CN203524212U - Multifunctional folding platform - Google Patents
Multifunctional folding platform Download PDFInfo
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- CN203524212U CN203524212U CN201320532819.3U CN201320532819U CN203524212U CN 203524212 U CN203524212 U CN 203524212U CN 201320532819 U CN201320532819 U CN 201320532819U CN 203524212 U CN203524212 U CN 203524212U
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Abstract
The utility model discloses a multifunctional folding platform. The multifunctional folding platform comprises a main platform unit and an auxiliary platform unit, wherein the main platform unit comprises two pivoted main platform plates, two main side plates and two main folding foot groups, wherein the two main side plates are respectively pivoted with the equivalent main platform plate; the main folding foot groups are respectively pivoted with the equivalent main side plate; the auxiliary platform unit is adjacent to and pivoted with one main side plate, and comprises at least one auxiliary platform device; each auxiliary platform device is provided with an auxiliary side plate corresponding to the main side plate, a first auxiliary platform plate pivoted with the auxiliary side plate, a second auxiliary platform plate pivoted with the first auxiliary platform plate and two auxiliary folding foot groups pivoted with the auxiliary side plate; the main platform unit and the equivalent auxiliary platform device can exchange between an unfolding state and a folding state, so that the multifunctional folding platform has the effect that different using patterns can be converted according to different purposes, and has a function of weight bearing.
Description
Technical field
The utility model, relevant for a kind of platform, refers to a kind of Foldable multifunctional platform especially.
Background technology
Bed in the past or the structure of chair are generally fixing, and cannot fold, and the demand of also cannot looking changes the kenel of using.In addition, someone proposes chair sole, folded sheet that a kind of folding seat (TaiWan, China is accused number M330795 new patent public affairs) is utilized mutual pivot joint, and chair cushion plate, although can produce the function of folding, but, it only has a kind of use kenel of expansion, and user cannot change into different use kenels depending on demand.
Utility model content
The purpose of this utility model is to provide a kind of convertible different Foldable multifunctional platforms that use kenel and have load-carrying function.
For achieving the above object, the utility model is taked following technical scheme:
A Foldable multifunctional platform, it comprises:
One main platform unit, the main platen that comprises two mutual pivot joints, two respectively with the master plate of this main platen pivot joint, and two main folding pin groups that are articulated in respectively between this master plate, this main platen has respectively one first inner side edge, and first outer side edges with respect to this first inner side edge, the first inner side edge of this main platen is along the mutual pivot joint of a longitudinal direction, this master plate has respectively one first top margin, and two arrange along this longitudinal direction interval and along the relative first side of a short transverse, the first top margin of this master plate is respectively along the first outer side edges pivot joint of this longitudinal direction and this main platen, this main folding pin group has respectively the main sole of two mutual pivot joints, this main sole has respectively one second inner side edge, and second outer side edges with respect to this second inner side edge, the second inner side edge of this main sole is along the mutual pivot joint of this short transverse, the second outer side edges of the main sole of each main folding pin group is respectively along the first side pivot joint corresponding with this master plate of this short transverse, this main platform unit can convert between a deployed condition and a folding state, when this deployed condition, this main platen is launched into respectively horizontal, this master plate along a transverse direction apart from one another by, the main sole of this main folding pin group is deployed in respectively between this master plate, when this folding state, this main platen coincides mutually along this short transverse, this master plate is contiguous mutually along this short transverse, the main sole of this main folding pin group coincides mutually respectively between this master plate, and
One auxiliary platform unit, be adjacent to a wherein master plate, this auxiliary platform unit along this short transverse respectively with this wherein first side pivot joint of a master plate, and along this longitudinal direction and this wherein the first top margin pivot joint of a master plate, this auxiliary platform unit comprises at least one slave station device, this slave station device has one corresponding to this secondary side plate of a master plate wherein, one the first slave station plate along this longitudinal direction and this pair side plate pivot joint, one along this longitudinal direction and this first slave station plate pivot joint and the second slave station plate between this first slave station plate and this main platform unit, and two be articulated in respectively this pair side plate the secondary folding pin group between this pair side plate and this main platform unit, this pair folding pin group has respectively a first secondary sole along this short transverse and this pair side plate pivot joint, and one along this short transverse and this first secondary sole pivot joint and the second secondary sole between this first secondary sole and this main platform unit, this slave station device can convert between a deployed condition and a folding state, when this deployed condition, this the first slave station plate and the second slave station plate are launched into respectively horizontal, this pair side plate and this main platform unit along this transverse direction apart from one another by, the first secondary sole of this pair folding pin group and the second secondary sole are deployed in respectively between this pair side plate and this main platform unit, when this folding state, this the first slave station plate and the second slave station plate coincide mutually along this short transverse, this pair side plate is adjacent to this main platform unit, the first secondary sole of this pair folding pin group and the second secondary sole coincide mutually respectively between this pair side plate and this main platform unit.
