.
At step S1) in, described the first controller and second controller can be accepted respectively the enabled instruction from remote controller, can be also that second controller is first accepted the enabled instruction from remote controller, then second controller sends enabled instruction to the first controller, and the first controller receives enabled instruction by R-T unit.
Particularly, described second controller and the first controller receive the control instruction of remote controller (or control panel), the first controller is to described rotating mechanism 20(20a, 20b) send corresponding rotation command, start simultaneously described light source 13(13a), described infrared sensor is along with described rotating mechanism 20(20a, 20b) rotate, and in rotation process the human body position, when described infrared sensor detects position of human body, the position at place is described default air supply position, at this moment, the light that sends of described light source 13 exposes to this default air supply position.After light source 13 exposes to this default air supply position, described the first controller can receive the halt instruction of described remote controller and make rotating mechanism 20(20a, 20b) stop, after also can position of human body being detected by infrared sensor, the first controller automatically sends and stops the letter instruction to rotating mechanism 20(20a, 20b), and make rotating mechanism 20(20a, 20b) stop; The displacement transducer of described the first controller records described rotating mechanism 20(20a, 20b) the rotation displacement data; Described R-T unit is sent to the rotation displacement data of described displacement transducer record the second controller of described air-conditioner, described second controller sends corresponding control instruction to described swing mechanism, described swing mechanism drives described wind guide strip 12 and swings, being sent to described light source 13(13a by the wind of the discharge at described air outlet 10 places) position of irradiation.
In above-mentioned each embodiment, for the reminding user end of operation, second controller can feedback information to remote controller, show " end of operation " printed words on remote controller; Perhaps glimmer to represent end of operation with the indicator lamp on the air-conditioning display screen; Perhaps represent end of operation with a kind of sound.
Above-mentioned control method, due to the air-supply area visualization, the user can handle at an arbitrary position air-conditioning and wind be delivered to the position of appointment, and is very convenient, makes machine more intelligent.
The above is only preferred embodiment of the present utility model; not in order to limit the utility model; all any modifications of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in protection domain of the present utility model.