CN1936157A

CN1936157A - Door for washing machine and dryer and washing machine and dryer having the same

Info

Publication number: CN1936157A
Application number: CNA2006100898956A
Authority: CN
Inventors: 金琮石; 卢良焕; 赵汉纪; 郑然秀; 康正勋; 朴明植; 河永勋
Original assignee: LG Electronics Inc
Current assignee: LG Electronics Inc
Priority date: 2002-01-09
Filing date: 2003-01-09
Publication date: 2007-03-28
Also published as: KR100452353B1; KR20030060554A

Abstract

Door for a washing machine and dryer, and a washing machine and a dryer with the door, the door including a frame ( 31 ) or ( 32 ) having a system for opening/closing an opening ( 15 ) or ( 25 ) provided for introducing laundry into a washing machine or a dryer; and a hinge assembly ( 100 ) including a bracket ( 110 ) attached to an inside surface of a housing ( 11 ) or ( 21 ) of the washing machine or the dryer, and a hinge arm ( 120 ) having a first member ( 121 ) rotatably connected to the bracket ( 110 ), and a second member ( 122 ) extended in succession to the first member ( 121 ) and rotatably connected to the frame ( 31 ) and ( 32 ) for being drawn to an outside of the washing machine and the dryer, thereby enabling to be rotated relative to the bracket and the hinge arm respectively, so as to be opened at a great angle.

Description

Be used for the door of washing machine and dryer and washing machine and the dryer that is provided with this door

The application is dividing an application of Chinese invention patent application 03800058.X.

Technical field

The present invention relates to a kind of washing machine and dryer, relate in particular to a kind of door that is used for washing machine and dryer.

Background technology

As known, be provided with wash bucket or cylinder in the washing machine, wash bucket or cylinder are installed in the washing machine the inside and come washing clothes by rotation wash bucket or cylinder.Similar to such washing machine, the inside of dryer also is provided with a cylinder, is used for clothing that splendid attire washing finishes and provides hot-air to make cloth drying to cylinder.

Door is located on the casing of washing machine or dryer, is used for washing machine or dryer are put into or taken out to the clothing of washing.Door is provided with a system that is used for the opening that links to each other with washing machine or dryer internal cylinder on the opening/closing casing.In more detail, door is connected on the hinge component that is assembled on the casing exactly, rotates to open and close opening around hinge component then.

Yet, owing to door rotates on a hinge of hinge component, so door can only be opened with a limited angle on casing.Therefore, clothing and inconvenient is in fact put into or take out to this door for the user.And, putting into/taking out the process of clothing, too much active force can be affacted on the door, thus the service life of having reduced hinge component and door.

Summary of the invention

Purpose of the present invention will solve foregoing problems exactly, and a kind of door of can be on casing opening with wide-angle is provided very much, and a kind of washing machine and dryer that is provided with this door.

Just can realize purpose of the present invention by establish such door for washing machine and dryer, this comprises a framework, and being provided with a system in the framework comes opening/closing to be used for clothing is put into the opening of washing machine or dryer; A hinge component, hinge component comprises a support that is located at washing machine or dryer inner surface, and hinged arm, hinged arm has first member that rotatably links to each other with support, second member that extends to first member continuously and rotatably link to each other with framework, second member can be pulled to the outside of washing machine and dryer, therefore, door can be rotated with respect to support and hinged arm respectively, thereby open with bigger angle.Support comprises first end that is fixed on the casing, and second end that links to each other with hinged arm first member.Support comprises a pilot hole, and second member passes from pilot hole.Casing comprises a hole that communicates with the support pilot hole, and this hole is positioned on the relative position of support pilot hole.

Hinged arm first member comprises one first end, and first end rotatably links to each other with support; And one second end, the second terminal and second member global formation, second end is positioned at the opposite of first end.Support comprises support attaching parts, and first member comprises a connection jack that is positioned on the support, connects first end that jack is located at first member, and a hinge is inserted into simultaneously in the shared connection jack and links to each other so that be connected jack with each.

First member part is crooked, preferably to the inner surface bending of casing.

Hinged arm second member comprises one first end, and first end links to each other with first member and forms an integral body, and one second end rotatably links to each other with framework, and second end is positioned at the opposite of first end.

Preferably, second member is inserted in the door, more specifically, is exactly that the inner surface of second member with the outside framework of door linked to each other.The attaching parts of second member and outside framework comprise a hinge that is positioned on second member, and a support, prop up to be erected on the inner surface of outside framework, and hinge rotatably is inserted in the support.

The inner frame that links together with outside framework has been cut a part, make second member do relative rotation with respect to door, and outside framework also cut a part, and this part links to each other with the part that inner frame is cut, and makes second member do relative rotation with respect to door.

