CN103114665B - A kind of Multifunctional demonstration wall - Google Patents
A kind of Multifunctional demonstration wall Download PDFInfo
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- CN103114665B CN103114665B CN201310060310.8A CN201310060310A CN103114665B CN 103114665 B CN103114665 B CN 103114665B CN 201310060310 A CN201310060310 A CN 201310060310A CN 103114665 B CN103114665 B CN 103114665B
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Abstract
The present invention relates to a kind of Multifunctional demonstration wall, comprise at least one body of wall, this at least one body of wall comprises at least one in the first wall skeleton, the second wall skeleton and the 3rd wall skeleton; A part of skeleton unit of the first wall skeleton is adjustable relative to the angle each other of another part skeleton unit; A part of skeleton unit of described second wall skeleton is adjustable relative to the position of another part skeleton unit on the length direction of this second wall skeleton; A part of skeleton unit of described 3rd wall skeleton is adjustable relative to the position of another part skeleton unit on the thickness direction of the 3rd wall skeleton.By the present invention, realize showing that wall carries out the adjustment of angle, length and thickness, meanwhile, structure of the present invention is simple, and each part, without rigid connection, makes to show that the assembly and disassembly of wall are convenient, achieves the object of showing that wall recycles simultaneously.
Description
Technical field
The present invention relates to a kind of Multifunctional demonstration wall.
Background technology
In current exhibiting device, the moulding of each displaying wall, generally by the unit of various shape, is assembled by the form rigid connection welding and rivet, installs trouble, and can not carry out the adjustment of certain length, thickness, angle to exhibiting device after installing; After showing that body of wall is finished using, each several part can not reuse because unloading process is subject to brokenly ring, causes the very large wasting of resources and environment pollution.
Summary of the invention
The technical problem to be solved in the present invention is, bothers and defect not easy to be recycled, provide a kind of Multifunctional demonstration wall for prior art installation before use.
The technical solution adopted for the present invention to solve the technical problems is:
Construct a kind of Multifunctional demonstration wall, comprise at least one body of wall, at least one body of wall described comprises wall skeleton, and described wall skeleton comprises multiple skeleton unit that stacks together, and a part of skeleton unit in described multiple skeleton unit is adjustable relative to the position of another part skeleton unit.
The present invention has following beneficial effect: based on skeleton unit, by various linkage, and the body of wall of assembling in various moulding, and according to the needs of moulding, can carry out the adjustment of certain angle, length and thickness easily to body of wall.Meanwhile, each skeleton unit and each linkage modularization all, after finishing using, dismounting is simple, is easy to store, is beneficial to and reuses.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is the assembling schematic diagram of Multifunctional demonstration wall of the present invention;
Fig. 2 is the first wall skeleton assembling schematic diagram of Multifunctional demonstration wall of the present invention;
Fig. 3 is the skeleton unit exploded perspective view of Multifunctional demonstration wall of the present invention;
Fig. 4 is the end view of the first frame of Multifunctional demonstration wall of the present invention, the second frame and connecting rod;
Fig. 5 is the adjacent two skeleton unit assembling schematic diagrames of the first wall skeleton of Multifunctional demonstration wall of the present invention;
Fig. 6 is the skeleton unit two adjacent vertical edge frame assembling schematic diagram of the first wall skeleton of Multifunctional demonstration wall of the present invention;
Fig. 7 is the exploded perspective view of the adjacent vertical edge frame of skeleton unit two of the first wall skeleton of Multifunctional demonstration wall of the present invention;
Fig. 8 is the first articulated elements schematic diagram of the angular adjustment linkage of the first wall skeleton of Multifunctional demonstration wall of the present invention;
Fig. 9 is the second articulated elements schematic diagram of the angular adjustment linkage of the first wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 10 is the first fixture schematic diagram of the angular adjustment linkage of the first wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 11 is the second fixture schematic diagram of the angular adjustment linkage of the first wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 12 is the assembling schematic diagram of the second wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 13 is the exploded perspective view of the second wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 14 is the adjacent skeleton unit assembling schematic diagram of the second wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 15 is the adjacent skeleton unit exploded perspective view of the second wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 16 is the exploded perspective view of the length adjustment linkage of the second wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 17 is length adjustment linkage first view of the second wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 18 is length adjustment linkage second view of the second wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 19 is the length adjustment linkage snap fastener exploded perspective view of the second wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 20 is the assembling schematic diagram of the 3rd wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 21 is the adjacent skeleton unit assembling schematic diagram of the 3rd wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 22 is the assembling schematic diagram of the adjacent connecting rod of the 3rd wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 23 is the schematic diagram of adjacent connecting rod first state of the 3rd wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 24 is the generalized section of adjacent connecting rod first state of the 3rd wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 25 is the schematic diagram of adjacent connecting rod second state of the 3rd wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 26 is the generalized section of adjacent connecting rod second state of the 3rd wall skeleton of Multifunctional demonstration wall of the present invention;
Figure 27 is that the thickness of the 3rd wall skeleton of Multifunctional demonstration wall of the present invention regulates linkage exploded perspective view.
