CN105361801A - Suction member and electric dust collector using same - Google Patents
Suction member and electric dust collector using same Download PDFInfo
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- CN105361801A CN105361801A CN201510477779.0A CN201510477779A CN105361801A CN 105361801 A CN105361801 A CN 105361801A CN 201510477779 A CN201510477779 A CN 201510477779A CN 105361801 A CN105361801 A CN 105361801A
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Abstract
The invention provides a suction member and an electric dust collector using the same. The suction member (7) comprises a connection pipe part (8), which is telescoping; a joint part (9), which is provided a plurality of rotation parts (11), wherein the joint part (9) is connected to the connection pipe part (8); and a suction head (12), which is connected to the joint part (9) and is capable of rotating relative to the joint part (9). The joint part (9) can be folded for multiple times through the plurality of rotation parts (11).
Description
Technical field
The present invention relates to for suctioning dirt suction pieces and use the electric dust collector of this suction pieces.
Background technology
Common electric dust catcher in the past comprises: flexible pipe, and it is connected to electric dust collector main body; Handle operation portion, it is connected to flexible pipe; Extension tube, it is connected to handle operation portion; And suction nozzle, it is connected to extension tube.
But the suction nozzle of the electric dust collector in the past of this spline structure is comparatively large-scale, therefore, this suction nozzle is not suitable for aspirating the dust waiting higher position above such as cupboard.
As the technology for solving such problem, such as patent document 1 (Japanese Unexamined Patent Publication 2010-99165 publication) discloses a kind of such electric dust collector: by installing connecting portion on the top of extension tube, and the brush holder with the hairbrush that can rotate by axle is installed, even if thus also easily dust can be collected by making small-sized hairbrush rotate to higher place on the top of this connecting portion.
Summary of the invention
But, in the technology described in above-mentioned patent document 1, although hairbrush can rotate, but, when the dust for collecting the depths above the higher cupboard that reaches of hand, because the extension tube be between handle operation portion to hairbrush is straight shape, therefore, there is such problem: after straight extension tube is connected to the upper limb of cupboard, hairbrush is in vacant state, thus hairbrush cannot be made to get at the face of the depths on cupboard.
Namely the present invention makes to solve such problem, its object is to, a kind of such suction pieces is provided and uses the electric dust collector of this suction pieces: though narrow place and hand are reached, the dust at the place such as depths above higher cupboard, also can collect.
In order to solve the above problems, the invention provides a kind of suction pieces, this suction pieces has: connecting section, and it can stretch; Joint portion, it has multiple rotation section, and this joint portion is connected with connecting section; And dust collecter, it is connected to joint portion in the mode can rotated relative to joint portion, and joint portion bends with can utilizing multiple rotation sections multistage.Adopt the present invention, such suction pieces can be obtained, dust collecter namely can be made to reach depths above cupboard, thereby, it is possible to the place that opponent reaches is cleaned.
Accompanying drawing explanation
Fig. 1 is the stereoscopic figure of the electric dust collector of embodiments of the present invention.
Fig. 2 is the stereoscopic figure obtained from the suction pieces of top view embodiments of the present invention.
Fig. 3 is the exploded perspective view of the connecting section of the suction pieces of embodiments of the present invention.
Fig. 4 is the sectional view near the switching manipulation button of the connecting section of the suction pieces of embodiments of the present invention.
Fig. 5 is the exploded perspective view of the joint portion of the suction pieces of embodiments of the present invention.
Fig. 6 is the exploded perspective view of the coupling part representing the rotation section that the suction pieces of embodiments of the present invention links.
Fig. 7 is the stereoscopic figure that state that the joint portion of the suction pieces of observing embodiments of the present invention is from below connected with dust collecter obtains.
Fig. 8 is the stereoscopic figure of the state after the joint portion bending of the suction pieces representing embodiments of the present invention.
Fig. 9 is the side view that the joint portion of the suction pieces of embodiments of the present invention bends the state after about 90 degree.
Figure 10 is the joint portion of the suction pieces of embodiments of the present invention and the exploded perspective view of dust collecter.
Detailed description of the invention
Below, with reference to accompanying drawing, embodiments of the present invention are described.In addition, the present invention is not limited to present embodiment.
Fig. 1 is the stereoscopic figure of the electric dust collector 100 of embodiments of the present invention.
In FIG, the main body of dust collector 1 of electric dust collector 100 has electric blower and dust collecting part, and wherein, electric blower is for generation of suction air.One end of flexible pipe 2 is connected with main body of dust collector 1 by hose coupling 3, and then is connected with dust collecting part.
One end of handle handle portion 4 is connected with flexible pipe 2, is connected with extension tube 5 at the other end of handle handle portion 4.Extension tube 5 is the structure of energy free-extension.And, suction nozzle 6 is connected with on extension tube 5 top, when the operation that user switches on power to electric dust collector 100, the electric blower of main body of dust collector 1 inside is driven, suction air can be produced from the suction inlet of suction nozzle 6, can the dust being attached to the places such as floor be aspirated, and dust is collected the dust collecting part of main body of dust collector 1 inside via extension tube 5, handle handle portion 4 and flexible pipe 2.
In addition, extension tube 5 is configured to opposite handle handle portion 4 and loads and unloads freely, can also by extension tube 5 under the state that handle handle portion 4 removes, from the opening portion suctioning dirt of handle handle portion 4.And, by suction nozzle 6 under the state that extension tube 5 removes, can also from the opening portion suctioning dirt of extension tube 5.
Fig. 2 is the stereoscopic figure obtained from the suction pieces 7 of top view embodiments of the present invention.Suction pieces 7 can replace extension tube 5 to be installed on handle handle portion 4, and suction pieces 7 also can replace suction nozzle 6 to be installed on extension tube 5.
As shown in Figure 2, the suction pieces 7 of embodiments of the present invention has: connecting section 8, joint portion 9 and dust collecter 12.Flexible on the direction that connecting section 8 can extend in suction pieces 7.Press the operation button 20 by user, thus connecting section 8 can be stretched.On the other hand, under the state that user does not press the operation button 20, connecting section 8 cannot be stretched and the state of the length of the connecting section 8 current in maintenance.
Joint portion 9 comprises multiple rotation section 11 described later, and this joint portion 9 can be bent by stages.For structure and the bending action of joint portion 9, explain in the content below.
Dust collecter 12 is connected with on the top of joint portion 9, as shown in Figure 2, dust collecter 12 bends using the axis A (in the state of fig. 2 for the axis on the direction vertical with the direction that connecting section 8 extends) as axle portion for the direction of turning cylinder along arrow B-B '.
And dust collecter 12 can rotate relative to the direction of joint portion 9 along the arrow C-C ' in Fig. 2.That is, the direction that dust collecter 12 can extend with connecting section 8 is in a state of fig. 2 rotated clockwise for axis direction or rotates counterclockwise.
In addition, the rotation direction of dust collecter 12 is not limited to above-mentioned rotation direction, can, by changing the shape in the axle portion being located at connecting portion office between joint portion 9 and dust collecter 12 and position etc., dust collecter 12 be rotated to the rotation direction expected.
Illuminating part 13 is formed on the top of dust collecter 12.Form the shell of illuminating part 13 with transparent resin etc. in order to light can be made to emit to outside.And, be configured to be configured with the semiconductor light-emitting elements such as LED (LightEmittingDiode) in the inside of illuminating part 13, thus the light from LED etc. can be made to emit to outside.
And be formed on the top of dust collecter 12 for making the switching manipulation portion 14 that LED is luminous or extinguish, user can pass through slide switch operating portion 14, makes the luminous or extinguishings such as LED.
Fig. 3 is the exploded perspective view of connecting section 8, and Fig. 4 is the amplification view near the action button 20 of connecting section 8.As shown in Figure 3, in one end of outside extension tube 15, cover has lid 16, is inserted with inner side extension tube 18 at the other end of outside extension tube 15 by anti-delinking part 17.And, the 1st opening portion 19 is formed in the bottom of outside extension tube 15.
As shown in Figure 4, be formed with 1st teat 21,1st teat 21 outstanding towards inner side in action button 20 inside and form as one with action button 20, have spring 22 at the 1st teat 21 overcoat.And, the 1st engaging portion the 23,1st engaging portion 23 is installed in one end of action button 20 and is configured to be incorporated in and is located in the 1st opening portion 19 of lateral pipe 15 bottom.
And, by making the 1st engaging portion 23 engaging in any one groove be formed in multiple 1st groove portions 24 of inner side extension tube 18, thus the slip of inner side extension tube 18 relative to lateral pipe 15 can be limited.
And, the 2nd teat 26 of locking plate 25 is configured with in the position that the 1st teat 21 with action button 20 is relative.There is above-mentioned spring 22 at the 2nd teat 26 also overcoat, thus constitute the structure of assigning spring 22 between the 1st teat 21 and the 2nd teat 26.
In general, under the effect of the elastic force of spring 22, the power to the below in Fig. 4 is applied with to action button 20, the power to the top in Fig. 4 is applied with to the 1st engaging portion 23 simultaneously.Therefore, it is possible to make the 1st engaging portion 23 be engaging in the 1st groove portion 24, thus the slip of inner side extension tube 18 relative to lateral pipe 15 can be limited.
When user presses the operation button 20, the active force of spring 22 can be overcome and by action button 20 to the top pressing in Fig. 4, be accompanied by this, the 1st engaging portion 23 moves to the below in Fig. 4, thus locking to the 1st groove portion 24 of the 1st engaging portion 23 can be removed.Like this, the state that inner side extension tube 18 can be slided relative to lateral pipe 15 is become.
Fig. 5 is the exploded perspective view of joint portion 9.Joint portion 9 has multiple rotation section 11 and a fixed part 10.In the present embodiment, joint portion 9 has 3 rotation sections 11 and a fixed part 10.The 3rd teat 27 of circular is provided with in the side of the part of (by dust collecter 12 side) on the front of rotation section 11, the 1st hole portion 28 of circular is provided with in the side of the part of (by connecting section 8 side) rearward of rotation section 11, and, in (by connecting section 8 side) rearward part of rotation section 11, there is breach 30.
3rd teat 27 of rotation section 11 can be inserted into the 1st hole portion 28 of adjacent rotation section 11.By the 3rd teat 27 is inserted into the 1st hole portion 28, thus rotation section 11 can as shown in Figure 5, with axis B for arbor makes the part of (by dust collecter 12 side) on the front of rotation section 11 rotate about 30 degree to the D direction (direction vertical with the direction that the joint portion 9 with multiple rotation section 11 extends) in Fig. 5.
In addition, these about 30 degree of such angles refer to can rotate about 30 degree between two adjacent rotation sections 11, such as when as present embodiment, be linked with 3 rotation section 11, add up to from the accumulation of the rotational angle till rotation section 11,11 to the 3, first rotation section and can rotate about 90 degree.That is, the multiple rotation sections 11 linked up can rotate about 90 degree relative to fixed part 10.When being linked with 5 rotation section 11, multiple rotation sections 11 entirety linked up can rotate about 150 degree relative to fixed part 10.
And, under the state that rotational angle between rotation section 11 is about 0 degree, as aftermentioned, all rotation sections 11 are not all rotated, but as shown in Figure 7, adjacent rotation section 11 is roughly located along the same line each other, joint portion 9 roughly point-blank extends.
Rotation section 11 (by dust collecter 12 side) on the front, above the 3rd teat 27 near be formed with autorotation portion 11 rear (by connecting section 8 side) toward the front (by dust collecter 12 side) go and downward-sloping inclined plane 29.On the other hand, rotation section 11 (by connecting section 8 side) rearward, above the 1st hole portion 28 near be formed with autorotation portion 11 rear go toward the front and the breach 30 of breach expansion.
Fig. 6 is the stereogram obtained after amplifying the coupling part of the rotation section 11 that will link up.Upper slot 31 and these two grooves of lower channel 32 are formed in the inner side of the side of the part of (by connecting section 8 side) rearward of rotation section 11.On the other hand, projection (Japanese: ノ ッ チ) 33 is formed with in the outside of the side of the part of (by dust collecter 12 side) on the front of rotation section 11.
The rear that upper slot 31 and lower channel 32 are autorotation portion 11 is gone and the shape of the general triangular that the width of groove narrows gradually toward the front, and a limit in the general triangular that upper slot 31 is respective with lower channel 32 is formed as parallel with the direction that the joint portion 9 with multiple rotation section 11 extends.And, upper slot 31 and lower channel 32 with the limit of in general triangular for axle (tube axis direction), in as if upper slot 31 and lower channel 32 are by the such symmetric shape of Mirror Symmetry, wherein, a limit in this general triangular refers to a limit parallel with the direction that the joint portion 9 with multiple rotation section 11 extends.
On the other hand, protruding 33 fronts that are autorotation portion 11 are gone towards rear and the shape of general triangular that width broadens gradually.
By making protruding 33 to be entrenched in upper slot 31 or lower channel 32, thus can prevent generation between the rotation section 11 of tabling from can hinder rocking of the such degree of cleaning work.But, also can form a little gap in lower channel 32 or between upper slot 31 and protruding 33, utilize this gap to allow the weak vibrations producing and can not hinder the such degree of cleaning work.
And under protruding 33 states embedding upper slots 31, the rotational angle between the rotation section 11 of tabling is roughly 0 degree, become the state that the respective tubular axis line in mutually nested rotation section 11 extends in the same direction.
At this, can to protruding 33 all can rotate with mutually different rotational angle and the structure of this different rotational angle can be kept to be described in the structure in embedded groove portion 31,32 and multiple rotation section 11 selectively.
Under protruding 33 states embedding upper slot 31, when rotation section 11 is rotated more than predetermined angular, because rotation section 11 is formed by resin, therefore, the projection 33 of embedding upper slot 31 crosses the boundary between upper slot 31 and lower channel 32 under the effect of the elastic force of the resin of rotation section 11, moves and is embedded into lower channel 32.Under protruding 33 states embedding lower channel 32, when rotation section 11 is rotated more than predetermined angular, protruding 33 can cross the boundary between lower channel 32 and upper slot 31, move and are embedded into upper slot 31.By such action, protruding 33 can embed plural groove portion 31,32 selectively, and can keep the rotational angle after rotating.
In addition, rotational angle is not limited to about 30 degree, also can be set as the angle of more than 30 degree according to the number in the protruding shape of 33, the shape in groove portion and groove portion or be less than the angle of 30 degree.
And, the respective rotational angle in multiple rotation section 11 is not necessarily identical angle (being such as about 30 degree), and multiple rotation section 11 all can be rotated with mutually different rotational angle according to protruding 33 and the shape in groove portion 31,32 and the number in groove portion.
And in the present embodiment, groove portion is provided with upper slot 31 and these two grooves of lower channel 32, but also can be not limited to two and be set as more than 3.But, when increasing the number in groove portion, although can set angle more subtly, rotation section 11 also can be made but then to become greatly, weaken the confining force in joint, therefore, it is desirable that upper slot 31 and lower channel 32 add up to 2 ~ 8.
Fig. 7 observes the stereogram that the state that is provided with dust collecter 12 at joint portion 9 obtains from below.
As shown in Figure 7,3 kerve portions of place 34 are formed with at the position of (by connecting section 8 side) rearward downside of rotation section 11.On the other hand, 3 place's convex shaped parts 35 are formed with at the position of (by dust collecter 12 side) on the front downside of rotation section 11.Convex shaped part 35 and kerve portion 34 is configured with in the mode that these 3 convex shaped parts 35 can be inserted into 3 kerve portions 34 respectively.
Fig. 8 is the stereogram of the state after representing joint portion 9 bending.Make multiple rotation sections 11 of formation joint portion 9 rotate respectively, thus joint portion 9 can be made to bend.As mentioned above, each rotation section 11 can be made to rotate about 30 degree, therefore, in the structure of Fig. 8 being linked with 3 rotation sections 11, joint portion 9 unitary rotation about 90 degree can be made.Like this, because the multiple rotation sections 11 being located at joint portion 9 are configured to the structure that can rotate separately, therefore, joint portion 9 be configured to can by the multistage bend.And joint portion 9 becomes such structure: according to the size of the number of rotation section 11 and the rotational angle of each rotation section 11 of being located at joint portion 9, trickle adjustment can be carried out to the bending angle of joint portion 9.
Be formed with hairbrush 36 in the bottom of dust collecter 12, and suction inlet 41 is formed in the bottom of dust collecter 12 in the mode of being surrounded by hairbrush 36.Can be inhaled into from suction inlet 41 by the dust that hairbrush 36 is wiped, and be fed in the dust storage chamber of main body of dust collector 1.
And multiple rotation section 11 couples together in mode chimeric each other as described above.Rotational angle between adjacent rotation section 11 be about 0 degree, under state that multiple rotation section is not all rotated, namely under the state that two as shown in Figure 7, adjacent rotation sections 11 are positioned on roughly same straight line, convex shaped part 35 is inserted into the bosom in kerve portion 34, becomes a rotation section 11 and imbeds as the state in another rotation section 11 of its chimeric object or the state that is positioned at another rotation section 11 as its chimeric object on same.
When being configured to two adjacent rotation sections 11 like this and being positioned at as the crow flies each other on roughly same straight line, convex shaped part 35 can not be given prominence to laterally, therefore, when user holds rotation section 11 part, convex shaped part 35 can not encounter the hand of user, thus can not bring uncomfortable sensation to user.
In addition, convex shaped part 35 now also can be made the degree of indisposed sense being brought to give prominence to laterally to the finger of user.
Then, when making rotation section 11 rotate and joint portion 9 is bent in this condition, as shown in Figure 8, a part for the convex shaped part 35 of a rotation section 11 in two adjacent rotation sections 11 is given prominence to laterally from the kerve portion 34 as another rotation section 11 of connecting object.
And the part outstanding laterally of this convex shaped part 35 by gap 42 local stoppages of the paddy shape kink generation along with rotation between rotation section 11, thus can prevent the finger of people from entering gap 42.
Thus, adopt such structure, can not only increase the rotational angle of rotation section 11, can also prevent when rotation section 11 is rotated, the finger of user is clamped by gap 42 part produced between rotation section 11.
Fig. 9 is the side view of the state after the joint portion 9 of suction pieces 7 bends about 90 degree.
As shown in Figure 9, when only making first rotation section 11 bend, joint portion 9 bends about 30 degree, and when continuing to make second rotation section 11 bend, joint portion 9 is bent to about 60 degree, and when continuing to make the 3rd rotation section 11 bend, joint portion 9 is bent to about 90 degree.And, even if under the state of angle of bend increasing joint portion 9 in this wise, also as described above, can become and between the rotation section 11 of joint portion 9, generation can not can hinder the structure of rocking of the such degree of cleaning work.Thus, even if under the state of angle of bend increasing joint portion 9, the dust collecter 12 of suction pieces 7 also can be made to reach the depths of cupboard end face and indoor apparatus of air conditioner end face etc., can be difficult to so far be swept into, position that hand reaches cleans.
In addition, the number of rotation section 11 is not limited to 3, also can arrange more rotation section 11.By increasing the number of rotation section 11, can increase the angle that joint portion 9 can bend further, the shape that joint portion 9 also can be made to be changing into expectation uses.On the other hand, owing to adding the number of rotation section 11, also there is joint portion 9 and become excessive and become heavy or become long shortcoming.Therefore, it is desirable that the number of rotation section 11 is 2 ~ 8, and preferably, the angle that rotation section 11 can bend is 5 degree ~ 40 degree.When excessively increasing angle of bend, cannot trickle angular adjustment be carried out, when excessively reducing angle of bend, just having to arrange many rotation sections 11 thus structure can be made to become loaded down with trivial details.
Like this, joint portion 9 becomes such structure: can carry out trickle adjustment according to the size of the number of rotation section 11 and the rotational angle of each rotation section 11 of being located at joint portion 9 to the bending angle of joint portion 9.
Figure 10 represents the stereogram of dust collecter 12 from the state after joint portion 9 is pulled down.Sliding tray 37 is formed with, at the gap slot (Japanese: ノ ッ チ Ditch) 39 being partially formed the protuberance 38a embedding for fastened component described later (Japanese: ノ ッ チ portion material) 38 of sliding tray 37 on the top of the fixed part 10 of joint portion 9.
On the other hand, form porose 40 in the side of the part of (by connecting section 8 side) rearward of dust collecter 12, become the structure that fastened component 38 can be inserted into the hole 40 of side.And fastened component 38 has protuberance 38a, protuberance 38a can embed the above-mentioned gap slot 39 being located at sliding tray 37.To sample such structure, fastened component 38 can be made to slide on sliding tray 37.
If be only the top merely dust collecter 12 being enclosed within joint portion 9, so dust collecter 12 easily comes off from joint portion 9.Therefore, in the present embodiment, such structure has been made: can, under the state in hole 40 that two fastened components 38 are inserted into dust collecter 12, fastened component 38 be slided on the sliding tray 37 of joint portion 9.
Therefore, dust collecter 12 is under the state being enclosed within joint portion 9, can rotate along the arrow C-C ' direction (direction extended with joint portion 9 be axis direction ground clockwise or counterclockwise) in Figure 10, and, can prevent dust collecter 12 from easily coming off from joint portion 9.
And two fastened components 38 slide on sliding tray 37, can limit rotation when the protuberance 38a of each fastened component 38 is embedded in gap slot 39.Under the state that can be embedded in gap slot 39 at the protuberance 38a of fastened component 38, namely dust collecter 12 is with suctioning dirt under the state being fixed on joint portion 9 relative to joint portion 9 mode in predetermined angular.
In such a state, dust collecter 12 rotates to the arrow C-C ' direction shown in Figure 10 by user, and thus, the protuberance 38a of fastened component 38 gets over to sliding tray 37 from gap slot 39, and slide on sliding tray 37, thus dust collecter 12 can be made to rotate relative to joint portion 9.
In addition, because joint portion 9 and fastened component 38 are all formed by such as resin, therefore, it is possible to utilize the elastic force of resin to make the protuberance 38a of fastened component 38 from gap slot 39 more to sliding tray 37.
Like this, in the present embodiment, as shown in Figure 8 and Figure 9, can bend by making joint portion 9, suction pieces 7 being bent to the state of roughly word master L-shape.And as shown in figs. 2 and 10, dust collecter 12 can be made to rotate along arrow C-C ' direction relative to joint portion 9, and the direction namely extended with joint portion 9 rotates clockwise for axis direction or rotates counterclockwise.
And, as shown in figs. 2 and 10, can also rotate along arrow B-B ' direction for turning cylinder with axis A by making dust collecter 12, dust collecter 12 being bent to the degree that the direction extended with joint portion 9 forms roughly word master L-shape.
Like this, in the present embodiment, can bend by making joint portion 9, the dust at place such as to aspirate above higher position, such as cupboard.And, turn to due to dust collecter 12 can be made the degree that the direction extended with joint portion 9 forms roughly word master L-shape, therefore, even if also can easily suctioning dirt to narrower place, gap.
And, be equipped with illuminating part 13 on the top of the dust collecter 12 of present embodiment, therefore, even if carry out dust suction with also can irradiating light to narrower and dim place.
As mentioned above, the electric dust collector 100 of present embodiment comprises: connecting section 8, and it can stretch; Joint portion 9, it has multiple rotation section 11, and this joint portion 9 is connected with connecting section 8; And dust collecter 12, it is connected to joint portion 9 in the mode can rotated relative to joint portion 9.Joint portion 9 is configured to bend with can utilizing multiple rotation section 11 multistage, more particularly, by the structure that can rotate all is made in the multiple rotation sections 11 being located at joint portion 9, thus joint portion 9 is become can by the multistage structure that bends of ground.Adopt such structure, dust collecter 12 that suction pieces 7 can be made, that be connected to the joint portion 9 being bent to such as about 90 degree, reach the face of the depths on higher cupboard that hand reaches, therefore, it is possible to the place that opponent reaches is cleaned.
And in the suction pieces 7 of present embodiment, preferably, the adjacent rotation section 11 in multiple rotation sections 11 of joint portion 9 utilizes axle portion to couple together each other.According to the total angle of rotational angle of carrying out multiple rotation sections 11 of rotating with this axle portion for turning cylinder, set the angle of bend of joint portion 9.And, owing to rotational angle respective for the multiple rotation sections 11 being located at joint portion 9 can be set as the angle expected, and the quantity quantity increase and decrease being located at the rotation section 11 of joint portion 9 extremely can expected, therefore, it is possible to carry out trickle adjustment to the bending angle of joint portion 9.
And in the suction pieces 7 of present embodiment, preferably, dust collecter 12 is connected to joint portion 9 as follows, namely dust collecter 12 can rotate clockwise for axis direction with the bearing of trend of joint portion 9 or rotate counterclockwise.Adopt such structure, the depths above dust collecter 12 can not only be made to reach higher cupboard that such as hand reaches, can also make dust collecter 12 rotate, parallel with the face of the wall making the face being provided with suction inlet 41 of dust collecter 12 and cupboard rear side or side.Thereby, it is possible to the place that opponent reaches is cleaned.
And in the suction pieces 7 of present embodiment, preferably, dust collecter 12 is configured to can with the axle portion of the connecting portion office setting between joint portion 9 and dust collecter 12 for turning cylinder rotates.Thus, dust collecter 12 can not only be made to reach depths above such as cupboard, dust collecter 12 can also be made to rotate, parallel with the face of the wall making the face being provided with suction inlet 41 of dust collecter 12 and cupboard rear side or side.Thereby, it is possible to the place that opponent reaches is cleaned.
And, in the suction pieces 7 of present embodiment, preferably, suction pieces 7 is connected with the main body of dust collector 1 be built-in with for generation of the electric blower of suction air, thus the electric dust collector of the depths above a kind of dust collecter 12 can be made to reach higher cupboard that such as hand reaches can be provided.Thus, adopt present embodiment, can provide a kind of can the place that reaches of opponent carry out cleaning, ease of use preferably electric dust collector.
As described above, the invention provides a kind of suction pieces and use the electric dust collector of this suction pieces, the depths above this suction pieces dust collecter can be made to reach higher cupboard that hand reaches.Therefore, the present invention can be widely used in family expenses and commercial electric dust collector etc.
Claims (8)
1. a suction pieces, wherein,
This suction pieces comprises:
Connecting section, it can stretch;
Joint portion, it has multiple rotation section, and this joint portion is connected with above-mentioned connecting section; And dust collecter, it is connected to above-mentioned joint portion in the mode can rotated relative to above-mentioned joint portion, and above-mentioned joint portion bends with can utilizing above-mentioned multiple rotation sections multistage.
2. suction pieces according to claim 1, wherein,
In above-mentioned joint portion, adjacent rotation section in above-mentioned multiple rotation section utilizes axle portion to couple together each other, above-mentioned multiple rotation section all with above-mentioned axle portion for axle rotates, can set the angle of bend of above-mentioned joint portion according to the total angle of above-mentioned multiple rotation section rotational angle separately.
3. suction pieces according to claim 1 and 2, wherein,
Above-mentioned dust collecter is connected to above-mentioned joint portion in the mode that can rotate clockwise for axis direction with the bearing of trend of above-mentioned joint portion or rotate counterclockwise.
4. suction pieces according to claim 3, wherein,
Above-mentioned dust collecter can turn to the degree that the direction extended with above-mentioned joint portion forms roughly word master L-shape.
5. an electric dust collector, wherein,
This electric dust collector comprises:
Main body of dust collector, it has dust collecting part and the electric blower for generation of suction air;
Flexible pipe, it is connected with above-mentioned main body of dust collector, and is connected with above-mentioned dust collecting part;
Handle handle portion, it is connected with above-mentioned flexible pipe; And
Suction pieces, it is connected with above-mentioned handle handle portion,
Above-mentioned suction pieces has:
Connecting section, it can stretch;
Joint portion, it has multiple rotation section, and this joint portion is connected with above-mentioned connecting section; And dust collecter, it is connected to above-mentioned joint portion in the mode can rotated relative to above-mentioned joint portion, and above-mentioned joint portion bends with can utilizing above-mentioned multiple rotation sections multistage.
6. electric dust collector according to claim 5, wherein,
In the above-mentioned joint portion of above-mentioned suction pieces, adjacent above-mentioned rotation section utilizes axle portion to couple together each other, above-mentioned rotation section with above-mentioned axle portion for axle rotates, can set the angle of bend of above-mentioned joint portion according to the total angle of the rotational angle of multiple above-mentioned rotation section.
7. the electric dust collector according to claim 5 or 6, wherein,
The above-mentioned dust collecter of above-mentioned suction pieces is connected to above-mentioned joint portion in the mode that can rotate clockwise for axis direction with the bearing of trend of above-mentioned joint portion or rotate counterclockwise.
8. electric dust collector according to claim 7, wherein,
The above-mentioned dust collecter of above-mentioned suction pieces can turn to the degree that the direction extended with above-mentioned joint portion forms roughly word master L-shape.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014-160110 | 2014-08-06 | ||
| JP2014160110A JP6533947B2 (en) | 2014-08-06 | 2014-08-06 | Suction tool and vacuum cleaner using the same |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105361801A true CN105361801A (en) | 2016-03-02 |
Family
ID=55364804
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510477779.0A Pending CN105361801A (en) | 2014-08-06 | 2015-08-06 | Suction member and electric dust collector using same |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6533947B2 (en) |
| CN (1) | CN105361801A (en) |
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| CN107616749A (en) * | 2016-07-13 | 2018-01-23 | 戴森技术有限公司 | Instrument for vacuum cleaner |
| CN107616748A (en) * | 2016-07-13 | 2018-01-23 | 戴森技术有限公司 | Instrument for vacuum cleaner |
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Also Published As
| Publication number | Publication date |
|---|---|
| JP6533947B2 (en) | 2019-06-26 |
| JP2016036427A (en) | 2016-03-22 |
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