CN102965893B - Cylindrical clothes dryer - Google Patents
Cylindrical clothes dryer Download PDFInfo
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- CN102965893B CN102965893B CN201210447960.3A CN201210447960A CN102965893B CN 102965893 B CN102965893 B CN 102965893B CN 201210447960 A CN201210447960 A CN 201210447960A CN 102965893 B CN102965893 B CN 102965893B
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Abstract
A cylindrical clothes dryer comprises an enclosure, a bearing sleeve arranged on the enclosure, a detachable base frame, an upright post, a first pressing part sleeved on the outer side of the bearing sleeve as well as a second pressing part, wherein the second pressing part is sleeved on the outer side of the bearing sleeve and is positioned above the first pressing part; threads are respectively formed on the first pressing part and the second pressing part; a sheath hole of the base frame is sheathed on the bearing sleeve in a penetrating manner and then is matched with the thread positioned at the lower part through the first pressing part, so that the lower end surface of the first pressing part presses the upper end surface of the sheath hole and further the lower end surface of the sheath hole is contacted with the lug boss for fixing the base frame with the bearing sleeve; and the upright post is inserted into an upright post fixing hole and then is matched with the thread positioned at the upper part through the second pressing part, so that the second pressing part compresses a tightening hoop for fixing the upright post on the bearing sleeve. The base frame of the cylindrical dryer can be mutually detached so as to facilitate the storage and the transportation; and the cylindrical cloth dryer is reliable and firm in connection, very convenient for dismounting and mounting and is convenient for the use of a user.
Description
Technical field
The present invention relates to a kind of dryer, particularly relate to a kind of pillar dryer.
Background technology
Existing pillar dryer, as the clothes drying machine disclosed in Chinese patent 201110147452.9, all-in-one is hung in baking disclosed in Chinese patent 201110147466.0, and all-in-one is pressed in the baking disclosed in Chinese patent 201110147430.2, generally include the supporter of bottom and be positioned at column vertical above described supporter and drying unit, described drying unit comprise be fixed on column upper end and be positioned at column side launch arrange shelf parts, be fixed on cover body shelf parts naturally drooping formation one receiving space along column side, and be the heating parts smoked that provides hot gas to carry out clothing of the receiving space in cover body, such clothes drying machine usually also comprises one and is positioned at bottom cover body for keeping the underframe that launches bottom cover body or underframe.Therefore, if underframe or underframe cannot be separated with column or supporter, then the volume of whole clothes drying machine be can increase, transport and storage are not easy to, if underframe or underframe and column or supporter removably connect, then need to consider the convenience degree of installing/dismounting and the intensity after installing.
Summary of the invention
Technical problem to be solved by this invention is to provide and is connected and installed between a kind of underframe and casing conveniently and the high pillar dryer of bonding strength.
The present invention solves the problems of the technologies described above adopted technical scheme: a kind of pillar dryer, it is characterized in that: comprise a casing, be located at the bearing sleeve on casing, described bearing sleeve comprises epimere, stage casing and hypomere, described epimere is provided with and tightens up hoop, described stage casing is provided with the screw thread and superposed screw thread that are positioned at bottom, described hypomere is connected in casing, be provided with the boss of evagination between the hypomere of bearing sleeve and stage casing, the epimere of described bearing sleeve has upper shed and to have extended internally a column fixing hole from this upper shed;
One dismountable underframe, described underframe comprises disk body and the fixed part in disk body side, and described fixed part is provided with longitudinal trepanning with upper end and lower surface passed for bearing sleeve;
One column, the bottom of described column is inserted in column fixing hole;
One is placed on the first compacting part outside described bearing sleeve and is placed on the second compacting part be positioned at outside described bearing sleeve above this first compacting part, and described first compacting part and the second compacting part have screw thread;
To be matched with the described screw thread being positioned at bottom the upper end making the lower surface of the first compacting part compress trepanning by the first compacting part after the trepanning of described underframe is set on bearing sleeve, and then make the lower surface of described trepanning encounter boss and then described underframe and bearing sleeve are fixed;
Described column is matched with described superposed screw thread by the second compacting part after inserting column fixing hole, described second compacting part is compressed and tightens up hoop and then be fixed on bearing sleeve by column.
As another embodiment of the present invention, a kind of pillar dryer, it is characterized in that: comprise a casing, be located at the bearing sleeve on casing, described bearing sleeve comprises epimere, stage casing and hypomere, described epimere is provided with and tightens up hoop, described stage casing is provided with the screw thread and superposed screw thread that are positioned at bottom, and described hypomere is connected in casing, and the epimere of described bearing sleeve has upper shed and the column fixing hole that extended internally;
One dismountable underframe, described underframe comprises disk body and the fixed part in disk body side, and described fixed part is provided with longitudinal trepanning with upper end and lower surface passed for bearing sleeve;
One column, described column bottom is inserted in column fixing hole;
One is placed on the first compacting part outside described bearing sleeve and is placed on the second compacting part be positioned at outside described bearing sleeve above this first compacting part, and described first compacting part and the second compacting part have screw thread;
To be matched with the described screw thread being positioned at bottom the upper end making the lower surface of the first compacting part compress trepanning by the first compacting part after the trepanning of described underframe is set on bearing sleeve, and then the casing that the lower surface of trepanning is encountered around hypomere is surperficial, and then described underframe and bearing sleeve are fixed;
The second compacting part that described column passes through after inserting column fixing hole matches with described superposed screw thread, described second compacting part is compressed and tightens up hoop and then be fixed on bearing sleeve by column.
As another embodiment of the present invention, a kind of pillar dryer, it is characterized in that: comprise a casing, be located at the bearing sleeve on casing, described bearing sleeve comprises epimere, stage casing and hypomere, described epimere is provided with and tightens up hoop, described stage casing is provided with the screw thread and superposed screw thread that are positioned at bottom, and described hypomere is connected in casing, and the epimere of described bearing sleeve has upper shed and the column fixing hole that extended internally;
One removable underframe, described underframe comprises disk body and the fixed part in disk body side, and lower edge and the casing outer surface shape of described fixed part are coincide, and described fixed part is provided with longitudinal trepanning with upper end and lower surface passed for bearing sleeve;
One column, column fixing hole is inserted in the bottom of described column;
One is placed on the first compacting part outside described bearing sleeve and is placed on the second compacting part be positioned at outside described bearing sleeve above this first compacting part, and described first compacting part and the second compacting part have screw thread;
To be matched with the described screw thread being positioned at bottom the upper end making the lower surface of the first compacting part compress trepanning by the first compacting part after the trepanning of described underframe is set on bearing sleeve, and then make the part of the lower edge of described fixed part or all fit with the outer surface of casing, and then underframe is fixed on bearing sleeve and casing;
The second compacting part that described column passes through after inserting column fixing hole matches with described superposed screw thread, described second compacting part is compressed and tightens up hoop and then be fixed on bearing sleeve by column.
