CN102551360A - Foldable and portable storage frame - Google Patents
Foldable and portable storage frame Download PDFInfo
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- CN102551360A CN102551360A CN2010105934866A CN201010593486A CN102551360A CN 102551360 A CN102551360 A CN 102551360A CN 2010105934866 A CN2010105934866 A CN 2010105934866A CN 201010593486 A CN201010593486 A CN 201010593486A CN 102551360 A CN102551360 A CN 102551360A
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- flaggy
- collapsible
- magazine
- framework
- transmission connection
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Abstract
The invention relates to a foldable and portable storage frame which comprises two side frames separated at interval, a group of multiple foldable storage rack board layers supporting between the two side frames at intervals and a foldable frame coupled between the two side frames in a pivoted way. The foldable frame can enable the foldable storage rack board layers to be folded at a stretching state and a folded state. In the stretching state, the two side frames move oppositely in a pivoted way to be far away from each other so as to keep each of the foldable storage rack board layers at a horizontal state; and in the folded state, the two side frames move oppositely to approach so as to enable each of the foldable storage rack board layers to be folded.
Description
Technical field
The present invention relates to a kind of collapsible furniture, relate in particular to and a kind ofly be easy to be folded into a fine and close unit so that the Collapsible mobile storing framework of depositing and carrying.
Background technology
Traditional magazine generally comprises the flaggy frame that a framework and comprise one group of a plurality of flaggy that supported by the framework horizontal interval.This framework generally comprises two lateral frames, and this lateral frame is spaced apart support between these two lateral frames, to form a plate long spacing, wherein flaggy by cross-brace between two lateral frames.It should be noted that when flaggy and between two lateral frames the time, supported each other between flaggy and the lateral frame to keep the structure of this magazine by cross-brace.The notable feature of this magazine is that this magazine has three lateral openings that supply objects to get in addition.
In other words, opening is housed for the front of this magazine, left side and right side so that the user can use the storage space of this magazine.
Correspondingly, this traditional magazine also has drawback.Store thing in order to support, this magazine must have a rigid structure, causes very heaviness of this magazine thus.Therefore, for manufacturer and user, depositing and transport this magazine just becomes trouble.When in closet, using this magazine, the user will have in closet, build this magazine, because the size of this magazine has determined this magazine to get into closet through the door of closet.
For solve above-mentioned mention between the topic, this magazine possibly have a folding structure.Yet collapsible magazine tends to can't enough supports be provided for position object on it because of the mobility parts of its folding structure self.In order stable support to store thing, this folding structure must provide a rigidity cross support, and this rigid support may increase the gross weight of magazine.Correspondingly, this cross support is arranged on each lateral frame to form in order to support the lateral frame rigid structure of flaggy frame.Yet, thereby this cross support may be stopped up the avris opening of lateral frame and causes this magazine only to have front openings available.In addition, must there be more joint to be used to be connected with the enabling capabilities that strengthens this magazine and the collapsible ability of framework itself with framework.Yet this magazine that has a folding structure is toward can not be by a complete heaviness and the fine and close unit that is difficult to transport of being folded into.Correspondingly, this magazine generally has a rectangle structure, and the width of this magazine that is to say the width of lateral frame than the length of this magazine, to that is to say that the length of flaggy will be lacked.Therefore, even this magazine can be folded to reduce its width, this kind magazine still can not be folded to form a fine and close unit.Another shortcoming of this collapsible magazine is how could frame structure be locked in extended configuration.If frame structure can not be fixed on extended configuration, then this magazine can't provide stable support for storing thing.
Other magazine possibly be integrated with a demountable structure so that flaggy and framework can be by the partition shared spaces when reducing it and deposit of coming.Yet for the user, this magazine is installed becomes trouble.In the local time that needs move to another with this magazine from a place, the user must take this magazine apart in a place and reinstall this magazine at another place.In addition, if the installing component of this magazine has one to lose, then this magazine can't be installed.
Summary of the invention
Main purpose of the present invention provides a Collapsible mobile storing framework, and it has a powerful foldable frame structure that excellent support can be provided for object.
Another object of the present invention provides one can be folded into a fine and close unit fast and at an easy rate so that transport and deposit and can be launched so that the Collapsible mobile storing framework that uses fast and at an easy rate.
Another object of the present invention provides one and has simple structure so that single people can fold the Collapsible mobile storing framework of packing up with extended open with it through simple motion.
Another object of the present invention provides a Collapsible mobile storing framework, and wherein different intensifying devices is used in this Collapsible mobile storing framework so that this magazine can firmly remain on extended configuration by integration.
Another object of the present invention provides a Collapsible mobile storing framework, wherein be applied to structure that weight of object on this magazine further guarantees this magazine with firm support level object on it with guarantee that this magazine is in extended configuration.
Another object of the present invention provides a Collapsible mobile storing framework, and the detachable parts that wherein need not be used on lateral frame, separating to prevent this magazine losing of any parts are taken place when being opened.
Another object of the present invention provides a Collapsible mobile storing framework, wherein need not use costliness or accurate structure can realize the above-mentioned purpose of mentioning in the present invention.Therefore, the present invention successfully provides one in order to the cost-effective solution of magazine rigid foldable structure with the reinforcement supporting construction that supports desired object to be provided.
Correspondingly, in order to achieve the above object, the invention provides a Collapsible mobile storing framework, it comprises:
Two spaced-apart avris frameworks;
One comprises that one group of a plurality of interval is supported on the flaggy group of the collapsible magazine flaggy between two avris frameworks; With
One pivotally is coupled between these two avris frameworks with the folding foldable frame between extended configuration and folded state; Wherein under extended configuration; This avris framework pivots and moves away from each other to keep every collapsible magazine flaggy to be horizontal; Under folded state, this avris framework pivots toward each other and moves thus that every collapsible magazine flaggy is folded the overlapped state that is in.
Of the present invention these with other purpose, characteristics and advantage, through following detailed description, accompanying drawing and claim are able to demonstrate fully.
Description of drawings
Fig. 1 is the stereogram corresponding to the Collapsible mobile storing framework of preferred embodiment of the present invention, and shown in this figure is the Collapsible mobile storing framework that is under the extended configuration.
Fig. 2 is the side view corresponding to the Collapsible mobile storing framework of the invention described above preferred embodiment, and shown in this figure is the Collapsible mobile storing framework that is in after being folded under the folded state.
Fig. 3 is the stereogram that is in corresponding to the Collapsible mobile storing framework that is in folded state of the invention described above preferred embodiment.
Fig. 4 is the stereogram corresponding to the Collapsible mobile storing framework of the invention described above preferred embodiment, and shown in this figure is the folding operation of this Collapsible mobile storing framework.
Fig. 5 is the stereogram corresponding to the Collapsible mobile storing framework of the invention described above preferred embodiment, and shown in this figure is that the top that does not lock together with the avris framework keeps flaggy.
Fig. 6 is the partial perspective view that keeps flaggy corresponding to the top of the Collapsible mobile storing framework of the invention described above preferred embodiment.
Fig. 7 is the stereogram corresponding to the thing frame lock of the Collapsible mobile storing framework of the invention described above preferred embodiment.
Fig. 8 is the wheels stereogram corresponding to the Collapsible mobile storing framework of the invention described above preferred embodiment.
Fig. 9 is the rear perspective view corresponding to the Collapsible mobile storing framework of second preferred embodiment of the present invention.
Figure 10 is the side view corresponding to the Collapsible mobile storing framework of second preferred embodiment of the invention described above, and shown in this figure is the folded state of this Collapsible mobile storing framework.
Figure 11 is the front view corresponding to the Collapsible mobile storing framework of second preferred embodiment of the invention described above, and shown in this figure is the folded state of this Collapsible mobile storing framework.
Figure 12 is the stereogram corresponding to the flaggy lock of the Collapsible mobile storing framework of the invention described above second preferred embodiment.
Figure 13 is the stereogram corresponding to the thing frame lock of the Collapsible mobile storing framework of the invention described above second preferred embodiment.
Figure 14 is the stereogram corresponding to the framework lock of the Collapsible mobile storing framework of the invention described above second preferred embodiment.
Figure 15 is the stereogram corresponding to the Collapsible mobile storing framework of the 3rd preferred embodiment of the present invention.
Figure 16 is the side view corresponding to the Collapsible mobile storing framework of the invention described above the 3rd preferred embodiment, and shown in this figure is the folded state of this Collapsible mobile storing framework.
Shown in Figure 17 is the folding operation corresponding to the Collapsible mobile storing framework of the 3rd preferred embodiment of the invention described above.
Figure 18 is the rear perspective view corresponding to the Collapsible mobile storing framework of the 4th preferred embodiment of the present invention.
Shown in Figure 19 is the folding operation corresponding to the Collapsible mobile storing framework of the 4th preferred embodiment of the invention described above.
Figure 20 is the rear perspective view corresponding to the Collapsible mobile storing framework of the 5th preferred embodiment of the present invention.
Shown in Figure 21 is the folding operation corresponding to the Collapsible mobile storing framework of the 5th preferred embodiment of the invention described above.
Figure 22 is the stereogram corresponding to the Collapsible mobile storing framework of the 6th preferred embodiment of the present invention.
Figure 23 is the exploded view corresponding to the Collapsible mobile storing framework of the invention described above the 6th preferred embodiment.
Shown in Figure 24 is the folding operation corresponding to the Collapsible mobile storing framework of the 6th preferred embodiment of the invention described above.
The specific embodiment
Like Fig. 1, be illustrated explanation corresponding to the Collapsible mobile storing framework of preferred embodiment of the present invention, wherein this Collapsible mobile storing framework comprises that two are spaced apart avris framework 10, one flaggy groups 20 and a foldable frame 30 separately.
Correspondingly, two avris frameworks 10 are identical.Each avris framework 10 includes the support component 11,12 of two tubuloses; That is to say front support component 11 and back support element 12; These support components under plumbness apart from one another by support; Thus, these four support components 11,12 form four support bars respectively on four angles of this magazine.In addition, front and back support component 11,12 forms the open area between them.
Flaggy group 20 comprises the collapsible magazine flaggy 21 that one group of polylith is provided with at interval and pivotally is supported between two avris frameworks 10, wherein each collapsible magazine flaggy 21 comprise two pivotally each other the edge-to-edge couple (coupling with) thus side plate together 211 has formed a pivot pivoting point 210 between these two side plate inward flanges.The outward flange of these two blocks of side plates 211 pivotally couples (coupling with) together with avris framework 10 respectively, and thus, when the inward flange of side plate 211 was upwards folded, under folded state, these two blocks of side plates 211 were together overlapped.
Correspondingly, the distance between two support components 11 of the width of every collapsible magazine flaggy 21 and avris framework 10 is complementary so that collapsible magazine flaggy 21 can be by support component 11 firm support of avris framework 10.
As shown in Figure 1, between two avris frameworks 10, be supported with three collapsible magazine flaggies 21.
Corresponding to preferred embodiment, foldable frame 30 comprise one pivotally and the pivot pivoting point 210 of collapsible magazine flaggy 21 couple (coupling with) be in transmission connection 31 and two of sons respectively with this be in transmission connection son 31 movably and the folding arm 32 that is coupled of avris framework 21 to keep the distance between following two the avris frameworks 10 of extended configuration.
As shown in Figure 4; This son 31 that is in transmission connection is the elongated member of a vertical support between two avris frameworks 10; Wherein this son 31 that is in transmission connection has a pivot pivoting point 210 of collapsible magazine flaggy 21 with the top to couple the lower end 312 that upper end 311 and of (coupling with) and the pivot pivoting point 210 of bottom collapsible magazine flaggy 21 couple (coupling with); In this situation; When this son 31 that is in transmission connection moved up in vertical direction, collapsible magazine flaggy 21 was pivoted folding so that two corresponding side plates 211 of every collapsible magazine flaggy 21 overlap simultaneously.Equally; When this son 31 that is in transmission connection is moved down in vertical direction; This collapsible magazine flaggy is pivoted simultaneously is deployed in the appropriate location, and at this, the corresponding side plate 211 of every collapsible magazine flaggy 21 is folded into a single plane structure by the edge-to-edge.
This foldable frame 30 further comprise one slidably and driving connecting rod 31 couple (coupling with) slip joint 33 thus this slip joint 33 be suitable for sliding in the top and between its lower end along driving connecting rod 31.Correspondingly, when this foldable frame 30 was folded into folded state, slip joint 33 slid off its upper end along the son 31 that is in transmission connection.Correspondingly, when this foldable frame 30 was rolled over to extended configuration, slip joint 33 slid into its upper end along the son 31 that is in transmission connection.
Each folding arm 32 all has the upper end and the lower end that pivotally couples (coupling with) with the back support element 12 of corresponding edge body side frame 10 that pivotally couple (couplingwith) with slip joint 33.As shown in Figure 4, when these two avris frameworks 10 are folded toward each other together, that is to say when folded state that the son 31 that is in transmission connection moves up so that collapsible magazine flaggy 21 is folded up in vertical direction.Simultaneously, slip joint 33 away from son 31 the upper end that is in transmission connection to guarantee two avris frameworks 10 together by parallel fold.When foldable frame 30 was rolled over to extended configuration, the son 31 that is in transmission connection moved to open collapsible magazine flaggy 21 vertically downward.Simultaneously, slip joint 33 slides into son 31 the upper end that is in transmission connection with the distance between the abundant expansion avris framework 10.
It should be noted that, think that flaggy group 20 provides a firm support thereby each folding arm 32 all tilt to extend in the avris framework 10 and the triangular structure of formation that is in transmission connection between the son 31.In addition; When object is placed on 21 last times of collapsible flaggy; The downward pressure of object that is to say that the gravity major part of object is applied in this folding magazine flaggy 21 and is reached the son 31 that is in transmission connection, thereby guarantee that foldable frame 30 is strutted under extended configuration.In other words, the downward pressure of object stops this foldable frame 30 under cas fortuit, to be folded into folded state.
As shown in Figure 7,331 and two of slip joint 33 have a confession to be in transmission connection slip perforation that son 31 passes to the extension of two side directions pivotally to couple the flank 332 of (couplingwith) respectively with folding arm 32.
Corresponding to preferred embodiment, flaggy group 20 comprises that further a top that is coupled between the avris framework 10 keeps flaggy 22.This top keeps the width of flaggy 22 to be complementary with the length of two blocks of side plates 211 of every collapsible flaggy 21.In other words, rolled over edge-to-edge to extended configuration when relative when side plate 211, the overall width of two blocks of side plates 211 keeps flaggy 22 corresponding with the top.
As shown in Figure 4, the top keep flaggy 22 have one pivotally with an avris framework 10 couple pivot side 221 and of (coupling with) relative with it removably couple the detachable side 222 of (coupling with) with another avris framework 10.Distance between pivot side 221 and the detachable side 222 promptly is the length that the top keeps flaggy 22, its correspondingly and the distance between the avris framework 10 under the extended configuration be complementary.
As shown in Figure 3, the top keeps the pivot side 221 of flaggy 22 pivotally to be coupled between the front support component 11 and back support element 12 of an avris framework 10.The top keeps the detachable side 222 of flaggy 22 removably to be coupled between the front support component 11 and back support element 12 of another side body side frame 10.Correspondingly; The top keeps flaggy 22 to comprise two detachable hookups 223 that are arranged on maintenance flaggy 22 bottoms, top one side along its detachable side 222 at interval; Wherein detachable hookup 223 is as shown in Figure 6, detachably and slidably is inserted into the upper end of the front support component 11 and the back support element 12 of each avris framework 10.
Therefore, when detachable hookup 223 detachably and slidably was inserted into the upper end of front support component 11 and back support element 12 of each avris framework 10, the distance between the avris framework 10 kept the width of flaggy 22 to be able to keep through this top.When detachable hookup 223 when support component 11 removes with back support element 12 from the front respectively, avris framework 10 promptly is in the state that folded by the edge-to-edge of being suitable for.In other words, the top keeps flaggy 22 not only to form a magazine top flaggy but also forms a locking device avris framework 10 is locked in extended configuration to keep the distance between the avris framework 10.
Can think that this top keeps flaggy 22 fully to be removed from two avris frameworks 10 through the mode that forms two dismountable sides 222.Yet, keep one side of flaggy 22 to form the mode of pivot side through making the top, magazine of the present invention does not have dismountable parts to keep the losing of any parts of the magazine of the present invention that causes of flaggy 22 because of the top to stop magazine of the present invention.
Magazine of the present invention comprises that further a thing frame lock 40 is to be used for liftedly foldable frame 30 being locked in extended configuration.As shown in Figure 7, this thing frame lock 40 comprises that further first locking device that is arranged on sub 31 upper ends that are in transmission connection and second locking device of being located at slip joint 33 tiltedly withstand on 34 last times of brake apparatus and mesh together liftedly with first locking device to slide in slip joint 33.Corresponding to preferred embodiment, first locking device 41 is preferably the lock bolt of being located at the brake apparatus 34 that is in sub 31 upper ends that are in transmission connection.Thereby second locking device 42 comprise a lock arm of being located at slip joint 33 with liftedly with the upper end that slip joint 33 is locked in the son 31 that is in transmission connection that locks together of first locking device 41.Can think that first locking device can be located at son 31 any position that is in transmission connection; Like location provided thereon; The slip joint 33 of wherein sliding along slide link 31 is locked in the appropriate location of slide link 31, is rolled over to extended configuration in this position foldable frame 30.
It should be noted that three kinds of different mechanical devices are used to keep foldable frame 30 to be in extended configuration.Correspondingly, the gravity of object will stop the son 31 that is in transmission connection to move up to guarantee that foldable frame 30 is in extended configuration.When the top kept flaggy 22 to be coupled in the upper end of support component 11,12, the top kept flaggy 22 will keep the distance between the avris framework to be in extended configuration to guarantee foldable frame 30.In addition, when thing frame lock locked together slip joint 33 with maintenance brake setting 34, thing frame lock 40 will stop slip joint 33 to shift to the direction away from sub 31 upper ends that are in transmission connection slidably, is in extended configuration to guarantee foldable frame 30.
Magazine of the present invention further comprises wheels 50 of being located at avris framework 10, and wherein these wheels 50 comprise one group of a plurality of lockable wheel 51 that couples (coupling with) respectively with the bottom of support component 11 and 12.Correspondingly, lockable wheel 51 has improved the locomotivity of this magazine.In addition, lockable wheel 51 has further strengthened the locomotivity of avris framework 10 between folded state and extended configuration.In other words, when avris framework 10 against each other away from moving when being expanded to extended configuration, thereby the stretching, extension locomotivity that lockable wheel 51 will strengthen between the avris framework 10 increases the distance between the avris framework 10.Equally, when avris framework 10 moves towards each other when being folded into folded state, thereby the folding locomotivity that lockable wheel 51 will strengthen between the avris framework 10 reduces the distance between the avris framework 10.It should be noted that lockable wheel 51 can be locked to stop avris framework 10 that any unnecessary displacement takes place.