Preferably, second member is made of the rod component of width less than first member, and second member also comprises the fin that stretches out from rod component.

That a part of framework near second member can be taken apart, so that framework is linked to each other with second member easily.According to this situation, inner frame comprises a main frame, and the sub-frame that can separate with main frame, and sub-frame is near the attaching parts of second member.

On the one hand, preferably, hinge component also comprises a damping device, is used to absorb the impact that occurs on the door in addition.Damping device is flexibly supporting first member.Damping device is close first member and is located on the casing so that touch the elastic component of first member.

Damping device is a leaf spring between second member and door frame.Damping device comprises a leaf spring, and leaf spring is installed near on the door frame of second member; And a cam, cam is installed on second member, so cam just can contact with leaf spring in the time of the door rotation.

Preferably, hinge component comprises a pair of first and second supports, and a pair of first and second hinges that rotatably link to each other with support.In this case, preferably, the rod component in second member of first and second hinged arms outwards separates along the longitudinal centre line of first member.

Preferably, hinge component also comprises and is used for jockey that first and second hinged arms are retrained mutually.

Jockey is a flat member that connects first hinged arm and second hinged arm.Jockey can be a rod component also, is used to be connected the hinge of the formation on second member of first and second hinged arms.

In another aspect of the present invention, the invention provides a kind of washing machine, this washing machine comprises a casing, is provided with wash bucket in the casing to deposit slurry; A cylinder, cylinder rotatably are located in the wash bucket with washing clothes; Yishanmen, this door comprise a framework, are provided with a system in the framework and come opening/closing that clothing is put into opening in the cylinder; A hinge component, hinge component comprises a support that is located at casing inner surface, a hinged arm, hinged arm has first member that rotatably links to each other with support, second member that extends to first member continuously and rotatably link to each other with framework makes second member can move the outside of casing to, therefore, feasible door can rotate with respect to support and hinged arm respectively, thereby opens with very big angle.

Aspect another, the invention provides a kind of dryer of the present invention, this dryer comprises a casing; A cylinder, cylinder rotatably are located in the cylinder with drying clothes; Yishanmen, this door comprise a framework, are provided with a system in the framework and come opening/closing that clothing is put into opening in the cylinder; A hinge component, hinge component comprise a support that is located at casing inner surface; And hinged arm, hinged arm has first member that rotatably links to each other with support, second member that extends to first member continuously and rotatably link to each other with framework, make second member can move the outside of casing to, therefore, feasible door can rotate with respect to support and hinged arm respectively, thereby opens with very big angle.

Therefore, the door among the present invention can be opened with very big angle in washing machine and dryer, allows the user that clothing is put into washing machine or dryer, perhaps takes out from the washing machine dryer.

Description of drawings

Below in conjunction with accompanying drawing embodiments of the invention are further elaborated, these accompanying drawings are made more deep explanation to the present invention, and described accompanying drawing shown embodiments of the invention and come together to explain principle of the present invention with detailed description, wherein:

Fig. 1 has shown the sectional view of the washing machine of the preferred embodiment of the present invention;

Fig. 2 has shown the sectional view of the dryer of the preferred embodiment of the present invention;

Fig. 3 A has shown the front view of hinge component of the door of the washing machine that is used for the preferred embodiment of the present invention and dryer;

Fig. 3 B has shown the side view of hinge component among Fig. 3 A;

Fig. 3 C has shown the perspective view of hinge component among Fig. 3 A;

Fig. 4 A and 4B have shown the perspective view of local amplification, and each perspective view has shown the attaching parts between a hinge component and the door;

Fig. 5 A and 5B have shown partial sectional view, and each view has shown first embodiment of washing machine of the present invention and dryer damping device;

Fig. 6 A and 6B have shown a front view and a side view, and each view has shown the variation of damping device first embodiment among Fig. 5 A and the 5B;

Fig. 7 A～7C has shown partial sectional view and a perspective view, and each view has shown second embodiment that is used for the damping device on washing machine of the present invention and the oven dry gate;

Fig. 8 A～8C has shown partial sectional view and a perspective view, and each view has shown the variation of second embodiment that is used for the damping device on washing machine of the present invention and the oven dry gate in Fig. 7 A～7C;

Fig. 9 A and 9B have shown perspective view, and each perspective view has shown first embodiment that is used for the jockey on washing machine of the present invention and the oven dry gate;

Figure 10 A and 10B have shown perspective view, and each perspective view has shown second embodiment that is used for the jockey on washing machine of the present invention and the oven dry gate;

Figure 10 C has shown the perspective view that jockey second embodiment changes among Figure 10 A and the 10B;

Figure 11 A～11D has shown partial sectional view, and partial sectional view has shown the step of opening door of the present invention.

The specific embodiment

Below describe the preferred embodiments of the present invention in detail, the example shows in the accompanying drawings.When describing the embodiment of the invention, identical part uses identical title and numbering, and dispenses the description of repetition.

Fig. 1 has shown a side view of the washing machine of the preferred embodiment of the present invention, and Fig. 2 has then shown a side view of the dryer of the preferred embodiment of the present invention, describes washing system of the present invention below with reference to Fig. 1 and Fig. 2.

With reference to figure 1, washing machine of the present invention comprises 11, one wash buckets 12 of a casing and cylinder 13, and wash bucket 12 and cylinder 13 all are installed in the inside of casing 11.Casing makes various parts can be installed in the casing through design and is subjected to the protection of casing.Wash bucket 12 is deposited slurry, prepares inwardly bucket water supply stably in washing process at any time.Wash bucket 12 utilizes cushioning members 11a and resilient casing 11 the insides that are installed in of 11b.Adorn clothing in the cylinder 13, cylinder 13 rotatably is located at wash bucket 12 the insides.Be provided with a plurality of through hole 13b above the cylinder 13, be used for making water to flow from wash bucket 12.On the inner surface of cylinder 13, be provided with a plurality of baffle plates so that clothing mixes fully.Simultaneously, the place of close wash bucket 12 is provided with a drive unit 14, and the power of rotation is provided for cylinder 13.Usually, drive unit 14 comprises a motor, a driving shaft and a clutch or a belt that is used for connecting motor and driving shaft, and driving shaft links to each other with cylinder 13 by wash bucket 12.

With reference to figure 2, dryer of the present invention comprises a casing 21, and a cylinder 22 that is located in the casing.Adorn clothing in the cylinder 22, cylinder 22 rotatably is located at casing 21 the insides.Cylinder 12 utilizes

cushioning members

21a and 21b flexiblely to be installed in casing 21 the insides.Be provided with a drive unit 23 and provide rotary power, the structural similarity of the structure of this drive unit 23 and drive unit of washing machine 14 for cylinder 13.At last, be provided with a heater 24 and be used for producing hot-air, and provide hot-air with drying clothes to cylinder 22 the insides.

Washing machine and dryer all are provided with door 30 to put into or to take out clothing.As Fig. 1 or shown in Figure 2, door 30 is provided with a system and opens or close the

opening

15 or 25 that links to each other with cylinder 13 or 22.That is opened after the door 30 exactly, and clothing is put into cleaning-drum 12 by opening 15, close door 30 after, wash and rotate by rotation cleaning-drum 12.Open after the door 30, the clothing that washs in the washing machine is put in the drying drum 22 by opening 25, closes after the door 30, is used to carry out drying from the hot-air of heater 24.In more detail, shown in Fig. 4 A and 4B, door 30 comprises an outside framework 31 and an inner frame 32 that is located on the outside framework 31.Between outside framework 31 and inner frame 32, be provided with glass door 33, so that watch the inside of cylinder 13 or 22.Side at door 30 is provided with a plurality of drag hooks, comprises that on

casing

11 or 21 locking device is to pin drag hook.After door 30 was closed, drag hook and locking device were interlocked, and opened in washing machine or dryer operation process to prevent door 30.In fact, door 30 is to utilize hinge component 100 and

casing

11 or 21 to link together, so that rotating opening/closing opening 15 or 25.To be described in detail hinge component 100 below.

Fig. 3 A～3C has shown the hinge component of the washing machine that is used for the preferred embodiment of the present invention and oven dry gate, and Fig. 4 A and 4B have shown local enlarged perspective, and each view has shown the attaching parts between a hinge component and the door.

Hinge component 100 comprises a support 110, and support 110 is located at the inner surface of

casing

11 or 21, and each hinged arm 120 rotatably links to each other with door 30.In Fig. 5 A～11D, hinge component 100 has been carried out detailed demonstration.Below in conjunction with hinge component 100 with reference to the accompanying drawings and Fig. 3 A～4B hinge component 100 is described.

Support 110 is rotatably to support hinged arm 120 basically, and in more detail, support 110 comprises that one first end, 111, the first ends 111 are located at the inner surface of

casing

11 or 21; One second end 112, the second ends 112 link to each other with hinged arm 120.First end 111 is provided with hole 111a, is used for support 110 is fixed on the clamp structure of casing 11 or 21.And shown in Figure 11 A～11D, support 110 is provided with hole 113, will partly be pulled out to the outside of casing 11 or casing 21 with the hinged arm 120 that support 110 is fitted together from the inside of

casing

11 or 21 by hole 113.Together with this hole,

casing

11 or 21 also is provided with hole 16 or 26 and links to each other with pilot hole 113.Hole 113,16 and 26 all is located at the position near opening 15 or 25.That is exactly that in rotary course, the part of hinged arm 120 is pulled to the outside of casing by hole 113,16 and 26, and is led by hole 113,16 and 26 in the process of pulling out hinged arm 120.In this manner, when hinged arm 120 is pulled to casing when outside, hinged arm 120 just can link to each other with door 30 in the outside of casing, thereby rotates and open 30.

Hinged arm 120 comprises that one first member, 121, the first members 121 rotatably link to each other with support 100; One second member 122, the second members 122 are right after in first member, 121 back and also rotatably link to each other with door 30.First member 121 links to each other with support 100 at

casing

11 or 21 the insides, and second member 122 links to each other with door 30 at

casing

11 or 21 outsides and (sees Figure 11 A～11D).

First member 121 comprises the first terminal 121a, and the first terminal 121a rotatably links to each other with support 110; One

second terminal

121b, 121b is positioned at the opposite of the first terminal 121a.In fact, the first terminal 121a links to each other with second terminal 112 of support 110.In more detail, second end of support 110 is provided with a jack 112a, and with inferior similar, the first terminal 121a of first member 121 also is provided with a jack 121c.Jack 112a is connected with one first hinge 112b with 121c.The second terminal 121b links to each other with second member 122 becomes parts.

As showing, because the rotation of first member 121 blocked by 114 parts of support 110, so the rotation of first member 121 is restricted.Perhaps, even first member 121 is not blocked by support 110, first member 121 also can be blocked by

casing

11 or 21 inboards, makes member 121 rotating ranges of winning limited.Therefore, preferably, first member 121 is a flat element, make first member 121

casing

11 or 12 or support 10 places can stop reposefully.

Simultaneously, in order to make the rotation stably of hinged arm 120 and door 30, fundamentally require being of convenient length of first member 121.In addition on the one hand, hinged arm 120 (that is first member) and door 30 are the center rotation with hinge 112b together.Rotating moment depends primarily on the length of first member 121 and the active force of sliding door 30.Because revolving door 30 needed moments are constant, so the length of first member 121 is big more, revolving door 30 necessary forces are just more little.Owing to these reasons, though the length of first member 121 is very big more favourable, oversize first member 121 can interfere with

casing

11 or 21 or other contiguous parts in rotary course.Therefore, preferably, first member 121 is partly towards

casing

11 or 21 bendings.(seeing Figure 11 A).First member 121 of such bending will drop to minimum to the interference of adjacent components, also increase the length of first member 121 simultaneously.

Second member 122 comprises one first terminal 122a, and the first terminal 122a links to each other with the second terminal 121b of first member, and the second terminal 122b is positioned at the opposite of the first terminal 122a.The second terminal 122b rotatably links to each other with door 30, more precisely links to each other with 32 with framework 31.Therefore, the part of second member 122 is always passed the hole and is reached the outside.In the process of opening door 30, second member 122 can be pulled out from pilot hole, till first member 121 is blocked by support 110.

In further detail, second member 122 prolongs to come out and perpendicular to

contiguous casing

11 or 21, so that outwards pull out by hole 113,16 or 26 from first member 121.Preferably, make second member 122 be bending so that pull out reposefully.In this manner, the direction bending that just requires second member 122 to open along door 30 is to increase door 30 angles of opening.

Second member 122 can be connected to the outside of door 30.With reference to figure 4A and 4B, that will prop up exactly and be erected on the inner frame 32, and the second terminal 122b of second member 122 links to each other with support.But, be erected at the thickness increase that can make door 30 on the door 30 with propping up, also might make door 30 interfere with hinged arm 120 or casing 11 or 21.Therefore, shown in Fig. 4 A and 4B, preferably, second member 122 is located at the inside of door 30.Consequently owing to do not use support, the thickness attenuation of door 30, and in rotary course, also can not occur disturbing.In addition, because support is not exposed to the outside, so the outward appearance of door 30 looks nice.In further detail, shown in Fig. 4 B, second member links to each other with the outside framework 31 of door.The second terminal 122b is provided with one second hinge 122f, and support 31c is located at the inner surface of outside framework 31, so that rotatably allow the second hinge 122f insert.Preferably, the distance that second member 122 should be certain at interval with the inner surface of outside framework 31.This distance at interval allows door 30 to rotate with very big angle with respect to second member 122.In order to achieve this end, be provided with fin 31b at the inner surface of outside framework 31, support 31c just is located on outside framework 31 inner surfaces.

Is that the center rotates with respect to second member 122 in order to make door 30 with the second hinge 122f, just requires that part of close second member 122 on

framework

31 and 32 is removed.Therefore, be that second member 122 has formed a cutting area 32c after inner frame 32 is cut.Preferably, outside framework 31 also is cut to form additional cuts district 31a, and additional cuts district 31a links to each other with cutting area 32c.But, when the width of second member 122 is very big, just require

cutting area

31a and 32c also very big, so just reduced the intensity of framework 31 and 32.Therefore, second member 122 comprises that a width is more favourable less than the strip component 122c of first member 121 at least.Strip component 122c allows the size of

cutting area

31a and 32c is reduced to minimum, makes the intensity of

framework

31 and 32 can not reduce.In contrast, because the cross section of strip component 122c is less, strip component 122c just may be insecure.In order to strengthen the intensity of second member 122, second member also comprises ribs 122d and the 122e that stretches out along width from strip component 122c.As described,

ribs

122d and 122e do not extend to the inside of

framework

31 and 32, can make

cutting area

31a and 32c become minimum like this.On the contrary,

ribs

122d and 122e extend along strip component 122c, and making between

ribs

122d and 122e and

framework

31 and 32 has certain distance.Preferably,

ribs

122d and 122e should extend to as close as possible door 30, with the intensity of compensation strip component 122c.Therefore,

ribs

122d and 122e should be consistent with the outer shape of door 30 in the terminal end shape near door 30, and

ribs

122d and 122e have the curvature the same with 30.

Because second member 122 links to each other with the inner surface of outside framework 31, just require second member 122 and outside framework 31, inner frame 32 and glass door 33 to be assembled together.Yet because glass door 33 is very heavy, assembling is difficulty but also can produce a lot of problems very.Also have, change and keep in repair if pull down door 30, when needs separated whole inner frame 32 with outside framework 31, this dismantlement work bothered very much.Therefore, preferably, be dismountable near that part of second member 122 in the inner frame 32, that is exactly, and shown in Fig. 4 B, inner frame 32 comprises the sub-frame 32b that a main frame 32a and can separate with main frame a.In order to realize that main frame 32a is connected with the firm of sub-frame 32b, all be provided with extended element 32d at two ends of main frame 32a, two ends of sub-frame 32b all are fixed on the extended element 32d.If door assembly can assemble main frame 32a, outside framework 31 and glass door 32 earlier, then second member 122 is connected on such one and half assemblies, at last sub-frame 32b is assembled on the outside framework 31.According to the method, door 30 can very easily link to each other with hinge component 100.In addition, only need take off sub-frame 32b, whole door 30 just can be very easily with i.e. second member, 122 separation of hinge component 100.

Simultaneously, close and bring impact to

casing

11 or 21 in door 30 unexpected pass.This impacts the useful life not only reduced door 30 self, and can cause fault to the sensitive electronic components of washing machine or dryer the inside.In addition, when door 30 threw open, door 30 just exterior door frame 31 can collide on the

casing

11 or 21 and second member 122, because the door rotation is excessive.In this case, not only washing machine and dryer have been subjected to impact, and

casing

11 or 21 and hinge component also can suffer damage.Therefore, the impact that produces when absorbing switch door 30, hinge component also comprises damping device 210,220,230 and 240.

Fig. 5 A～6B has shown damping device first embodiment.As showing, resilient first member 121 that supporting of the damping device of first embodiment is used to be absorbed in the impact of closing the door and producing at 30 o'clock.At first, with reference to figure 5A and 5B, damper element is exactly can be with first member, 121 contacted elastic components 210 on the inner surface that is connected in casing 11 or 21.Elastic component 210 can be sponge or the rubber element 210 that shows among Fig. 5 A, or the compression spring 210 that shows among Fig. 5 B, also can be any material of any shape, as long as this material has elasticity.Perhaps shown in Fig. 6 A and 6B, damping device can be a spring 220 in the attaching parts that are located at first member 121 and support 110.In further detail, spring 220 is located at being cut in the part of first member 121, and the first hinge 112b is inserted among spring 220, jack 112a and the 121c simultaneously.As shown in Figure 6A, an end 221 of spring 220 is located on the bearing 221a of support, to be supported on above the support 110.

An other end 222 of spring 220 is located on the bearing 222a of first member, to be supported on above first member 121.

In this first embodiment, when door 30 was closed, elastic component 210a or 210b among Fig. 5 A or the 5B were compressed.Elastic component 210a or 210b restore to the original state when door 30 is opened.In addition on the one hand, when door 30 was opened, an end 222 of the spring 220 among Fig. 6 A and the 6B just left the other end 221 of spring 220 on support 210 gradually.At last, spring 220 is reversed when door is opened, and door 30 is closed with rear spring 220 and restored to the original state.Therefore, even door 30 is closed suddenly, damping device 210 or 220 will sponge the impact that is produced, and can not pass to washing machine or dryer.In addition, after damping device 210 or 220 restores to the original state, because damping device 210 or 220 is being pushed door 30, so door 30 can be opened stably.

In addition, with reference to figure 7A～8C, second embodiment of a damping device is flexiblely supporting second member 122 and is opening the impact that produces in the process of door 30 with absorption.At first, with reference to figure 7A and 7B, second embodiment of damping device is provided in a side of the leaf spring 230 between second member 122 and the outside framework 31.That is exactly, directly with below second member that leaf spring 230 is located at outside framework 31 links to each other.Can directly leaf spring 230 be fixed to above the key seat 231 of outside framework 31 with clamp structure 232.The another one method is shown in Fig. 8 A and 8B, and second embodiment 240 of damping device comprises that 241, one of a leaf spring that are located on the outside framework 31 is located at the cam 242 on second member 122.Leaf spring 241 is set up near second member is parallel, said so parallel more accurately and set up near strip component 122c.Utilize clamp structure 241b that leaf spring 241 is fixed to above the key seat 241a of outside framework 31.Cam 242 is installed on the prolongation of hinge 122f, makes cam 242 touch leaf spring in the rotary course of door 30.

With reference to figure 7C, when door 30 is opened, since the relative rotation of door 30,122 beginnings and leaf spring generation Elastic Contact of second member.Equally, shown in Fig. 8 C, when door 30 was opened, leaf spring 241 contacted with the cam 242 that is connected to second member 122.According to this method, when door 30 is opened,

leaf spring

230 or 241 bendings,

leaf spring

230 or 241 restores to the original state when door 30 is closed.Therefore, even door 30 throws open,

leaf spring

230 or 242 deforms under the effect of second member 122 and cam 242, thereby with impact absorption.In addition,

leaf spring

230 or 242 can prevent excessively rotation of door 30, be enough to fully to prevent door 30, casing 11 or 21 and hinge component suffer owing to impact the infringement that brings.

Simultaneously, as mentioned above, 100 of hinge components utilize a support 110 and a hinged arm 30 just can support door 30 rotatably.But shown in Fig. 3 A～3C, in order to support door 30 more stably, preferably, hinge component comprises another one support 130 and another one hinged arm 140.That is exactly have a pair of first support 110 and second support 130 to interconnect in such hinge component, and a pair of first hinged arm 120 rotatably to link to each other respectively with second support 130 with first support 110 with second hinged arm 140.Second support 130 comprises first end 131 that is provided with hole 131a, and second end 132 that is provided with jack 132a.On second hinged arm 140, be provided with one first member, 141, the first members 141 and comprise first a terminal 141a who has jack 141c, and one second terminal 141b.Also have one second member 142, the second members 142 to comprise one first terminal 142a, second a terminal 142b who is provided with the second hinge 142f, and strip component 142c and ribs 142d and 142e.In hinge component, hinge 112b is by shared.Second support 130 and second hinged arm 140 are just the same with foregoing first support 110 and second hinged arm 120 respectively.In addition, though second support 130 and second hinged arm 140 are not described, be appreciated that obviously other structure is also just the same with first support 110 and second hinged arm 120.Therefore, second support 130 and second hinged arm 140 are no longer described below.

In aforesaid hinge component 100,, just require hinged arm 120 and hinged arm 140 and distance between 30 the tie point enough big in order to support door 30 more stably.That is exactly that shown in Fig. 4 A, the distance between strip component 122c and the 142c should be big as far as possible, is more favourable like this.As the demonstration of the best of providing among Fig. 3 A, because like this,

strip component

122c and 142c outwards separate from the longitudinal centre line of first member 121 or 141.For this reason, outer ribs 122d just has and interior ribs 122e and the different respectively width of 142e with 142d.In further detail, symmetrical outer ribs 122d and the width of 142d all are the same, and the width of

interior ribs

122e and 142e also is the same.The width of

ribs

122e and 142e is bigger than the width of

outer ribs

122d and 142d in opposed facing.

In addition, owing to various reasons, hinged arm 120 and hinged arm 140 can not rotate, and cause door 30 not open stably or to close.Therefore, hinge component 100 also comprises the jockey that is used for connecting hinged arm 120 and hinged arm 140.

With reference to figure 9A, first embodiment of jockey is a flat member 310, and flat member 310 is connected between first member 141 of first member 121 of first hinged arm and second hinged arm.Shown in Fig. 9 B, flat member 310 is provided with flange 311, and flange 311 stretches out from the edge of flat member 310, to strengthen its intensity.On

first member

121 or 141, be provided with a key seat 123 or 143 at least.Flat member 310 is provided with a hole 312 at least, so that with fastener flat member 310 is fixed on key seat 123 or 143.Require flange 311 to extend towards

first member

121 or 141 directions, in order to avoid run into casing 11 or 21, the height of flange 311 should be equal to or less than the height of key seat 123 or 143.

With reference to figure 10A and 10B, second embodiment of jockey is a connecting rod 320, and connecting rod 320 is connected between second member 122 and 142.In further detail, connecting rod 320 links to each other with 142f with the hinge 122f of second member.The top and bottom of connecting rod 320 are provided with hinge hole 321a and 321b, and relative hinge 122f and 142f are inserted.This just require support 110 and 130 and hinged arm 120 and 140 assemblings before, earlier connecting rod 320 is assembled with hinge 122f and 142f.But if the part of connecting rod 320 top and bottom is demountable, connecting rod just can be assembled on hinge 122f and the 142f so, perhaps pulls down from hinge 122f and 142f.Shown in Figure 10 C, the upper end of connecting rod 320 or lower end comprise that one first end, 322, the first ends 322 have constituted parts with the shaft of connecting rod; And one second end 323, the second ends 323 removably are fixed on first end 322.First end 322 is provided with a groove 322a, is used for holding hinge 122f and 142f.Second end equally also is provided with a groove 323a, so be assembled together when first terminal 322 and second end 323, groove 322a and 323a are with regard to firm hinge 122f and the 142f of holding.As showing, when being press-fit to pin 323a among the 322b of hole, first terminal 322 and second end 323 just assembling finishes.

As described, by flat member 310 or connecting rod 320 are installed hinged

arm

120 and 140 is linked together.Therefore, hinged

arm

120 and 140 rotates simultaneously, with door 30 stably.

Below in conjunction with reference to the accompanying drawings, among the present invention operation is described.Figure 11 A～11D has shown partial sectional view, and partial sectional view has shown the step of opening door of the present invention, has shown the basic hinge component that comprises a support 110 and hinged arm 120 in the drawings, and provides the operating instruction of door among the present invention at basic hinge component.

If hinge component has been set up support 130 and hinged arm 140 in addition, the support 130 of this increase so is identical with the operation of support 110 and hinged arm 120 with the operation of hinged arm 140.

The user puts into washing machine or dryer with washing or drying clothes with clothing, in the time of laundry and dry finishing clothing is taken out from washing machine or dryer.Under each situation, the user will open and close the door 30 that is located at

above casing

11 or 21.

When the user opens the door of closing among Figure 11 30 the time, door 30 rotations of hinged arm 120 on being connected hinged arm 120 are shown in Figure 11 B.That is exactly that door 30 is that the center begins rotation with respect to support 110 with the first hinge 112b.Meanwhile, second member 122 begins to pull out casing by the hole on hole on the support 113 and the casing 16 or 26.In the process of hinged arm 120 rotation, door 30 has slight rotation with respect to hinged arm 120, is that the center has slight rotation with respect to second member 122 with the second hinge 122f just.

Then, with reference to figure 11C, when first member 121 was blocked by support 110, the rotation of hinged arm 120 had also just been finished, and door 30 was opened to 120 °～130 ° angular range from casing 11 or 21.When hinged arm 120 was blocked by support 110, door 30 was the center with the second hinge 122f, continued with respect to more accurate second member, 122 rotations of saying so of hinged arm.At last, shown in Figure 11 D, door 30 can be opened to 180 ° on casing.

As mentioned above, door 30 is respectively with respect to support 110 and hinged arm 120 rotations.That is exactly that door 30 is the center with the first hinge 112b and the second hinge 122f respectively, with default angle rotation.In fact, 30 fens two stages of door are rotated.In the rotary course in two stages, door 30 is bigger with respect to the angle of second hinge 122f rotation than door 30 with respect to the angle of first hinge 112b rotation.At last, by aforesaid continuous process, door 30 is opened from casing 130 fully.

With reference to figure 11D,, close closed procedure and finish according to the process opposite with the opening procedure of aforementioned door when the user closes door 30 the time.That is exactly that door 30 is that the center rotates towards

casing

11 or 21 with respect to second member 122 with the second hinge 122f.Meanwhile, door 30 and hinged arm 120 are that slight rotation takes place at the center with the first hinge 112b together.So when door 30 no longer was the center rotation with the second hinge 122f, door 30 and hinged arm 120 continued to be the center rotation, to close up to door 30 with the first hinge 112b.

Simultaneously, the damping device 210,220,230 relevant with door 30 and 240 and the front that operates in of jockey 310 and 320 be described, will no longer be described below.

Those skilled in the art obviously can understand, and can make various modifications, variation and does not depart from the scope of the present invention and spirit the present invention.Therefore, the present invention will cover the various modifications and changes that this invention is carried out, as long as these modifications and changes are included in claim and the full scope of equivalents thereof.

Industrial applicibility

Be used for the door of washing machine and dryer by a well-designed hinge component, with respect to Support is the casing rotation, and continues to rotate with respect to hinged arm. In this manner, door can Open fully and allow the user that clothing is put into washing machine and dryer, and with clothing from washing machine and Take out in the dryer. With prior art can only with limited angle open the door compare the present invention Men Buhui be subjected to the effect of too much active force because door of the present invention can be opened fully.

In addition, the damping device on the door and hinge component can prevent that door from suffering damage, and can put down Steady opening and closing door. When having used a plurality of hinged arm, jockey interconnects hinged arm Together, thus door stably.

Claims

One kind be used for washing machine or dryer the door hinge component, comprising:

Support, this support is connected in the casing of washing machine or dryer; And

At least one pair of hinged arm, each hinged arm have first member that links to each other with support rotationally and second member that stretches out and link to each other with door rotationally from first member, and second member of wherein said hinged arm has hinge respectively and described hinge is separated from each other.
2. hinge component as claimed in claim 1 is characterized in that support is connected in the inner surface of casing.
3. hinge component as claimed in claim 1 is characterized in that, hinge has different central shaft mutually.
4. hinge component as claimed in claim 1 is characterized in that, hinge is eccentric mutually.
5. hinge component as claimed in claim 1 is characterized in that second member is narrower than first member.
6. hinge component as claimed in claim 5 is characterized in that, second member has at least one ribs that is used to improve its intensity.
7. hinge component as claimed in claim 6 is characterized in that ribs is connected in first member.
8. hinge component as claimed in claim 1 is characterized in that, door is with respect to each rotation in hinged arm and the support.
9. hinge component as claimed in claim 1 is characterized in that, each hinge comprises a pair of hinge pin that extends in opposite direction from second member.
10. hinge component as claimed in claim 9 is characterized in that, the length of hinge pin is different mutually.
11. a hinge component that is used for the door of washing machine or dryer comprises:

Support, this support are connected in the casing and the part bending of washing machine or dryer; And

At least one hinged arm, described hinged arm have first member that links to each other with support rotationally and second member that stretches out and link to each other with door rotationally from first member.
12. hinge component as claimed in claim 11 is characterized in that, support is to the casing bending.
13. hinge component as claimed in claim 11 is characterized in that, support is crooked near the coupling part of support and hinged arm.
14. hinge component as claimed in claim 11 is characterized in that, the hinged arm part is crooked.
15. hinge component as claimed in claim 11 is characterized in that, hinged arm is to the casing bending.
16. hinge component as claimed in claim 11 is characterized in that, first member part is crooked.
17. hinge component as claimed in claim 11 is characterized in that, the hinged arm bending is to have the shape with the outline of crooked support.
18. a hinge component that is used for the door of washing machine or dryer comprises:

Support, this support is connected in the casing of washing machine; And

At least one hinged arm, described hinged arm have first member that links to each other with support rotationally and second member that stretches out and link to each other with door rotationally from first member, and wherein hinged arm to small part is inserted in the door.
19. hinge component as claimed in claim 18 is characterized in that, the coupling part of hinged arm and door is arranged in the door.
20. hinge component as claimed in claim 18 is characterized in that, hinged arm is connected in the inner surface of door.
21. hinge component as claimed in claim 20 is characterized in that, hinged arm is spaced apart with the inner surface of door.
22. hinge component as claimed in claim 18 is characterized in that, the coupling part of hinged arm and door comprises:

Hinge, it is formed on the hinged arm; And

Support, it is installed in Men Nei and holds hinge to be rotated.
23. hinge component as claimed in claim 18 is characterized in that, door comprises that at least one cuts part, allows hinged arm to be inserted in the door and with respect to door and rotates.
24. hinge component as claimed in claim 18 is characterized in that, second member of hinged arm is inserted in the door.
25. hinge component as claimed in claim 18 is characterized in that, hinged arm is inserted between the outside framework and inner frame of door.
26. a hinge component that is used for the door of washing machine or dryer comprises:

Support, this support is connected in the casing of washing machine or dryer;

At least one pair of hinged arm, each hinged arm have first member that links to each other with support rotationally and second member that stretches out and link to each other with door rotationally from first member; And

Be used for the interconnective connecting elements of hinged arm.
27. hinge component as claimed in claim 26 is characterized in that, connecting elements is installed in the flat part of hinged arm.
28. hinge component as claimed in claim 26 is characterized in that, connecting elements connects first member of described hinged arm.
29. hinge component as claimed in claim 26 is characterized in that connecting elements comprises flat member.
30. hinge component as claimed in claim 29 is characterized in that, flange is formed on the side of connecting elements.
31. hinge component as claimed in claim 26 is characterized in that, key seat is formed on any one of connecting elements and hinged arm, and is formed on another of connecting elements and hinged arm with the hole of key seat coupling.
32. hinge component as claimed in claim 26 is characterized in that connecting elements is anchored on hinged arm by screw.