As one more embodiment of the present invention, a kind of pillar dryer, it is characterized in that: comprise a casing, be located at the bearing sleeve on casing, described bearing sleeve comprises epimere, stage casing and hypomere, and described epimere is provided with and tightens up hoop, described stage casing is provided with the screw thread and superposed screw thread that are positioned at bottom, and described hypomere is connected in casing, be provided with the boss of evagination between the hypomere of bearing sleeve and stage casing, the epimere of described bearing sleeve has upper shed and to have extended internally a column fixing hole from this upper shed;
One removable underframe, described underframe comprises disk body and the fixed part in disk body side, and lower edge and the casing outer surface shape of described fixed part are coincide, and described fixed part is provided with longitudinal trepanning with upper end and lower surface passed for bearing sleeve;
One column, column fixing hole is inserted in the bottom of described column;
One is placed on the first compacting part outside described bearing sleeve and is placed on the second compacting part be positioned at outside described bearing sleeve above this first compacting part, and described first compacting part and the second compacting part have screw thread;
To be matched with the described screw thread being positioned at bottom the upper end making the lower surface of the first compacting part compress trepanning by the first compacting part after the trepanning of described underframe is set on bearing sleeve, and then the lower edge of the lower surface in the described hole of cover and fixed part is close on boss and casing outer surface respectively simultaneously, underframe is fixed on bearing sleeve and casing;
The second compacting part that described column passes through after inserting column fixing hole matches with described superposed screw thread, described second compacting part is compressed and tightens up hoop and then be fixed on bearing sleeve by column.
This underframe is supported better in order to make casing, described casing is formed with first contact site upwards, described underframe is provided with downward second contact site matched with described first contact site, and this first contact site and the second contact site contact with each other to make this underframe of this cabinet supports.
Prevent underframe from moving left and right to locate fixed part on casing, described casing is provided with the groove matched with the lower edge of fixed part.
In order to support underframe better, described trepanning is extended with a length downwards in the below of underframe, and when this underframe is fixed on casing, the lower surface of described trepanning contacts the casing surface around described hypomere.
Preferably, be provided with thermal current generation device in described underframe, the hot gas of described thermal current generation device life is discharged by the portion of giving vent to anger be positioned on disk body.
Alternatively, one thermal current generation device is located in described casing, one gas channel one end is communicated with thermal current generation device, the other end is communicated in a gas outlet upwards arranged on casing, cavity is formed in described disk body, disk body is provided with the portion of giving vent to anger, and described disk body is provided with an air inlet air flue matched to downward-extension and with described gas outlet bore, and this gas outlet and air inlet air flue are tightly connected.
As another embodiment, one thermal current generation device is located in casing, one gas channel one end is communicated with thermal current generation device, the other end is communicated in a gas outlet upwards arranged on casing, form cavity in described disk body, disk body is provided with the portion of giving vent to anger, and is formed with an air inlet air flue in the fixed part of described underframe, the through cavity of described air inlet air flue and the air inlet being formed in the described air inlet air flue on the lower edge of described fixed part, described air inlet sealing is communicated with described gas outlet.
In order to locate better, there is between described first compacting part and the upper end of trepanning the cone match location structure that a maintenance is axially accurately located between the two.
Preferably, the diameter of thread being positioned at the screw thread of bottom described in is greater than described second compacting part external diameter.
As the female embodiment of a kind of first compacting part tool of the present invention, the middle pars infrasegmentalis of described bearing sleeve is provided with a circle and upwards arranges also and the spaced flange collar of tool between described stage casing, the screw thread of described bottom is positioned on the inner peripheral surface of flange collar, and described first compacting part has the external screw thread matched with the screw thread of described bottom.
Preferably, in order to make structure more simple, the first described compacting part and the second compacting part are structure as a whole.
Compared with prior art, mutually detachable between the underframe that the invention has the advantages that this pillar dryer, be convenient to storage and transport, and connect reliable, firmly, and dismounting and install all very convenient, be convenient to the use of user.
Accompanying drawing explanation
Figure 1A is the schematic perspective view of the dryer of the first embodiment, Figure 1B is the exploded view of the casing of the dryer of the first embodiment, underframe and bearing sleeve, Fig. 1 C is the exploded view of the casing of the dryer of the first embodiment, underframe, column and bearing sleeve, Fig. 1 D is the phantom of the casing of the dryer of the first embodiment, underframe and bearing sleeve, and Fig. 1 E is the phantom of the casing of the dryer of the first embodiment, underframe, column and bearing sleeve.
Fig. 2 A is the schematic perspective view of the dryer of the second embodiment, Fig. 2 B is the exploded view of the casing of the dryer of the second embodiment, underframe and bearing sleeve, Fig. 2 C is the exploded view of the casing of the dryer of the second embodiment, underframe, column and bearing sleeve, Fig. 2 D is the phantom of the casing of the dryer of the second embodiment, underframe and bearing sleeve, and Fig. 2 E is the phantom of the casing of the dryer of the second embodiment, underframe, column and bearing sleeve.
Fig. 3 A is the schematic perspective view of the dryer of the 3rd embodiment, Fig. 3 B is the casing of the dryer of the 3rd embodiment, the exploded view of underframe and bearing sleeve, Fig. 3 C is the casing of the dryer of the 3rd embodiment, underframe, the exploded view of column and bearing sleeve, Fig. 3 D is the casing of the dryer of the 3rd embodiment, the phantom of underframe and bearing sleeve, Fig. 3 E is the casing of the dryer of the 3rd embodiment, underframe, the phantom of column and bearing sleeve, Fig. 3 F is the casing of the dryer of the 3rd embodiment, underframe, the phantom of the another kind of preferred embodiment of column and bearing sleeve.
Fig. 4 A is the schematic perspective view of the dryer of the 4th embodiment, Fig. 4 B is the exploded view of the casing of the dryer of the 4th embodiment, underframe and bearing sleeve, Fig. 4 C is the exploded view of the casing of the dryer of the 4th embodiment, underframe, column and bearing sleeve, Fig. 4 D is the phantom of the casing of the dryer of the 4th embodiment, underframe and bearing sleeve, and Fig. 4 E is the phantom of the casing of the dryer of the 4th embodiment, underframe, column and bearing sleeve.
Fig. 5 A is the phantom in the 5th embodiment with the dryer of first, second contact site, Fig. 5 B is the phantom of the dryer of first, second contact site another kind of, Fig. 5 C is the phantom of the dryer with coaming plate and baffle plate, and Fig. 5 D is the enlarged diagram of part A in Fig. 5 B.
Fig. 6 A is the exploded view in underframe in the 6th embodiment with the casing of the dryer of hot wind generating device, underframe and bearing sleeve, and Fig. 6 B is the phantom of the casing of the dryer in underframe with hot wind generating device, underframe and bearing sleeve.
Fig. 6 A is the exploded view in underframe in the 6th embodiment with the casing of the dryer of hot wind generating device, underframe and bearing sleeve, and Fig. 6 B is the phantom of the casing of the dryer in underframe with hot wind generating device, underframe, column and bearing sleeve.
Fig. 7 A is the exploded view in casing in the 7th embodiment with the casing of the dryer of hot wind generating device, underframe and bearing sleeve, and Fig. 7 B is the phantom of the casing of the dryer in casing with hot wind generating device, underframe, column and bearing sleeve.
Fig. 8 A is the phantom in a kind of casing in the 8th embodiment with the dryer of hot wind generating device, and Fig. 8 B is the phantom of the dryer in another kind of casing with hot wind generating device.
Fig. 9 A is the schematic diagram that a kind of first compacting part matches with trepanning, Fig. 9 B is the enlarged drawing of part B in Fig. 9 A, the schematic diagram that another kind of first compacting part of Fig. 9 C matches with trepanning, Fig. 9 D is the enlarged drawing of C part in Fig. 9 C, the schematic diagram that another first compacting part of Fig. 9 E matches with trepanning, Fig. 9 F is the enlarged drawing of D part in Fig. 9 E.
Figure 10 is the dryer phantom that the path of the lower screw thread of the tenth embodiment is greater than the second compacting part external diameter.
Figure 11 A is that in the 11 embodiment, the first compacting part has first, second compacting part of externally threaded dryer and the exploded view of bearing sleeve, Figure 11 B is the phantom of dryer in the 11 embodiment, and Figure 11 C is the sectional view of another kind of externally threaded first compacting part.
Figure 12 is the compacting part schematic diagram of conjoined structure in the 12 embodiment.
Figure 13 is the phantom that in the 13 embodiment, trepanning internal diameter is less than the dryer of the external diameter of the first compacting part.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the present invention is described in further detail.
First embodiment:
As Figure 1A to Fig. 1 E shows a kind of pillar dryer, comprise pendulum support 6 on the ground, be inserted in the column 8 on support 6, column 8 side is provided with the upper frame 2 on top and the underframe 1 of bottom, between the underframe 1 of upper frame 2 and bottom, cover body 7 is installed, cover body 7 upper support is on upper frame 2, lower support is on underframe 1, wherein this underframe 1 comprises oval disk body 11 and the fixed part 12 of extension in disk body 11 side, the horn mouth shape of turning up is arranged on disk body 11 top, cover body 7 bottom is socketed in the top of disk body 11 and is tightly connected, indirectly be connected by bearing sleeve 5 between its central post 8 with support 6.
This bearing sleeve 5 has upper shed 511, and the column fixing hole 54 that extended internally, column 8 bottom is inserted in this column fixing hole 54.This bearing sleeve 5 is longitudinally divided into epimere 51, stage casing 52 and hypomere 53, wherein epimere 51 is provided with and tightens up hoop 512, stage casing 52 is provided with the screw thread 521 and superposed screw thread 522 that are positioned at bottom, hypomere 53 is arranged in the fixing hole 61 of support 6, also be provided with screw 62 in addition bottom this fixing hole 61 hypomere 53 and fixing hole 61 are locked, guarantee that bearing sleeve 5 is fixed in support 6, between the hypomere 53 of bearing sleeve 5 and stage casing 52, be provided with the boss 55 of evagination.
Outside described bearing sleeve 5, cover has the first compacting part 91 and the second compacting part 92, and this first compacting part 91 is positioned at below this second compacting part 92, and described first compacting part 91 and the second compacting part 92 have screw thread.
The fixed part 12 of this underframe 1 longitudinally offers trepanning 120, and aperture and the bearing sleeve 5 stage casing external diameter of this trepanning 120 match, and make it to pass, and have upper end 121 and lower surface 122.
The screw thread 521 of middle and lower part, stage casing 52 matches with the first compacting part 91, and the screw thread 522 on this top matches with the second compacting part 92, and preferably, this first compacting part 91 and the second compacting part 92 are namely with female swivel nut.
During installation, the trepanning 120 of underframe 1 is enclosed within stage casing 52, until boss 55 is encountered in the lower surface 122 of trepanning 120, then, to be matched with the screw thread 521 of bottom the upper end 121 of tightening and making the lower surface of the first compacting part 91 compress trepanning 120 by the first compacting part 91, until the lower surface 122 of trepanning 120 contacts boss 55 more tightly, thus underframe 1 and bearing sleeve 5 are fixed.
Then column 8 is inserted in the column fixing hole 54 of epimere 51, second compacting part 92 is matched with the screw thread 522 on the top of bearing sleeve 5 tighten, simultaneously the second compacting part 92 tightens up hoop 512, and then tightens up hoop 512 and tighten up column 8, and column 8 and bearing sleeve 5 are fixed.
Further, the parts of anti-rotation are preferably set between trepanning 120 and bearing sleeve 5.Can select to be arranged between lower surface 122 with boss 55 and arrange the concavo-convex plane matched, this prevents the parts rotated from determining location between this underframe and casing.
Second embodiment:
As Fig. 2 A to Fig. 2 E shows another kind of pillar sheet dryer, comprise pendulum support 6 on the ground, be inserted in the column 8 on support 6, column 8 side is provided with the upper frame 2 on top and the underframe 1 of bottom, between the underframe 1 of upper frame 2 and bottom, cover body 7 is installed, cover body 7 upper support is on upper frame 2, lower support is on underframe 1, wherein this underframe 1 comprises oval disk body 11 and the fixed part 12 of extension in disk body 11 side, the horn mouth shape of turning up is arranged on disk body 11 top, cover body 7 bottom is socketed in the top of disk body 11 and is tightly connected, indirectly be connected by bearing sleeve 5 between its central post 8 with support 6.
