CN2724607Y - Electric vacuum cleaner - Google Patents
Electric vacuum cleaner Download PDFInfo
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- CN2724607Y CN2724607Y CN 200420087091 CN200420087091U CN2724607Y CN 2724607 Y CN2724607 Y CN 2724607Y CN 200420087091 CN200420087091 CN 200420087091 CN 200420087091 U CN200420087091 U CN 200420087091U CN 2724607 Y CN2724607 Y CN 2724607Y
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Abstract
The utility model relates to an electric suction cleaner which can simultaneously realize high suction performance and quietness. The utility model comprises an electric blower 1 and a box body (20), wherein the electric blower 1 is provided with a fan part 4 provided with a first exhaust port 3 discharging exhaust air and a motor part 6 provided with a second exhaust port 5 discharging exhaust air, and the box body 20 covers at least one part of the periphery of the electric blower 1. The box body is provided with a first exhaust port 21 discharging at least part of the exhaust air discharged from the first exhaust port 3 to the outer part of the box boy 20 and a second exhaust port 22 discharging at least part of the exhaust air discharged from the second exhaust vent 5 of the electric blower 1 to the outer part of the box body 20, which realizes high suction power, noise reduction and quiet sound.
Description
Technical field
The utility model relates to the electric dust collector that can realize high-suction performance and quietization simultaneously.
Background technology
In traditional electric dust collector, electric blowing machine constitutes by having fan portion that sucks the suction unit that attracts wind and the motor part that produces rotary motive power.In order to improve the suction operating efficiency of electric dust collector, around fan guard, the 1st exhaust outlet is set, and the 2nd exhaust outlet is set, to reduce attracting wind to pass through the amount of the big motor part of the pressure loss in motor part.
Have around a kind of structure electric blowing machine, downstream at described the 1st exhaust outlet, setting has the differentiation wall of collection from the interconnecting part of the exhaust wind of described the 1st exhaust outlet discharge, the box body that is made of 2 split components covers, in described box body, constitute the rear of described differentiation wall and be formed with outlet (for example, Japanese Patent Application Publication communique, spy open 2001-349897 number).
The electric dust collector of traditional other is described with reference to Figure 15.
Body of dust collector 1 is provided with and is adorning the electric blowing machine chamber 104 of adorning electric blowing machine 103 in dust storage chamber 102, the rear portion in the front portion.Have again: be in the top of described electric blowing machine 103 positions, to the exhaust outlet 105 of the rear of body 101 exhaust; Be located at described electric blowing machine chamber 104 the rear portion, will convert to from the exhaust wind direction of described electric blowing machine chamber 104 exhausts rearward the top the 1st path body 106; And the 2nd path body 107 that described the 1st path body 106 is connected with described exhaust outlet 105, described the 2nd path body 107 is provided with will derive the circuitous portion 108,109 of rear to the rear side that converts body to from exhaust wind direction the place ahead of described the 1st path body 106 exhausts.
The following describes the action of the electric dust collector of said structure.
Utilize the circuitous portion 108,109 of direction conversion, the electric blowing machine 103 that extended is the distance of exhaust outlet 105 with air exit, and make the exhaust bending, the exhaust channel that extended can reduce the ear-piercing sound (for example, Japanese Patent Application Publication communique, spy open flat 11-253367 communique) that sends from electric blowing machine 103.
Yet, in the said structure, in order to improve the suction operating efficiency of electric dust collector, although be provided with the 1st, the 2nd outlet respectively in the fan side and the motor part side of electric blowing machine, but only be provided with outlet on 1 position on the box body that covers electric blowing machine, efficient is not high.For not to the mobile formation resistance of exhaust,, suck operating efficiency though can improve, otherwise noise is also big if strengthen flow export again.Particularly the high frequency sounds of the exhaust of discharging from fan side is big, and noise is caused big influence.
Again, in the said structure, for the ear-piercing sound that reduces to send from electric blowing machine 103, rear in the electric blowing machine chamber 104 of body of dust collector 101 is provided with the 1st path body 106, be provided with the 2nd path body 107 up,, be very difficult to use so increased body of dust collector 101.
The utility model is exactly that its purpose is, the electric dust collector that can realize high-suction performance and quietization simultaneously is provided in order to solve above-mentioned problem.