Described main platen also has respectively two the first stopper slots that are formed on bottom surface, described in each, each main sole of main folding pin group also has at least one the first limited block, when described deployed condition, the first limited block of the wherein main sole that this main folding pin group is corresponding is embedded in respectively wherein the first stopper slot of a main platen, and the first limited block of another main sole that this main folding pin group is corresponding is embedded in respectively the first stopper slot of another main platen.
Described in each, the mutual inclination of the first inner side edge along described transverse direction towards this main platen is close respectively for the first stopper slot of main platen, and the first stopper slot of each main platen is respectively adjacent to the first inner side edge in this main platen.
Described the first slave station plate has two the second stopper slots that are formed on bottom surface, described the second slave station plate has two the 3rd stopper slots that are formed on bottom surface, described in each, the first secondary sole of secondary folding pin group has at least one the second limited block, the second secondary sole of each secondary folding pin group has at least one the 3rd limited block, when described deployed condition, the second limited block of the first secondary sole of this pair folding pin group is embedded in respectively the second stopper slot of this first slave station plate, the 3rd limited block of the second secondary sole of this pair folding pin group is embedded in respectively the 3rd stopper slot of this second slave station plate.
Described in each, the second stopper slot of the first slave station plate tilts mutually respectively close along described transverse direction towards described the second slave station plate, the 3rd stopper slot of each the second slave station plate tilts mutually respectively close along described transverse direction towards this first slave station plate, the 3rd stopper slot of the second stopper slot of each the first slave station plate and each the second slave station plate is respectively adjacent in this first slave station plate and this mutual articulated section of the second slave station plate.
Described main platform unit also comprises that one is connected in the first interlock stay cord between described main folding pin group, and the second interlock stay cord being connected between this first interlock stay cord and one of them main platen, these the first interlock stay cord two ends are respectively adjacent in the second inner side edge of the main sole of this main folding pin group, wherein one end of this second interlock stay cord is connected in this first interlock stay cord movably, and the other end of this second interlock stay cord is adjacent to this wherein the first inner side edge of a main platen.
Described slave station device also has a 3rd interlock stay cord being connected between this pair folding pin group, and one be connected in one of them person of this first slave station plate and this second slave station plate and the 4th interlock stay cord between the 3rd interlock stay cord, the 3rd interlock stay cord two ends are respectively adjacent in the first secondary sole of this pair folding pin group and the second mutual articulated section of secondary sole, wherein one end of the 4th interlock stay cord is connected in the 3rd interlock stay cord movably, and the other end of the 4th interlock stay cord is adjacent to this first slave station plate and this mutual articulated section of the second slave station plate.
Described main platform unit also comprises first axostylus axostyle that the first inner side edge of this main platen is articulated, and a first in command who is articulated in this first axostylus axostyle, wherein a main platen also have one can accommodating this first in command the first groove.
Described slave station device also has second axostylus axostyle that this first slave station plate and this second slave station plate are articulated, and a second in command who is articulated in this second axostylus axostyle, the wherein one of this first slave station plate and this second slave station plate also have one can accommodating this second in command the second groove.
The second secondary sole of described secondary folding pin group is respectively along described short transverse and this wherein first side pivot joint of a master plate, and described the second slave station plate is along described longitudinal direction and this wherein the first top margin pivot joint of a master plate.