In order magazine of the present invention to be expanded to extended configuration from folded state, the user can draw back avris framework 10 so that slip joint 33 is upwards slided towards the upper end of shackle rod 31.Simultaneously, collapsible magazine flaggy 21 is pivoted simultaneously is folded to the appropriate location, and the corresponding side plate 211 of each collapsible magazine flaggy 21 is formed a single planar structure by edge-to-edge's extended open in this position.In case slip joint 33 slides into and tiltedly peaks at brake apparatus 34; That is to say when foldable frame 30 is in extended configuration that thing frame lock 40 can be used to foldable frame 30 is locked in extended configuration through the method that second locking device 42 and first locking device are meshed together.Then, the pivot side 221 that keeps flaggy 22 through the pivot top is removably to keep the detachable side 222 of flaggy 22 to keep flaggy 22 and avris framework 10 to be coupled together on the top with the mode that front support component 11 and back support element 12 mesh together respectively on the top.
In order magazine to be folded up, the user can be respectively from the front support component 11 and back support element 12 pull down the detachable side 222 that the top keeps flaggy 22 and keep the pivot side 221 of flaggy 22 folding on the top pivotally to the direction of another avris framework 10.Through opening thing frame lock 40, move towards each other this magazine is folded up thereby the user can promote avris framework 10.
Be illustrated in figure 9 as the Collapsible mobile storing framework of second kind of embodiment; It is the alternating pattern of first kind of embodiment; Wherein this collapsible magazine comprises that two are spaced apart 10 ', one flaggy group 20 ' of avris framework and foldable frame 30 ' separately.
Similar with first embodiment is that two avris frameworks 10 ' of second embodiment are the same.Each avris framework 10 ' includes the support component 11 ' of two tubuloses; 12 '; That is to say front support component 11 ' and back support element 12 '; These support components each interval under plumbness supports so that these four support components 11 ', 12 ' form four support bars respectively on four angles of this magazine.In addition, front and back support component 11 ', 12 ' has formed an open area between them.Each avris framework 10 ' further comprises a top braces element 13 ' and a bottom support member 14 '; This top braces element 13 ' extends between front support component 11 ' and back support element 12 ' upper position, and this bottom support member 14 ' is extended between front support component 11 ' and back support element 12 ' bottom position.Therefore each avris framework 10 ' generally all forms a triangular structure.
Correspondingly, each back support element 12 ' has a V-shape crossing section to form an accommodating chamber 121 '.Shown in Fig. 9 and 10, this accommodating chamber 121 ' be formed on each back support element 12 ' upper end and bottom between, wherein each accommodating chamber 121 ' all has a lengthening opening respect to one another.In other words, when this magazine was folded, back support element 12 ' moves in opposite directions so that accommodating chamber 121 ' be arranged on together to form the accommodating chamber of an increasing.
Flaggy group 20 ' comprises one group of a plurality of interval and is supported on the collapsible magazine flaggy 21 ' between two avris frameworks 10 ' pivotly, wherein the collapsible magazine flaggy 21 ' of each piece include two pivotally each other the edge-to-edge couple (coupling with) side plate 211 ' between two medial surfaces of this side plate 211 ', to form a pivot pivoting point 210 '.The outward flange of these two blocks of side plates 211 ' pivotally couples (coupling with) together with avris framework 10 ' respectively, thus, when the inward flange of this side plate 211 ' is pivoted when folding, two blocks of side plates 211 ' overlapped under folded state.Under folded state, the inboard of preferred side plate 211 ' is upwards folding so that side plate is overlapped folding.It should be noted that; The outside of side plate 211 ' pivotally couples (couplingwith) so that when side plate 211 ' was folded into folded state, side plate 211 ' remained between front support component 11 ' and the back support element 12 ' with the inboard of avris framework 10 ' respectively.
Correspondingly, the width of each collapsible magazine flaggy 21 ' and avris framework 10 ' two front support components 11 ' between distance be complementary so that this collapsible magazine flaggy 21 ' can be by avris framework 10 ' front support component 11 ' stable support.As shown in Figure 9, between two avris frameworks 10 ', be supported with two collapsible magazine flaggies 21 '.
In addition, each collapsible magazine flaggy 21 ' all is formed with a network structure, and one of them extra flat board can be added to above the collapsible magazine flaggy 21 ' so that a flat supporting surface to be provided.
Foldable frame 30 ' operatively is coupled between two avris frameworks 10 ' and is between folded state and the extended configuration with folding its.Under extended configuration as shown in Figure 9, avris framework 10 ' with the mobile mode that pivots each other away to keep the collapsible magazine flaggy 21 ' of each piece all to be in level.In other words, under extended configuration, collapsible magazine flaggy 21 ' between two avris frameworks 21 ' at interval extending transversely so that object can be placed on this collapsible magazine flaggy 21 '.Under Figure 10 and folded state shown in Figure 11, avris framework 10 ' pivots in opposite directions and moves so that every collapsible magazine flaggy 21 ' folds with overlapped mode.In other words, under folded state, both sides body side frame 10 ' moves towards each other reducing the distance between the avris framework 10, and collapsible magazine flaggy 21 ' is folded into avris framework 10 ' and parallels.In addition; Under folded state, every collapsible magazine flaggy 21 ' all be folded between front support component 11 ' and the back support element 12 ' and front support component 11 ' and back support element 12 ' under folded state, moved to walk abreast adjacent together to form a compact texture.
Corresponding to preferred embodiment, foldable frame 30 ' comprise one pivotally and the pivot pivoting point 210 ' of collapsible magazine flaggy 21 ' couple (coupling with) be in transmission connection 31 ' and two of son with this be in transmission connection son 31 ' respectively and avris framework 21 ' movably be coupled together folding arm 32 ' with the distance between maintenance extended configuration following two avris frameworks 10 '.
As shown in Figure 9; The son that is in transmission connection 31 ' is the elongated member of a vertical support between two avris frameworks 10 ', and the son 31 ' that wherein is in transmission connection has a pivot pivoting point 210 ' with the collapsible magazine flaggy 21 ' in the top to couple the lower end 312 ' that upper end 311 ' and of (coupling with) and the pivot pivoting point 210 ' of collapsible magazine flaggy 21 ' bottom couple (coupling with).Especially when being in transmission connection son 31 ' in the vertical direction when moving up, thereby this collapsible magazine flaggy 21 ' pivots simultaneously to fold and makes two respective side panels 211 ' of every collapsible magazine flaggy 21 ' together overlapped.Equally; When this son 31 ' that is in transmission connection is compelled to move down in vertical direction; The expansion that pivots simultaneously of this collapsible magazine flaggy 21 ', thus make two respective side panels 211 ' edge-to-edges of every collapsible magazine flaggy 21 ' launch to form a single plane structure.
Correspondingly, the son 31 that is in transmission connection ' be arranged between the accommodating chamber 121 ' of back support element 12 ', wherein when foldable frame 30 ' is folded into folded state, this son 31 ' quilt that is in transmission connection encloses in the accommodating chamber 121 ' of back support element 12 ' into.Therefore, front support component 11 ' is by parallel adjacent folding and back support element 12 ' also by parallel adjacent folding to reduce two distances between the avris framework 10 '.
This foldable frame 30 ' further comprise one slidably and driving connecting rod 31 ' couple (coupling with) slip joint 33 ' thus this slip joint 33 ' be suitable for sliding in the top and between its lower end along driving connecting rod 31 '.Correspondingly, when this foldable frame 30 ' when being folded into folded state, slip joint 33 ' is slided away from its upper end along the son 31 ' that is in transmission connection.Correspondingly, when this foldable frame 30 ' quilt was rolled over to extended configuration, slip joint 33 ' slid into its upper end along the son 31 ' that is in transmission connection.Correspondingly, because slip joint 33 ' couples (coupling with) with the son 31 ' that is in transmission connection slidably, when foldable frame 30 ' is folded into folded state, this slip joint 33 ' will be loaded in the accommodating chamber 121 '.
Each folding arm 32 ' all has the upper end and the lower end that pivotally couples (coupling with) with the back support element 12 ' of corresponding avris framework 10 ' that pivotally couple (couplingwith) with slip joint 33 '.Especially; Each folding arm 32 ' the lower end all pivotally coupled (coupling with) overleaf on the inwall of the accommodating chamber 121 ' separately of support component 12 '; Wherein folding arm 32 ' pivotally is connected the appropriate position with back support element 12 '; In this position, the outward flange of the side plate 211 ' of magazine flaggy 21 ' and back support element 12 ' couple (coupling with) pivotly bottom.In other words, the outward flange of this side plate 211 ', the lower end of back support element 12 ' and folding arm 32 ' is linked together through a pivoting lever pivotly.
Correspondingly, 331 ' and two of slip joint 33 ' have a confession to be in transmission connection slip perforation that son 31 ' passes to the extension of two side directions pivotally to couple the flank 332 ' of (coupling with) respectively with folding arm 32 '.
In addition, these two folding arms 32 ' are arranged between the accommodating chamber 121 ' of back support element 12 ' so that when foldable frame 30 ' was folded into folded state, folding arm 32 ' was put in the accommodating chamber 121 '.It should be noted that when foldable frame 30 ' is folded into folded state, the son 31 ' that is in transmission connection, folding arm 32 ' all is loaded in the accommodating chamber 121 ' of back support element 12 ' with slip joint 33 '.
Shown in figure 10, when these two avris frameworks 10 ' by folded toward, that is to say when being folded into folded state that the son 31 ' that is in transmission connection moves so that foldable frame 21 ' is folded up vertically upward.Simultaneously, slip joint 33 ' slide away from the son 31 that is in transmission connection ' the upper end to guarantee both sides body side frame 10 ' quilt adjacent folding that walk abreast.When foldable frame 30 ' was rolled over to extended configuration, the son 31 ' that is in transmission connection moved with the collapsible magazine flaggy 21 ' of extended open vertically downward.Simultaneously, slip joint 33 ' slide to be in transmission connection son 31 ' upper end so that the distance between the avris framework 10 ' fully expanded.
Thereby it is that flaggy group 20 ' provides a firm support that each folding arm 32 ' all extends below to form a triangular structure that is positioned at avris framework 10 ' and is in transmission connection between the son 31 ' in heeling condition.In addition; When object is placed in 21 ' the last time of magazine flaggy that trails; The downward pressure of object, the gravity major part that is to say object be applied in the magazine flaggy 21 ' that trails and reached the son 31 that is in transmission connection ', guarantee that thus foldable frame 30 ' is folded in extended configuration.In other words, the downward pressure of object stops this foldable frame 30 ' under cas fortuit, to be turned back to folded state.
Foldable frame 30 ' further comprise a brake apparatus 34 ' that is located at son 31 ' the upper end that is in transmission connection with slide under extended configuration when slip joint 33 ' son 31 that is in transmission connection ' the upper end time tiltedly withstand on any displacement that makes progress that slip joint 33 ' goes up with prevention slip joint 33 '.Therefore, when slip joint 33 ' was upwards slided and be hampered by brake apparatus 34 ', avris framework 10 ' was folded into extended configuration.
Corresponding to preferred embodiment, flaggy group 20 ' comprises that further a top that is coupled between the avris framework 10 ' keeps flaggy 22 '.This top keeps flaggy 22 ' to have the width that a width with two blocks of side plates 211 ' of each collapsible magazine flaggy 21 ' is complementary.Change the words sentence and talk about, when side plate 211 ' was rolled over to extended configuration by the edge-to-edge, the overall width of two blocks of side plates 211 ' kept flaggy 22 ' corresponding with this top.
Like Fig. 9 and shown in Figure 10, this top keep flaggy 22 ' have one pivotally with two avris frameworks 10 ' in pivot side 221 ' that couples (coupling with) and one and pivot side 221 ' relative removably couple the detachable side 222 ' of (coupling with) with another avris framework 10 '.Distance between pivot side 221 ' and the detachable side 222 ' promptly is the length that the top keeps flaggy 22 ', its correspondingly and the distance between the avris framework 10 ' under the extended configuration be complementary.When foldable frame 30 ' is folded into folded state, the top keep flaggy 22 ' folded-out with its avris framework 10 ' overlaid.In other words, under the folded state, the top keeps flaggy 22 ' and avris framework 10 ' to parallel to reduce the overall dimensions size of this Collapsible mobile storing framework.
As shown in Figure 9, this top keeps the pivot side 221 ' of flaggy 22 ' pivotally to be coupled between the front support component 11 and back support element 12 of an avris framework 10 '.This top keeps the detachable side 222 ' of flaggy 22 ' removably to be coupled between the front support component 11 and back support element 12 of another side body side frame 10 '.Correspondingly, this top keeps flaggy 22 ' to comprise that a detachable side 222 ' in edge is located at the flaggy lock 223 ' that the top keeps flaggy 22 ' bottom one side, and wherein this flaggy lock 223 ' removably is coupled with corresponding avris framework 10 ' mutually.Shown in figure 12, one on this flaggy lock 223 ' comprise be located on the apical support element 13 ' of avris framework 10 ' lock bar element 2231 ' and a detachable side 222 ' of being located at top maintenance flaggy 22 ' in order to removably to couple the locking device opened 2232 ' of (coupling with) with lock bar element 2231 '.In other words; When the top keeps flaggy 22 ' to be folded in can opening locking device 2232 ' between two avris frameworks 10 ' removably coupling (coupling with) with lock bar element 2231 ', the distance between two avris frameworks 10 ' keeps flaggy 22 ' to be able to maintenance through the top.In the time can opening locking device 2232 ' with lock bar element 2231 ' separated opening, two avris frameworks 10 ' promptly be suitable for by parallel fold.In other words, the top keeps flaggy 22 ' not only to form a top magazine flaggy but also forms one avris framework 10 ' is locked in extended configuration to keep the locking device of the distance between the avris framework 10 '.
Magazine of the present invention comprises that further thing frame lock 40 ' is to be used for liftedly foldable frame 30 ' be locked in extended configuration.Shown in figure 13; When first locking device 41 ' and second locking device of being located at slip joint 33 ' that thing frame lock 40 ' comprises a upper end of being located at the son 31 ' that is in transmission connection tiltedly withstood on brake apparatus 34 ' to slide in slip joint 33 ', slip joint 33 ' was meshed with first locking device 41 ' liftedly.Corresponding to preferred embodiment, first locking device 41 ' preferably is located at the bolt on the brake apparatus 34 ' that is positioned at son 31 ' the upper end that is in transmission connection.It locks together the upper end that slip joint 33 ' is locked in the son 31 ' that is in transmission connection with the bolt of first locking device 41 ' liftedly thereby second locking device comprises a lock arm that is located at slip joint 33 '.Can think be in transmission connection any position of son 31 ' of first locking device 41 ' can be located at; Such as location provided thereon; Wherein slip joint 33 ' is along the son 31 ' that is in transmission connection slide and be positioned the to be in transmission connection correct position of son 31 '; In this position, foldable frame 30 ' is folded and is in extended configuration.
Magazine of the present invention further comprise one be located at avris framework 10 ' wheels 50 ', wherein these wheels 50 ' comprise one group of a plurality of lockable wheel 51 ' that couples (coupling with) respectively with the bottom of support component 11 ' and 12 '.Correspondingly, lockable wheel 51 ' has improved the locomotivity of this magazine.In addition, lockable wheel 51 ' has further strengthened the locomotivity of avris framework 10 ' between folded state and extended configuration.In other words, relatively move away from each other when being folded into extended configuration when avris framework 10 ' is compelled, thereby the distance that increases between the avris framework 10 ' is moved in the stretching, extension that lockable wheel 51 ' will strengthen between the avris framework 10 '.Equally, when avris framework 10 ' moves towards each other when being folded into folded state, thereby folding the moving that lockable wheel 51 ' will strengthen between the avris framework 10 ' reduces the distance between the avris framework 10 '.It should be noted that lockable wheel 51 ' can be locked to stop avris framework 10 ' that any unnecessary displacement takes place.
Magazine of the present invention comprises that further framework lock 60 ' is to be used for liftedly avris framework 10 ' be locked in folded state with top maintenance flaggy 22 '.Shown in figure 14; This framework lock 60 ' comprise one be located at a back support element 12 ' on first locking member 61 '; Be located at second locking member 62 ' and pivot locking device 63 ' that pivotally couples (coupling with) that the top keeps flaggy 22 ' for one with another back support element 12 '; Wherein when pivot locking device 63 ' when pivot to move the lateral attitude, pivot locking device 63 ' meshes together with first locking member 61 ' and second locking member 62 ' simultaneously.
Corresponding to preferred embodiment; Pivot locking device 63 ' has two locking terminals to mesh together with first locking member 61 ' and second locking member 62 ' removably respectively, and wherein the pivot pivoting point of pivot locking device 63 ' is positioned in position between two locking terminals of pivot locking device 63 '.In other words; When pivot locking device 63 ' is pivoted foldingly to be arranged in a time-out with separately back support element 12 ', two locking terminals of pivot locking device 63 ' are removed engagement respectively with first locking member 61 ' and second locking member 62 ' simultaneously.When pivot locking device 63 ' is laterally pivoted when extending to back support element 12 ', two locking terminals of pivot locking device 63 ' mesh together with first locking member 61 ' and second locking member 62 ' respectively simultaneously.It should be noted that two locking terminals of this pivot locking device 63 ' are arranged in the Z type structure of a bending respectively with first locking member 61 ' and second locking member 62 '.Therefore, magazine of the present invention only needs a framework lock to keep flaggy 22 ' to lock together at two avris frameworks 10 ' and top simultaneously.
For magazine of the present invention is opened to extended configuration from folded state, the user can with avris framework 10 ' to relative direction draw back each other so that slip joint 33 ' towards the upwards slip of last extreme direction of the son 31 ' that is in transmission connection.Simultaneously, collapsible magazine flaggy 21 ' is pivoted simultaneously to be folded in position, and the corresponding side plate 211 ' of every collapsible magazine flaggy 21 ' is folded to form a single plane structure by the form with the edge-to-edge in this position.In case slip joint 33 ' is slided and is tiltedly withstood on the brake apparatus 34; That is to say foldable frame 30 ', the extended configuration of thing frame lock 40 ' can be used to foldable frame 30 ' is locked in extended configuration through first locking device 41 ' and second locking device 42 ' are meshed together.Then, the top keeps flaggy 22 ' to keep the pivot side 221 ' of flaggy 22 ' to trail removably to keep the detachable side 222 ' of flaggy 22 ' to mesh together with its avris framework 10 ' separately on this top through flaggy lock 223 ' on the top through the mode of pivot disassemble.
For magazine is folded up, the detachable side 222 ' that the user can keep flaggy 22 ' with the top disassembles and the top that will be positioned at another side body side frame 10 ' keeps the pivot side 221 ' of flaggy 22 ' to pivot folding from its avris framework 10 '.Through opening thing frame lock 40 ', the user can promote avris framework 10 ' and move towards each other so that magazine is folded up.What be worth is noted that; When magazine is folded in folded state; Son 31 ' is in transmission connection; Two folding arms 32 ' and slip joint 33 ' are all enclosed in the accommodating chamber 121 ' of back support unit 12 ' into, and support component 11 ' 12 ' moves so that the parallel compact texture that forms magazine of both close enoughs in opposite directions.
Foldable frame 30A pivotally is coupled between two avris framework 10A with folding to it between folded state and non-folded state.Under extended configuration shown in figure 15, avris framework 10A with the mobile mode that pivots each other away to keep the collapsible magazine flaggy of each piece 21A between the avris framework 10A to be in level.In other words, under extended configuration, avris framework 10A by parallel interval support come so that collapsible magazine flaggy 21A between two avris framework 10A at interval horizontal expansion thus object can be placed on the collapsible magazine flaggy 21A.Shown in Figure 16 and 17, under folded state, avris framework 10A pivot toward each other move so that avris framework 10A by parallel fold.In other words, under folded state, the front support component 11A of avris framework 10A is parallel to be arranged in parallel with the distance between the front support component 11A that reduces avris framework 10A, and collapsible magazine flaggy 21A is folded between back support elements 12A.
Foldable frame 30A comprise two pivotly respectively and back support element 12A couple the side member 31A and a back frame of between side member 31A, extending of (coupling with).Correspondingly, this back frame comprises one group of a plurality of sub-32A that is in transmission connection that between side member 31A, extends, and wherein avris framework 10A is suitable for being folded in pivotally on the sub-32A of being in transmission connection of back frame.
Corresponding to the 3rd embodiment, each collapsible magazine flaggy 21A all have one pivotally and back frame couple (coupling with) back pivot side 211A between folded state and extended configuration state, collapsible magazine is folded pivotally.Especially, the back pivot side 211A of collapsible magazine flaggy 21A pivotally and the sub-32A that is in transmission connection couple (coupling with) respectively so that it folds collapsible magazine from vertically extending extended configuration of back frame and collapsible magazine flaggy 21A at collapsible magazine flaggy 21A pivotly between the folded state that back frame overlaps.Correspondingly; Under extended configuration, the positive detachable edge 212A of every collapsible magazine flaggy 21A is folded so that it removably couples (coupling with) collapsible thus magazine flaggy 21A with front support component 11A is supported between front support component 11A and the back support element 12A by parallel.Under folded state; The positive detachable edge 212A of every collapsible magazine flaggy 21A is by support component 11A disassembles so that collapsible magazine flaggy 21A is suitable for being pivoted and is folded in the appropriate location from the front; In this position, two side 213A of every collapsible magazine flaggy 21A are arranged between the side member 31A.
Correspondingly, the distance between two front support component 11A of the width of each collapsible magazine flaggy 21A and avris framework 10A is complementary so that this collapsible magazine flaggy 21A can be by avris framework 10A front support component 11A stable support.In addition, the width of every collapsible magazine flaggy 21A is all less than two vertical ranges that are in transmission connection between the sub-32A.
Corresponding to the 3rd embodiment, when the positive detachable edge 212A of collapsible magazine flaggy 21A was separated front support component 11A, three collapsible magazine flaggy 21A on top were folded by the rear that is directed downwards towards the sub-32A that is in transmission connection.When three collapsible magazine flaggy 21A on top were folded in folded state, three collapsible magazine flaggy 21A on top formed a planar structure between side member 31A.In addition; The width of every collapsible magazine flaggy 21A all is in transmission connection distance between the sub-32A thus when collapsible magazine flaggy 21A is folded into folded state less than two, and collapsible magazine flaggy 21A is placed in the scope of these two side member 31A and two sub-32A that are in transmission connection accordingly.
Shown in figure 17, when the positive detachable edge 212A of the collapsible magazine flaggy of that piece 21A of bottom was separated front support component 11A, bottom collapsible magazine flaggy 21A was folding by the rear that makes progress of the direction towards the sub-32A that is in transmission connection.Therefore; The collapsible magazine flaggy of that piece 21A of bottom is folded between two side member 31A by pivot after, three collapsible magazine flaggy 21A on top can by pivot be folded between two side member 31A so that the 3rd collapsible magazine flaggy 21A under folded state with the collapsible magazine flaggy of that piece 21A overlaid of bottom.
This avris framework 10A comprises that further one group of a plurality of flaggy support member 15A is to be used for supporting with the mode that removably couples (coupling with) the positive detachable edge 212A of the collapsible magazine flaggy 21A that is positioned at front support component 11A.Correspondingly; Flaggy support member 15A is located at each front support component 11A at interval with the location of arranging to the collapsible magazine flaggy 21A under the extended configuration; When collapsible magazine flaggy 21A was rolled over to extended configuration, the positive detachable edge 212A of collapsible magazine flaggy 21A was removably supported to keep collapsible magazine flaggy 21A to be horizontal by flaggy support member 15A thus.It should be noted that; Flaggy support member 15A removably couple (coupling with) in the bottom of collapsible magazine flaggy 21A one side so that each flaggy support member 15A not only forms one keeps its collapsible magazine flaggy 21A separately and be in the support of extended configuration, and form a locking device that its collapsible magazine flaggy 21A separately is locked in extended configuration.
It should be noted that to be pivoted foldingly with foldable frame 30A when overlapping as avris framework 10A that collapsible magazine flaggy 21A is sandwiched between the sub-32A of being in transmission connection of avris framework 10A and back frame.
Magazine of the present invention comprises that further a framework lock 60A is to be used for liftedly foldable frame 30A being locked in extended configuration.
Shown in figure 17; Framework lock 60A comprises the first locking piece 61A and the second locking piece 62A who is located at each top braces element 13A of upper end that is located at the sub-32A that is in transmission connection topmost in one or more intervals so that be folded to the sub-32A of being in transmission connection of back frame when overlapping by pivot as avris framework 10A, and the second locking piece 62A removably is meshed with the first locking piece 61A and is in folded state with maintenance avris framework 10A.It should be noted that collapsible magazine flaggy 21A is clipped in being in transmission connection between the sub-32A of avris framework 10A and back frame securely because avris framework 10A is locked by framework lock 60A.
Magazine of the present invention further comprises a wheels 50A who is located at avris framework 10A, and wherein these wheels 50A comprises one group of a plurality of lockable wheel 51A that couples (coupling with) respectively with the bottom of support component 11A and 12B.Correspondingly, lockable wheel 51A has improved the locomotivity of this magazine.In addition, lockable wheel 51A has further strengthened the ability that move of avris framework 10A between folded state and non-folded state.In other words, when avris framework 10A by capable of pivoting relative to each other away from when being rolled over to extended configuration, move its and back frame to be at right angles pivot and fold thereby lockable wheel 51A will strengthen stretching, extension between the avris framework 10A.Equally, when avris framework 10A moves towards each other when being folded into folded state, lockable wheel 51A will strengthen folding the moving so that it overlaps the back frame of foldable frame 30A between the avris framework 10A.It should be noted that lockable wheel 51A can be locked to stop avris framework 10A that any unnecessary displacement takes place.
For autofolding state extended open magazine of the present invention; The user can be with the mode that pivots with the door of avris framework 10A as an opening action; 10A draws back from the back frame of foldable frame 30A with the avris framework, comes out from the back frame vertical stretching of foldable frame 30A up to avris framework 10A.Then, thus the user can 212A place, detachable edge promotes collapsible magazine flaggy 21A and makes the positive detachably edge 212A of collapsible magazine flaggy 21A removably couple (coupling with) with front support component 11A through flaggy support member 15A from the back frame place in the front with the mode that pivots.Then, thus the positive detachable edge 212A of the collapsible magazine flaggy of that piece 21A of bottom can removably couple (coupling with) with positive detachable edge 212A and the front support component 11A of bottom collapsible magazine flaggy 21A through flaggy support member 15A with the mode that the pivots user that falls from the back frame place.
For this magazine is folded up; Can make the collapsible magazine flaggy 21A in bottom thereby the user can separate the positive detachable edge 212A of all collapsible magazine flaggy 21A front support component 11A, that is to say the collapsible magazine flaggy 21A that is in bottom position with the mode that pivots upwards promote with the back frame overlaid remaining collapsible magazine flaggy 21A can be pivoted with the back frame overlaid.Then, avris framework 10A can pivot be moved so that its as the door of a closing motion and back frame overlaid so that collapsible magazine flaggy 21A be sandwiched between avris framework 10A and the back frame.
Shown in figure 18 is the Collapsible mobile storing framework of the 4th kind of embodiment; One of shown is first kind of embodiment can iterate pattern; Wherein this collapsible magazine comprises two avris framework 10B that are provided with at interval, a flaggy group 20B and a foldable frame 30B.
Correspondingly, two avris framework 10B are identical.Each avris framework 10B includes the support component 11B of two tubuloses; 12B; Be front support component 11B and back support element 12B; Be in these two kinds of support components plumbness and each interval support so that these four support component 11B, and 12B forms four support bars respectively on four angles of this magazine.In addition, front and back support component 11B, 12B forms the open area between them.
Each avris framework 10B further comprises a top braces element 13B and a bottom support member 14B; This top braces element 13B extends between front support component 11B and back support element 12B upper position, and this bottom support member 14B extends between front support component 11B and back support element 12B bottom position.Therefore each avris framework 10B generally all forms a triangular structure.
Flaggy group 20B comprises that one group of polylith detachably is supported on the collapsible magazine flaggy 21B between the avris framework 10B at interval; Wherein under extended configuration; Collapsible magazine flaggy 21B is parallel and firmly be supported between the avris framework 10B; Under this state, every collapsible magazine flaggy 21B all extends between front support component 11B and back support element 12B.Under folded state, collapsible magazine flaggy 21B is separated avris framework 10B.Shown in figure 18, between two avris framework 10B, be supported with four collapsible magazine flaggy 21B.
Correspondingly, each sub-32B that is in transmission connection comprises two pivotally end-to-end each other pivot arm 321B that couple (coupling with).In other words, the medial extremity of pivot arm 321B pivotally is coupled to each other (coupling with) and the outboard end of this pivot arm 321B pivotally is connected with back support element 12B.Two pivot arm 321B of each sub-32B that is in transmission connection are identical on length.Therefore, when the side within it of pivot arm 321B is pivoted when folding, avris framework 10B will move towards each other to reduce the distance between the following body side frame 10B of folded state.
When foldable frame 30B is opened when being in to extended configuration, all sub-32B that is in transmission connection are parallel to each other each other and increase the be in transmission connection length of sub-32B of each root to increase the distance between the avris framework 10B, that is to say.When foldable frame 30B was folded into folded state, two sub-32B that are in transmission connection of each foldable structure pivoted mobile in the opposite direction.In other words, be in transmission connection sub-32B of the upper end of each foldable structure pivots and moves to form a v-shaped structure lower end of the corresponding folding structure sub-32B that is in transmission connection and pivot to move and form an inverted V-shaped structure.
Shown in figure 19, the upper end be in transmission connection the pivot arm 321B of sub-32B will be on downward direction pivoted folding.Correspondingly, the be in transmission connection pivot arm 321B of sub-32B of lower end will be pivoted folding on direction upwards.In other words, first of foldable frame 30B is being folded to adjacent being in the same place that walk abreast on direction upwards, being pivoted simultaneously with the 4th the sub-32B that is in transmission connection by second of the folding and foldable frame 30B of pivoting on the downward direction simultaneously with the 3rd the sub-32B of being in transmission connection.
In addition; The upper end of each foldable structure 32B that is in transmission connection pivotally couples (coupling with) and the lower end of the foldable structure on the other side sub-32B that is in transmission connection with the positive position of back support element 12B and pivotally couples (couplingwith) thus when foldable frame 30B is folded into folded state with the back portion of back support element 12B, and the top and bottom of each foldable structure 32B that is in transmission connection will can not meet each other and stops that the folding of the sub-32B that is in transmission connection moves.
Corresponding and the 4th embodiment, collapsible magazine flaggy 21B is supported between the avris framework 10B removably at interval.Avris framework 10B comprises that further one group of a plurality of being used for supports the flaggy support member 15B of collapsible magazine flaggy 21B between avris framework 10B with the mode that detachably couples (coupling with).Correspondingly; Flaggy support member 15B is located at each front support component 11B and back support element 12B at interval with the location of arranging to the collapsible magazine flaggy 21B under the extended configuration; When collapsible magazine flaggy 21B was rolled over to extended configuration, the front and back edge of collapsible magazine flaggy 21B was removably supported to keep collapsible magazine flaggy 21A to be horizontal by flaggy support member 15B thus.It should be noted that; Flaggy support member 15B removably couple (coupling with) in the bottom of collapsible magazine flaggy 21B one side so that each flaggy support member 15B not only forms one keeps its collapsible magazine flaggy 21B separately and be in the support of extended configuration, and form a locking device that its collapsible magazine flaggy 21B separately is locked in extended configuration.
Magazine of the present invention further comprises a wheels 50B who is located at avris framework 10B, and wherein these wheels 50B comprises one group of a plurality of lockable wheel 51B that couples (coupling with) respectively with the bottom of support component 11B and 12B.Correspondingly, lockable wheel 51B has improved the locomotivity of this magazine.In addition, lockable wheel 51B has further strengthened the ability that move of avris framework 10B between folded state and non-folded state.In other words, compelled against each other away from moving when being rolled over to extended configuration as avris framework 10B, lockable wheel 51B will strengthen the stretching, extension locomotivity between the avris framework 10B.Equally, when avris framework 10B moves towards each other when being folded into folded state, thereby the folding locomotivity that lockable wheel 51B will strengthen between the avris framework 10B reduces the distance between the avris framework 10.It should be noted that lockable wheel 51B can be locked to stop avris framework 10B that any unnecessary displacement takes place.
For magazine autofolding state of the present invention is extended, the user can draw back avris framework 10B parallel to each other each other and become 90 degree angles with avris framework 10B until all sub-32B that is in transmission connection from foldable frame 30B place.Then; The user can place avris framework 10B with collapsible magazine flaggy 21B, thereby makes the front edge of collapsible magazine flaggy 21B and dorsal edge removably couple (coupling with) with front support component 11B and back support element 12B through flaggy support member 15B.Correspondingly, the width of each collapsible magazine flaggy 21B will keep the distance between the avris framework 10B to stop foldable frame 30B between the avris framework 10B length travel of any beyong contemplation to take place.
For this magazine is folded up, the user can separate front support component 11B and back support element 12B so that avris framework 10B moves freely toward each other with all collapsible magazine flaggy 21B.Then, through being applied to the inside power on each avris framework 10B, it is parallel together adjacent that the sub-32B that is in transmission connection correspondingly moves avris framework 10B with the mobile mode that pivots.
Shown in figure 20 is the Collapsible mobile storing framework of the 5th kind of embodiment; Shown is the alternative pattern of first kind of embodiment; Wherein this collapsible magazine comprises two avris framework 10C that are provided with at interval, a flaggy group 20C and a foldable frame 30C.
Foldable frame 30C and operability ground and avris framework 10C couple (coupling with) together with folding flaggy group 20C between folded state and non-folded state.At the extended open state, flaggy group 20C firmly is supported on position between the avris framework 10C to form a magazine that is used for supporting object.In addition, at extended configuration, this Collapsible mobile storing framework provides three avris openings, that is to say front openings, and left side opening and right openings are for the turnover of object.When folded state, flaggy group 20C is folded and gets overall dimensions to reduce this Collapsible mobile storing framework.
Correspondingly, two avris framework 10C are identical.Each avris framework 10C comprises the support component 11C that supports one another under two interval plumbness, and thus, these two support component 11C form two support bars in the corner, the back side of magazine.
Each support component 11C comprises that one is gone up members 111C and a lower end element 112C, and both pivotally couple (coupling with) with end-to-end form.Correspondingly, last members 111C is identical with the length of a lower end element 112C.Therefore, when each support component 11C was folded into extended configuration, last members 111C and a lower end element 112C were arranged on together with end-to-end form.When each support component 11C was folded into folded state, last members 111C and a lower end element 112C pivotally moved inward to form a v-shaped structure.
Flaggy 20C comprises that one group of polylith is supported on the collapsible magazine flaggy 21C between the avris framework 11C at interval; Wherein at extended configuration, collapsible magazine flaggy 21C is parallel and be supported at interval by firm that collapsible thus magazine flaggy 21C extends between the avris framework 11C between avris framework 11C.At folded state, collapsible magazine flaggy 21C is overlapping each other to reduce the distance between per two collapsible magazine flaggy 21C.Shown in figure 20, between two avris framework 10C, be supported with three collapsible magazine flaggy 21C.In addition, the bottom that all pivotally couples (coupling with) and each support component 11C with top collapsible magazine flaggy 21C, the top of each support component 11C all pivotally couples (couplingwith) with the collapsible magazine flaggy 21C of bottom.The middle collapsible magazine flaggy of that piece 21C is arranged on the pivot pivoting point of the last members 111C that is positioned at each support component 11C and bottom end member 112C.
Foldable frame 30C pivotally is coupled between two avris framework 10C between folded state and non-folded state, it is folded.Under extended configuration shown in figure 20, avris framework 10C with the mobile mode that pivots each other away to keep the collapsible magazine flaggy of each piece 21C between the avris framework 10C to be in level.In other words, under extended configuration, avris framework 10C is supported by parallel interval and comes so that collapsible magazine flaggy 21C can be placed on the collapsible magazine flaggy 21C at interval object thus extending transversely between two avris framework 10C.Shown in figure 21, under folded state, avris framework 10C pivots toward each other and moves so that avris framework 10C is folding to reduce the weight of magazine by the edge-to-edge.
Foldable frame 30C comprises one group of a plurality of sub-32C that is in transmission connection that on each support component 11C of avris framework 10C, extends.Corresponding to the 5th embodiment, two couples of sub-32C that are in transmission connection are arranged, wherein the every couple of sub-32C that is in transmission connection is the first and second sub-32C that are in transmission connection.In other words, have two the first sub-32C and second that the are in transmission connection sub-32C that is in transmission connection and pivotally couple (coupling with) with avris framework 10C respectively.Each first be in transmission connection sub-32C have an end and who pivotally couples (coupling with) with centre collapsible magazine flaggy 21C pivotally with its on the middle part of members 111C couple the opposite end of (coupling with).Each second sub-32C that is in transmission connection has an end and an opposite end that pivotally couples (coupling with) with the middle part of its lower end element 111C that pivotally couples (coupling with) with centre collapsible magazine flaggy 21C.
Correspondingly, when foldable frame 30C is rolled over to extended configuration, first and second be in transmission connection the end-to-end arrangement of sub-32C and respectively with last members 111C and the overlapping arrangement of lower end element 112C.When foldable frame 30C was folded into folded state, the first and second sub-32C that are in transmission connection were folded into a v-shaped structure by pivot and are folded with respect to last members 111C and lower end element 112C at the same time.It should be noted that first and second the be in transmission connection folding direction of sub-32C and the folding directions of last members 111C and lower end element 112C are opposite.In other words, first and second be in transmission connection sub-32C by folded-out and go up members 111C and inwardly folded with lower end element 112C.
In addition, the first and second pivot pivoting points that pivot pivoting point and first and second between the sub-32C is in transmission connection between the sub-32C that are in transmission connection are horizontal.When foldable frame 30C is rolled over to extended configuration, first and second pivot pivoting point and first and second between the sub-32C overlapping arrangements of pivot pivoting point between the sub-32C that are in transmission connection that are in transmission connection.When foldable frame 30C was folded into folded state, first and second are in transmission connection, and pivot pivoting point that pivot pivoting point and first and second between the sub-32C is in transmission connection between the sub-32C was spaced.Correspondingly, first and second the be in transmission connection horizontal levels of arrangement and middle collapsible magazine flaggy 21C of the pivot pivoting point between the sub-32C of pivot pivoting point and first and second between the sub-32C that are in transmission connection are corresponding.
Magazine of the present invention comprises that further one couples the wheels 50C of (coupling with) with flaggy group 20C, and wherein these wheels 50C comprises that one group of a plurality of and bottom collapsible magazine flaggy 21C couple the lockable wheel 51C of (coupling with).Correspondingly, lockable wheel 51C has improved the locomotivity of this magazine.
For magazine of the present invention is opened to extended configuration from folded state, the user can upwards promote last members 111C and the lower end element 112C each other end-to-end arrangement of top collapsible magazine flaggy 21C up to each support component 11C by collapsible magazine flaggy 21C from the bottom.Stretching operating period, the sub-32C that is in transmission connection responds members 111C and lower end element 112C with the mobile mode that pivots pivotal displacement is in the appropriate location with collapsible magazine flaggy 21C in the middle of keeping.
For magazine is folded up, the user can pivot to move and go up members 111C and the lower end element 112C 32C that is in transmission connection thus and also will correspondingly be pivoted mobile.Then, the collapsible magazine flaggy in top 21C will move down automatically up to centre collapsible magazine flaggy 21C and be sandwiched between the collapsible magazine flaggy of top collapsible magazine flaggy 21C and the bottom 21C.
Shown in figure 22 is the Collapsible mobile storing framework of the 6th embodiment; Shown is another alternative pattern of first kind of embodiment; Wherein this collapsible magazine comprises two avris framework 10D that are provided with at interval, a flaggy group 20D and a foldable frame 30D.
Foldable frame 30D operability ground and avris framework 10D couple (coupling with) between folded state and non-extended configuration, to fold flaggy group 20D.At the extended open state, flaggy group 20D by the position of firm support between avris framework 10D to form a magazine that is used for supporting object.In addition, at extended configuration, this Collapsible mobile storing framework provides three avris openings, that is to say front openings, and left side opening and right openings are for the turnover of object.When folded state, flaggy group 20D is folded to reduce the overall dimensions of this Collapsible mobile storing framework.
Correspondingly, two avris framework 10D are identical.Each avris framework 10D includes the support component 11D of two tubuloses; 12D; Be front support component 11D and back support element 12D; These two kinds of support components under plumbness apart from one another by supporting so that these four support component 11D, 12D forms four support bars respectively on four angles of this magazine.In addition, front and back support component 11D, 12D forms the open area between them.
Foldable frame 30D operatively is coupled between two avris framework 10D so that it is folding between folded state and non-folded state.Under extended configuration shown in figure 22, avris framework 10D with the mobile mode that pivots each other away to keep the collapsible magazine flaggy of each piece 21D between the avris framework 10D to be in level.In other words, under extended configuration, avris framework 10D is supported by parallel interval and comes so that collapsible magazine flaggy 21D can be placed on the collapsible magazine flaggy 21D at interval object thus extending transversely between two avris framework 10D.Shown in figure 24, under folded state, avris framework 10D pivots toward each other and moves so that avris framework 10D is folded into adjacent together to reduce the distance between the avris framework 10D.In other words, under folded state, front support component 11D and back support element 12D are moved to parallel adjacent together to form a compact texture under the folded state.
The Pivot joint 31D that foldable frame 30D comprises one group of a plurality of side that are located at collapsible magazine flaggy 21D with the detachable connector 32D that forms a plurality of another sides that are located at collapsible magazine flaggy 21D of its pivot edge and a group respectively to form its detachable edge respectively.In other words; When the detachable edge of collapsible magazine flaggy 21D removably couples (coupling with) with the side of an avris framework 10D through detachable connector 32D, the pivot edge of collapsible magazine flaggy 21D is suitable for pivotally being folded in another side body side frame 10D through Pivot joint 31D.
Shown in figure 23, Pivot joint 31D and detachable connector 32D are by the staggered edge that is located at collapsible magazine flaggy 21D.Therefore, Pivot joint 31D and detachable connector intermesh at each avris framework 10D.Therefore, Pivot joint 31D and detachable connector overlap and appear on each avris framework 10D.In other words; When the pivot edge of first collapsible magazine flaggy 21D and detachable edge were coupled between the right sides body side frame 10D respectively, the detachable edge of first collapsible magazine flaggy 21D and pivot edge were coupled in respectively between the right sides body side frame 10D.The shape of third and fourth collapsible magazine flaggy 21D is can collapsible magazine flaggy identical with first and second respectively.
Correspondingly, each Pivot joint 31D comprises that a pivoting lever 311D who between the front of avris framework 10 support component 11D and back support element 12D, extends is pivotally to couple (coupling with) with the pivot edge of corresponding collapsible magazine flaggy 21D.
Each dismountable joint 32D comprises a support bar 321D who between front support component 11D and back support element 12D, extends, and this support bar 321D and pivoting lever 311D extend in parallel and the detachable components 322D of a detachable edge of being located at each collapsible magazine flaggy 21D removably to mesh with support bar 321D.Each detachable components 322D preferably has a hook-type can hang on the support bar 321D.
For magazine of the present invention is opened to extended configuration from folded state, the user can pivot and launch each collapsible magazine flaggy 21D and be arranged in another collapsible magazine flaggy 21D until its detachable edge.Therefore, through all detachable components 322D are meshed with support bar 321D respectively, collapsible magazine flaggy 21D keep parallel each other and by firm support between two avris framework 10D.
For magazine of the present invention is folded up, the engagement that the user can be through removing detachable components 322D and support bar 321D is to separate the detachable edge of collapsible magazine flaggy 21D from avris framework 10D.Therefore, will to be disassembled into be two identical foldable structures to magazine.Then, the collapsible magazine flaggy 21D that is positioned at upper position can be pivoted folding downwards and collapsible magazine flaggy 21D that the be positioned at lower position upwards upset that can be pivoted by the direction towards its avris framework 10D towards the direction of its avris framework 10D.In other words, avris framework 10D will be sandwiched between two relative collapsible magazine flaggy 21D.Therefore, these two folding frameworks can be placed to reduce two distances between the avris framework 10D by parallel together.
It only is to example of the present invention rather than restriction from shown in the accompanying drawing and the embodiment of the invention described above that those skilled in the art understand bright.
Can see that thus the object of the invention can fully effectively be accomplished.The said embodiment that is used to explain function of the present invention and structural principle is proved absolutely and is described, and the present invention does not receive the restriction based on the change on these embodiment principle bases.Therefore, the present invention includes all modifications that is encompassed within Rights attached thereto claim claimed range and the spirit.
Claims (32)
1. Collapsible mobile storing framework, it comprises:
Two avris frameworks that are spaced apart;
A flaggy group, it comprises that one group of a plurality of interval is supported on the collapsible magazine flaggy between said two avris frameworks; With
One operationally and said avris framework couple foldable frame with folding said flaggy between folded state and extended configuration; Wherein when said extended configuration; Said collapsible magazine flaggy by firm support between said avris framework to form a frame structure that has three open side at least; And when said folded state, each described avris framework and said flaggy group fold to reduce the overall dimensions of said frame structure.
2. Collapsible mobile storing framework according to claim 1; It is characterized in that each said collapsible magazine flaggy comprises two side plates; Said two side plates pivotally are coupled to each other in the inside edge of said side plate to form a pivot pivoting point; And said two side plates pivotally are coupled in the outer ledge of said side plate respectively with said avris framework; Thus when the said inside edge of said side plate is folded downwards; The said side plate of each said collapsible magazine flaggy is arranged forming a planar structure by the edge-to-edge, and when the said inside edge of said side plate was upwards turned up, said two side plates under folded state were overlapping each other to reduce the distance between the said avris framework.
3. Collapsible mobile storing framework according to claim 2, it is characterized in that said foldable frame comprise one pivotally with the said pivot pivoting point of said collapsible magazine flaggy couple be in transmission connection son with can the folding said collapsible magazine flaggy of pivot in unison and the folding arm that is coupled in of two will saidly be in transmission connection son and said avris frameworks respectively movablely with the distance between the said avris framework under the maintenance extended configuration.
4. Collapsible mobile storing framework according to claim 3; It is characterized in that the said son that is in transmission connection be one by the elongated member of vertical support between said two avris frameworks; It has upper end and who is coupled in its said pivot pivoting point that has mutually with the said collapsible magazine flaggy that is positioned at the top and is positioned at the lower end that the most said collapsible magazine flaggy of below is coupled in its said pivot pivoting point that has mutually; When the said son that is in transmission connection moved up in vertical direction, said collapsible magazine flaggy was pivoted folding so that two corresponding said side plates of each said collapsible magazine flaggy overlap each other simultaneously thus.
5. Collapsible mobile storing framework according to claim 4; It is characterized in that said foldable frame further comprises a slip joint that couples with the said son that is in transmission connection slidably and pivotally couple with said folding arm; Wherein when said foldable frame when said folded state is folding; Said slip joint is slided towards going up extreme direction away from the said son that is in transmission connection along the said son that is in transmission connection; When said foldable frame when said extended configuration is folding, said slip joint along said be in transmission connection son near the said son upper end power that is in transmission connection to slip.
6. Collapsible mobile storing framework according to claim 5; It is characterized in that each said avris framework comprises a front support component and a back support element; Said front support component and said back support element are perpendicular to one another to support at interval and between said front support component and said back support element, form an open area thus, and wherein each said folding arm has the lower end that a upper end that pivotally couples with said slip joint and pivotally couple with the said back support element of corresponding said avris framework.
7. Collapsible mobile storing framework according to claim 6; It is characterized in that said foldable frame further comprises a brake apparatus of being located at the said upper end of the said son that is in transmission connection; Under said extended configuration; When said slip joint slid into the said upper end of the said son that is in transmission connection, said brake apparatus tiltedly withstands on said slip joint, and said slip joint is any further upwards slided to stop.
8. Collapsible mobile storing framework according to claim 7; It is characterized in that said flaggy group comprises that further a top keeps flaggy; Said top keeps flaggy to have the relative detachable side that a pivot side that pivotally couples with a said avris framework and removably couple with another said avris framework; It is the distance between said pivot side and the said detachable side that wherein said top keeps the width of flaggy, its correspondingly and the distance between the said avris framework under the said extended configuration be complementary.
9. Collapsible mobile storing framework according to claim 8; It is characterized in that said Collapsible mobile storing framework further comprises a thing frame lock that is used for said folded frame is locked in liftedly said extended configuration; Wherein said thing frame lock comprises when first locking device and one of a said upper end of being located at the said son that is in transmission connection are located at said slip joint and tiltedly withstand on said brake apparatus to slide in said slip joint, second locking device that meshes together with said first locking device liftedly.
10. Collapsible mobile storing framework according to claim 6; It is characterized in that each said back support element has a U-shaped chi structure part to form an accommodating chamber; Wherein be folded when being in said folded state when said foldable frame; The said son that is in transmission connection, said two folding arms and said slip joint all are placed in the said accommodating chamber of said back support element.
11. Collapsible mobile storing framework according to claim 9; It is characterized in that each said back support element has a V-arrangement chi structure part to form an accommodating chamber; Wherein be folded when being in said folded state when said foldable frame; The said son that is in transmission connection, said two folding arms and said slip joint all are placed in the said accommodating chamber of said back support element.
12. Collapsible mobile storing framework according to claim 8; It is characterized in that said Collapsible mobile storing framework comprises that further a framework lock is to be used for keeping flaggy to lock together and be locked in said folded state liftedly said avris framework and said top; Wherein said framework lock comprises first locking member of being located at a said back support element; One is located at the pivot locking device that second locking member and that said top keeps flaggy pivotally couple with another said back support element; Wherein when said pivot locking device when pivot to move the lateral attitude, said pivot locking device meshes together with said first locking member and the second said locking member simultaneously.
13. Collapsible mobile storing framework according to claim 1; It is characterized in that each said avris framework comprises a front support component and a back support element; Said front support component and said back support element are perpendicular to one another and support to form an open region that is positioned between the two at interval, and wherein said collapsible magazine flaggy is supported between said front support component and the said back support element.
14. Collapsible mobile storing framework according to claim 13; It is characterized in that said foldable frame comprises two pivotally respectively and said back support element side member and a back frame that extends between the said avris framework of coupling; Thus; Under said folded state, said avris framework is suitable for being pivoted and is folded on the said back frame.
15. the folding portable storing framework of stining according to claim 14, it is characterized in that each said collapsible magazine flaggy have one pivotally and the pivot edge, the back side that couples of said back frame so that it pivots folding at said collapsible magazine flaggy between the folded state that back frame overlaps from vertically extending extended configuration of said back frame and said collapsible magazine flaggy.
16. Collapsible mobile storing framework according to claim 15 is characterized in that each saidly stings folding magazine flaggy and comprise that further one removably couples to support the positive detachable edge that said collapsible magazine flaggy is in extended configuration with said front support component.
17. Collapsible mobile storing framework according to claim 16 is characterized in that said back frame comprises that one group a plurality ofly extends in the son that is in transmission connection between the said side member to couple with the pivot edge, the said back side of said collapsible magazine flaggy pivotly.
18. Collapsible mobile storing framework according to claim 17, the said collapsible magazine flaggy that it is characterized in that being positioned at extreme lower position pivoted promote with said back frame to the remaining said collapsible magazine flaggy of faying surface pivoted with said back frame overlaid.
19. Collapsible mobile storing framework according to claim 18; The width that it is characterized in that every said collapsible magazine flaggy all less than per two said distances between the son of being in transmission connection so that when said collapsible magazine flaggy is folded into said folded state, said folding magazine flaggy is placed in said two side member and said two and is in transmission connection between the son accordingly.
20. Collapsible mobile storing framework according to claim 13; It is characterized in that said foldable frame comprises one group of son that is in transmission connection between a plurality of said back support elements that extend in said avris framework; Wherein each said son that is in transmission connection comprises two pivotally pivot arm of end-to-end link each other; Two medial extremitys of said these two pivot arm pivotally are coupled to each other; And two outboard ends of said two pivot arm pivotally link to each other with said back support element; Thus, when said pivot arm is pivoted when folding at its said medial extremity, said avris framework moves towards each other to reduce the distance between the said avris framework under the said folded state.
21. Collapsible mobile storing framework according to claim 20; It is characterized in that said two adjacent son pairings that are in transmission connection form a foldable structure; When said foldable frame was folded in said folded state, the pivot moving direction of said two sons that are in transmission connection of each said foldable structure was opposite.
The said son that is in transmission connection of another corresponding foldable structure pivotally is coupled in the position, the back side of said back support element 22. Collapsible mobile storing framework according to claim 21 is characterized in that the said son that is in transmission connection of each of each said foldable structure pivotally is coupled in the positive position of said back support element.
23. Collapsible mobile storing framework according to claim 22, it is characterized in that said collapsible magazine flaggy be spaced apart and removably be supported between the said avris framework.
24. Collapsible mobile storing framework according to claim 1; It is characterized in that each said avris framework comprises that two are perpendicular to one another at interval and the support component that supports each other; Wherein each said support component includes one and goes up members and a lower end element; Saidly go up members and said lower end element is pivotally end-to-end each other couples; Be folded when being in said extended configuration when each said support component thus; Said upward members and said lower end element are arranged in together with end-to-end mode each other, and when each said support component was folded into said folded state, said upward members and said lower end element moved pivotally and upcountry and form a v-shaped structure to reduce the distance between per two said collapsible magazine flaggies.
25. Collapsible mobile storing framework according to claim 24; It is characterized in that said foldable frame comprises one group a plurality of first be in transmission connection son and second son that is in transmission connection; Wherein each described first be in transmission connection the son an end and said collapsible magazine flaggy centre position couple pivotly; Described first be in transmission connection the opposite end of son said with it on the middle part of members couple pivotly; Wherein said each second son that is in transmission connection also has an end and said collapsible magazine flaggy centre position to couple pivotly, described second be in transmission connection son the also said middle part of going up members of an opposite end with it couple pivotly.
26. Collapsible mobile storing framework according to claim 25; It is characterized in that being folded when being in said extended configuration when said foldable frame; Said first the be in transmission connection sub end-to-end arrangement and of son and second that is in transmission connection respectively at members on said and said lower end element overlaid; And when said foldable frame was folded into said folded state, said first son and second son that is in transmission connection that is in transmission connection was pivoted and to be folded into that a v-shaped structure is also gone up members at the same time relatively and lower end element is folded.
27. Collapsible mobile storing framework according to claim 26, it is characterized in that said first be in transmission connection son and second be in transmission connection son folding direction and said on the folding direction of members and lower end element opposite.
28. Collapsible mobile storing framework according to claim 27 is characterized in that becoming horizontal at the said first pivot pivoting point that son and second is in transmission connection between the son that is in transmission connection with pivot pivoting point between members on said and the lower end element.
29. Collapsible mobile storing framework according to claim 13; It is characterized in that Pivot joint that said foldable frame comprises one group of a plurality of side that are located at said collapsible magazine flaggy with the detachable connector that forms a plurality of another sides that are located at said collapsible magazine flaggy of its pivot edge and a group respectively to form its detachable edge respectively, each said collapsible magazine flaggy is suitable for being pivoted and is folded in a said avris framework and is suitable for removably coupling with said another side body side frame thus.
30. Collapsible mobile storing framework according to claim 29; It is characterized in that said Pivot joint and said detachable connector are by staggered each said collapsible magazine flaggy that is located at; Thus; When said collapsible magazine flaggy when said avris framework separates; Corresponding pairing forms two foldable structures; The said collapsible magazine flaggy that is positioned at the upper end is directed downwards towards its said avris framework to pivot to be folded, and the collapsible magazine flaggy that is positioned at lower end position is towards the upwards upset pivotally of its said avris framework direction, so that said avris framework is sandwiched between two said collapsible magazine flaggies of each described foldable structure.
31. Collapsible mobile storing framework according to claim 30 is characterized in that each said Pivot joint includes a pivoting lever of between the said front support component of said avris framework and said back support element, sprawling to couple with the said pivot edge of corresponding said collapsible magazine flaggy pivotly.
32. Collapsible mobile storing framework according to claim 31 is characterized in that detachable components that each said detachable connector comprises a support bar that between said front support component and said back support element, extends and its an and said detachable edge of being located at each said collapsible magazine flaggy parallel with said pivoting lever is removably to be meshed with said support bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105934866A CN102551360A (en) | 2010-12-09 | 2010-12-09 | Foldable and portable storage frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105934866A CN102551360A (en) | 2010-12-09 | 2010-12-09 | Foldable and portable storage frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102551360A true CN102551360A (en) | 2012-07-11 |
Family
ID=46398993
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010105934866A Pending CN102551360A (en) | 2010-12-09 | 2010-12-09 | Foldable and portable storage frame |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102551360A (en) |
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| CN104921468A (en) * | 2015-06-03 | 2015-09-23 | 苏州建鑫建设集团有限公司 | Special convenient storage rack for construction equipment |
| CN107495808A (en) * | 2017-09-01 | 2017-12-22 | 苏州卓润精密模具有限公司 | Foldable multifunctional rack |
| CN109198895A (en) * | 2017-07-06 | 2019-01-15 | 永美达有限公司 | Foldable shelf |
| CN110934428A (en) * | 2019-12-03 | 2020-03-31 | 中山市威高家居用品有限公司 | Foldable storage rack |
| CN111887605A (en) * | 2015-02-03 | 2020-11-06 | P·J·文森特 | Furniture unit |
| WO2024138421A1 (en) * | 2022-12-28 | 2024-07-04 | 杭州巨星科技股份有限公司 | Storage system |
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Application publication date: 20120711 |