This bearing sleeve 5 has upper shed 511, and the column fixing hole 54 that extended internally, column 8 bottom is inserted in this column fixing hole 54.This bearing sleeve 5 is longitudinally divided into epimere 51, stage casing 52 and hypomere 53, wherein epimere 51 is provided with and tightens up hoop 512, stage casing 52 is provided with the screw thread 521 and superposed screw thread 522 that are positioned at bottom, hypomere 53 is arranged in the fixing hole 61 of support 6, also be provided with screw 62 in addition bottom this fixing hole 61 hypomere 53 and fixing hole 61 are locked, guarantee that bearing sleeve 5 is fixed in support 6.
Preferably, around this fixing hole 61, casing surface 611 namely around hypomere 53 is concave stations of a level, and this concave station is positioned at the opening of fixing hole 61.
Outside described bearing sleeve 5, cover has the first compacting part 91 and the second compacting part 92, and this first compacting part 91 is positioned at below this second compacting part 92, and described first compacting part 91 and the second compacting part 92 have screw thread.
The fixed part 12 of this underframe 1 longitudinally offers trepanning 120, and aperture and the bearing sleeve 5 stage casing external diameter of this trepanning 120 match, and make it to pass, and have upper end 121 and lower surface 122.
The screw thread 521 of middle and lower part, stage casing 52 matches with the first compacting part 91, and the screw thread 522 on this top matches with the second compacting part 92, and preferably, this first compacting part 91 and the second compacting part 92 are namely with female swivel nut.
During installation, the trepanning 120 of underframe 1 is set on stage casing 52, until casing surface 611 is encountered in lower surface 122, then to be matched with the screw thread 521 of bottom the upper end 121 of tightening and making the lower surface of the first compacting part 91 compress trepanning 120 by the first compacting part 91, until the lower surface 122 of trepanning 120 contacts casing surface 611 more tightly, thus underframe 1 and bearing sleeve 5 are fixed.
Then column 8 is inserted in the column fixing hole 54 of epimere 51, second compacting part 92 is matched with the screw thread 522 on the top of bearing sleeve 5 tighten, simultaneously the second compacting part 92 tightens up hoop 512, and then tightens up hoop 512 and tighten up column 8, and column 8 and bearing sleeve 5 are fixed.
3rd embodiment:
As shown in Fig. 3 A to Fig. 3 F, comprise pendulum support 6 on the ground, the column 8 being inserted in support 6, column 8 side be provided with the upper frame 2 on top and the underframe 1 of bottom, between the underframe 1 of upper frame 2 and bottom, cover body 7 is installed, cover body 7 upper support is on upper frame 2, lower support is on underframe 1, wherein this underframe 1 comprises oval disk body 11 and the fixed part 12 of extension in disk body 11 side, the horn mouth shape of turning up is arranged on disk body 11 top, cover body 7 bottom is socketed in the top of disk body 11 and is tightly connected, and is indirectly connected between its central post 8 with support 6 by bearing sleeve 5.
This bearing sleeve 5 has upper shed 511, and the column fixing hole 54 that extended internally, column 8 bottom is inserted in this column fixing hole 54.This bearing sleeve 5 is longitudinally divided into epimere 51, stage casing 52 and hypomere 53, wherein epimere 51 is provided with and tightens up hoop 512, stage casing 52 is provided with the screw thread 521 and superposed screw thread 522 that are positioned at bottom, hypomere 53 is arranged in the fixing hole 61 of support 6, also be provided with screw 62 in addition bottom this fixing hole 61 hypomere 53 and fixing hole 61 are locked, guarantee that bearing sleeve 5 is fixed in support 6.
Outside described bearing sleeve 5, cover has the first compacting part 91 and the second compacting part 92, and this first compacting part 91 is positioned at below this second compacting part 92, and described first compacting part 91 and the second compacting part 92 have screw thread.
The lower edge 124 of the fixed part 12 of this underframe 1 coincide with casing 6 surface configuration, the fixed part 12 of this underframe 1 longitudinally offers trepanning 120, aperture and the bearing sleeve 5 stage casing external diameter of this trepanning 120 match, and make it to pass, and have upper end 121 and lower surface 122.
The screw thread 521 of middle and lower part, stage casing 52 matches with the first compacting part 91, and the screw thread 522 on this top matches with the second compacting part 92, and preferably, this first compacting part 91 and the second compacting part 92 are namely with female swivel nut.
During installation, the trepanning 120 of underframe 1 is set on stage casing 52, until casing surface 611 is encountered in lower surface 122, then to be matched with the screw thread 521 of bottom the upper end 121 of tightening and making the lower surface of the first compacting part 91 compress trepanning 120 by the first compacting part 91, until lower edge 124 part of fixed part or be all fitted on the outer surface of casing 6, thus underframe 1 and bearing sleeve 5 and casing 6 are fixed.
Then column 8 is inserted in the column fixing hole 54 of epimere 51, second compacting part 92 is matched with the screw thread 522 on the top of bearing sleeve 5 tighten, simultaneously the second compacting part 92 tightens up hoop 512, and then tightens up hoop 512 and tighten up column 8, and column 8 and bearing sleeve 5 are fixed.
As illustrated in Figure 3 F, further, the trepanning 120 of this its fixed part 12 of underframe 1 is extended with downwards has certain length, when the trepanning 120 of fixed part 12 is arranged on outside bearing sleeve 5, lower surface 122 touches the casing surface 611 around hypomere 53, after first compacting part 91 and the screw thread 521 of bottom are tightened, lower edge 124 and lower surface 122 are fitted on the casing surface 611 around the outer surface of casing and hypomere 53 respectively simultaneously.
4th embodiment:
As shown in Fig. 4 A to Fig. 4 E, this dryer comprises pendulum support 6 on the ground, be inserted in the column 8 on support 6, column 8 side is provided with the upper frame 2 on top and the underframe 1 of bottom, between the underframe 1 of upper frame 2 and bottom, cover body 7 is installed, cover body 7 upper support is on upper frame 2, lower support is on underframe 1, wherein this underframe 1 comprises oval disk body 11 and the fixed part 12 of extension in disk body 11 side, the horn mouth shape of turning up is arranged on disk body 11 top, cover body 7 bottom is socketed in the top of disk body 11 and is tightly connected, indirectly be connected by bearing sleeve 5 between its central post 8 with support 6.
This bearing sleeve 5 has upper shed 511, and the column fixing hole 54 that extended internally, column 8 bottom is inserted in this column fixing hole 54.This bearing sleeve 5 is longitudinally divided into epimere 51, stage casing 52 and hypomere 53, wherein epimere 51 is provided with and tightens up hoop 512, stage casing 52 is provided with the screw thread 521 and superposed screw thread 522 that are positioned at bottom, hypomere 53 is arranged in the fixing hole 61 of support 6, also be provided with screw 62 in addition bottom this fixing hole 61 hypomere 53 and fixing hole 61 are locked, guarantee that bearing sleeve 5 is fixed in support 6, between the hypomere 53 of bearing sleeve 5 and stage casing 52, be provided with the boss 55 of evagination.
Outside described bearing sleeve 5, cover has the first compacting part 91 and the second compacting part 92, and this first compacting part 91 is positioned at below this second compacting part 92, and described first compacting part 91 and the second compacting part 92 have screw thread.
The lower edge 124 of the fixed part 12 of this underframe 1 coincide with casing 6 surface configuration, the fixed part 12 of this underframe 1 longitudinally offers trepanning 120, aperture and the bearing sleeve 5 stage casing external diameter of this trepanning 120 match, and make it to pass, and have upper end 121 and lower surface 122.
The screw thread 521 of middle and lower part, stage casing 52 matches with the first compacting part 91, and the screw thread 522 on this top matches with the second compacting part 92, and preferably, this first compacting part 91 and the second compacting part 92 are namely with female swivel nut.
During installation, the trepanning 120 of underframe 1 is set on stage casing 52, until boss 55 is encountered in lower surface 122, then to be matched with the screw thread 521 of bottom by the first compacting part 91 and tighten, the lower surface of the first compacting part 91 is made to compress the upper end 121 of trepanning 120, until fixed part lower edge 124 part or be all fitted on the outer surface of casing 6, and boss 55 is close in lower surface 122 simultaneously, thus underframe 1 and bearing sleeve 5 and casing 6 are fixed.
Then column 8 is inserted in the column fixing hole 54 of epimere 51, second compacting part 92 is matched with the screw thread 522 on the top of bearing sleeve 5 tighten, simultaneously the second compacting part 92 tightens up hoop 512, and then tightens up hoop 512 and tighten up column 8, and column 8 and bearing sleeve 5 are fixed.
And for first, second, third and fourth embodiment above-mentioned, the first compacting part 91 and the second compacting part 92 install after between at intervals.Column 8 can be selected to adopt a kind of Collapsible structure.
If in addition it should be noted that the internal diameter of the first compacting part 91 is less than the external diameter of the second compacting part 92, must first be positioned at outside bearing sleeve 5 so do not insert column fixing hole 54, first compacting part 91 before or after tube column 8.If the internal diameter of trepanning 120 is less than the external diameter of the second compacting part 92, so when installing underframe 1, the second compacting part 92 will be guaranteed not on bearing sleeve 5.And when underframe 1 is pulled down simultaneously, must first the second compacting part 92 upwards being back-outed, then bearing sleeve 5 that the first compacting part 91 is upwards back-outed.
In third and fourth embodiment above-mentioned, the bore of the lower edge 124 of fixed part 12 is larger, and the area covering the outer surface of casing 6 is also larger, by contribute to promoting between underframe 1 and casing 6 in conjunction with firmness.In addition, the outer surface of casing 6, especially the outer surface entirety of 124 contacts site, lower edge is an arch, is conducive to the outer surface that lower edge 124 is fitted in this casing 6 docilely like this, and underframe 1 and casing 6 are not easily shifted.The exterior surface of lower edge 124 and casing 6 and trepanning 120 are enclosed within the location determining the transverse direction between this underframe 1 and casing 6 outside bearing sleeve 5, can save like this as in the first embodiment the setting of the parts of anti-rotation is set between the trepanning 120 mentioned and bearing sleeve 5.
In third and fourth embodiment above-mentioned, this bearing sleeve 5 is not limited to said structure with the connection of casing 6, such as, can be provided with the screw-in buckle preventing from longitudinally departing between the hypomere 53 of bearing sleeve and fixing hole 61, or screw-in screw connection structure, can certainly be this bearing sleeve 5 be integral structures with casing 6.Can increase the complexity of producing this casing 6 mould although it is so, but degree of being connected firmly between the two is fully guaranteed.So under this structure, hypomere 53 and casing 6 one of bearing sleeve, that is stage casing 52 is directly connected on casing 6.Show in the figure of all embodiments of the present invention, employing are all same structures, namely have a fixing hole 61 to casing 6 sunken inside, hypomere 53 part for this bearing sleeve 5 stretches in fixing hole 61, a part outside casing 6.
As shown in Fig. 3 B to 4E, in third and fourth embodiment above-mentioned, as alternate configurations, the outer surface of casing 6 is provided with the groove 63 that the lower edge 124 for fixed part 12 is located.Groove on such casing 6 63 matches with the lower edge 124 of fixed part, on the outer surface making fixed part 12 be positioned at casing 6 can not laterally, vertically move, and in installation process, this fixed part 12 also can not produce displacement relative to casing 6.
5th embodiment:
As first and second example structure, the whole underframe 1 be positioned on casing 6 is upper outside except fixed part 12 is enclosed within this bearing sleeve 5, and remainder is all hanging shape, supports by bearing sleeve 5.Bearing sleeve 5 itself needs a higher bending strength, but the external diameter of bearing sleeve 5 is too large, can increase the external diameter of first, second compacting part, and the external diameter of first, second compacting part is too large, is not easy to hold, adds installation difficulty during installation.In addition, fixed part 12 is enclosed within after outside this bearing sleeve 5, and underframe 1 can with bearing sleeve 5 for axle rotates, and after the first compacting part 91 is tightened, the lateral attitude between possible underframe 1 and casing 6 can be departed from.
As shown in Figure 5A, casing 6 is formed with first contact site 64 upwards arranged, underframe 1 is provided with downward second contact site 13 matched with the first contact site 64 that is that arrange.This first contact site 64 can be a column sleeve, and the second contact site 13 is pillars, and when the trepanning 120 of this underframe 1 is enclosed within bearing sleeve 5, this first contact site 64 and the second contact site 13 are bonded with each other.Certainly, syndeton between this first contact site 64 and second contact site 13 also can select buckle structure, specifically as shown in Fig. 5 B, 5D, underframe 1 is enclosed within outside bearing sleeve 5, before first compacting part 91 is tightened, this underframe 1 rotates relative to bearing sleeve 5, and buckle is buckled together, such external world applies pressure downwards or upwards applies in the process of pulling force, can make to be firmly connected to each other support between casing 6 and underframe 1.Said structure also has the further positioning action of the horizontal direction between underframe 1 and casing 6, so contact when installing between this first contact site 64 and second contact site 13 can prevent the rotation between underframe 1 and casing 6 from misplacing.
As shown in Figure 5 C, the fixed part 12 of underframe 1 is extended with one downwards and encloses sheet 15, and corresponding two catch 67 being provided with the interval longitudinally upwards extended at casing can certainly be one.After fixed part 12 is enclosed within this bearing sleeve 5, encloses sheet 15 and insert between two 67 or enclose sheet 15 and offset with catch 67, misplace to prevent the rotation between underframe 1 and casing 6.
Alternatively, underframe 1 is supported to casing 6 and reinforces the second connecting portion of bonding strength between the two by said structure.When this structure is particularly useful for the outside dimension of bearing sleeve 5 little bending strength deficiency.Contribute to underframe 1 and the determination of the docking location of casing 6, improve combination stability and be connected firmness with reinforcement.
6th embodiment:
In first, second, third and fourth embodiment above-mentioned, do not mention where the hot gas generation device of this dryer is arranged on, as shown in Fig. 6 A to Fig. 6 B, selectively, can be provided with thermal current generation device 3 in underframe 1, Inlet Position can be arranged on the bottom surface of this underframe 1.The hot gas that thermal current generation device 3 produces is discharged by the portion of giving vent to anger 111 be positioned on disk body 11, and this portion 111 of giving vent to anger is 5 gas outlets on disk body 11, length direction formed a line, and each gas outlet is made up of several aperture.
7th embodiment:
In first, second, third and fourth embodiment above-mentioned, where the hot gas generation device not mentioning this clothes drying machine is arranged on, as shown in Fig. 7 A, 7B, one thermal current generation device 3 is located in casing 6, one end of one gas channel 31 is communicated with thermal current generation device 3, the other end is connected to the gas outlet 65 leading to the external world on casing 6, a cavity 110 is formed in disk body 11, disk body 11 is provided with the portion of giving vent to anger 111, disk body 11 is also provided with an air inlet air flue 113 matched to downward-extension and with gas outlet 65 bore, and this gas outlet 65 and air inlet air flue 113 are tightly connected.
8th embodiment:
Above-mentioned 3rd, in four embodiments, where the hot gas generation device not mentioning this clothes drying machine is arranged on, as Fig. 8 A, shown in 8B, one thermal current generation device 3 is located in casing 6, one gas channel 31 one end is communicated with thermal current generation device 3, the other end is communicated in the gas outlet 65 leading to casing 6 external world on casing 6, a cavity 110 is formed in disk body 11, disk body 11 is provided with the portion of giving vent to anger 111, an air inlet air flue 113 is formed in fixed part 12, the through cavity of described air inlet air flue 113 110 and the air inlet 112 being formed in the described air inlet air flue 113 on the lower edge 124 of described fixed part 12, this gas outlet 65 matches with air inlet 112, after dish seat 1 is in place, air inlet 112 and gas outlet 65 are tightly connected.Air-flow trend as shown by arrows, enters gas outlet 65 from thermal current generation device 3, then enters a gas channel 31, then flows into cavity 110, finally flows out from the portion of giving vent to anger 111 of disk body 11.
9th embodiment:
With first, second, third and fourth embodiment above-mentioned unlike, as shown in Fig. 9 A to 9F, the lower surface 913 of the first compacting part 91 and the upper end 121 of trepanning 120 have a convex recessed cone structure matched respectively, for keeping the accurate location between the first compacting part 91 and the upper end 121 of trepanning 120.
After particularly arranging further in second and third example structure, as shown in Fig. 9 A, 9C, can the location of cone structure and the compression fit between the lower edge 124 of fixed part 12 and casing 6 be passed through, prevent the movement of fixed part 12 on casing 6 goodly.
Tenth embodiment:
Further, as shown in Figure 10, the diameter of thread of the screw thread 521 of bottom is greater than the external diameter of the second compacting part 92, and thus, the second compacting part 92 is positioned at the installation also not affecting the first compacting part 91 outside bearing sleeve 5 early than the first compacting part 91.Further, the internal diameter of trepanning 120 is greater than the outer diameter D 2 of the second compacting part 92, and thus, what the second compacting part 92 was inserted in early than the fixed part 12 of underframe 1 fixed part 12 also not affecting underframe on bearing sleeve 5 is inserted in installation.
11 embodiment:
As shown in Figure 11 A, 11B, the bottom in the stage casing 52 of bearing sleeve 5 is provided with a circle upwards arrange also and the spaced flange collar 520 of tool between described stage casing 52, the inner peripheral surface of flange collar 520 is provided with the screw thread 521 of bottom, and the screw thread 521 of this bottom is a female thread structure.The external annulus 911 that first compacting part 91 comprises an internal ring wall 912 and arranges separately with internal ring wall 912, connect together between internal ring wall 912 and external annulus 911 upper end, the outer surface of internal ring wall 912 is provided with the external screw thread 910 matched with the screw thread 521 of bottom, matches with the upper end 121 of trepanning 120 in the lower surface of external annulus 911.Being arranged to alternatively between the lower surface of this external annulus 911 and the upper end 121 of trepanning 120 is the location structure that a conical surface matches.
Alternatively, as shown in Figure 11 C, the length of internal ring wall 912 is greater than the length of external annulus 911, external screw thread 910 is located at the hypomere outer surface of internal ring wall 912, external annulus 911 lower surface is pressed on the upper end 121 of trepanning 120 after tightening with the first compacting part 91, and preferably, be arranged to the location structure that the conical surface matches between the lower surface of this external annulus 911 and the upper end 121 of trepanning 120.
12 embodiment:
Supplementing further for first, second, third and fourth embodiment above-mentioned, as shown in figure 12, this first compacting part 91 and be positioned at the compacting part that the second compacting part 92 above this first compacting part 91 is structure as a whole.The step of installing simplifies more, and can first be enclosed within outside bearing sleeve 5 by the fixed part 12 of underframe 1, compacting part of then screwing on, inserts column 8 in bearing sleeve 5, finally tighten compacting part before tightening, and column 8 and fixed part 12 was fixed simultaneously.Certainly, if the internal diameter of this compacting part can allow, column 8 is whole to be passed, and also column 8 can be inserted in bearing sleeve 5 early than compacting part.In addition, if the internal diameter of the trepanning 120 of the fixed part 12 of this underframe 1 can allow, column 8 is whole to be passed, and also column 8 can be inserted bearing sleeve 5 early than the trepanning 120 of underframe 1.
Alternatively, select the first compacting part 91 described in the 11 embodiment, make integrative-structure with the second compacting part 92 selected by ten, preferably, the tooth distance of the first compacting part 91 external screw thread 910 and the tooth of the second compacting part 92 internal thread 920 are apart from wanting equidistant.
Above-mentioned first, two, three, in four embodiments, preferentially, this bearing sleeve 5 can be fixed on this casing 6 in advance, also can selectively be gone to install by user, particularly as shown in figure 13, the diameter of this trepanning 120 is less than the external diameter of the screw thread 521 of bottom, now, the trepanning 120 of this underframe 1 can not be inserted in downwards from the epimere 51 of bearing sleeve 5, but be upwards inserted in by the hypomere 53 of bearing sleeve 5, so when installing, need first the hypomere 53 of bearing sleeve 5 to be inserted trepanning 120, bearing sleeve 5 inserts in the fixing hole 61 of casing 6 with this underframe 1, and then bearing sleeve 5 is fixed on casing 6.
Although more than describe in detail the preferred embodiments of the present invention, should be expressly understood that, for a person skilled in the art, the present invention can have various modifications and variations.All any amendments done within the spirit and principles in the present invention, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (14)
1. a pillar dryer, comprise thermal current generation device (3), it is characterized in that: comprise a casing (6), be located at the bearing sleeve (5) on casing (6), described bearing sleeve (5) comprises epimere (51), stage casing (52) and hypomere (53), described epimere (51) is provided with and tightens up hoop (512), described stage casing (52) is provided with the screw thread (521) and superposed screw thread (522) that are positioned at bottom, described hypomere (53) is connected in casing (6), the boss (55) of evagination is provided with between the hypomere (53) of bearing sleeve (5) and stage casing (52), the epimere (51) of described bearing sleeve (5) has upper shed (511) and to have extended internally a column fixing hole (54) from this upper shed (511),
One dismountable underframe (1), described underframe (1) comprises disk body (11) and the fixed part (12) in disk body (11) side, and described fixed part (12) is provided with longitudinal trepanning (120) with upper end (121) and lower surface (122) passed for bearing sleeve (5);
One column (8), the bottom of described column (8) is inserted in column fixing hole (54);
One is placed on first compacting part (91) in described bearing sleeve (5) outside and is placed on the second compacting part (92) that described bearing sleeve (5) outside is positioned at this first compacting part (91) top, and described first compacting part (91) and the second compacting part (92) have screw thread;
The trepanning (120) of described underframe (1) is set on bearing sleeve (5) and is matched with the described screw thread (521) being positioned at bottom the upper end (121) making the lower surface of the first compacting part (91) compress trepanning (120) by the first compacting part (91) afterwards, and then makes the lower surface of described trepanning (120) (122) encounter boss (55) and then described underframe (1) and bearing sleeve (5) fixed;
Described column (8) is inserted column fixing hole (54) and is matched with described superposed screw thread (522) by the second compacting part (92) afterwards, makes described second compacting part (82) compression tighten up hoop (512) and then be fixed on bearing sleeve (5) by column (8).
2. a pillar dryer, comprise thermal current generation device (3), it is characterized in that: comprise a casing (6), be located at the bearing sleeve (5) on casing (6), described bearing sleeve (5) comprises epimere (51), stage casing (52) and hypomere (53), described epimere (51) is provided with and tightens up hoop (512), described stage casing (52) is provided with the screw thread (521) and superposed screw thread (522) that are positioned at bottom, described hypomere (53) is connected in casing (6), the epimere (51) of described bearing sleeve (5) has upper shed (511) and the column fixing hole (54) that extended internally,
One dismountable underframe (1), described underframe (1) comprises disk body (11) and the fixed part (12) in disk body (11) side, and described fixed part (12) is provided with longitudinal trepanning (120) with upper end (121) and lower surface (122) passed for bearing sleeve (5);
One column (8), described column (8) bottom is inserted in column fixing hole (54);
One is placed on first compacting part (91) in described bearing sleeve (5) outside and is placed on the second compacting part (92) that described bearing sleeve (5) outside is positioned at this first compacting part (91) top, and described first compacting part (91) and the second compacting part (92) have screw thread;
The trepanning (120) of described underframe (1) is set on bearing sleeve (5) and is matched with the described screw thread (521) being positioned at bottom the upper end (121) making the lower surface of the first compacting part (91) compress trepanning (120) by the first compacting part (91) afterwards, and then make the lower surface of trepanning (120) (122) encounter hypomere (53) casing surface (611) around, and then described underframe (1) and bearing sleeve (5) are fixed;
The second compacting part (92) that described column (8) insertion column fixing hole (54) passes through afterwards matches with described superposed screw thread (522), makes described second compacting part (82) compression tighten up hoop (512) and then be fixed on bearing sleeve (5) by column (8).
3. a pillar dryer, comprise thermal current generation device (3), it is characterized in that: comprise a casing (6), be located at the bearing sleeve (5) on casing (6), described bearing sleeve (5) comprises epimere (51), stage casing (52) and hypomere (53), described epimere (51) is provided with and tightens up hoop (512), described stage casing (52) is provided with the screw thread (521) and superposed screw thread (522) that are positioned at bottom, described hypomere (53) is connected in casing (6), the epimere (51) of described bearing sleeve (5) has upper shed (511) and the column fixing hole (54) that extended internally,
One removable underframe (1), described underframe (1) comprises disk body (11) and the fixed part (12) in disk body (11) side, the lower edge of described fixed part (12) and casing (6) external surface shape are coincide, and described fixed part (12) is provided with longitudinal trepanning (120) with upper end (121) and lower surface (122) passed for bearing sleeve (5);
One column (8), column fixing hole (54) is inserted in the bottom of described column (8);
One is placed on first compacting part (91) in described bearing sleeve (5) outside and is placed on the second compacting part (92) that described bearing sleeve (5) outside is positioned at this first compacting part (91) top, and described first compacting part (91) and the second compacting part (92) have screw thread;
The trepanning (120) of described underframe (1) is set on bearing sleeve (5) and is matched with the described screw thread (521) being positioned at bottom the upper end (121) making the lower surface of the first compacting part (91) compress trepanning (120) by the first compacting part (91) afterwards, and then make the part of the lower edge of described fixed part (12) or all fit with the outer surface of casing (6), and then underframe (1) is fixed on bearing sleeve (5) and casing (6);
The second compacting part (92) that described column (8) insertion column fixing hole (54) passes through afterwards matches with described superposed screw thread (522), makes described second compacting part (82) compression tighten up hoop (512) and then be fixed on bearing sleeve (5) by column (8).
4. a pillar dryer, comprise thermal current generation device (3), it is characterized in that: comprise a casing (6), be located at the bearing sleeve (5) on casing (6), described bearing sleeve (5) comprises epimere (51), stage casing (52) and hypomere (53), described epimere (51) is provided with and tightens up hoop (512), described stage casing (52) is provided with the screw thread (521) and superposed screw thread (522) that are positioned at bottom, described hypomere (53) is connected in casing (6), the boss (55) of evagination is provided with between the hypomere (53) of bearing sleeve (5) and stage casing (52), the epimere (51) of described bearing sleeve (5) has upper shed (511) and to have extended internally a column fixing hole (54) from this upper shed (511),
One removable underframe (1), described underframe (1) comprises disk body (11) and the fixed part (12) in disk body (11) side, the lower edge of described fixed part (12) and casing (6) external surface shape are coincide, and described fixed part (12) is provided with longitudinal trepanning (120) with upper end (121) and lower surface (122) passed for bearing sleeve (5);
One column (8), column fixing hole (54) is inserted in the bottom of described column (8);
One is placed on first compacting part (91) in described bearing sleeve (5) outside and is placed on the second compacting part (92) that described bearing sleeve (5) outside is positioned at this first compacting part (91) top, and described first compacting part (91) and the second compacting part (92) have screw thread;
The trepanning (120) of described underframe (1) is set on bearing sleeve (5) and is matched with the described screw thread (521) being positioned at bottom the upper end (121) making the lower surface of the first compacting part (91) compress trepanning (120) by the first compacting part (91) afterwards, and then make the lower surface (122) in the described hole of cover (120) and the lower edge of fixed part (12) be close on boss (55) and casing (6) outer surface respectively simultaneously, underframe (1) is fixed on bearing sleeve (5) and casing (6);
The second compacting part (92) that described column (8) insertion column fixing hole (54) passes through afterwards matches with described superposed screw thread (522), makes described second compacting part (82) compression tighten up hoop (512) and then be fixed on bearing sleeve (5) by column (8).
5. pillar dryer according to claim 1 and 2, it is characterized in that: described casing (6) is formed with first contact site (64) upwards, described underframe (1) is provided with downward second contact site (13) matched with described first contact site (64), and this first contact site (64) and the second contact site (13) contact with each other to make this casing (6) support this underframe (1).
6. the pillar dryer according to claim 3 or 4, is characterized in that: described casing (6) is provided with the groove (63) matched with the lower edge of fixed part (12) (124).
7. pillar dryer according to claim 3, it is characterized in that: described trepanning (120) is extended with a length downwards in the below of underframe (1), when this underframe (1) is fixed on casing (6), the lower surface (122) of described trepanning (120) contacts described hypomere (53) casing surface (611) around.
8. the pillar dryer according to claim 1,2,3 or 4, it is characterized in that: described thermal current generation device (3) is located in described underframe (1), the hot gas that described thermal current generation device (3) produces is discharged by the portion of giving vent to anger (111) be positioned on disk body (11).
9. according to claim 1, 2, pillar dryer described in 3 or 4, it is characterized in that: described thermal current generation device (3) is located in described casing (6), one gas channel (31) one end is communicated with thermal current generation device (3), the other end is communicated in the gas outlet (65) that casing (6) upper is upwards arranged, cavity (110) is formed in described disk body (11), disk body (11) is provided with the portion of giving vent to anger (111), described disk body (11) is provided with an air inlet air flue (113) matched to downward-extension and with described gas outlet (65) bore, this gas outlet (65) and air inlet air flue (113) are tightly connected.
10. the pillar dryer according to claim 3 or 4, it is characterized in that: described thermal current generation device (3) is located in casing (6), one gas channel (31) one end is communicated with thermal current generation device (3), the other end is communicated in the gas outlet (65) that casing (6) upper is upwards arranged, cavity (110) is formed in described disk body (11), disk body (11) is provided with the portion of giving vent to anger (111), an air inlet air flue (113) is formed in the fixed part (12) of described underframe (1), the through cavity of described air inlet air flue (113) (110) and be formed in the air inlet (112) of the described air inlet air flue (113) on the lower edge (124) of described fixed part (12), described air inlet (112) sealing is communicated with described gas outlet (65).
11. pillar dryers according to claim 1,2,3 or 4, is characterized in that: have the cone match location structure that a maintenance is axially accurately located between described first compacting part (91) and the upper end (121) of trepanning (120) between the two.
12., according to the pillar dryer described in claim 1,2,3 or 4, is characterized in that: described in be positioned at the screw thread (521) of bottom diameter of thread be greater than described second compacting part (92) external diameter.
13. pillar dryers according to claim 1,2,3 or 4, it is characterized in that: stage casing (52) bottom of described bearing sleeve (5) be provided with a circle upwards arrange and and the spaced flange collar of tool (520) between described stage casing (52), the screw thread (521) of described bottom is positioned on the inner peripheral surface of flange collar (520), and described first compacting part (91) has the external screw thread matched with the screw thread of described bottom (521).
14. pillar dryers according to claim 1,2,3 or 4, is characterized in that: described the first compacting part (91) and the second compacting part (92) are structure as a whole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210447960.3A CN102965893B (en) | 2012-11-12 | 2012-11-12 | Cylindrical clothes dryer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210447960.3A CN102965893B (en) | 2012-11-12 | 2012-11-12 | Cylindrical clothes dryer |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102965893A CN102965893A (en) | 2013-03-13 |
| CN102965893B true CN102965893B (en) | 2015-02-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210447960.3A Active CN102965893B (en) | 2012-11-12 | 2012-11-12 | Cylindrical clothes dryer |
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| CN (1) | CN102965893B (en) |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001137599A (en) * | 1999-11-17 | 2001-05-22 | Nisshin Kogyo Co Ltd Saitama Plant | Drying stand for dehumidifier |
| CN2538832Y (en) * | 2002-02-01 | 2003-03-05 | 陈忠秋 | Telescopic supporting rod for vertical steam iron |
| CN2591080Y (en) * | 2002-09-18 | 2003-12-10 | 上海昆玉电器有限公司 | Light steam hand iron |
| CN2608740Y (en) * | 2003-01-21 | 2004-03-31 | 厦门进雄企业有限公司 | Connection structure of shelf |
| CN102226312B (en) * | 2011-03-28 | 2012-07-11 | 胡杰波 | Clothes drying machine |
| CN202298262U (en) * | 2011-11-05 | 2012-07-04 | 钟声远 | Connecting piece of exhaust pipe of steam iron |
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2012
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