Described auxiliary platform unit comprises plural slave station device, each secondary side plate has one second top margin, and two arrange along described longitudinal direction interval and along the relative second side of described short transverse, be adjacent to most this wherein each second secondary sole of the slave station device of a master plate along this short transverse and this wherein wherein first side pivot joint of a master plate, the second slave station plate of this slave station device is along this longitudinal direction and this wherein the first top margin pivot joint of a master plate, each second secondary sole of a wherein slave station device of two adjacent slave station devices is along a wherein second side pivot joint of the secondary side plate of described short transverse and another slave station device, this wherein the second slave station plate of a slave station device along the second top margin pivot joint of the secondary side plate of described longitudinal direction and this another slave station device.
The beneficial effects of the utility model are: but the utility model utilizes between each comfortable this deployed condition of slave station device of this main platform unit and this auxiliary platform unit and folding state and converts, can allow user according to different purposes the slave station device of this main platform unit of folding or this auxiliary platform, and then produce the convertible different effect of using kenels.
Other feature and effect of the present utility model, will clearly present in describing in detail with the preferred embodiment with reference to graphic.
Accompanying drawing explanation
Fig. 1 is the stereogram of a preferred embodiment of Foldable multifunctional platform of the present utility model, illustrates that a main platform unit of this preferred embodiment and two slave station devices are in a deployed condition.
Fig. 2 is the face upwarding stereogram of the utility model preferred embodiment.
Fig. 3 is the local enlarged diagram of Fig. 2, and two the first limited blocks that two main soles that two main folding pin groups of this main platform unit are corresponding are described are embedded in respectively two main platens wherein in one first stopper slot of one.
Fig. 4 is the side view of the utility model preferred embodiment, illustrates that this main platform unit is at a folding state, and these slave station devices are in this deployed condition.
Fig. 5 is the local enlarged diagram of Fig. 2, illustrate this wherein two the 3rd limited blocks of one first secondary sole of two secondary folding pin groups of a slave station device be embedded in respectively in one the 3rd stopper slot of one first slave station plate, and two the 4th limited blocks of one second secondary sole of these secondary folding pin groups are embedded in respectively in one the 4th stopper slot of one second slave station plate.
Fig. 6 is the side view of the utility model preferred embodiment, and this of this preferred embodiment is described, and wherein a slave station device is at this folding state, and this main platform unit and another slave station device are in this deployed condition.
Fig. 7 is the side view of the utility model preferred embodiment, illustrates that this main platform unit of this preferred embodiment and these slave station devices are at this folding state.
The specific embodiment
Consult Fig. 1, Fig. 2 and Fig. 3, the preferred embodiment of the utility model Foldable multifunctional platform comprises a main platform unit 1, and an auxiliary platform unit 2.
The main platen 11, two that this main platform unit 1 comprises two mutual pivot joints respectively and the first interlock stay cord 14, of being connected between these main folding pin groups 13 of master plate 12I, the 12II of these main platen 11 pivot joints, two main folding pin groups 13, that are articulated in respectively between these master plates 12I, 12II be connected in the second interlock stay cord 15, the first axle group 16 that these main platens 11 are articulated between this first interlock stay cord 14 and wherein one main platen 11 bottom surfaces, and the first in command 17 who is articulated in this first axle group 16.In the present embodiment, this first axle group 16 utilizes the most shafts rod that is abutted against respectively between these main platens 11 and cooperatively interacts to form with axle bed, can reduce assembling required time and reduce number of parts.
These main platens 11 have respectively one first inner side edge 111, first outer side edges 112 with respect to this first inner side edge 111, and two the first stopper slots 113 that are formed on bottom surface.Wherein a main platen 11 also have one can accommodating this first in command 17 the first groove 114.The first inner side edge 111 of these main platens 11 passes through this first axle group 16 along the mutual pivot joint of a longitudinal direction Y.The first stopper slot 113 of each the main platen 11 respectively mutual inclination of the first inner side edge 111 along a transverse direction X towards this main platen 11 is close, and is respectively adjacent to the first inner side edge 111 in this main platen 11.
These master plates 12I, 12II have respectively one first top margin 121, and two arrange along this longitudinal direction Y interval and along the relative first side 122 of a short transverse Z.The first top margin 121 of these master plates 12I, 12II is respectively along the first outer side edges 112 pivot joints of this longitudinal direction Y and these main platens 11.
These main folding pin groups 13 have respectively the main sole 131 of two mutual pivot joints, and these main soles 131 have respectively one second inner side edge 132, second outer side edges 133 with respect to this second inner side edge 132, and two the first limited blocks 134.The second inner side edge 132 of these main soles 131 is along the mutual pivot joint of this short transverse Z.The second outer side edges 133 of the main sole 131 of each main folding pin group 13 is respectively along this short transverse Z first side 122 pivot joints corresponding with these master plates 12I, 12II.Be noted that each main sole 131 also can arrange first limited block 134 or plural the first limited block 134.
These the first interlock stay cord 14 two ends are respectively adjacent in and are connected in the second inner side edge 132 of the main sole 131 of these main folding pin groups 13.Wherein one end of this second interlock stay cord 15 is socketed on this first interlock stay cord 14 movably, and the other end of this second interlock stay cord 15 is adjacent to and is connected in this wherein the first inner side edge 111 of a main platen 11.Be understandable that, the other end of this second interlock stay cord 15 also can be connected in the first inner side edge 111 of these main platens 11 simultaneously, and reaches identical effect.
This main platform unit 1 can convert between a deployed condition (seeing Fig. 1,2) and a folding state (seeing Fig. 4).When user pulls open into this deployed condition by this main platform unit 1, these main platens 11 are launched into respectively horizontal, these master plates 12I, 12II along this transverse direction X apart from one another by, the main sole 131 of these main folding pin groups 13 is deployed in respectively these master plates 12I, between 12II, the first limited block 134 of the wherein main sole 131 that these main folding pin groups 13 are corresponding is embedded in respectively wherein the first stopper slot 113 (seeing Fig. 3) of a main platen 11, the first limited block 134 of another main sole 131 that these main folding pin groups 13 are corresponding is embedded in respectively the first stopper slot 113 (seeing Fig. 3) of another main platen 11.By this, can make the corresponding main sole 131 of these main folding pin groups 13 firmly combine with these main platens 11 respectively.
Consult Fig. 3 and Fig. 4, when user's wish becomes this folding state by this main platform unit 1 folding, user can pull this first in command 17 that these main platens 11 are moved toward this short transverse Z, in this process, wherein a main platen 11 can this second interlock stay cord 15 of interlock, make the two ends of this first interlock stay cord 14 adjacent to each other, and drive main sole 131 folding inwardly of these main folding pin groups 13, so, when this main platform unit 1 is during at this folding state, when these main platens 11 coincide mutually along this short transverse Z, these master plates 12I, 12II is contiguous mutually along this short transverse Z, the main sole 131 of these main folding pin groups 13 coincides mutually respectively at these master plates 12I, between 12II.
Consult Fig. 1, Fig. 2 and Fig. 5, this auxiliary platform unit 2 is adjacent to this master plate 12II, this auxiliary platform unit 2 along this short transverse Z respectively with first side 122 pivot joints of this master plate 12II, and along the first top margin 121 pivot joints of this longitudinal direction Y and this master plate 12II, this auxiliary platform unit 2 comprises two slave station device 3I, 3II.
Each slave station device 3I, 3II has a secondary side plate 31 corresponding to this master plate 12II, one the first slave station plate 32 along this longitudinal direction Y and these pair side plate 31 pivot joints, one along this longitudinal direction Y and this first slave station plate 32 pivot joints and the second slave station plate 33 between this first slave station plate 32 and this main platform unit 1, two are articulated in respectively this pair side plate 31 the secondary folding pin group 34 between this pair side plate 31 and this main platform unit 1, one is connected in the 3rd interlock stay cord 35 between these secondary folding pin groups 34, one is connected in the 4th interlock stay cord 36 between these the first slave station plate 32 bottom surfaces and the 3rd interlock stay cord 35, one the second axle group 37 that this first slave station plate 32 and this second slave station plate 33 are articulated, an and second in command 38 who is articulated in this second axle group 37.In the present embodiment, these the second axle groups 37 are utilized each to organize the most shafts rod that is abutted against respectively between first and second slave station plate 32,33 and cooperatively interacts and are formed with axle bed, can reduce assembling required time and reduce number of parts.
This pair side plate 31 has one second top margin 311, and two arrange along this longitudinal direction Y interval and along the relative second side 312 of this short transverse Z.
This first slave station plate 32 has two the second stopper slots 321 that are formed on bottom surface, and one can accommodating this second in command 38 the second groove 322.The second stopper slot 321 of this first slave station plate 32 tilts mutually close along this transverse direction X towards this second slave station plate 33 respectively.This second slave station plate 33 has two the 3rd stopper slots 331 that are formed on bottom surface.The 3rd stopper slot 331 of this second slave station plate 33 tilts mutually close along this transverse direction X towards this first slave station plate 32 respectively.The second stopper slot 321 of this first slave station plate 32 is respectively adjacent in this first slave station plate 32 and this mutual articulated section 332 of the second slave station plate 33 with the 3rd stopper slot 331 of this second slave station plate 33.
These secondary folding pin groups 34 have respectively a first secondary sole 341 along this short transverse Z and these pair side plate 31 pivot joints, and one along this short transverse Z and this first secondary sole 341 pivot joints and the second secondary sole 342 between this first secondary sole 341 and this main platform unit 1.The first secondary sole 341 of each secondary folding pin group 34 has two the second limited blocks 343.The second secondary sole 342 of each secondary folding pin group 34 has two the 3rd limited blocks 344.Be noted that this first secondary sole 341 also can arrange second limited block 343 or plural the second limited block 343, this second secondary sole 342 also can arrange the 3rd limited block 344 or plural the second limited block 344.
Each the 3rd interlock stay cord 35 two ends is adjacent to and is connected in the first secondary sole 341 and the second mutual articulated section 345 of secondary sole 342 of these secondary folding pin groups 34 of each slave station device 3I, 3II.The other end that wherein one end of the 4th interlock stay cord 36 is socketed on the 3rd interlock stay cord 35, the four interlock stay cords 36 is movably connected in this first slave station plate 32 bottom surfaces, and is adjacent to this first slave station plate 32 and this mutual articulated section 332 of the second slave station plate 33.Be understandable that, the other end of the 4th interlock stay cord 36 also can be connected in this first slave station plate 32 and these the second slave station plate 33 bottom surfaces simultaneously, and reaches identical effect.
Be adjacent to most each second secondary sole 342 of slave station device 3I of this master plate 12II along wherein first side 122 pivot joints of this short transverse Z and this master plate 12II, the second slave station plate 33 of this slave station device 3I is along the first top margin 121 pivot joints of this longitudinal direction Y and this master plate 12II, each second secondary sole 342 of this slave station device 3II is along wherein second side 312 pivot joints of the secondary side plate 31 of this short transverse Z and this slave station device 3I, and the second slave station plate 33 of this slave station device 3II is along the second top margin 311 pivot joints of the secondary side plate 31 of this longitudinal direction Y and this slave station device 3I.
Each slave station device 3I, 3II can convert between a deployed condition (seeing Fig. 1,2) and a folding state (seeing Fig. 6).When user is by each slave station device 3I, when 3II pulls open into this deployed condition, each slave station device 3I, the first slave station plate 32 and the second slave station plate 33 of 3II are launched into respectively horizontal, each slave station device 3I, the secondary side plate 31 of 3II and this main platform unit 1 along this transverse direction X apart from one another by, each slave station device 3I, the first secondary sole 341 and the second secondary sole 342 of the secondary folding pin group 34 of 3II are deployed in respectively each slave station device 3I, between the secondary side plate 31 of 3II and this main platform unit 1, the second limited block 343 of the first secondary sole 341 that these secondary folding pin groups 34 are corresponding is embedded in respectively the second stopper slot 321 (seeing Fig. 5) of this first slave station plate 32, the 3rd limited block 344 of the second secondary sole 342 that these secondary folding pin groups 34 are corresponding is embedded in respectively the 3rd stopper slot 331 (seeing Fig. 5) of this second slave station plate 33.By this, can make the first secondary sole 341 and the second secondary sole 342 of these secondary folding pin groups 34 of each slave station device 3I, 3II firmly combine with corresponding the first slave station plate 32 and the second slave station plate 33 respectively.