The utility model content
In order to solve above-mentioned traditional problem, the utility model comprises: by the fan portion with the 1st exhaust outlet of discharging exhaust wind with have the electric blowing machine that the motor part of the 2nd exhaust outlet of discharging exhaust wind constitutes; And the box body that at least a portion of described electric blowing machine periphery is covered, described box body has: the 1st exhaust outlet that at least a portion of the exhaust that will discharge from described the 1st exhaust outlet is discharged to the outside of described box body; And at least a portion of the exhaust that will discharge from the 2nd exhaust outlet of described electric blowing machine the 2nd exhaust outlet of discharging to the outside of described box body, on box body, be provided with the 1st, the 2nd corresponding with the 1st, the 2nd exhaust outlet of being located at electric blowing machine respectively outlet, can further realize the high operating efficiency that sucks, and, flow out to outlet from separately exhaust outlet by making exhaust, clear stream is carried out in exhaust in the box body, can reduce exhaust sound, and then reduce the noise of electric dust collector, realize quietization.
Adopt the utility model, the electric dust collector that can realize high-suction performance and quietization simultaneously can be provided.
The 1st technical scheme comprises: by the fan portion with the 1st exhaust outlet of discharging exhaust wind with have the electric blowing machine that the motor part of the 2nd exhaust outlet of discharging exhaust wind constitutes; And the box body that at least a portion of described electric blowing machine periphery is covered, described box body has: the 1st exhaust outlet that at least a portion of the exhaust that will discharge from described the 1st exhaust outlet is discharged to the outside of described box body; And at least a portion of the exhaust of discharging from described the 2nd exhaust outlet of described electric blowing machine the 2nd exhaust outlet of discharging to the outside of described box body, on box body, be provided with the 1st, the 2nd corresponding with the 1st, the 2nd exhaust outlet of being located at electric blowing machine respectively outlet, can further realize the high operating efficiency that sucks, and, flow out to outlet from separately exhaust outlet by making exhaust, clear stream is carried out in exhaust in the box body, can reduce exhaust sound, and then reduce the noise of electric dust collector, realize quietization.
The 2nd technical scheme is to dividing from the stream of the exhaust wind of the 1st exhaust outlet to the 1 outlet with from the stream of the exhaust wind of the 2nd exhaust outlet to the 2 outlets, become 2 spaces of cutting apart in the box body, and, flow out to outlet from separately exhaust outlet by making exhaust, clear stream is carried out in exhaust in the box body, can reduce exhaust sound, and then reduce the noise of electric dust collector, realize quietization.
3rd, 4 technical schemes are from the stream of the exhaust wind of the 1st exhaust outlet to the 1 outlet and/or from the stream of the exhaust wind of the 2nd exhaust outlet to the 2 outlets the next door to be set, form circuitous stream, so by the next door is set, in a single day circuitous from the exhaust that the 2nd exhaust outlet is discharged, exhaust flow path then also can extend in the confined space in box body, reduce exhaust sound, under the situation that the electric dust collector body is maximized, can realize reducing noise.
The 5th technical scheme is to dispose acoustic material in circuitous stream, can further realize low noiseization by the configuration acoustic material.
The 6th technical scheme is to form circuitous stream in the space between box body and electric blowing machine, at least the shape that forms described circuitous circuit portion of described box body is the section general square shape, profile with respect to electric blowing machine is roughly circle, can strengthen the space in the box body, exhaust flows into this spatial portion, the wind speed of exhaust is temporarily reduced in the space, and its result can reduce exhaust sound, can realize that the noise of electric dust collector reduces and quietization.
The 7th technical scheme comprises: produce to attract wind and have the electric blowing machine of discharging the exhaust outlet that exhaust uses; In the box body that at least a portion of described electric blowing machine is covered is housed the electric blowing machine chamber; And the body exhaust outlet that exhaust wind is discharged to atmosphere from described electric blowing machine chamber, described box body is provided with the outlet from the outside discharge of the described box body of the exhaust wind direction of described electric blowing machine usefulness, has the circuitous wall that makes from the circuitous usefulness of exhaust wind of described outlet discharge simultaneously, owing to utilize circuitous wall to interdict, can reduce the sound of the ear-piercing exhaust wind that sends from electric blowing machine, so can form the little exhaust flow path of body.
The 8th technical scheme is between the exhaust flow path of outlet and body exhaust outlet circuitous wall to be set, and makes exhaust windbend song, so the sound of exhaust wind can directly not send from the body exhaust outlet, can reduce the ear-piercing sound that sends from electric blowing machine.
The 9th technical scheme is to utilize circuitous wall, make the exhaust wind of discharging from outlet make a circulation the direction that is approximate vertical with respect to blow-off direction from the exhaust of body exhaust outlet, make exhaust windbend song, the exhaust flow path that can extend is so can reduce the ear-piercing sound that sends from electric blowing machine.
The 10th technical scheme is to utilize circuitous wall, make the exhaust wind of discharging from outlet make a circulation and be the direction of approximate vertical and the state that general horizontal direction flows with respect to blow-off direction from the exhaust of body exhaust outlet, the exhaust wind that comes out from the left and right directions (general horizontal direction) of the circuitous wall of being located at sound-muffling box, collision mutually in the way that flows to the body exhaust outlet, can relax the flow velocity of exhaust wind, discharge from the body exhaust outlet, so can reduce the ear-piercing sound that sends from electric blowing machine.
The 11st technical scheme is on the position relative with outlet sound-absorbing material to be set at least, exhaust-gas upstream side at least at circuitous wall, form the space of exhaust wind flow between described circuitous wall and described sound-absorbing material, so can be by sound-absorbing material with the exhaust wind sound-absorbing in the space, and, the circuitous wall that sound-muffling box is located in utilization makes exhaust windbend song, so can reduce the ear-piercing sound that sends from electric blowing machine.
The 12nd technical scheme is that the sound-absorbing material that contacts slightly with the roughly leading section of circuitous wall is set on the position relative with outlet at least, and exhaust wind is made a circulation, and can reduce the ear-piercing sound that sends from electric blowing machine.
The 13rd technical scheme is that circuitous wall is towards exhaust-gas upstream side, leading section forms and is the roughly circular-arc of convex, the exhaust wind that comes out from sound-muffling box successfully flows along roughly circular-arc circuitous wall, so exhaust wind free of losses, can keep high-suction performance, and, utilize circuitous wall to make exhaust windbend song, so can reduce the ear-piercing sound that sends from electric blowing machine.
The 14th technical scheme is that the wall along circuitous wall is provided with sound-absorbing material, utilizes circuitous wall and the sound-absorbing material can be with the sound blocking of the ear-piercing exhaust wind that sends from electric blowing machine, so can further realize low noiseization.
Embodiment of the present utility model is described with reference to the accompanying drawings.In addition, the utility model is not limited to present embodiment.
The simple declaration of accompanying drawing
Fig. 1 is the profilograph of the electric dust collector of expression the utility model embodiment 1.
Fig. 2 is the A portion enlarged drawing of Fig. 1.
Fig. 3 is the B-B profile of Fig. 1.
Fig. 4 is the C-C profile of Fig. 1.
Fig. 5 is the D-D profile of Fig. 1.
Fig. 6 is the profile of the electric dust collector body of expression the utility model embodiment 2.
Fig. 7 is the amplification profile with electric dust collector.
Fig. 8 is the A-A profile of Fig. 7.
Fig. 9 is the B-B profile of Fig. 7.
Figure 10 is the C-C profile of Fig. 7.
Figure 11 is the profile with electric dust collector.
Figure 12 is the upward view with sound-muffling box.
Figure 13 is the amplification profile of the electric dust collector of expression the utility model embodiment 3.
Figure 14 is the upward view with sound-muffling box.
Figure 15 is the profile of traditional electric dust collector.
The specific embodiment
(embodiment 1)
Below with reference to Fig. 1～Fig. 5 the 1st embodiment of the present utility model is described.
Among Fig. 1, Fig. 2, produce and attract the electric blowing machine 1 of wind to comprise fan portion 4 and motor part 6, fan portion 4 by the impeller (not shown) that produces wind by revolution, attract air air entry 2, be arranged on that the housing 4a that covers impeller goes up and outside the 1st exhaust outlet 3 of discharging of wind direction that described impeller produces constituted, the rotary motive power of adorning described impeller in the motor part 6 is a motor, is arranged on the 2nd exhaust outlet 5 that the support 6a that covers described motor goes up and the wind direction outside that described impeller produces is discharged and constitutes.The 7th, the electric dust collector body, the suction inlet 9 that is communicated with air entry 2 by the electric blowing machine chamber 8 that disposes described electric blowing machine 1, at the upstream side of the air entry 2 of electric blowing machine 1, the dust storage chamber 12 that disposes the paper bag 10 of collecting dust and have an attraction mouth 11 that is communicated with described paper bag 10 are constituted.Above dust storage chamber 12, formation is held in dust storage chamber 12 air-tight state and turns round the control of dust chamber cap 13 that is maintained at freely on the body.
Have basket 14 in dust storage chamber 12, this basket 14 keeps paper bag 10, and paper bag 10 during from dust storage chamber 12 taking-ups, can taken out simultaneously with paper bag 10.In addition, the 15th, protecgulum is formed with and attracts mouth 11, flexible pipe (not shown) and inhalation apparatus (not shown) can be ended with electric dust collector body 7 cards.Electric blowing machine chamber 8 is covered from top by loam cake 16, is provided with the exhaust outlet 17 of discharging from electric blowing machine 1 at the rear of electric dust collector body 7.Again, on electric blowing machine 1, the place ahead of fan portion 4 is being fixed the suction inlet 9 of electric dust collector body 7 and can guaranteed the airtight support rubber 18 that does not make the vibration biography of electric blowing machine 1 to the soft material formation of electric dust collector body 7, is fixing the back support rubber 19 that soft material forms at the rear of motor part 6.
Again, box body 20 with 2 segmenting structures, electric blowing machine all can be covered, described back support rubber 19 is engaged by box body 20, the location is made in up and down position all around to electric blowing machine 1 and box body 20, and can prevent that attraction because of electric blowing machine 1 from making electric blowing machine 1 moving forwards, can prevent that again the vibration of electric blowing machine 1 from passing to box body.
On box body 20, the 2nd outlet 22 that at least a portion of the 1st outlet 21 that at least a portion that is formed with the exhaust of discharging from described the 1st exhaust outlet 3 is discharged to the outside of described box body 20 and the exhaust that will discharge from the 2nd exhaust outlet 5 of described electric blowing machine 1 is discharged to the outside of described box body 20.The 1st outlet 21 is in and the not opposed position of the 1st exhaust outlet 3, and same, the 2nd outlet 22 also is in and the not opposed position of the 2nd exhaust outlet 5.In addition, the 23rd, in box body 20, be used to distinguish from the stream of the exhaust wind of the 1st exhaust outlet 3 to the 1st outlets 21 with from the differentiation wall of the stream of the exhaust wind of the 2nd exhaust outlet 5 to the 2nd outlets 22.
As shown in Figure 3, distinguish the circular of wall 23, constituted the leading section shape, contact slightly with the shell of electric blowing machine 1 along the cross-sectional profile shape of electric blowing machine 1.And,, be provided with the 1st next door 24 in order to make the exhaust of flowing in the stream in the box body 20 of the 1st exhaust outlet 3 and the 1st outlet 21 circuitous.Described the 1st next door 24 in the radial section shape of electric blowing machine 1 as shown in Figure 4, the circular along the cross-sectional profile shape of electric blowing machine 1 has constituted the leading section shape, will roughly be held in the gap of electric blowing machine 1 necessarily, forms the gap with this.
Equally, in order to make the exhaust of flowing in the stream in the box body 20 of the 2nd exhaust outlet 5 and the 2nd outlet 22 circuitous, be provided with the 2nd next door 25.Described the 2nd next door 25 in the radial section shape of electric blowing machine 1 as shown in Figure 5, the circular along the cross-sectional profile shape of electric blowing machine 1 has constituted the leading section shape, will roughly be held in the gap of electric blowing machine 1 necessarily, forms the gap with this.Again, be formed with box body 20 as shown in Figure 4, the section shape of the 1st circuitous stream 26 of being located at from the 1st exhaust outlet 3 to the 1st next doors 24 space is general square shape.Equally, be formed with box body 20 as shown in Figure 5, the section shape of the 2nd circuitous stream 27 of being located at from the 2nd exhaust outlet 5 to the 2nd next doors 25 space is general square shape.And for example Fig. 4, shown in Figure 5 is provided with acoustic material 28 in the described the 1st circuitous stream 26 and the 2nd circuitous stream 27.In the present embodiment, be provided with the 1st circuitous stream 26 and the 2nd circuitous stream 27, even but a certain side only is set also has following effect.
The following describes the action and the effect of the electric dust collector of said structure.
Utilize dust and the attraction wind of the attraction wind of electric blowing machine 1 from inhalation apparatus (not shown) attraction, by attracting to have only dust to be caught by paper bag 10 behind the mouth 11, attraction wind is attracted by the air entry 2 of electric blowing machine 1.The part of the attraction wind that is attracted by electric blowing machine 1 is discharged from the 1st exhaust outlet 3, and a part makes motor part 6 coolings by motor part 6, discharges from the 2nd exhaust outlet 5 then.To do differentiation in the box body 20 because of distinguishing wall 23,, emitted to the 2nd outlet 22 from the exhaust that the 2nd exhaust outlet 5 is discharged so the exhaust of discharging from the 1st exhaust outlet 3 is emitted to the 1st outlet 21 basically.At first be to emit from the 1st circuitous stream 26 of exhaust in box body 20 that the 1st exhaust outlet 3 is discharged.Emit to the outside of box body 20 from the 1st outlet 21 through the gap of being located at 1 of the 1st next door 24 and electric blowing machine then.
Secondly, the 2nd circuitous stream 27 of exhaust in box body 20 of discharging from the 2nd exhaust outlet 5 emitted.Emit to the outside of box body 20 from the 2nd outlet 22 through the gap of being located at 1 of the 2nd next door 25 and electric blowing machine then.Each since exhaust that the 1st outlet 21 and the 2nd outlet 22 are emitted by in the electric dust collector body 7, emit to the outside of electric dust collector body 7 from the exhaust outlet 17 of being located at the rear.
Like this, because the 1st exhaust outlet 3 becomes the 1st outlet 21, the 2nd exhaust outlet 5 becomes the 2nd outlet 22, and made the exhaust differentiation separately by distinguishing wall 23, so can realize higher suction operating efficiency, because exhaust is flowed out to outlet from separately exhaust outlet, clear stream has been made in the exhausts in the box body 20 again, can have been reduced exhaust sound.And then reduce the noise of electric dust collector, can realize quietization.
The exhaust of emitting to peripheral direction from the 1st exhaust outlet 3 and the 2nd exhaust outlet 5 is in case emit to separately the 1st circuitous stream 26 and the 2nd circuitous stream 27.Relatively circular with the section of electric blowing machine 1, the 1st circuitous stream 26 and the 2nd circuitous stream 27 are respectively the section general square shape, are provided with big space in box body 20.Thus, be released to the exhaust of large space because of reduced wind speed quickly, so can reduce exhaust sound.
Exhaust from the 1st circuitous stream 26 and the 2nd circuitous stream 27 outflows is to emit from separately the 1st exhaust outlet 3 and the 2nd exhaust outlet 5 from the gap of the 1st next door 24 and the 2nd next door 25 and electric blowing machine 1 respectively, but the exhaust of emitting to the 1st circuitous stream 26 and the 2nd circuitous stream 27 is that inside-out Zhou Fangxiang towards box body 20 discharges respectively, but flowing as previously mentioned of exhaust thereafter, because of the 24, the 2nd next door 25, the 1st next door is formed with the gap with electric blowing machine 1, the exhaust of discharging to periphery is back to interior Zhou Fangxiang thereafter.Because of 1st outlet 21 and 2nd outlet 22 be arranged at the outer peripheral face of box body 20, so from interior all side again flow back into outer circumferential side, to the outside of box body 20 emit again thereafter.Like this, the flow direction of exhaust taken place from circuitous stream to the gap, from the gap to 2 times such u turns of outlet (flow direction of representing exhaust Fig. 2 with arrow), box body 20 in, formed the exhaust flow path of growing in the limited space, can reduce exhaust sound thus.
Because the position that the exhaust in circuitous stream is separately passed through is formed with acoustic material 28, is being provided with acoustic material from the circuitous stream that electric blowing machine 1 begins to emit, and can further realize low noiseization thus.
The structure of distinguishing wall 23 is to contact slightly with the shell of electric blowing machine 1, but also the gap can be set, and uses soft gastight material betwixt in the crack, can obtain same effect and effect.If make the gap of distinguishing wall 23 and electric blowing machine 1 less than the gap of the 24, the 2nd next door 25, the 1st next door with electric blowing machine 1, then can strengthen the aeration resistance of distinguishing wall 23 and electric blowing machine 1 gap, make nearly all exhaust become flowing of needed exhaust thus.In the gap that flows into the 24, the 2nd next door 25, the 1st next door and electric blowing machine 1, can obtain same effect and effect.
The capacity of the 1st exhaust outlet 3 and the 2nd exhaust outlet 5 is in the relation of a kind of the 1st exhaust outlet 3 less than the 2nd exhaust outlet 5, particularly be located at the interval area on the 1st outlet the 21, the 1st next door 24 and the electric blowing machine 1, be set to the minimum area of the pressure loss that can not cause the capacity of discharging from the 1st exhaust outlet 3, so can further reduce noise.
As Fig. 2, Fig. 3, shown in Figure 5, distinguish the approximate centre position that wall the 23, the 1st next door 24 and the 2nd next door 25 are formed into electric blowing machine 1 always, do not distinguish fully above it, in the present embodiment, because of the outlet of being located at box body 20 is positioned at the below, so can make the mobile formation u turn of exhaust.Thus, if distinguish fully, the utility model natural energy obtains better effect.
In the structure of electric blowing machine 1, take whirlwind mode etc. also can obtain same effect and effect without paper bag 10 again.
(embodiment 2)
Below with reference to Fig. 6～Figure 12 the 2nd embodiment of the present utility model is described.
Among Fig. 6, Fig. 7, produce to attract the electric blowing machine 111 of wind, by air entry 112, have the fan portion 114 of the 1st exhaust outlet 113 that is provided with at certain intervals and the motor section 116 that produces rotary motive power and have the 2nd exhaust outlet 115 is constituted.The 117th, the electric dust collector body, disposes the paper bag 120 of collecting dust and the dust storage chamber 122 that sucks the inhalation apparatus (not shown) of dust and have an attraction mouth 121 that is communicated with paper bag 120 at the upstream side of paper bag 120 is constituted at the suction inlet 119 that is communicated with air entry 112 by the electric blowing machine chamber 118 that disposes described electric blowing machine 111, at the upstream side of the air entry 112 of electric blowing machine 111.Above dust storage chamber 122, formation is held in dust storage chamber 122 air-tight state and turns round the control of dust chamber cap 123 that is maintained at freely on the body.
Have basket 124 in dust storage chamber 122, this basket 124 keeps paper bag 120, and paper bag 120 during from dust storage chamber 122 taking-ups, can taken out simultaneously with paper bag 120.In addition, protecgulum 125 is formed with and attracts mouth 121, flexible pipe (not shown) and protecgulum 125 cards can be ended.
Describe structure below in detail.
Electric blowing machine chamber 118 is covered from top by loam cake 126, is provided with the body exhaust outlet 127 of discharging from electric blowing machine 111 at the rear of electric dust collector body 117.Again, on electric blowing machine 111, the place ahead of fan portion 114 is being fixed the suction inlet 119 of electric dust collector body 117 and can guaranteed the airtight support rubber 128 that does not make the vibration biography of electric blowing machine 111 to the soft material formation of electric dust collector body 117, is fixing the back support rubber 129 that soft material forms at the rear of motor part 116.
Again, have up and down 2 sound-muffling boxes 130 that are divided into sound-muffling box 130a and following sound-muffling box 130b, electric blowing machine 111 all can be covered, described back support rubber 129 is engaged by sound-muffling box 130, the location is made in up and down position all around to electric blowing machine 111 and sound-muffling box 130, and can prevent that attraction because of electric blowing machine 111 from making electric blowing machine 111 moving forwards, can prevent that again the vibration of electric blowing machine 111 from passing to sound-muffling box 130.And, below sound-muffling box 130, the bottom surface configuration sound-absorbing material 143 of the electric blowing machine chamber 118 relative with the 2nd outlet 132 with the 1st outlet 131 described later.
As shown in figure 11, as if the sidewall that sound-absorbing material 143 is configured in the electric blowing machine chamber 118 always, then can further improve the sound-absorbing effect of sound-absorbing material 143.
As Fig. 7～shown in Figure 12, forming the 1st outlet the 131, the 2nd outlet 132 and the 3rd outlet 139 on the sound-muffling box 130b down.The 1st outlet 131 is configured in the position that does not overlap on the 1st exhaust outlet 113 axial directions with electric blowing machine 111, in the outer proceeds posterolateral of the 1st outlet 131 circuitous wall 140 is set.
The 2nd outlet 132 be configured in the 2nd exhaust outlet 115 axial directions on the position that do not overlap, in the outer proceeds posterolateral of the 2nd outlet 132 circuitous wall 141 is set.The 3rd outlet 139 is configured in the 1st exhaust outlet 113 belows with electric blowing machine 111, and in the outer proceeds posterolateral of the 3rd outlet 139, roughly L shaped circuitous wall 142 is arranged to the shape to the front side opening of the 3rd outlet 139.
The 133rd, in sound-muffling box 130, the path of the 1st outlet 131 and the 2nd outlet 132 is distinguished the differentiation wall of usefulness.As shown in Figure 4, differentiation wall 133 has constituted the leading section shape along the circular of the cross-sectional profile shape of electric blowing machine 111, contacts slightly with electric blowing machine 111.
Also be provided with the next door 124 that path the 1st outlet 131 of the 1st exhaust outlet 113 of electric blowing machine 111 and sound-muffling box 130, in the sound-muffling box 130 is separated, described next door 124 in the radial section shape of electric blowing machine 111 as shown in Figure 3, circular along the cross-sectional profile shape of electric blowing machine 111 has constituted the leading section shape, keeps roughly certain clearance with electric blowing machine 111.
The following describes the action and the effect of the electric dust collector of said structure.
Utilize dust and the attraction wind of the attraction wind of electric blowing machine 111 from inhalation apparatus (not shown) attraction, by attracting to have only dust to be caught by paper bag 120 behind the mouth 121, attraction wind is attracted by the air entry 112 of electric blowing machine 111.The part of the attraction wind that is attracted by electric blowing machine 111 is discharged from the 1st exhaust outlet 113, and a part makes motor part 116 coolings by motor part 116, discharges from the 2nd exhaust outlet 115 then.At this moment, will do differentiation in the box body 130,, emitted to the 2nd outlet 132 from the exhaust that the 2nd exhaust outlet 115 is discharged so emit to the 1st outlet 131 and the 3rd outlet 139 from the exhaust of the 1st exhaust outlet 133 discharges because of distinguishing wall 133.
Side and left and right directions are circuitous forwardly along roughly L shaped circuitous wall 142 in the exhaust that at first is the part of the exhaust of discharging from the 1st exhaust outlet 113, discharges from the 3rd outlet 139, and the part of other exhaust is by between next door 134 and the electric blowing machine 111, with the exhaust of distinguishing wall 133 collisions, from the exhaust that the 1st exhaust outlet 131 is discharged, in electric blowing machine chamber 118, discharging on the left and right directions along circuitous wall 140.
Secondly, the exhaust of discharging from the 12nd exhaust outlet 115, the 2nd outlet 132 in the sound-muffling box 130 is along circuitous wall 132, in discharge in electric blowing machine chamber 118 on the left and right directions.That is, because of described sound-absorbing material 143 contacts slightly with described circuitous wall 140, described circuitous wall 141, circuitous the flowing so exhaust can not flow to body exhaust outlet 127 as the crow flies.
Each since exhaust that the 1st outlet the 131, the 2nd outlet 132 and the 3rd outlet 139 are emitted by in the electric blowing machine chamber 118, be located at the exhaust upstream portion that the exhaust downstream is the body exhaust outlet 127 at rear, after exhaust of Pai Chuing to left and right direction and sound-muffling box 130 bump, body exhaust outlet 127 from electric dust collector body 117 under the state that the exhaust flow velocity relaxes is discharged, so can reduce the ear-piercing sound that sends from electric blowing machine 111.Again, disposed sound-absorbing material 143, on the basis of the mutual neutralization effect of sound, also can increase sound-absorbing effect by bottom surface in the electric blowing machine chamber 118 relative with the 2nd outlet 132 with the 1st outlet 131.
Exhaust along the exhaust downstream that is arranged on outlet 131,132,139 separately is, the circuitous wall 140,141,142 of the outer proceeds posterolateral of described outlet 131,132,139, make a circulation into flowing on approximate vertical direction and the general horizontal direction with respect to blow-off direction from the exhaust of body exhaust outlet 127, the distance of electric blowing machine 111 and the body exhaust outlet 127 of electric dust collector body 117 thus can extend, and make the exhaust bending, the exhaust channel that extended is so can reduce the ear-piercing sound that sends from electric blowing machine 111.
(embodiment 3)
With reference to Figure 13, Figure 14 the 3rd embodiment of the present utility model is described.In addition, part mark prosign same as the previously described embodiments omits its explanation.
The outer proceeds posterolateral of the outlet 132 under being located on the sound-muffling box 130b is provided with circuitous wall 144, and its outlet 132 1 sides at following sound-muffling box 130b have formed leading section and have been the roughly circular-arc of convex.At the rear of circuitous wall 144, fixing sound-absorbing material 145 along the wall of described circuitous wall 144.
The following describes the action and the effect of the electric dust collector of said structure.
Owing to successfully flow along roughly circular-arc circuitous wall 144 from the exhaust that sound-muffling box 130 flows out, therefore do not have the loss of exhaust wind, can keep high-suction performance, and, utilize circuitous wall 144 to make exhaust windbend song, so can reduce the ear-piercing sound that sends from electric blowing machine.
Again, because of being provided with sound-absorbing material 145 being located on the circuitous wall 140 of sound-muffling box 130, so utilize circuitous wall 144 and the sound-absorbing material 145 can be with the ear-piercing exhaust sound blocking of sending, so can further realize low noiseization from electric blowing machine 111.
And, in the structure of electric blowing machine 111, take whirlwind mode etc. also can obtain same effect and effect without paper bag 120.
Utilizability on the industry
In sum, electric dust collector of the present utility model is good because of intake performance, can reduce noise, is specially adapted to The electric dust collector that needs high high-level family, the business that sucks operating efficiency to use etc.
Claims (14)
1. an electric dust collector is characterized in that, comprising: by the fan portion with the 1st exhaust outlet of discharging exhaust wind with have the electric blowing machine that the motor part of the 2nd exhaust outlet of discharging exhaust wind constitutes; And the box body that at least a portion of described electric blowing machine periphery is covered, described box body has: the 1st exhaust outlet that at least a portion of the exhaust that will discharge from described the 1st exhaust outlet is discharged to the outside of described box body; And at least a portion of the exhaust that will discharge from the 2nd exhaust outlet of described electric blowing machine the 2nd outlet of discharging to the outside of described box body.
2. electric dust collector as claimed in claim 1 is characterized in that, to dividing from the stream of the exhaust wind of the 1st exhaust outlet to the 1 outlet with from the stream of the exhaust wind of the 2nd exhaust outlet to the 2 outlets.
3. electric dust collector as claimed in claim 1 is characterized in that, will make circuitous stream from the stream of the exhaust wind of the 1st exhaust outlet to the 1 outlet and/or from the stream of the exhaust wind of the 2nd exhaust outlet to the 2 outlets.
4. electric dust collector as claimed in claim 3 is characterized in that, from the stream of the exhaust wind of the 1st exhaust outlet to the 1 outlet and/or from the stream of the exhaust wind of the 2nd exhaust outlet to the 2 outlets the next door being set, forms circuitous stream.
5. electric dust collector as claimed in claim 3 is characterized in that, disposes acoustic material in circuitous stream.
6. electric dust collector as claimed in claim 3 is characterized in that, forms circuitous stream in the space between box body and electric blowing machine, and the shape of the part that forms described circuitous stream at least of described box body is the section general square shape.
7. an electric dust collector is characterized in that, comprising: produce to attract wind and have the electric blowing machine of discharging the exhaust outlet that exhaust uses; In the electric blowing machine chamber that at least a portion of described electric blowing machine is covered is housed; And the body exhaust outlet that exhaust wind is discharged to atmosphere from described electric blowing machine chamber, described box body is provided with from the outside outlet of discharging usefulness of the described box body of the exhaust wind direction of described electric blowing machine, has the circuitous wall that makes from the circuitous usefulness of exhaust wind of described outlet discharge simultaneously.
8. electric dust collector as claimed in claim 7 is characterized in that, between the exhaust flow path of outlet and body exhaust outlet circuitous wall is set.
9. electric dust collector as claimed in claim 7 is characterized in that, utilizes circuitous wall, makes the exhaust wind of discharging from outlet make a circulation the direction that is approximate vertical with respect to the blow-off direction from the exhaust of body exhaust outlet.
10. electric dust collector as claimed in claim 9 is characterized in that, utilizes circuitous wall, makes the exhaust wind of discharging from outlet make a circulation with respect to the blow-off direction from the exhaust of body exhaust outlet and is the direction of approximate vertical and the state that general horizontal direction flows.
11. electric dust collector as claimed in claim 7 is characterized in that, on the position relative with outlet sound-absorbing material is set at least, in the exhaust-gas upstream side at least of circuitous wall, forms the space of exhaust wind flow between described circuitous wall and described sound-absorbing material.
12. electric dust collector as claimed in claim 7 is characterized in that, on the position relative with outlet, the sound-absorbing material that contacts slightly with the roughly leading section of circuitous wall is set at least.
13. electric dust collector as claimed in claim 7 is characterized in that, circuitous wall is towards exhaust-gas upstream side, and leading section forms and is the roughly circular-arc of convex.
14. electric dust collector as claimed in claim 7 is characterized in that, along the wall of circuitous wall sound-absorbing material is set.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2003298466A JP2005065913A (en) | 2003-08-22 | 2003-08-22 | Vacuum cleaner |
| JP2003298466 | 2003-08-22 | ||
| JP2004011368A JP2005204693A (en) | 2004-01-20 | 2004-01-20 | Vacuum cleaner |
| JP2004011368 | 2004-01-20 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2724607Y true CN2724607Y (en) | 2005-09-14 |
Family
ID=34621841
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420087091 Expired - Lifetime CN2724607Y (en) | 2003-08-22 | 2004-08-23 | Electric vacuum cleaner |
| CNB2004100642616A Expired - Fee Related CN100486506C (en) | 2003-08-22 | 2004-08-23 | Electric vacuum cleaner |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2004100642616A Expired - Fee Related CN100486506C (en) | 2003-08-22 | 2004-08-23 | Electric vacuum cleaner |
Country Status (1)
| Country | Link |
|---|---|
| CN (2) | CN2724607Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100421608C (en) * | 2003-08-22 | 2008-10-01 | 松下电器产业株式会社 | Vacuum cleaner |
| CN101196195B (en) * | 2006-12-06 | 2010-11-10 | 三星光州电子株式会社 | Fan motor case assembly for noise reduction |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2012005734A (en) * | 2010-06-28 | 2012-01-12 | Panasonic Corp | Suction tool for vacuum cleaner, and vacuum cleaner provided therewith |
| JP2013141514A (en) * | 2012-01-11 | 2013-07-22 | Hitachi Appliances Inc | Vacuum cleaner |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001108662A (en) * | 1999-10-05 | 2001-04-20 | Hitachi Metals Ltd | Method for inspecting molten part and method for controlling energization |
-
2004
- 2004-08-23 CN CN 200420087091 patent/CN2724607Y/en not_active Expired - Lifetime
- 2004-08-23 CN CNB2004100642616A patent/CN100486506C/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100421608C (en) * | 2003-08-22 | 2008-10-01 | 松下电器产业株式会社 | Vacuum cleaner |
| CN101196195B (en) * | 2006-12-06 | 2010-11-10 | 三星光州电子株式会社 | Fan motor case assembly for noise reduction |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1582834A (en) | 2005-02-23 |
| CN100486506C (en) | 2009-05-13 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Effective date of abandoning: 20090513 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |