CN1330907C - Humidifier - Google Patents
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- CN1330907C CN1330907C CNB2005100588090A CN200510058809A CN1330907C CN 1330907 C CN1330907 C CN 1330907C CN B2005100588090 A CNB2005100588090 A CN B2005100588090A CN 200510058809 A CN200510058809 A CN 200510058809A CN 1330907 C CN1330907 C CN 1330907C
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Abstract
This invention provides a humidifier continuously usable without lowering the humidifying capacity of a humidifying filter and capable of stably performing humidifying operation without causing a variation in a humidifying amount. This humidifier comprises a water tank 7 installed in an air flow passage so that water is supplied thereto from a water supply tank 6 installed on a body 5 and the hollow cylindrical humidifying filter 8 always immersed, at its lower part, in a reserved water in the water tank 7. By rotating the humidifying filter 8, the humidifier can be continuously used without allowing compounds of Mg, Ca or the like to be fixed to the specific positions of the humidifying filter 8 and without lowering the humidifying capacity and can perform the stable humidifying operation without the variation in the humidifying amount.
Description
Technical field
The present invention relates to a kind of humidification filter that has adsorbed water air-supply of giving, make the moisture gasification of absorption, carry out the damping device of humidification with this.
Background technology
Past, this warm braw is contacted with the humidification filter carry out humidification the evaporation type humidifier, in for example day disclosure special permission, the spy opens in the 2002-61901 communique (with reference to 0012～0015 section, Fig. 1, Fig. 4) and introduces to some extent.
Below, with reference to Figure 19 and Figure 20 this evaporation type humidifier is carried out simple explanation.
As shown in figure 19, pressure fan 102 and heater 104 are set in main body 101.Be provided with on the part of air duct 103 and add wet end 107.The water level 114 that adds the water arrival sink unit 108 in the wet end 107.Its structure is can be arranged on the main body 101 being provided with the sink unit that adds wet end 107 108 that can freely install and remove with freely installing and removing.And, add wet end 107 and make the humidification filter 105 that filtration core shown in Figure 10 is formed the zigzag shape and be installed in the humidification filter frame 106 of frame shape.
In addition, carry out the humidifier of humidification, open in the 2003-302077 communique (with reference to 0041～0048 section, Fig. 1, Fig. 5) day disclosure special permission, spy and introduce to some extent as the rotation vaporization filter of the damping device of other form of this class.
Below, with reference to Figure 21, Figure 22 A, Figure 22 B and Figure 22 C this humidifier is described.
As shown in these figures, utilize the air of air-supply arrangement 109 from the indoor seasoning of suction inlet (not shown) suction, after 110 heating of the heater that is provided with in wind path, the vaporization filter 112 after moistening by the water that utilizes tank portion 111 is again discharged the air of humidifications like this from outlet 113.Vaporization filter 112 is raw material process inverted pleats that the laminar almost whole face that water imbibition is good all has aperture, makes the square shape of growing crosswise.
The vaporization filter 112 of this humidifier can freely rotate, it is made can be in following three kinds of states respectively: its lower end in being submerged in tank portion 111 state (Figure 22 A) and keep the state (Figure 22 B) of approximate horizontal and another end to be submerged in state (Figure 22 C) in the water with the water surface.
The wet end 107 that adds of this evaporation type humidifier originally is formed on and is equipped with and will filters in the humidification filter frame 106 of frame shape of humidification filter 105 that core forms zigzag.Because adding wet end 107 can not rotate, so the Mg in the water, Ca compound etc. are all attached to the particular place of filter surfaces, reduced the water sorption that capillarity causes, the humidification ability is reduced, must brush the such inconvenience of compound with brush thereby produce.Therefore, require the particular place of filter surfaces can not adhere to Mg, Ca compound.
In this humidifier, though vaporization filter 112 is changeed, because vaporization filter 112 utilizes capillarity to suct moisture, so dust such as the Mg that contains in the water, Ca compound are attached on the vaporization filter 112 easily.
Dissolve in the water of tank portion 111 attached to the dust on the vaporization filter 112, the bacterium that contains in the dust etc. are breeding easily.So, just wish to get rid of these bacteriums.And because vaporization filter 112 carries out desultory rotation by timer, it is moving therefore to produce the humidification quantitative change, the problem of leaking easily and so on, and this just requires to reduce the change of humidification amount, avoids leaking out.
In addition, because the humidification filter is moistening repeatedly and use dryly, so easy deformation.
Summary of the invention
The present invention is in view of unborn these problems, and its purpose is to provide a kind of damping device, and it can be under the prerequisite of the humidification ability that does not reduce the humidification filter uses continuously, and the humidification amount can not change, and can stably carry out the humidification running.
The structure of damping device of the present invention is to have pressure fan on the air duct of connection suction inlet that forms on the main body and outlet.Tank is set, so that supply water from the water supply tank that is arranged on the main body on air duct.Also have the humidification filter of the hollow cylindrical in the water storage that always its underpart is immersed in this tank, and the humidification filter is rotated.
Like this, because compound can be attached to the particular place of damping device, thereby can under the prerequisite of the humidification ability that does not reduce the humidification filter, use continuously.And,,, can stably carry out the humidification running so the humidification amount just can not change owing to give the air-supply of humidification filter consistently.Like this, just, can prevent to follow the problem of leaking out of humidification filter rotation.
The structure of damping device of the present invention is, it is more than 97% that the filtration core that forms the humidification filter has void content, and number of bubbles is the three-dimensional framework structure of 4～25/25mm.Because void content is big, so even moisture in the humidification filter, air is circulation easily also.By adjusting the number of bubble and the size of bubble bigger, moisture the time, moisture can be attached to the inner face in hole in the humidification filter.Like this, because the middle body in hole is in open state, so just can prevent the obstruction of the eyelet that causes by moisture.
Damping device of the present invention will form the THICKNESS CONTROL of filtration core of humidification filter between 5～20mm.Because THICKNESS CONTROL is below 20mm, even moisture in the humidification filter, air also can circulate.Because THICKNESS CONTROL more than 5mm, then can keep its cylindric and intensity, guarantees water content.
In damping device of the present invention, the filtration core that forms the humidification filter adds moisture absorption additive bonding by binding agent and forms.Filter on the core by the silica gel in the moisture absorption additive and zeolite are mixed to add and be bonded to binding agent, just can increase water content, can also improve the durability degree of filtration core, keep cylindric, and can improve the humidification amount and the durability of humidification filter.
Damping device of the present invention is provided with heater on the air duct of humidification filter upstream side.By the effect of heater, just can supply with warm braw to the humidification filter, increase the humidification amount.And, by stopping heater, just can reduce the humidification amount, thereby can carry out the increase and decrease adjustment of humidification amount.And the surface temperature that can prevent the humidification filter reaches abnormal temperature.In addition, not only can prevent the deterioration of humidification filter, can also avoid the temperature of discharge wind of outlet not high, give a kind of cold wind sense of user.
Damping device of the present invention when the humidification filter is set, makes the inner face bottom of filtration core and the water surface of the water storage in the tank be in same plane or be positioned at its below.The thickness part of filtering core can be immersed in the water fully.Like this, just can avoid the bottom gas leakage of humidification filter, make that the filtration core is fully moisture.
In the damping device of the present invention, the rotation direction of the humidification filter of hollow cylindrical is that the filtration core enters the water from the upstream side of air duct, moves to the direction in the downstream of air duct.Cleaned by time in the water attached to the dust on the humidification filter, can avoid it to disperse again.By air-supply, the ripple because the water surface of tank rises, thus can effectively clean humidifier, and can ventilate equably to filtering the moisture that adheres on the core.
Damping device of the present invention, the exterior upper portion near the humidification filter of hollow cylindrical is provided with shielding portion.And, do the surface area of the downstream part of humidification filter bigger than the upstream side part.The effect that such structure is brought is: that part of water content of coming out from water of humidification filter increases, and the pressure loss also improves.Therefore, the surface area in downstream just can become big.In addition, can also reduce the change of the air drag that closes with humidification filter raw meat, it is slick and sly that the air rheology is got, and can guarantee ventilation simultaneously.
The revolution of the humidification filter of damping device of the present invention is made as below the 5RPM.For the moisture that contains in the humidification filter is separated with the filtration core, need some times.By revolution is slowed to below the 5RPM, can utilize then that the rotation of filtering core is supplied water effectively, operations such as moisture is emitted, drying.
Damping device of the present invention is provided with chamber portion on the part of the air duct that the compressed air stream between pressure fan and the humidification filter is flowed through.After making wind direction, wind speed homogenising in chamber portion, again by the humidification filter, then can reduce the inequality of ventilation, make the humidification ability become stable.In addition, when utilizing heater to supply with warm braw, the temperature difference of warm braw reduces, and makes the humidification ability become stable.
Damping device of the present invention has the humidification filter of being arranged to install and remove and freely rotating in the wall portion of tank.The whirligig that orders about this humidification filter rotation is made of the slave unit that the drive unit that is arranged on the main body rotates above-mentioned humidification filter with being subjected to the driving force of this drive unit.Tank is located on the main body in the mode that can be free to slide mounting or dismounting, is located at slave unit on the humidification filter when being arranged to the tank mounting or dismounting, can with the drive unit clutch that is located on the main body.When cleaning or replacing humidification filter, tank is extracted out from main body.And then, then can clean at an easy rate, safeguard by the humidification filter is separated with tank.In addition, by the tank folding and unfolding in main body or is therefrom extracted out, be arranged on the main body drive unit be arranged on the humidification filter on being connected, separating also and can carry out simultaneously of slave unit.
Damping device of the present invention is provided with, the driven wheel that is arranged on the drive unit on the main body be arranged on and this driven wheel driven gear of the slave unit on the above-mentioned humidification filter of clutch mutually.＜also need inquire at least one side of these driven wheels and driven gear is provided with that connecting becomes is easy to the clearance portion of rotation direction in order to make.Adopt such structure to have following effect: with the tank folding and unfolding in main body the time, even when driven wheel contacts with driven gear and butts at each other, driven wheel or driven gear also can utilize clearance portion to rotate, and move to driven wheel and also are connected with the driven gear position engaged.
On the damping device of the present invention, be provided with the filter frame cylindraceous that is used to keep as the filtration core of the part of humidification filter.This filter frame is made up of a plurality of pitmans of discoideus pair of side plates, connection side plate and the gusset plate that is provided with in the roughly centre position of pitman.Utilize filter frame to keep filtering the cylindric of core.In addition, can prevent the gas leakage of side plate one side, and fully moisture by keeping cylindric, can make to filter core, can under the condition of the air drag that reduces cylinder interior, guarantee air quantity.Like this, just can play consistently the function of humidification filter.
Damping device of the present invention is arranged to a side plate in the pair of side plates can install and remove.The action effect that such structure can play is as follows: remove a side plate, the filtration core that has engaged two ends is embedded into the outside of pitman, by loading onto side plate more again, just can more easily freely filter the dismounting of core
Damping device of the present invention can be used Visual Confirmation humidification filter from the part of outlet.In the damping device operation process, can confirm rotation, the halted state of humidification filter at an easy rate.In addition, the causal investigation that also has repairing, maintenance and the minimizing of humidification amount etc. that reliably easily to carry out device.
And then damping device of the present invention has the main body that is provided with pressure fan on the part of the air duct that is communicated with the formation of suction inlet and outlet.Also has the tank of on the part of the air duct of this main body, establishing, the humidification filter of the hollow cylindrical that can rotate with the state in the water storage that the bottom is immersed in this tank always.And possesses the bactericidal device that in tank, is provided with.The structure of bactericidal device be can be in tank killing bacteria.When the humidification filter with rotational structure is immersed in the tank, cleaned attached to the dust on the humidification filter, can be in the water storage of tank the bacterium class in the stripping dust.Utilize the bacterium class in the bactericidal device collection water that is provided with in the tank then, it can't be survived.
The structure of damping device of the present invention is to utilize the rotation of humidification filter that the water storage of tank is sent in the bactericidal device.On the rotation direction of humidification filter, generate current, can utilize these current that the water storage of tank is sent in the bactericidal device.Like this, the bacterium class in the water can be imported in the bactericidal device, to improve bacteria-eliminating efficacy.
The structure of damping device of the present invention is that the humidification filter is made up of the very big filtration core of void content.After the humidification running finishes, stop the rotation of humidification filter, pressure fan is worked a period of time again, carries out the drying of humidification filter.Because void content is very big, moisture is immersed in part the water from the humidification filter and moves to and be exposed to airborne humidification filter part seldom because of what capillarity caused.By utilizing the air-supply running partly to carry out drying to being exposed to airborne humidification filter, then the humidification filter is immersed in the part dependence bactericidal device killing bacteria in the water, can prevent to be exposed to the bacterial reproduction of airborne humidification filter part.
Damping device of the present invention is provided with heater on the part of the air duct of the upper reaches of humidification filter one side.After the humidification running finishes, carry out the pressure fan running of a period of time again, and to the heater energising, to carry out the drying of humidification filter.Like this, available warm braw is exposed to the drying of the humidification filter airborne, that void content is bigger.The humidification filter interior has warm braw to blow over, and can shorten drying time.If the warm braw more than 50 ℃ just more can improve bactericidal effect.
The humidification structure of filter of damping device of the present invention is to adopt the bigger filtration core of void content; Before timer quits work, stop the rotation of humidification filter, pressure fan is worked a period of time again, to carry out the drying of humidification filter.Before a period of time that timer work is about to stop, stop the rotation of humidification filter, and the running of blowing.The moisture that remains in the humidification filter is discharged, and lasting humidification, owing to do not carry out the supply of moisture,, can match with the out-of-work time of timer and finish drying simultaneously so the humidification filter is dry gradually.
In addition, damping device of the present invention has the main body that is provided with air-supply arrangement on the part of the air duct that is communicated with the formation of suction inlet and outlet.Be arranged on the tank in this main body, be arranged in the air duct, with axle be supported on rotationally in the air duct, its underpart is immersed in the humidification filter of the hollow cylindrical in the water storage of this tank always.This humidification filter possesses filtration core cylindraceous, will filter core keeps its filter frame cylindraceous and covering filtration core from the inboard catch net.The effect that adopts such structure to play is: can suppress, relax owing to filter the stress that moistening, the dry repeatedly use of core is born.Its result can keep the shape of original humidification filter, suppresses the deterioration of its mechanical strength.That is, can prevent thereby the distortion of humidification filter and the reduction of the humidification ability that causes.
Damping device of the present invention adds the suction additive by binding agent and is bonded in the filtration core, and its surface covers with catch net.Can suppress like this to add and be bonded to the suction additive that filters on the core peel off the humidification ability of playing stably.
Damping device of the present invention possesses air heating apparatus in the upstream of humidification filter one side.When can improve the humidification ability, catch net can also suppress to filter the hot deterioration of core, can prolong the life-span of humidification filter.
The material of catch net is a synthetic resin, and line directly is 0.2mm～1.5mm, and opening is 5～20 orders.Here, " order " is the numeral of representing to have between 1 inch (25.4mm) how many meshes.Like this, just can avoid dust to be attached to the surface of humidification filter, improve cleaning performance, and make surperficial homogenising, thereby can carry out uniform humidification.
The material of catch net is the metal with resistance to water.The heat of utilizing metal catch net that heater is produced remains on the surface of humidification filter, and continues to supply with heat to the humidification filter, can improve humidification efficiency, even can improve surface strength.
The material of catch net is made by having absorptive raw material.Moisture is remained on the catch net that covers the humidification filter, can improve the water imbibition of humidification filter.Can easily supply with the humidification filter by the moisture that catch net keeps, both prevent the increase of the pressure loss, can bring into play the humidification ability with stable status again and exist.
Filter core and be designed to and separate, do the internal diameter of catch net littler than the external diameter that filters core with catch net.Owing to can keep the global shape of humidification filter or it is separated with simple component structural, be convenient to the maintenance of each parts, thereby cleannes that can holding member, improve reliability.
Catch net is made by in length and breadth wire rod and is replaced overlapping three-dimensional structure.Compare with the catch net of planar structure, can reduce the formation of moisture film, reduce the pressure loss of humidification filter, and guarantee ventilation.
Catch net is made of wire rod in length and breadth, and the intersection point between the wire rod is fixed, thereby the opening of catch net that can suppress to cover the humidification filter is big by the finger tip support, thus the surface strength of keeping.When can prevent that the pressure loss from increasing, can also bring into play the humidification ability with stable status.
Catch net is the carrier of the functional component of optimization water quality.Can will be able to not append on the catch net, thereby can use damping device swimmingly for a long time by the functional component of the optimization water quality of filtering the direct carrying of core.
Description of drawings
Fig. 1 is the drawing in side sectional elevation of damping device of the present invention.
Fig. 2 is the profilograph of damping device of the present invention.
Fig. 3 is the stereogram of the state of humidification filter when taking out of presentation graphs 1, damping device shown in Figure 2.
Fig. 4 is the exploded perspective view that Fig. 1 arrives humidification filter shown in Figure 3.
Fig. 5 is the stereogram of gap portion of slave unit one side of expression damping device of the present invention.
Fig. 6 is the profile of the state of the humidification filter of expression damping device of the present invention when rotating.
Fig. 7 A is expression about the table of the experimental result of the relation of bubble unit number of filtering core 9 and humidification amount.
Fig. 7 B is the table of the experimental result of the expression relation of filtering the thickness of core 9 and humidification amount.
Fig. 8 A is the table of experimental result of the relation of the revolution of expression humidification filter 8 and humidification amount.
Fig. 8 B is the table of experimental result of the relation of the rotation direction of expression humidification filter 8 and humidification amount.
Fig. 9 is the stereogram of the bactericidal device that is provided with in the damping device of the present invention.
Figure 10 is the exploded perspective view of bactericidal device shown in Figure 9.
Figure 11 is the plane, schematically represents the block diagram of structure of the damping device of embodiments of the invention 3.
Figure 12 is the time diagram of the operating condition of expression damping device shown in Figure 11.
Figure 13 is the plane, schematically represents the block diagram of structure of the damping device of embodiments of the invention 4.
Figure 14 is the time diagram of the operating condition of expression damping device shown in Figure 13.
Figure 15 is the plane, schematically represents the block diagram of structure of the damping device of embodiments of the invention 5.
Figure 16 is the time diagram of the operating condition of expression damping device shown in Figure 15.
Figure 17 A is the stereogram of the humidification filter of damping device of the present invention.
Figure 17 B is the enlarged drawing of the pith of the humidification filter shown in Figure 17 A.
Figure 17 C is the profile of the pith of the humidification filter shown in Figure 17 A.
Figure 18 A is the exploded perspective view of humidification filter of the present invention after filter frame is removed.
Figure 18 B is the filtration core of humidification filter of the present invention and the exploded perspective view of catch net.
Figure 19 is the profile of original evaporation type humidifier.
Figure 20 is the exploded perspective view that adds wet end of original evaporation type humidifier.
Figure 21 is the profile of original other humidifier.
Figure 22 A, Figure 22 B and Figure 22 C are the action specification figure of original other humidifier.
The specific embodiment
Fig. 1 is the drawing in side sectional elevation of damping device of the present invention.As shown in Figure 1, damping device of the present invention has the main body 5 that is provided with pressure fan 4 on the part of the air duct 3 that is communicated with suction inlet 1 and outlet 2.In addition, the freely configuration of water supply tank and main body 5 with installing and removing, part can be provided with tank 7 with being free to slide below main body 5.For the humidification filter 8 that makes hollow cylindrical carries out humidification rotationally, be configured to make its part often to be in the position identical it, perhaps than its (bottom) more in the inner part with the water level 7a of tank 7.That is, the part of humidification filter 8 often is immersed in the water storage of tank 7.
When damping device turned round, air 1a just sucked from suction inlet 1, and the air 1a (compressed air stream) that is compressed by pressure fan 4 is sent in the air duct 3.The compressed air stream that is admitted to then is sent to chamber portion 25 after utilizing heater 23 heating.After chamber portion 25 makes wind direction and wind speed evenly, deliver to humidification filter 8.Humidification filter 8 is by whirligig shown in Figure 2 19 controls.
In order to kill the bacterium in the tank 7, be provided with bactericidal device 10.Effect, effect about bactericidal device 10 are narrated in the back.Heater 23 is located on the part of air duct 3.When heater 23 work, just humidification filter 8 is supplied with warm braw, the humidification amount increases.On the contrary, if when weakening the effect of heater 23 or it being stopped, then the humidification amount reduces.That is, by opening or close heater 23, or adjust its effect, just can carry out the increase and decrease adjustment of humidification amount.Because the increase and decrease adjustment of this humidification amount can be controlled the temperature of humidification filter 8, reduce and deterioration so can prevent its ability.
Fig. 2 is the profilograph of damping device of the present invention.Indicate same label with the same place of Fig. 1.That is, damping device of the present invention possesses pressure fan 4, main body 5, water supply tank 6, tank 7 and humidification filter 8.Also possesses the whirligig of forming by driven gear 15, drive unit 21 and slave unit 22 19.In addition, also has driven wheel 20.Driven gear 15 rotates humidification filter shown in Figure 18, and whirligig 19 is by the drive unit 21 with the driven wheel 20 on main body of being located at 5 and be located at the slave unit 22 that the driven gear on the humidification filter 8 constitutes and constitute.For the rotation situation of visualization humidification filter 8 better, be provided with the 2a of observation portion.Like this, as shown in the figure, just can in the humidifier operation process, confirm rotation, the halted state of the humidification filter 8 of outlet 2 one sides simply.With regard to can carry out simple and reliablely the causal investigation of the maintenance of goods and the minimizing of humidification amount etc.
Fig. 3 is the humidification filter 8 that adopted in the damping device of the present invention of expression at the stereogram of the state when main body 5 unloads.Representing suction inlet 1, outlet 2, main body 5, tank 7, humidification filter 8, driven gear 15 and drive unit 21 among Fig. 3.And in Fig. 3, also express wall portion 18.Height and the size with regulation made by wall portion 18, so that the water storage in the tank 7 can not cover its outside.And humidification filter 8 is contained in this wall portion 18 and both can freely installs and removes, and free to rotate.
At the clear Sweep that carries out humidification filter 8 or when changing, at first, stop the running of damping device, when tank 7 is extracted out, remove being connected of the slave unit 22 that is provided with on the drive unit 21 that is provided with on the main body 5 and the humidification filter 8, just can extract tank 7 out.After this, the wall portion 18 from tank 7 takes out humidification filter 8.
In addition, by will keep humidification filter 8 cylindraceous to be arranged in the wall portion 18 of tank 7 free to rotately, tank 7 folding and unfolding is slidably arrived in the main body 5, thereby, make the driven wheel 20 of the drive unit 21 that is located on the main body 5 and driven gear 15 engagements that are located at the slave unit 22 on the humidification filter 8.At this moment, each tooth portion of driven gear 15 contacts with driven wheel 20, even the situation that appearance heads on mutually, rely on clearance portion 17, driven gear 15 can move to driven wheel 20 position engaged and be connected, and in tank 7 folding and unfoldings, forms whirligig 19.
Fig. 4 is the exploded perspective view of humidification filter 8.The filtration core 9 that humidification filter 8 has one of parts of being used for it keeps the filter frame 10 of hollow cylindricals.Filter frame 10 is by the pitman 12 of the discoideus pair of side plates 11A of a plurality of connections, 11B, and gusset plate 13 is formed at about centre position of pitman 12.Can install and remove between side plate 11B and the filter frame 10.Make the contacted shape of sidepiece with the filtration core 9 of hollow cylindrical at the side plate 11A of a side setting of filter frame 10.The opposite side of side plate 11A and filter frame 10, i.e. side plate 11B subtend configuration.
Keep forming humidification filter 8 thereby filter core 9 usefulness filter frames 10, on the side plate 11B that is arranged to install and remove, be provided with and support to make humidification filter 8 to rotate the support sector 16 of the driven gear 15 of usefulness.In support sector 16, on the radial direction that rotates, be provided with the clearance portion 17 that can allow the axle 15a of support sector of driven gear 15 freely rotate within the limits prescribed.Driven gear 15 is installed in the support sector 16.The amplification stereogram of clearance portion 15 is represented in Fig. 5 described later.
When removing humidification filter 8, as long as the side plate 11B that can install and remove that will be tightened on the threaded portion 14 of filter frame 10 takes off, just can be with 8 taking-ups of humidification filter.And then, by the side plate 11B that can install and remove is installed, just can utilize filter frame 10 that humidification filter 8 is kept the while cylindraceous, pair of side plates 11A, 11B are contacted with the sidepiece of humidification filter 8, thereby keep preventing the state of air from the sidepiece leakage.
In addition, make cylindricly by filtering core 9, and keep its shape with filter frame 10, the air drag that can reduce cylinder interior thus is to guarantee air quantity.Can bring into play the function of humidification filter 8 for a long time and reliably.In addition, set greatlyyer owing to will filter the porosity of core 9, so, even contain moisture in the humidification filter 8, also can guarantee the state that air is easy to circulate.The number of bubbles by will filtering core 9 and the size of bubble are adjusted greatlyyer, and the eye that causes in the time of just can avoiding humidification filter 8 moisture stops up.
Because the rotation of humidification filter 8, Mg, Ca compound etc. just can be attached on the ad-hoc locations, and can use continuously under the prerequisite that does not reduce the humidification ability.Be bonded on the filtration core 9 by adsorbing additive, just can improve humidification amount, the durability of humidification filter 8.
In addition, on the part by the air duct 3 of flowing through chamber portion 25 is set, just can reduces the inequality of ventilation, stablize the humidification ability at compressed air stream.Be immersed in fully in the water by the thickness part that will filter core 9, just can avoid the gas leakage of humidification filter 8 bottoms, and can make the filtration core fully moisture.
Fig. 5 is the amplification stereogram of clearance portion 17 of slave unit one side of same damping device.The side plate 11B that has represented filter frame 10 (with reference to Fig. 4) among Fig. 5.Possesses the support sector 16 that is used to make humidification filter 8 (with reference to Fig. 3) rotation on the side plate 11B.Support sector 16 supports driven gear 15.And then, in support sector 16, on the radial direction that rotates, be provided with the clearance portion 17 that can allow the axle 15a of support sector of driven gear 15 freely rotate within the limits prescribed; In support sector 16, driven gear 15 is housed towards the direction of arrow S.
Fig. 6 is the profile of the state of the humidification filter of expression damping device of the present invention when rotating.
Among Fig. 6, on the part of the air duct 3 of upstream one side of humidification filter 8 heater 23 is set by tank 7 folding and unfoldings in main body 5.Exterior upper portion near humidification filter 8 is provided with shielding portion 24.In addition, do the surface area of the downstream one side part 8b of humidification filter 8 also bigger than the part 8a of upstream one side.Between pressure fan 4 and humidification filter 8, promptly on the part of the air duct 3 that compressed air stream is flowed through, chamber portion 25 is set, the rotation direction of humidification filter 8 is set as: filtration core 9 enters the water from the upstream side of air duct 3, moves to the direction in the downstream of air duct 3.
When humidification filter 8 comes out from water, because it is big to be in water content, the state that the pressure loss is high, thereby the surface area of the downstream part 8b by increasing humidification filter 8, just can reduce the change of the air relevant with humidification filter 8, the air of formation slyness flows, and guarantees ventilation simultaneously.
By making heater 23 runnings that are located on the air duct 3, just can supply with warm braw and increase the humidification amount humidification filter 8; On the contrary, the effect by reducing heater 23 or it is stopped just can reducing the humidification amount, carries out the adjustment that the humidification amount increases and decreases with this.Usually reach abnormal temperature and under the state of deterioration in the surface temperature that can avoid filtering core 9, can make humidifying air discharge and carry out humidification from outlet 1.
Below, the manufacturing process of the filtration core 9 (with reference to Fig. 4) that constitutes humidification filter 8 parts is carried out simple explanation.At first, in the manufacturing process of additive, zeolite, isopropyl alcohol, tetraethoxysilane (binding agent), hydrochloric acid are put into container adjustment, in mixed processes, use ball mill grinding more than 8 hours additive (adjustment material).
Then, in the dipping operation, additive is immersed in the foam carbamate matrix material, in the air blowing operation, removes superfluous part and make it reach the addition of regulation.In drying process, the solvent composition evaporation of the additive of foam carbamate matrix material that will be through blowing, and only add solid constituent.Added the filtration core 9 that additive forms in foam carbamate matrix material, had porosity and be 97% or more, number of bubbles is the three-dimensional framework structure of 4～25/25mm, formation thickness is the hollow cylindrical of 5～20mm.
Below, Fig. 7 A represents the experimental result about the relation of bubble unit number of filtering core 9 and humidification amount.The longitudinal axis of Fig. 7 A is represented the humidification amount of each hour.Usually, the humidification amount is by the room-size decision of using humidifier.Line K0 shown in Fig. 7 A for example represents, adopts the maximum humidification amount of continuous humidification operation mode.When its size for example is 400～450ml/.Line K1 represents the size of the humidification amount that can fully guarantee.Its size is shown as about 80% of maximum humidification amount K0.
Clearly illustrate that the experimental result of bubble unit number within 6～23 unit scopes by Fig. 7 A, the bubble unit number is the humidification amount maximum of Unit 11～16.The bubble unit number that can fully guarantee the humidification amount is in the scope of Unit 4～25.And optimal bubble unit number is in 11～16 unit scopes.
Fig. 7 B represents to filter the experimental result of the relation of the thickness of core 9 and humidification amount.The longitudinal axis of Fig. 7 B the same with shown in Fig. 7 A represented the humidification amount of each hour.Line K0 shown in Fig. 7 B for example represents, adopts the maximum humidification amount of continuous humidification operation mode.When its size for example is 400～450ml/.Line K1 represents the size of the humidification amount that can fully guarantee.Its size is shown as about 80% of K0.
To filter the experimental result of THICKNESS CONTROL in 5～15mm scope of core 9, the humidification amount maximum of thickness about 10mm can guarantee fully that the thickness range of humidification amount is 5～20mm.And then as can be known, the thickness that filters core 9 is preferably in 8～12mm scope.
The humidification filter 8 that can install and remove and can freely rotate is set in the wall portion 18 (with reference to Fig. 3) of tank 7.The configuration of humidification filter 8 makes the inner face bottom of filtration core 9 and the water surface 7a of the water storage in the tank 7 maintain an equal level, or is positioned at its below.
When installing and removing the tank 7 that can be arranged on the main body 5 with freely installing and removing, the slave unit 22 that is arranged on the humidification filter 8 is arranged to and can be connected with the drive unit 21 on being arranged on main body 5 or breaks away from, to constitute humidification filter 8 and it is rotated with the revolution below the 5RPM.
Herein, Fig. 8 A represents the experimental result of the relation of the revolution of humidification filter 8 and humidification amount.
Clearly illustrated that by Fig. 8 A the revolution of humidification filter 8 is controlled at the interior result of experiment of scope of 1～2.5RPM, near the humidification amount maximum of revolution 1RPM can fully be guaranteed in the scope of revolution below 5RPM of humidification amount, preferably below 2RPM.
Same shown in the longitudinal axis of Fig. 8 A and Fig. 7 A, Fig. 7 B represented the humidification amount of each hour.Line K0 shown in Fig. 8 A for example represents, the maximum humidification amount under the continuous humidification operation mode.When its size for example is 400～450ml/.Line K1 represents the size of the humidification amount that can fully guarantee.Its size is about 80% of line K0.Line K2 represents the further size of preferred humidification amount, and its size is at for example in 95% of maximum humidification amount KO.
Fig. 8 B represents the experimental result of the relation of the rotation direction of humidification filter 8 and humidification amount.
Clearly illustrate that by Fig. 8 B, when the rotation direction that makes humidification filter 8 is rotated from the upstream direction (P1) downstream of air duct 3, humidification amount maximum (K0), when rotation direction is (P2) during from the upstream direction in downstream, the humidification amount reduces (minimizing).
Among the embodiment 2 bactericidal device that damping device of the present invention adopted is described.The enlarged drawing of Fig. 9 presentation graphs 1, Fig. 4 and bactericidal device 10 shown in Figure 6.Bactericidal device 10 for example is abutted against nearly tank portion's 10 configurations and has peristome 47 as shown in Figure 1.
Figure 10 is the exploded perspective view of bactericidal device 10 shown in Figure 9.Bactericidal device 10 for example is horizontally disposed with the 1st metallic object of being made by the wire netting of copper 41 and the 2nd metallic object of being made by zine plate 42 with certain interval.Dispose face-to-face across dividing plate 44 between the different 2 kinds of metallic objects 43 of the also first current potential of oxidation.Being provided with short circuit portion 45 in the end of these 2 kinds of metallic objects 43 connects.The folding and unfolding container 46 of folding and unfolding bactericidal device 10 has peristome 47 in its anterior side.With 2 kinds of metallic object 43 folding and unfoldings at horizontal part 48 and make it under water.Horizontal part 48 and vertical component effect 49 roughly form the L font.
With 45 folding and unfoldings of short circuit portion in vertical component effect 49 and it is exposed in the air.On horizontal part 48, dispose upper casing 51 that is provided with a plurality of holes 50 and the lower casing 52 that cooperates with upper casing 51.On lower casing 52, be provided with a plurality of supports 53, form dividing plate 44.
Below, the degermation of bactericidal device 10 in said structure is described.Such as microorganisms such as coliform and staphylococcus aureus, there is electric charge on its surface, can move according to electric field.If use 2 kinds of electrodes,, microorganism is moved even the not mandatory voltage that adds between the battery lead plate so only relies on two electric pole short circuits.Promptly because different types of 2 kinds of metallic objects have the also first current potential of different oxidations (ionization tendency), so come from the also difference of first current potential of oxidation, microorganism can be moved to the metallic object of the also first current potential of oxidation lower (ionization tendency is big) from the metallic object of the also first current potential of oxidation higher (ionization tendency is little).
But, as shown in Figure 2 supply to water in the tank 7 from water supply tank 6, be sent to the bactericidal device 10 from the peristome 77 of storage container shown in Figure 10 46.In 2 kinds of metallic objects 43 in being arranged at bactericidal device 10, it in the water the 1st metallic object 41 of the negative pole that forms from wire netting of the bacterium of negative potential by copper, gather on the 2nd metallic object 42 of the positive pole that is formed by zine plate, the water of degerming just is contained in the humidification filter 8.
If damping device turns round in this state, the room air 1a that utilizes pressure fan 4 as shown in fig. 1 to be sucked by suction inlet 1 is heated by heater 23 and becomes warm braw.Warm braw touches the humidification filter 8 that contains moisture and just makes moisture vaporization, and the air that contains moisture blows to indoor from outlet 2, by the moisture humidification of degerming.
Enter the water of tank 7 and move on the direction in downstream of air duct 3 from the upstream side of air duct 3 by the rotation direction of humidification filter 8 is arranged to, thereby just cleaned by time in the water attached to the dust on the humidification filter 8.Can utilize the bactericidal devices 10 that are provided with in the tank 7 mushroom in the water is assembled and to be killed.
On the rotation direction of humidification filter 8, generate current, utilize this current, the water storage in the tank 7 can be sent in the bactericidal device 10, and the bacterium in the water is imported in the bactericidal device 10 to improve bacteria-eliminating efficacy.
Figure 11 is the plane, schematically represents the block diagram of structure of the damping device of embodiments of the invention 2.As shown in figure 11, damping device possesses pressure fan 4A, humidification filter 8A, bactericidal device 10A, CD-ROM drive motor 26A, timer 28 and control part 29.The running of control CD-ROM drive motor 26A, control part 29 with timer 28 carries out following control after the humidification running finishes: stop CD-ROM drive motor 26A running so that void content the rotation of the humidification filter 8A of big (void content 97%) stop, utilizing timer 28 to make the pressure fan 4A running stipulated time.
Figure 12 is the time diagram of the operating condition of expression damping device shown in Figure 11.After the humidification running finished, as shown in figure 12, the running of CD-ROM drive motor 26A became OFF by ON.At this moment, (OFF) ended in the rotation of humidification filter 8A, and pressure fan 4A one side still remains in operation under the ON state.In addition, CD-ROM drive motor 26A becomes OFF, and after the rotation of humidification filter 8A stopped, then pressure fan 4A was handled humidification filter 8A is carried out drying by the dry operating of control part 29 controls carrying out certain hour.
The void content bigger (for example void content is 97%) that humidification filter 8A forms, moisture is just less to moving of airborne humidification filter 8A because of the part of capillarity from be immersed in water.Therefore when the air-supply running, can carry out sufficient drying to being exposed to airborne humidification filter 8A.Like this, both can prevent the breeding of bacterium, also can use 10 pairs of part sterilizations under water of bactericidal device.
Figure 13 is the plane, schematically represents the block diagram of structure of the damping device of embodiments of the invention 3.As shown in figure 13, damping device has pressure fan 4B, humidification filter 8B, heater 9A, bactericidal device 10, CD-ROM drive motor 26B, timer 28 and control part 29.Heater 9A is arranged on the part of air duct of upstream one side of the CD-ROM drive motor 26B that drives pressure fan 4B and humidification filter 8B and humidification filter 8B.Its structure is after the humidification running finishes, to heater 9A energising a period of time, can make humidification filter 8B drying by control part 29A.
Figure 14 is the time diagram of the operating condition of expression damping device shown in Figure 13.
After humidification running finished, as shown in figure 14, when the humidification running finished, when utilizing control part 29A that the running of CD-ROM drive motor 26B is switched to OFF (" running is switched ") by ON, the rotation of humidification filter 8B stopped (OFF).At this moment, pressure fan 4B still remains in operation under the ON state.And heater 9A also works under the ON state.
That is, CD-ROM drive motor 26B switches to OFF, and after the rotation of humidification filter 8B stopped, pressure fan 4B and heater 9A still carried out " dry operating " with the continuous running state in official hour.Like this, by carrying out the drying of airborne humidification filter 8B with warm braw, thereby can make warm braw arrive void content the filtration core of big (for example void content 97%) inside and shorten drying time.Particularly if the warm braw of use more than 50 ℃ can also further improve bactericidal effect.
Figure 15 is the plane, schematically represents the block diagram of structure of the damping device of embodiments of the invention 5.As shown in figure 15, damping device has pressure fan 4C, humidification filter 8C, heater 9A, bactericidal device 10, CD-ROM drive motor 26C, timer 2 8A and control part 29B.
Figure 16 is the time diagram of the operating condition of expression damping device shown in Figure 15.
Timer when running, shown in the time diagram of Figure 16, before the stipulated time that the running of timer 2 8A finishes, utilize control part 29B that the running of CD-ROM drive motor 26C is switched to OFF (" running is switched ") by ON.At this moment, the rotation of humidification filter 8C stops.But pressure fan 4C still remains in operation under the ON state.After the rotation of humidification filter 8C was stopped, pressure fan ran to timer always and quits work, to carry out dry operating.At this moment, owing to humidification filter 8C is not divided for supplying water, thereby humidification filter 8C is dry gradually, the time of quit work with timer (running is switched) matches, and can finish drying.
Figure 17 A is the stereogram of the humidification filter that adopts of damping device of the present invention.Figure 17 B is the enlarged drawing of the pith of Figure 17 A.Figure 17 C is the profile of the pith of Figure 17 A.
Humidification structure of filter shown in Figure 17 A-Figure 17 C is particularly suitable for preventing that its shape from deforming under moistening, dry situation about using repeatedly like this.
These humidification filters can use in Fig. 1, Fig. 2 or humidification filter shown in Figure 3.
In addition, catch net is made plastic netted, and its line is directly got 0.2～1.5mm, and its opening size is got 5～20 orders, the size of selecting finger tip to be not easy to enter.Preceding narration arranged also, " order " is the numeral that how many mesh numbers has between the expression 1 inch (25.4mm).
The wire rod in length and breadth of catch net 10 adopts and replaces 3 overlapping dimension structures, and the intersection point 10a of wire rod fixes by heat fusing in length and breadth, like this, promptly uses the finger tip extruding, and it is big that opening size can not become yet.Catch net 10 then can reduce the moisture film that catch net 10 surfaces form by adopting 3 dimension structures.Therefore, the air drag of humidification filter 8 diminishes, and can stably guarantee the air output on the humidification path.In addition, about the size of the wire rod of catch net 10, if consider and obtain easily and improve its operation, preferred line directly is 0.3～0.6mm, and opening is 7～10 orders.
The raw material of catch net 10 if replace synthetic resin with the such resistance to water metal of stainless net, then can further improve its intensity.When alleviating, heat for whole humidification filter 8 equably, to improve humidification efficiency by the thermic load of air heating apparatus to filtration core 9.In addition,, self absorb water and humidification by catch net 10 so, then help the raising of humidification ability if the raw material of catch net 10 use the water imbibition raw material.
Purify or the carrier of the functional component of the water storage of activation tank 7 by catch net 10 being become possess to have, the humidification that just can carry out comfort and health turns round.As these functional components photochemical catalyst, bacteria remover, antivirotic, mould resistant, deodorant, aromatic, ion exchange resin etc. are arranged.So long as purify the composition be dissolved in the water storage or the composition of water storage, also can be the material beyond above-mentioned.When functional component no longer works,, just can carry out replenishing or replacing of functional component easily as long as by changing catch net 10.
Figure 18 A is the exploded perspective view of pulling down behind the filter frame of humidification filter of the present invention.Figure 18 B is the filtration core that adopted of same humidification filter and the exploded perspective view of catch net.
In this two secondary figure, catch net 10 is that the synthetic resin net with polypropylene system is formed on the cylinder.Be the internal diameter 10b of catch net 10 littler than the external diameter 9a that filters core 9
Heated wind pushing air passes through to filter core 9 again by behind the surface of catch net 10.Therefore, just can suppress because of adding the deterioration of the filtration core 9 that hot-air causes.When catch net 10 when being metal, disperseed and remained in the humidification filter 8 by adding heat that hot-air brings, so just can be equably to filtering core 9 heat supplies.
When humidification filter 8 is cleaned or changes, stop the running of damping device earlier, tank 7 is slided extract out, again humidification filter 8 is taken out from tank.Humidification filter 8, owing to be the internal diameter 10b of catch net 10 littler than the external diameter 9a that filters core 9, and catch net 10 and filter core 9 and fix by the pressure connection status, thereby do not need to prepare new parts in order to fix both.Like this, not only can reduce component number, and can also carry out the cleaning of humidification filter 8 easily and change operation.
Because damping device provided by the invention can use under the prerequisite of the humidification ability that does not reduce the humidification filter continuously, and can stably carry out the humidification running under the prerequisite that does not change the humidification amount, so the possibility of utilizing on industry is very high.
In addition, damping device of the present invention can also be applicable to and rotate the humidification filter that number of bubbles is many, bubble is big, gives cold water, obtains the thermantidote of cold wind.Thereby the scope of utilizing on its industry further enlarges.And, can also be applicable to the use bactericidal device, the water in the tank is drunk up, spread on the heat exchange department, thereby obtain the tank degerming of the thermantidote of cold wind and so on.Like this, just further enlarged the range of application on the industry.In addition, when increase filtering the surface area of core, filter the surface of core with the catch net protection, owing to can be applicable to the jumbo damping device of using on the business etc., therefore, the possibility of utilizing on its industry is high.
Claims (30)
1. damping device, it is characterized in that, have: on a part that is communicated with the air duct that suction inlet and outlet form, be provided with the main body of pressure fan, be arranged on the tank on the part of above-mentioned air duct in order supplying water the water supply tank on being arranged on aforementioned body and the bottom be immersed in rotating humidification filter in the water storage of this tank, that make hollow cylindrical.
2. damping device according to claim 1 is characterized in that: above-mentioned humidification filter has the filtration core, and it is more than 97% that above-mentioned filtration core has void content, and number of bubbles is the three-dimensional framework structure of 4～25/25mm.
3. damping device according to claim 1 is characterized in that: the thickness of the filtration core of one of parts of above-mentioned humidification filter is 5～20mm.
4. damping device according to claim 1 and 2 is characterized in that: by binding agent the moisture absorption additive is added and bonding to form above-mentioned filtration core.
5. damping device according to claim 1 is characterized in that: above-mentioned humidification mechanism is located on the part of air duct of upstream one side of above-mentioned humidification filter.
6. damping device according to claim 1 is characterized in that: the water surface of the water storage in the inner face bottom that is arranged so that above-mentioned filtration core of above-mentioned humidification filter and the tank is in same plane, or is positioned at its below.
7. damping device according to claim 1 is characterized in that: the rotation direction of the humidification filter of above-mentioned hollow cylindrical is: filter core and enter the water and move to the downstream of above-mentioned air duct from the upstream side of above-mentioned air duct.
8. damping device according to claim 1 is characterized in that: shielding portion is located at exterior upper portion near above-mentioned humidification filter, and does the surface area of the downstream part of above-mentioned humidification filter bigger than the upstream side part.
9. damping device according to claim 1 is characterized in that: the revolution of above-mentioned humidification filter is made as below the 5RPM.
10. damping device according to claim 1 is characterized in that: chamber portion is arranged on the part of the air duct that the compressed air stream between above-mentioned pressure fan and the above-mentioned humidification filter flows through.
11. damping device according to claim 1, it is characterized in that, also have: the above-mentioned tank of the mounting or dismounting that be located on the aforementioned body, can be free to slide, be arranged in the wall portion of above-mentioned tank, can freely install and remove and above-mentioned humidification filter free to rotate, be arranged on the drive unit on the aforementioned body and be subjected to the driving force of above-mentioned drive unit and above-mentioned humidification filter is rotated and when above-mentioned tank mounting or dismounting, make the humidification filter and be located at aforementioned body on the drive unit contact or the slave unit that separates.
12. damping device according to claim 1 is characterized in that: be arranged on the driven wheel of the drive unit on the aforementioned body and be arranged on the above-mentioned humidification filter and with above-mentioned driven wheel mutually at least one side in the driven gear of the above-mentioned slave unit of clutch be provided with the clearance portion that makes the rotation direction that above-mentioned driven wheel is connected with driven gear easily.
13. damping device according to claim 1, it is characterized in that: above-mentioned humidification filter is by being used to keep the filter frame cylindraceous that filters core, a pair of discoideus side plate connects a plurality of pitmans of this side plate and the gusset plate that is arranged on the centre position of this pitman is formed.
14. damping device according to claim 13 is characterized in that: its at least one side has detachable above-mentioned discoideus side plate.
15. damping device according to claim 1 is characterized in that: looking of the above-mentioned humidification filter of Visual Confirmation recognized portion be located at above-mentioned outlet one side.
16. damping device, it is characterized in that, its structure is, have: the main body that on the air duct that is communicated with the formation of suction inlet and outlet, is provided with pressure fan, be arranged on the tank on the above-mentioned air duct of this main body, the humidification filter of the hollow cylindrical that rotates with the state in the water storage that the bottom is immersed in this tank always and be arranged on bactericidal device in the above-mentioned tank; Kill bacterium in the above-mentioned tank with above-mentioned bactericidal device.
17. damping device according to claim 16 is characterized in that: adopt the rotation utilize above-mentioned humidification filter that structure in the bactericidal device is delivered in the water storage of tank.
18. damping device according to claim 16, it is characterized in that: above-mentioned humidification filter is that filtration core more than 97% forms by void content, after the humidification running finishes, the rotation of above-mentioned humidification filter is stopped, allow pressure fan turn round at the appointed time, to carry out the drying of above-mentioned humidification filter.
19. damping device according to claim 16, it is characterized in that: on the part of the air duct of above-mentioned humidification filter upstream side, heater is set, after the humidification running finishes, carry out the running of a period of time pressure fan earlier and to the energising of above-mentioned heater, to carry out the drying of above-mentioned humidification filter.
20. damping device according to claim 16, it is characterized in that: the humidification filter is that filtration core more than 97% forms by void content, before timer quits work, stops the rotation of humidification filter earlier, make pressure fan running a period of time then, to carry out the drying of humidification filter.
21. damping device, it is characterized in that, have: the main body that on the air duct that is communicated with the formation of suction inlet and outlet, is provided with air-supply arrangement, be arranged on the tank in the main body, rotatingly be arranged in the above-mentioned air duct, make its underpart be immersed in the humidification filter of the hollow cylindrical in the water storage of this tank always with the axle supporting; Above-mentioned humidification filter is by filtration core cylindraceous, and the catch net that this filtration core is kept its filter frame cylindraceous from the inboard and cover above-mentioned filtration core constitutes.
22. damping device according to claim 21 is characterized in that: the suction additive is added and be bonded in the above-mentioned filtration core by binding agent, its surface covers with catch net.
23. damping device according to claim 21 is characterized in that: one side possesses air heating apparatus at the upper reaches of above-mentioned humidification filter.
24. damping device according to claim 21 is characterized in that: the material of catch net is a synthetic resin, and line directly is 0.2mm～1.5mm, and opening is 5～20 orders.
25. according to claim 21 or 23 described damping devices, it is characterized in that: the material of above-mentioned catch net is the metal with resistance to water.
26. damping device according to claim 21 is characterized in that: the material of above-mentioned catch net is to constitute by having absorptive raw material.
27. damping device according to claim 21 is characterized in that: above-mentioned filtration core is designed to and can separates with catch net, and the internal diameter of catch net is done forr a short time than the external diameter that filters core.
28. damping device according to claim 21 is characterized in that: above-mentioned catch net is to replace the overlapping three-dimensional structure that forms by in length and breadth wire rod.
29. damping device according to claim 21 is characterized in that: above-mentioned catch net is made of wire rod in length and breadth, and the intersection point between the wire rod is fixed.
30. damping device according to claim 21 is characterized in that: above-mentioned catch net is at least a carrier in photochemical catalyst, bacteria remover, antivirotic, mould resistant, deodorant, aromatic, the ion exchange resin.
Applications Claiming Priority (6)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2004091468 | 2004-03-26 | ||
| JP2004091468A JP2005274097A (en) | 2004-03-26 | 2004-03-26 | Humidifier |
| JP2004091467 | 2004-03-26 | ||
| JP2004091467A JP4595366B2 (en) | 2004-03-26 | 2004-03-26 | Humidifier |
| JP2004289772A JP4710297B2 (en) | 2004-10-01 | 2004-10-01 | Humidifier |
| JP2004289772 | 2004-10-01 |
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| Publication Number | Publication Date |
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| CN1673636A CN1673636A (en) | 2005-09-28 |
| CN1330907C true CN1330907C (en) | 2007-08-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNB2005100588090A Active CN1330907C (en) | 2004-03-26 | 2005-03-28 | Humidifier |
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| CN (1) | CN1330907C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102628604A (en) * | 2007-07-18 | 2012-08-08 | 夏普株式会社 | Humidifier and rotation drive structure |
Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4698753B2 (en) * | 2007-05-21 | 2011-06-08 | パナソニック株式会社 | Humidifier and air purifier with humidification function |
| JP5958507B2 (en) * | 2014-08-29 | 2016-08-02 | 株式会社富士通ゼネラル | Air cleaner |
| JP6569063B2 (en) * | 2015-07-01 | 2019-09-04 | シャープ株式会社 | Humidifying device, dehumidifying device and humidifying method |
| JP6843242B2 (en) * | 2017-07-10 | 2021-03-17 | 三菱電機株式会社 | Bathroom Dryer |
| KR102029830B1 (en) * | 2017-08-07 | 2019-11-08 | 주식회사 조은바람 | Vaporization-type Air Supply System for Energy-saving and Easy Maintenance |
| CN111397056B (en) * | 2019-04-10 | 2021-06-22 | 晨宁(深圳)实业有限公司 | Humidifier and humidifying air purifier |
| JP7221154B2 (en) * | 2019-06-28 | 2023-02-13 | ダイニチ工業株式会社 | humidifier |
| CN115013905A (en) * | 2022-06-28 | 2022-09-06 | 珠海格力电器股份有限公司 | Air purifier and humidification control method thereof |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0256306A2 (en) * | 1986-08-15 | 1988-02-24 | Defensor Ag | Moistening vaporizer |
| CN1399104A (en) * | 2001-07-24 | 2003-02-26 | 三洋电机株式会社 | Moistener |
-
2005
- 2005-03-28 CN CNB2005100588090A patent/CN1330907C/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0256306A2 (en) * | 1986-08-15 | 1988-02-24 | Defensor Ag | Moistening vaporizer |
| CN1399104A (en) * | 2001-07-24 | 2003-02-26 | 三洋电机株式会社 | Moistener |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102628604A (en) * | 2007-07-18 | 2012-08-08 | 夏普株式会社 | Humidifier and rotation drive structure |
| CN102628604B (en) * | 2007-07-18 | 2014-12-10 | 夏普株式会社 | Humidifier and rotation drive structure |
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| CN1673636A (en) | 2005-09-28 |
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Application publication date: 20050928 Assignee: Guangdong Matsushita Environment System Co., Ltd. Assignor: Matsushita Ecology Co., Ltd. Contract record no.: 2015990000587 Denomination of invention: Evaporating humidifier Granted publication date: 20070808 License type: Common License Record date: 20150707 |
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