Consult Fig. 6, when user's wish becomes this folding state by this slave station device 3I or this slave station device 3II folding, user can operate according to the mode of this main platform unit 1 of above-mentioned folding.The folding of this slave station device 3I of take is example, when this slave station device 3I is during at this folding state, when the first slave station plate 32 of this slave station device 3I and the second slave station plate 33 coincide mutually along this short transverse Z, the secondary side plate 31 of this slave station device 3I is adjacent to this main platform unit 1, and the first secondary sole 341 of these secondary folding pin groups 34 of this slave station device 3I and the second secondary sole 342 coincide mutually respectively between this pair side plate 31 and this main platform unit 1.
By this, as shown in Figure 1, when this main platform unit 1 is with these slave station devices 3I, 3II during in this deployed condition, can form one and chamber table or a platform.As shown in Figure 4, when this main platform unit 1 is at this folding state, and these slave station devices 3I, 3II are when this deployed condition, can form a bed couching for personnel.As shown in Figure 6, when this slave station device 3I is at this folding state, and this main platform unit 1 and this slave station device 3II are when this deployed condition, can form a back-to-back Two bors d's oeuveres chair.As shown in Figure 7, when this main platform unit 1 during at this folding state, can be used for taking in the utility model Foldable multifunctional platform with these slave station devices 3I, 3II.
It is worth mentioning that, this auxiliary platform unit 2 also can only include this slave station device 3I, or comprises that this slave station device 3I and two are above and along this transverse direction Y slave station device 3II that sequentially group connects.
Conclude above-mentionedly, the utility model Foldable multifunctional platform can be obtained following effect and advantage, therefore really can reach the purpose of this utility model:
But one, between each comfortable this deployed condition of slave station device 3I, the 3II of the utility model by this main platform unit 1 and this auxiliary platform unit 2 and folding state, convert, can allow user's slave station device 3I, the 3II of this main platform unit 1 of folding or this auxiliary platform 2 according to different purposes, and then the effects that produce the different use of conversion kenel, also can be by this main platform unit 1 with these slave station devices 3I, the whole foldings of 3II at this folding state, and produce, reduce the effect taking up room.
Two, the utility model can or be used the needs of kenel with need of production, and increases the quantity of this slave station device 3II, therefore, the utlity model has open-ended effect.
Three, main platform of the present utility model unit 1, and its main platen 11 is by the support of master plate 12I, 12II and main folding pin group 13, and has in use the function of load-carrying, in the part of auxiliary platform unit 2 too.Therefore, the utility model, except convertible different use kenels, also can reach good load-carrying effect.
Yet the above, it is only preferred embodiment of the present utility model, when not limiting the scope that the utility model is implemented with this, the simple equivalence of generally doing according to the utility model claim scope and description changes and modifies, and all still belongs in the scope that the utility model patent contains.
Claims (11)
1. a Foldable multifunctional platform, is characterized in that, it comprises:
One main platform unit, the main platen that comprises two mutual pivot joints, two respectively with the master plate of this main platen pivot joint, and two main folding pin groups that are articulated in respectively between this master plate, this main platen has respectively one first inner side edge, and first outer side edges with respect to this first inner side edge, the first inner side edge of this main platen is along the mutual pivot joint of a longitudinal direction, this master plate has respectively one first top margin, and two arrange along this longitudinal direction interval and along the relative first side of a short transverse, the first top margin of this master plate is respectively along the first outer side edges pivot joint of this longitudinal direction and this main platen, this main folding pin group has respectively the main sole of two mutual pivot joints, this main sole has respectively one second inner side edge, and second outer side edges with respect to this second inner side edge, the second inner side edge of this main sole is along the mutual pivot joint of this short transverse, the second outer side edges of the main sole of each main folding pin group is respectively along the first side pivot joint corresponding with this master plate of this short transverse, this main platform unit can convert between a deployed condition and a folding state, when this deployed condition, this main platen is launched into respectively horizontal, this master plate along a transverse direction apart from one another by, the main sole of this main folding pin group is deployed in respectively between this master plate, when this folding state, this main platen coincides mutually along this short transverse, this master plate is contiguous mutually along this short transverse, the main sole of this main folding pin group coincides mutually respectively between this master plate, and
One auxiliary platform unit, be adjacent to a wherein master plate, this auxiliary platform unit along this short transverse respectively with this wherein first side pivot joint of a master plate, and along this longitudinal direction and this wherein the first top margin pivot joint of a master plate, this auxiliary platform unit comprises at least one slave station device, this slave station device has one corresponding to this secondary side plate of a master plate wherein, one the first slave station plate along this longitudinal direction and this pair side plate pivot joint, one along this longitudinal direction and this first slave station plate pivot joint and the second slave station plate between this first slave station plate and this main platform unit, and two be articulated in respectively this pair side plate the secondary folding pin group between this pair side plate and this main platform unit, this pair folding pin group has respectively a first secondary sole along this short transverse and this pair side plate pivot joint, and one along this short transverse and this first secondary sole pivot joint and the second secondary sole between this first secondary sole and this main platform unit, this slave station device can convert between a deployed condition and a folding state, when this deployed condition, this the first slave station plate and the second slave station plate are launched into respectively horizontal, this pair side plate and this main platform unit along this transverse direction apart from one another by, the first secondary sole of this pair folding pin group and the second secondary sole are deployed in respectively between this pair side plate and this main platform unit, when this folding state, this the first slave station plate and the second slave station plate coincide mutually along this short transverse, this pair side plate is adjacent to this main platform unit, the first secondary sole of this pair folding pin group and the second secondary sole coincide mutually respectively between this pair side plate and this main platform unit.
2. Foldable multifunctional platform as claimed in claim 1, it is characterized in that: described main platen also has respectively two the first stopper slots that are formed on bottom surface, described in each, each main sole of main folding pin group also has at least one the first limited block, when described deployed condition, the first limited block of the wherein main sole that this main folding pin group is corresponding is embedded in respectively wherein the first stopper slot of a main platen, and the first limited block of another main sole that this main folding pin group is corresponding is embedded in respectively the first stopper slot of another main platen.
3. Foldable multifunctional platform as claimed in claim 2, it is characterized in that: described in each, the mutual inclination of the first inner side edge along described transverse direction towards this main platen is close respectively for the first stopper slot of main platen, and the first stopper slot of each main platen is respectively adjacent to the first inner side edge in this main platen.
4. Foldable multifunctional platform as claimed in claim 1, it is characterized in that: described the first slave station plate has two the second stopper slots that are formed on bottom surface, described the second slave station plate has two the 3rd stopper slots that are formed on bottom surface, described in each, the first secondary sole of secondary folding pin group has at least one the second limited block, the second secondary sole of each secondary folding pin group has at least one the 3rd limited block, when described deployed condition, the second limited block of the first secondary sole of this pair folding pin group is embedded in respectively the second stopper slot of this first slave station plate, the 3rd limited block of the second secondary sole of this pair folding pin group is embedded in respectively the 3rd stopper slot of this second slave station plate.
5. Foldable multifunctional platform as claimed in claim 4, it is characterized in that: described in each, the second stopper slot of the first slave station plate tilts mutually respectively close along described transverse direction towards described the second slave station plate, the 3rd stopper slot of each the second slave station plate tilts mutually respectively close along described transverse direction towards this first slave station plate, the 3rd stopper slot of the second stopper slot of each the first slave station plate and each the second slave station plate is respectively adjacent in this first slave station plate and this mutual articulated section of the second slave station plate.
6. Foldable multifunctional platform as claimed in claim 1, it is characterized in that: described main platform unit also comprises that one is connected in the first interlock stay cord between described main folding pin group, and the second interlock stay cord being connected between this first interlock stay cord and one of them main platen, these the first interlock stay cord two ends are respectively adjacent in the second inner side edge of the main sole of this main folding pin group, wherein one end of this second interlock stay cord is connected in this first interlock stay cord movably, and the other end of this second interlock stay cord is adjacent to this wherein the first inner side edge of a main platen.
7. Foldable multifunctional platform as claimed in claim 1, it is characterized in that: described slave station device also has a 3rd interlock stay cord being connected between this pair folding pin group, and one be connected in one of them person of this first slave station plate and this second slave station plate and the 4th interlock stay cord between the 3rd interlock stay cord, the 3rd interlock stay cord two ends are respectively adjacent in the first secondary sole of this pair folding pin group and the second mutual articulated section of secondary sole, wherein one end of the 4th interlock stay cord is connected in the 3rd interlock stay cord movably, the other end of the 4th interlock stay cord is adjacent to this first slave station plate and this mutual articulated section of the second slave station plate.
8. Foldable multifunctional platform as claimed in claim 1, it is characterized in that: described main platform unit also comprises first axostylus axostyle that the first inner side edge of this main platen is articulated, and a first in command who is articulated in this first axostylus axostyle, wherein a main platen also have one can accommodating this first in command the first groove.
9. Foldable multifunctional platform as claimed in claim 1, it is characterized in that: described slave station device also has second axostylus axostyle that this first slave station plate and this second slave station plate are articulated, and a second in command who is articulated in this second axostylus axostyle, the wherein one of this first slave station plate and this second slave station plate also have one can accommodating this second in command the second groove.
10. Foldable multifunctional platform as in one of claimed in any of claims 1 to 9, it is characterized in that: the second secondary sole of described secondary folding pin group is respectively along described short transverse and this wherein first side pivot joint of a master plate, and described the second slave station plate is along described longitudinal direction and this wherein the first top margin pivot joint of a master plate.
11. Foldable multifunctional platforms as in one of claimed in any of claims 1 to 9, it is characterized in that: described auxiliary platform unit comprises plural slave station device, each secondary side plate has one second top margin, and two arrange along described longitudinal direction interval and along the relative second side of described short transverse, be adjacent to most this wherein each second secondary sole of the slave station device of a master plate along this short transverse and this wherein wherein first side pivot joint of a master plate, the second slave station plate of this slave station device is along this longitudinal direction and this wherein the first top margin pivot joint of a master plate, each second secondary sole of a wherein slave station device of two adjacent slave station devices is along a wherein second side pivot joint of the secondary side plate of described short transverse and another slave station device, this wherein the second slave station plate of a slave station device along the second top margin pivot joint of the secondary side plate of described longitudinal direction and this another slave station device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320532819.3U CN203524212U (en) | 2013-08-29 | 2013-08-29 | Multifunctional folding platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320532819.3U CN203524212U (en) | 2013-08-29 | 2013-08-29 | Multifunctional folding platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203524212U true CN203524212U (en) | 2014-04-09 |
Family
ID=50410484
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320532819.3U Withdrawn - After Issue CN203524212U (en) | 2013-08-29 | 2013-08-29 | Multifunctional folding platform |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203524212U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104414234B (en) * | 2013-08-29 | 2016-10-12 | 净斯人间志业股份有限公司 | Foldable multifunctional platform |
| EP4039133A1 (en) * | 2021-02-09 | 2022-08-10 | Jing Si Pureland Co., Ltd. | Multifunctional collapsible platform |
-
2013
- 2013-08-29 CN CN201320532819.3U patent/CN203524212U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104414234B (en) * | 2013-08-29 | 2016-10-12 | 净斯人间志业股份有限公司 | Foldable multifunctional platform |
| EP4039133A1 (en) * | 2021-02-09 | 2022-08-10 | Jing Si Pureland Co., Ltd. | Multifunctional collapsible platform |
| JP2022122267A (en) * | 2021-02-09 | 2022-08-22 | ジン シー ピュアランド カンパニー リミテッド | Multi-functional folding base |
| JP7390061B2 (en) | 2021-02-09 | 2023-12-01 | ジン シー ピュアランド カンパニー リミテッド | Multifunctional folding table |
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Effective date of registration: 20160817 Address after: Taipei City, Taiwan, China Patentee after: Net, the world's Limited by Share Ltd Address before: Tai Beishi Patentee before: Jingsi Publications |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |