CN101598367A - A kind of indoor apparatus of air conditioner - Google Patents
A kind of indoor apparatus of air conditioner Download PDFInfo
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- CN101598367A CN101598367A CNA2008100534323A CN200810053432A CN101598367A CN 101598367 A CN101598367 A CN 101598367A CN A2008100534323 A CNA2008100534323 A CN A2008100534323A CN 200810053432 A CN200810053432 A CN 200810053432A CN 101598367 A CN101598367 A CN 101598367A
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Abstract
The invention discloses a kind of indoor apparatus of air conditioner, comprising: be used to form the suction barrier 120 that room air flows into path; The room air that flows into by described suction barrier 120 is carried out the wind scooper 180 of water conservancy diversion; Be positioned at described suction barrier 120 the outside, be used for the air conducting of described wind scooper 180 water conservancy diversion to indoor front panel 110; Be arranged on bottom surface one side of described wind scooper 180, the barrier lowering or hoisting gear 200 of the described suction barrier 120 of ground lifting that is used to be allowed a choice; Be connected a side of described barrier lowering or hoisting gear 200, with triangular shaped fixing tripod 250; Be positioned at the tripod fixed head 260 at the upside of described suction barrier 120, fixedly connected described tripod 250 two ends.The present invention makes and sucks barrier and can carry out lifting reposefully, has guaranteed that the user is safe in utilization and has improved indoor apparatus of air conditioner service life.
Description
Technical field
The present invention relates to field of mechanical technique, particularly relate to a kind of indoor apparatus of air conditioner.
Background technology
Usually, air-conditioning is the interior hot-air of suction chamber, makes it to carry out heat exchange, then heat-exchanged air is arranged to indoor with the low temperature refrigerant, and carry out repeatedly described circulation with to indoor lower the temperature or by opposite operation with to indoor refrigeration that heats and/or heating system, be the equipment that constitutes a succession of closed circuit by compressor-condenser-expansion valve-evaporimeter.
Air-conditioning is divided into and is arranged on outdoor off-premises station (being also referred to as " outside " or " heat release side ") usually, and the indoor set (being also referred to as " indoor " or " heat absorbing side ") that is arranged on interior of building usually.In described off-premises station, be provided with condenser (being outdoor heat converter) and compressor, in described indoor set, be provided with evaporimeter (being indoor heat converter).
As everyone knows, air-conditioning can be divided into two big classes substantially: the split-type air conditioner that indoor set and off-premises station are provided with separately respectively, and the integral air conditioner that is wholely set of off-premises station and indoor set, people consider and the separation type air-conditioning are set factors such as space and noise are set usually in daily life.
In the air-conditioning of exploitation listing recently central air-conditioning is arranged, when in every office in the building that people want two above air-conditionings to be set in the family or to have a plurality of offices an air-conditioning being set, can be suitable for central air-conditioning effectively, here, described central air-conditioning has the indoor set that an off-premises station and Duo Tai are connected with described off-premises station, and its obtained air temperature modification effect is with that many split-type air conditioners are set is the same.
The indoor set of central air-conditioning is arranged on the ceiling upside usually, and its bottom surface (being front panel) to exposing outside, and is provided with at the upside of front panel and sucks barrier and filter.
In the time of need changing parts such as the filter core of indoor set or blowing fan as the air-conditioning equipment attendant, need open described suction barrier earlier, and then change, common described suction barrier is open by lowering or hoisting gear.General suction barrier lowering or hoisting gear comprises the advance decline line that is connected described suction barrier both sides at present, and is used for reeling or unclamping described advance decline line, thereby realizes the drive division of the described suction barrier of lifting.
The described advance decline line end of existing indoor apparatus of air conditioner is connected with the serpentine hook, hangs over the groove that is formed at described suction barrier one side, thereby realizes described advance decline line and suck interconnecting between the barrier.
But, when described suction barrier carries out lifting under the traction of drive division, exist described suction barrier easily forwards, backwards or the problem of double swerve, and then the internal part that causes indoor apparatus of air conditioner easily falls, have influence on the service life of the safe in utilization and indoor apparatus of air conditioner of air conditioner user.
Summary of the invention
The purpose of this invention is to provide a kind of indoor apparatus of air conditioner, the suction barrier of this indoor apparatus of air conditioner can carry out lifting with state stably, thereby has guaranteed the safe in utilization of air conditioner user and the service life of having improved indoor apparatus of air conditioner well.
For this reason, the invention provides a kind of indoor apparatus of air conditioner, comprising:
Be used to form the suction barrier that room air flows into path;
The room air that flows into by described suction barrier is carried out the wind scooper of water conservancy diversion;
Be positioned at described suction barrier the outside, be used for the air conducting of described wind scooper water conservancy diversion to indoor front panel;
Be arranged on bottom surface one side of described wind scooper, the barrier lowering or hoisting gear of the described suction barrier of ground lifting that is used to be allowed a choice;
Be connected a side of described barrier lowering or hoisting gear, with triangular shaped fixing tripod;
Be positioned at the tripod fixed head at the upside of described suction barrier, fixedly connected described tripod two ends.
Preferably, but the mode that at least one end of described tripod moves about with elasticity fixedly connected with described tripod fixed head.
Preferably, at least one end of described tripod is connected the fixedly connected described tripod fixed head in back with elastomer.
Preferably, on described tripod fixed head, be provided with the tripod central part of the link position that is used to guide described tripod and barrier lowering or hoisting gear.
Preferably, at described tripod central part, has the frame accepting groove that is used to accommodate described tripod.
Preferably, described accepting groove distributes along the length direction of described tripod fixed head and is provided with.
Preferably, in the upper end of described accepting groove, be provided with the connection rib that is used to prevent described tripod disengaging.
By above technical scheme provided by the invention as seen, by the above-mentioned technical scheme that provides of the present invention, can make the suction barrier obtain 4 supports by tripod, be fixed on the barrier lowering or hoisting gear, thereby when lifting sucks barrier, can prevent that above-mentioned suction barrier from the twisting of front and back and left and right directions taking place.In addition, because above-mentioned tripod is kept constant tension force by elastomer always, can prevent to suck barrier and produce sagging phenomenon.Moreover,, therefore can prevent that the internal part that is rocked initiation by suction panel from falling, can prevent in advance that the user is injured or parts are damaged owing to prevent rocking of above-mentioned suction barrier.Utilization the present invention because the suction barrier lifting more stably on the front panel can improve the confidence level and the image product of product, and strengthens air conditioner user's experience.
Description of drawings
Fig. 1 is an indoor apparatus of air conditioner front panel released state schematic diagram of the present invention;
Fig. 2 is an indoor apparatus of air conditioner internal structure decomposing schematic representation of the present invention;
Fig. 3 is the annexation vertical section schematic diagram between indoor apparatus of air conditioner barrier lowering or hoisting gear of the present invention and the suction barrier;
Fig. 4 is the floor map of indoor apparatus of air conditioner tripod of the present invention when being in stationary state;
Fig. 5 is the end face schematic diagram of the tripod fixed head of indoor apparatus of air conditioner of the present invention.
The specific embodiment
In order to make those skilled in the art person understand the present invention program better, the present invention is described in further detail below in conjunction with drawings and embodiments.
Fig. 1 is an indoor apparatus of air conditioner front panel released state schematic diagram of the present invention, and Fig. 2 is an indoor apparatus of air conditioner internal structure decomposing schematic representation of the present invention.As shown in Figure 1 and Figure 2, the top of indoor apparatus of air conditioner 100 (below be referred to as " indoor set ") is inserted in ceiling inside, realizes that indoor apparatus of air conditioner 100 fixedlys connected with ceiling, and the bottom of indoor apparatus of air conditioner 100 exposes to the ceiling downside.
In the present invention, the shell body of described indoor set 100 comprises: the front panel 110 that is used to form outward appearance edge, described indoor set 100 bottom surface, be arranged on described front panel 110 central portions and be used to allow room air flow into the suction barrier 120 of described indoor set 100 inside, also comprise the housing 130 that is used to form described indoor set 100 top outward appearances and is provided with multiple parts in inside, and be used to the base 140 that seals described housing 130 end faces and the multiple parts that are installed in described indoor set 100 inside are supported.
In the present invention, the front panel 110 rectangular plate shapes of described indoor set 100, the suction inlet 112 that has a rectangle at the central portion of described face portion 110, described suction inlet 112 is provided with and sucks barrier 120, and described suction barrier 120 is used for the air that flow into indoor set 100 inside by described suction inlet 112 is filtered.
In order to prevent that the air that contains foreign matter from flowing into described indoor set 100 inside, described suction barrier 120 has and described suction inlet 112 corresponding sizes, in addition, end face at described suction inlet 120, also be provided with and be used for filter 124 that airborne foreign matter is filtered, described filter 124 is formed by flexible material, has the micro hole that forms because of perforation on its whole.Thereby when air flow through described filter 124, the foreign matter that is contained in the air can be filtered out by described filter 124 well, avoids foreign matter to flow into indoor set 100 inside, influences the normal operation of indoor set 100.
In addition, in view of described suction barrier 120 is used to guide indoor air, makes room air flow into the inside of described indoor set 100, for this reason, the present invention whole equal intervals of described suction barrier 120 be provided with long air flow hole 122, described air flow hole 122 penetratingly is arranged on up and down on the described suction barrier 120, thereby the central space of indoor set 100 inside is communicated with indoor, realizes that room air flow into described indoor set 100 the insides fast.
In addition, the front and back of described front panel 110 and about, be provided with the long rectangle outlet 114 of lateral length.Described outlet 114 is used to allow the room air that is drawn into indoor set 100 inside arrange again to indoor, described outlet 114 and described indoor set 100 internal communication.
In the present invention, concrete indoor air flows path is: when described indoor set 100 moves, room air flow into indoor set 100 inside by the described air flow hole 122 on the described suction barrier 120, is guided, flows into again indoor by described outlet 114.
Need to prove, inside at described outlet 114, the wind deflector 116 that is used for the air conditioning flow direction of described outlet 114 discharges also is installed, described wind deflector 116 has shape and the corresponding rectangular slab structure of size with described outlet 114, can be that benchmark is rotated with the both ends of indoor set 100.
Be connected with wind deflector motor (figure slightly) in an end of described wind deflector 116, described wind deflector motor is coupling with described wind deflector 116 for be used to provide the parts of power when connecting power supply, thereby passes on the power of rotation to described wind deflector 116.
In addition, in the present invention, the quantity of described sash motor is corresponding with the quantity of a plurality of wind deflectors 116.Promptly on a wind deflector 116, be connected with a wind deflector motor.Thereby the user of air conditioner can realize driving described a plurality of wind deflector 116 by driving described a plurality of wind deflector motors relatively independently with being allowed a choice.
On the specific implementation, for example can be by only driving in 4 wind deflector motors, only allow 1 wind deflector connecting with it 116 rotate repeatedly by certain angle, still can drive whole wind deflector motors, rotate thereby drive all wind deflectors 116.
Therefore, in the present invention, when the end face of described wind deflector 116 is in contact with one another with the air of discharging by outlet 114, under the turning effort of described wind deflector motor, the contact angle of described wind deflector 116 and discharge air at every moment changes, thereby described wind deflector 116 can be discharged air by various directions.
The present invention is provided with a motor cover 118 in the end face bight of described front panel 110.When described wind deflector motor was arranged on the end face bight of described front panel 110, described motor cover 118 confined bed aerofoil motors exposed at upside to prevent the wind deflector motor, and in the present invention, described motor cover 118 is provided with 4 with identical shaped.
In addition, the present invention with described motor cover 118 across a certain distance downside mutually, promptly in the bight, bottom surface of described front panel 110, also be provided with motor repair cover 119, described motor repair cover 119 is when the wind deflector motor breaks down, can separate with front panel 110 with being allowed a choice, make the user of air conditioner change the wind deflector motor that breaks down easily.
At the upside of invention at described front panel 110, also be provided with drain pan 150, described drain pan 150 is used to collect the condensed water that heat exchanger 160 outsides form, and has the size that can comprise indoor heat converter 160 bottom surfaces.
In addition, the present invention also has water leg (figure slightly) to lower recess at the end face of described drain pan 150.The present invention specifically at the upside of described collecting space (figure slightly), is provided with indoor heat converter 160 at the end face of described drain pan 150.Carry out heat exchange by 160 pairs of room airs that purify through filter 124 of described indoor heat converter.Described collecting space of the present invention is installed on the bottom of indoor heat converter 160, thereby the formed condensed water in indoor heat converter 160 outsides can trickle downwards to described collecting space inside.
In addition, described drain pan 150 can also guide simultaneously and be filtered device 124 filtered airs, flow upward after making it to run through drain pan 150, on the specific implementation, the present invention is provided with circular impenetrating mouth 154 in the central portion perforation of described drain pan 150, thereby make room air can pass through described suction inlet 112 and described impenetrating mouth 154, flow to the indoor set top.
In addition, in the present invention, the refrigerant pipe of the refrigerant that flows is housed in described indoor heat converter 160 comprises, refrigerant that indoor set by this refrigerant pipe internal flow and indoor air carry out heat exchange.
In addition in the present invention, in order to improve the heat exchange area between described indoor heat converter 160 and the air, the present invention carries out repeatedly warpage to the refrigerant pipe of described indoor heat converter 160, and be set to thin and structure length, on the specific implementation, indoor heat converter 160 of the present invention is rectangular shaped on the whole.
Arranged outside at described indoor heat converter 160 has housing 130, described housing 130 is interconnected by a plurality of plates to be formed, in the present invention's indoor apparatus of air conditioner as shown in Figure 2, specifically be eight-sided formation, form described indoor set 100 front and back and about the outward appearance of face, thereby sealing indoor apparatus of air conditioner 100 is realized the safety of each building block and the protection of running environment in the indoor set 100 are guaranteed the normal operation of indoor set 100 inner each building blocks.
In addition, the bottom of described housing 130 is connected with the top edge portion of front panel 110, and the upper end of described housing 130 is connected with the bottom surface on the chassis 140 of indoor set 100.
After on the described housing 130 and bottom connected described chassis 140 and described front panel 110 respectively, described indoor set 100 formed the inner space, thereby in the indoor set 100 multiple parts can be installed.
Between described housing 130 and indoor heat converter 160, be provided with air guide element 142.Described air guide element 142 is the rhs-structure of hollow, can prevent from during to flows outside, to leak to the outside of described housing 130 from described indoor heat converter 160 inside when the air that carries out heat exchange with refrigerant.Thereby in the present invention, the transverse cross-sectional size of described air guide element 142 need be set to greater than described indoor heat converter 160, and simultaneously less than front panel 110.
In addition, also be provided with indoor fan 170 in described housing 130 central interior, described indoor fan 170 and a fan motor 172 embedded being coupling, thereby described indoor fan 170 of the present invention and 172 interlocks of fan motor when connecting power supply, indoor fan 170 is under the rotary power of fan motor 172 drives, can be created in the front panel 110 central portions suction that makes progress, and on peripheral surface from the inside to surface wind-force, blow air forcibly.
Need to prove, flow to the room air of top by described impenetrating mouth 154, blowed to front and back or left and right directions by force by described indoor fan 170, thereby carry out heat exchange with described indoor heat converter 160, and in heat exchanging process, be created in described indoor heat converter 160 outsides condensed water, be collected in the collecting space of end face of described drain pan 150 (figure slightly).
Described indoor fan 170 receives rotary powers and during fast rotational, produces the suction to indoor set 100 downsides from described fan motor 172, and this suction makes indoor set 100 suck room airs in impenetrating mouth 154 and suction inlet 112.
In addition, be drawn into the room air of described indoor fan 170 central portions, be blown into the peripheral surface direction, run through described indoor heat converter 160, carry out heat exchange with refrigerant in the heat exchanger 160.
In addition,, be specially, be provided with wind scooper 180 in the inside of described impenetrating mouth 154 at the downside of described indoor fan 170.Indoor set 100 is by 180 pairs of air channeling conducts that flow to the top from the downside of drain pan 150 of described wind scooper, thereby make air flow to the central portion of described indoor fan 170, described wind scooper 180 is for having more to the big more cylindrical structure wind scooper of below diameter, and described wind scooper 180 lower end parts are on the height identical with drain pan 150 bottom surfaces.
In the inside of described wind scooper 180, have and run through drain pan 150, described wind scooper hole 182 allows the air of described drain pan 150 downsides can run through drain pan 150, thereby flow to the central portion of described indoor fan 170.
Also be provided with described indoor fan 170 in the inside in described wind scooper hole 182, the internal diameter in described wind scooper hole 182 is slightly less than the external diameter of described indoor fan 170, thereby described indoor fan 170 rotations and when the indoor set downside produces upwards suction, the air of indoor set 100 downsides that are as the criterion with described drain pan 150,182 flow along described wind scooper hole, flow into the central portion of described indoor fan 170.
Left side, bottom surface in described wind scooper hole 180 also is provided with plasma filter 190, described plasma filter 190 makes airborne foreign matter charged and adsorb by producing plasma, reach the purpose that air is filtered, the forward and backward both ends of described plasma filter 190, be connected bottom surface one side of described wind scooper 180 by assembling parts.
The present invention also is provided with control cabinet 196 on the right side, bottom surface of described wind scooper 180.Described control cabinet 196 is used to control the action of indoor set 100, has put printed circuit board (PCB) 198 in described control cabinet 196 inside.
In addition, and arranged on left and right sides also is provided with barrier lowering or hoisting gear 200 in the bottom surface of described wind scooper 180, and described barrier lowering or hoisting gear 200 comprises a pair of advance decline line 240.The ground lifting that is used to be allowed a choice of described barrier lowering or hoisting gear 200 sucks barrier 120, is arranged between described wind scooper 180 and the front panel 110, by ground coiling advance decline line 240, the described suction barrier 120 of lifting of being allowed a choice.
The bottom that is specially described advance decline line 240 of barrier lowering or hoisting gear 200 by following tripod that will illustrate 250 and tripod fixed head 260 (as shown in Figure 3), is separately fixed at the end face left and right sides of described suction barrier 120.Promptly be specially: the bottom of described a pair of advance decline line 240, be divided into two fine rules by described tripod 250 respectively, the bottom of a pair of advance decline line 240 is by 120 4 supports of described suction barrier.
Thereby the present invention realizes that by a pair of advance decline line 240 barrier lowering or hoisting gear 200 is connected with four positions of described suction barrier 120, so by technical scheme of the present invention, indoor apparatus of air conditioner 100 when the described suction of lifting barrier 120, can minimize rocking of described suction barrier 120.
Fig. 3 is the barrier lowering or hoisting gear 200 of described indoor apparatus of air conditioner 100 of the present invention and the annexation vertical section schematic diagram between the suction barrier 120.Fig. 4 is tripod 250 (reel) the stationary state floor map of indoor apparatus of air conditioner 100 of the present invention.Fig. 5 is the tripod fixed head end face schematic diagram of indoor apparatus of air conditioner of the present invention.
As Fig. 3, Fig. 4, shown in Figure 5, described barrier lowering or hoisting gear 200 is fixedly installed on the bottom surface of described wind scooper 180.For this reason, in the left and right side of described barrier lowering or hoisting gear 200, be provided with tool holder 210.Described tool holder 210 supports the weight of described barrier lowering or hoisting gear 200, and in the present invention, described tool holder 210 is specially and is installed on the wind scooper 180.
On the specific implementation, described tool holder 210 of the present invention can be the parts that rectangle sheet material is formed behind the warpage mutual vertically, orthogonal two sides of described tool holder 210, is connected with the outside of the following lifting tool that will illustrate 220 and bottom surface one side of wind scooper 180 respectively.
Below, the structure of described barrier lowering or hoisting gear 200 is elaborated.Described barrier lowering or hoisting gear 200 comprises lifting tool 220, bobbin portion 222, advance decline line 240, described lifting tool 220 produces rotary power by advance decline line 240, allow described suction barrier 120 carry out lifting then forcibly by above-below direction, described advance decline line 240 bottoms are connected with described suction barrier 120, and the upper end of described advance decline line 240 is wound on bobbin portion 222 with being allowed a choice, described advance decline line 240 is used for the rotary power that described lifting tool 220 produces is passed to sucking barrier 120, thereby described lifting tool 220 is when pulling advance decline line 240, described suction barrier 120 moves up and seals described suction inlet 112, when described lifting tool 220 unclamped described advance decline line 240, described suction inlet 112 was kept open state.
Need to prove, described lifting tool 220 comprises: the drive division 221 that produces rotary power, with the bobbin portion 222 of described drive division 221 interlocks and the described advance decline line 240 of reeling, described drive division 221 and bobbin portion 222 are installed on the inside in tool box 224 with being allowed a choice.
In addition, in described a plurality of lifting tool 220, be provided with the lifting control part 223 that the drive division of all lifting tools 220 inside is controlled in the inside of some lifting tools 220, thereby the present invention can realize that described a plurality of drive division 221 by 223 controls of a lifting control part down, produces the rotary power of forward or reverse.
Described drive division 221 links to each other with motor, and described bobbin portion 222 is rotated under the rotary power effect of drive division 221, thereby is wound on described advance decline line 240 on the outer peripheral face or unclamps.
In order to realize the rotation that links between drive division 221 and the bobbin portion 222, the present invention is provided with pinion (figure slightly) in a side of described drive division 221 and bobbin portion 222, and described pinion is provided with the conveyer belt with tension force; Certainly, the present invention also can be provided with a gear (figure slightly) in a side of described drive division 221 and bobbin portion 222 respectively, thereby allows gears engaged in drive division 221 and the bobbin portion 222, realizes described drive division 221 and 222 interlocks of bobbin portion.
In addition, the present invention is fixed on the outer peripheral face of bobbin portion 222 with the upper end of described advance decline line 240, thereby when making described bobbin portion 222 forward advance decline line 240 to be totally released, prevents that advance decline line 240 from separating with bobbin 222.
Institute's drive division 221 and described bobbin portion 222 are arranged on 224 inside, described tool box in addition, thereby make drive division 221 and bobbin portion 222 and described lifting control part 223 can not be exposed on the external.
The present invention is at the top and bottom in described tool box 224 central portion, perforation forms a circular through hole 229, so that running through tool box 224, advance decline line 240 is connected with the central portion of tripod 250, in the present invention, described through hole 229 is the structure settings that described advance decline line 240 are drawn out to 224 outsides, tool box, the thickness and the corresponding coupling of shape of the shape and structure of described through hole 229 and described advance decline line 240.
In the present invention, described lifting control part 223 is used to control the action of drive division 221, with between the inside wall in described tool box 224 mutually across a certain distance, outwards conduct electricity by described tool box 224 when thereby the present invention can prevent power supply electric leakage that described lifting control part 223 connects effectively, avoid the generation of electric shock accidents and because electric leakage causes damage to the miscellaneous part of indoor set 100.
In addition, for the operating experience efficiently of providing convenience to the user, described lifting control part 223 not only can be controlled by cable controller, and can be set to structure with Digiplex interlock, on the specific implementation, for example can for: add separately the remote wireless control that a Digiplex carries out the barrier lifting be set, in addition, can also on the remote controller of existing operation indoor set 100, append the button that can operate barrier lowering or hoisting gear 200 is set, reach purpose 223 remote controls of lifting control part.
In addition, the present invention is provided with described lifting control part 223 when indoor set 100 work in order to prevent the damaged of described indoor set 100 and the safety that guarantees the user, even operate described remote controller, also allow drive division 221 remain in halted state; The rotating speed that is arranged on described indoor fan 170 in addition is that (Revolutions Per minute, when RPM) above, described lifting control part 223 is not controlled the action of drive division 221 to 150 commentaries on classics/per minutes yet.
In addition, in the present invention, described lifting control part 223 is under the control of user's remote controller, when making that sucking barrier 120 is in open state, can allow indoor set 100 try out, thereby when the described indoor set 100 of maintenance, suck the duty that barrier 120 is confirmed indoor set 100 inside by descending.
On the downside end of described advance decline line 240, be connected with tripod 250.Described tripod 250 is for having the wire rod of certain-length, the central portion of tripod 250 is connected with described advance decline line 240, two ends are connected with tripod fixed head 260, described tripod 250 is leg-of-mutton shape, and described tripod 250 is fixed with the two sides of described suction barrier 120 respectively by tripod fixed head 260.
On the specific implementation, the present invention is on a certain at least end of described tripod 250, be provided with elastomer 262, but the mode that allows described tripod 250 move about with elasticity is connected on the described tripod fixed head 260, thereby make described tripod 250 under the pulling force effect of described elastomer 262, keep certain force of strain, can prevent effectively that described tripod 250 is sagging.
In addition, in the present invention, described tripod fixed head 260 is with the corresponding length of described suction barrier 120 side length, be connected the two sides of described suction barrier 120 in pairs, need to prove, between described two tripod fixed heads 260, insert filter 124 a part, be connected the upside of described suction barrier 120.
In addition,, be and the corresponding position of the central portion of described tripod 250, be provided with the tripod central part 270 that is used to guide described tripod 250 and advance decline line 240 link positions highlightedly at the central portion of described tripod fixed head 260.On described tripod central part 270, be provided with and be used to guide the frame accepting groove 272 of tripod 250 positions and form described tripod 250 and the wire casing 273 of line 240 link positions, described accepting groove 272 is used to accommodate described tripod 250.
Described accepting groove 272 distributes along the length direction of described tripod fixed head 260, is specifically as follows the strip structure, is formed with connection rib 274 in the upper end of frame accepting groove 272.In the present invention, described connection rib 274 is used to seal the upper end part of described accepting groove 272, thereby can prevent that not only described tripod 250 breaks away from tripod fixed head 260, can also prevent that described tripod 250 from exceedingly extending.
Described wire casing 273 passes through from described tripod central part 270, be that described tripod 250 central part positions hollowly form downwards, not only be used to guide the link position of described tripod 250 and line 240, and be used to utilize the tension force of described tripod 250, realize allowing described advance decline line 240 and the tripod 250 can wander up and down.
Described tripod central part 270 left and right sides of the present invention on tripod fixed head 260 are bored a hole across the position of certain intervals, form the frame through hole 263 that runs through described tripod 250 two ends.When described through hole 263 is fixed on described tripod fixed head 260 back sides at described tripod 250 two ends, play the path effect that move at described tripod 250 two ends.In addition, the present invention is in a side of described through hole 263, also is provided with to be used for articulating fixing frame projection 265 with described tripod 250.The front of described projection 265 is substantially
Structure is used to articulate the both sides of described tripod 250 and support.
The two ends of the back side of described tripod fixed head 260 and described tripod 250 fix.Be specially: be fixed on the elastomer 262 of described tripod 250 1 ends, be fixed in elastomer fixed part 264 with inlaying, described elastomer fixed part 264 is positioned at right side, described through hole 263 back side.On the specific implementation, described elastomer fixed part 264 can be outstanding with " U " shape from the back side of described tripod fixed head 260, and the end of described elastomer 262 is embedded in the middle part of described " U " shape structure, thereby fixing between realization and the tripod fixed head 260.In addition, the other end of described tripod 250 can be fixed on the back side of described tripod fixed head 260 by screw or other assembling parts with fixation.
So be housed under the state of described accepting groove 272 at described tripod 250, the central part of described tripod 250 is connected with described advance decline line 240, two ends are to be articulated in the state of described projection 265, pass described through hole 263, one end of tripod 250 is being connected the back, is realizing being fixed in the described elastomer fixed part 264 by the end of elastomer 262 with embedding with described elastomer 262, the other end of tripod 250 is fixed on the described tripod fixed head 260 by screw or other assembling parts with fixation.
For clearer understanding technical scheme of the present invention, to Fig. 5, the indoor apparatus of air conditioner operation principle of the present invention with described structure is described below with reference to Fig. 1.
After described indoor set 100 of the present invention was connected power supply, the fan motor 172 of described connection power supply produced revolving force, makes described indoor fan 170 be rotated, and forms indoor air flows.Be specially: the downside central part at described indoor fan 170 forms suction upwards, and discharges institute's inhaled air according to the outer peripheral face direction.
The suction that described indoor fan 170 produces passes to described suction barrier 120, realizes room air is drawn into indoor set 100 inside by force, and after the room air that is drawn into described indoor set 100 inside runs through suction inlet 112, is filtered by air cleaner 124.
Then, filtered once more by plasma filter 190 by described air cleaner 124 filtered airs, thereby the air after being purified, then flow into described indoor fan 170 central interior by described wind scooper hole 182, and the air that flow into described indoor fan 170 inside is blowed to outer peripheral face by force, thereby carry out heat exchange with described indoor heat converter 160, make air obtain cooling.
By the air of the resulting cooling of described process, carry out water conservancy diversion by described air guide element 142 and base 140, arrange to indoor by described outlet 114 then.Certainly, in the present invention, can realize allowing cooled air be blown into each indoor position equably by allowing described wind deflector 116 rotate repeatedly by certain angle.
Need to prove that because when sucking described extraneous air, described suction barrier 120 and described filter 124 need carry out air filtration, so the air conditioner maintenance personal needs described periodically filter 124 to clean.In addition, when the parts in described indoor set 100 inside broke down, the air conditioner maintenance personal need keep in repair indoor set 100, and at this moment the air conditioner maintenance personal need descend described suction barrier 120, just can clean then or inner maintenance.
For this reason, utilize indoor apparatus of air conditioner provided by the invention, the air conditioner maintenance personal waits the air conditioner user can utilize remote controller to transmit signal to lifting control part 223, thereby make described drive division 221 connect power supply, produce the power of rotation, when described drive division 221 produced rotary powers, described bobbin portion 222 also was rotated, and realizes the advance decline line 240 that originally was wound on peripheral surface is unclamped.
When described advance decline line 240 unclamped, described suction barrier 120 descended from the mediad below of front panel 110.Because the described advance decline line 240 of indoor set of the present invention carries out by described tripod 120 at 4 with described suction barrier 120 and is connected, thereby described suction barrier 120 can not carry out double swerve when descending, and realizes stably descending.
Need to prove that because described tripod 250 is fixed by elastomer 262 and described suction barrier 120, therefore described tripod 250 can have been kept certain force of strain, can prevent the sagging of described tripod 250 effectively.
In addition, need to prove, utilize indoor set 100 provided by the invention, after described suction barrier 120 descended, the user can separate installation to stating the filter that sucks barrier 120 end faces.
Here, described lifting control part 223 only allows suck barrier 120 decline certain height by the distance that the described suction barrier 120 of barrier lowering or hoisting gear 200 restrictions descends.
Clean or change behind user's separator-filter, again after being installed in filter on the described suction barrier 120 then, the user can allow described drive division 221 carry out reverse rotation, makes that sucking barrier 120 rises, thereby seals the central portion of described front panel 110.
Here, described lifting control part 223 is provided with the coiling length of described advance decline line 240, makes when the position of described suction barrier 120 is same as front panel 110, stops the action of described drive division 221, prevents that overload from appearring in drive division 221.
By the above-mentioned technical scheme that provides of the present invention, can make suction barrier 120 obtain 4 supports by tripod 250, be fixed on the barrier lowering or hoisting gear, thereby when lifting sucks barrier 120, can prevent that above-mentioned suction barrier from the twisting of front and back and left and right directions taking place.In addition, because above-mentioned tripod 250 is kept constant tension force by elastomer always, can prevent to suck barrier 120 and produce sagging phenomenon.Moreover,, therefore can prevent that the internal part that is rocked initiation by suction panel from falling, can prevent in advance that the user is injured or parts are damaged owing to prevent rocking of above-mentioned suction barrier 120.Utilization the present invention because the suction barrier 120 on the front panel 110 more stably moves, can improve the confidence level and the image product of product, and strengthens air conditioner user's experience.
The above only is a preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle 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 (7)
1, a kind of indoor apparatus of air conditioner is characterized in that, comprising:
Be used to form the suction barrier (120) that room air flows into path;
The room air that flows into by described suction barrier (120) is carried out the wind scooper (180) of water conservancy diversion;
Be positioned at described suction barrier (120) the outside, be used for the air conducting of described wind scooper (180) water conservancy diversion to indoor front panel (110);
Be arranged on bottom surface one side of described wind scooper (180), the barrier lowering or hoisting gear (200) of the ground described suction barrier of lifting (120) that is used to be allowed a choice;
Be connected a side of described barrier lowering or hoisting gear (200), with triangular shaped fixing tripod (250);
Be positioned at the upside of described suction barrier (120), the tripod fixed head (260) at fixedly connected described tripod (250) two ends.
2, indoor apparatus of air conditioner according to claim 1 is characterized in that, described tripod (250) but at least one end mode of moving about with elasticity fixedly connected with described tripod fixed head (260).
3, indoor apparatus of air conditioner according to claim 2 is characterized in that, at least one end of described tripod (250) is connected back fixedly connected described tripod fixed head (260) with elastomer (262).
4, indoor apparatus of air conditioner according to claim 1 is characterized in that, on described tripod fixed head (260), is provided with the tripod central part (270) of the link position that is used to guide described tripod (250) and barrier lowering or hoisting gear (200).
5, indoor apparatus of air conditioner according to claim 4 is characterized in that, at described tripod central part (270), has the frame accepting groove (272) that is used to accommodate described tripod (250).
6, indoor apparatus of air conditioner according to claim 5 is characterized in that, described accepting groove (272) is provided with along the length direction distribution of described tripod fixed head (260).
7, indoor apparatus of air conditioner according to claim 5 is characterized in that, in the upper end of described accepting groove (272), is provided with the connection rib (274) that is used to prevent described tripod (250) disengaging.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100534323A CN101598367A (en) | 2008-06-05 | 2008-06-05 | A kind of indoor apparatus of air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100534323A CN101598367A (en) | 2008-06-05 | 2008-06-05 | A kind of indoor apparatus of air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101598367A true CN101598367A (en) | 2009-12-09 |
Family
ID=41419899
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2008100534323A Pending CN101598367A (en) | 2008-06-05 | 2008-06-05 | A kind of indoor apparatus of air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101598367A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107021229A (en) * | 2015-11-20 | 2017-08-08 | 哈米尔顿森德斯特兰德公司 | Improved heat exchanger |
| CN111801529A (en) * | 2017-12-21 | 2020-10-20 | Lg电子株式会社 | Ceiling type indoor unit of air conditioner |
| CN112032864A (en) * | 2020-07-25 | 2020-12-04 | 牛建康 | Air conditioning system based on solid adsorption dehumidification |
| WO2023138087A1 (en) * | 2022-01-21 | 2023-07-27 | 青岛海尔空调器有限总公司 | Wall-mounted air conditioner indoor unit |
-
2008
- 2008-06-05 CN CNA2008100534323A patent/CN101598367A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107021229A (en) * | 2015-11-20 | 2017-08-08 | 哈米尔顿森德斯特兰德公司 | Improved heat exchanger |
| CN111801529A (en) * | 2017-12-21 | 2020-10-20 | Lg电子株式会社 | Ceiling type indoor unit of air conditioner |
| CN112032864A (en) * | 2020-07-25 | 2020-12-04 | 牛建康 | Air conditioning system based on solid adsorption dehumidification |
| CN112032864B (en) * | 2020-07-25 | 2021-09-07 | 沈阳金伟达机电设备工程有限公司 | Air conditioning system based on solid adsorption dehumidification |
| WO2023138087A1 (en) * | 2022-01-21 | 2023-07-27 | 青岛海尔空调器有限总公司 | Wall-mounted air conditioner indoor unit |
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Application publication date: 20091209 |