Detailed description of the invention
In order to there be understanding clearly to technical characteristic of the present invention, object and effect, now contrast accompanying drawing and describe the specific embodiment of the present invention in detail.
Figure 1 shows that Multifunctional demonstration wall in certain embodiments, this Multifunctional demonstration wall can be applicable in Large Exhibitions, its the 3rd body of wall that can comprise the first body of wall being positioned at rear side, the second body of wall being positioned at the left and right sides and be positioned at front side, this first body of wall, the second body of wall and the 3rd body of wall comprise the first wall skeleton 10, second wall skeleton 20 and the 3rd wall skeleton 30 respectively.
As shown in Figure 2, the first wall skeleton 10 can comprise some row skeleton units 11 and some groups of angular adjustment linkages 12 in certain embodiments.Each row skeleton unit 11 comprises stacked on top and the multiple skeleton units 11 linked together.These some groups of angular adjustment linkages 12 are arranged at often between adjacent two row skeleton units 11 respectively, link together to make often adjacent two row skeleton units 11, and angle is between the two adjustable, and then make the flexible camber of whole first wall skeleton 10, and radian is adjustable.Each group angular adjustment linkage 12 comprises one or more angular adjustment linkage 12.
As shown in Figure 3, in certain embodiments, each skeleton unit 11 comprises the first framework 111, second framework 112 relative with the first framework 111 and some connecting rods 113.First framework 111 is identical rectangular configuration with the second framework 112, and the first framework 111 and the second framework 112 respectively comprise two relative vertical frames 1111, two relative horizontal frames 1112.Be connected by fixture 1113 between vertical frame 1111 with horizontal frame 1112, structure and the shape of this fixture 1113 do not limit, as long as four edges frame can be fixedly connected with.First framework 111 is fixedly connected with the second framework 112 by the connecting rod 113 being arranged on corner with the second framework 112 by the first framework 111, first framework 111 is connected by fixture 1113 with connecting rod 113 with the second framework 112, mechanism and the shape of fixture 1113 do not limit, as long as the first framework 111 can be fixedly connected with the second framework 112.
This vertical frame 1111, horizontal frame 1112 and connecting rod 113 all can be profile structure.As shown in Figure 4, vertical frame 1111, horizontal frame 1112 and connecting rod 113 comprise the first substrate 1114 of vertical bending, and this first substrate 1114 two ends respectively inside first substrate 1114 arrange two L shape first kink 1115, two first kinks 1115 between be provided with groove 1116.Vertical frame 1111 is provided with some connecting holes 1117, and this some connecting hole 1117 is located on first substrate 1114 biside plate and near the position, both ends of first substrate 1114, is connected with angular adjustment fastening devices by locking parts such as bolts.
As shown in Figure 5, in certain embodiments, an angular adjustment linkage 12 is provided with between each skeleton unit 11a in each row skeleton unit 11 and corresponding skeleton unit 11b of adjacent column skeleton unit 11.The vertical frame 1111b of the vertical frame 1111a of the first framework 111a of skeleton unit 11a and the first framework 111b of skeleton unit 11b is adjacent, and this angular adjustment linkage 12 is arranged between this vertical frame 1111a and this vertical frame 1111b.In other embodiments, the frame that skeleton unit 11a is adjacent with skeleton unit 11b also can be horizontal frame 1112a, 1112b, and angular adjustment linkage 12 is arranged between this horizontal frame 1112a and this horizontal frame 1112b.
Together consult Fig. 6 and Fig. 7, each angular adjustment linkage 12 can comprise hinge unit 121 and fixed cell 122.This hinge unit 121 is installed on adjacent two vertical frame 1111a, 1111b, is rotatably connected by these adjacent two row skeleton unit 11a, 11b.Fixed cell 122 is installed in the middle part of this two adjacent vertical edge frame 1111,1111b, for fixing the angle between these adjacent two row skeleton unit 11a, 11b.The quantity of fixed cell 122 and position can be determined according to the length of vertical frame 1111a, 1111b, to ensure the stability maintenance of adjacent two row skeleton units 11.
Again as shown in Figure 7, two the second articulated elementss 1212 that hinge unit 121 can comprise two the first articulated elementss 1211 and match with these two the first articulated elementss 1211 respectively, these two the first articulated elementss 1211 and these two the second articulated elementss 1212 are installed in the both ends of this two adjacent vertical edge frame 1111a, 1111b respectively, and by bearing pin (not shown) etc., both are hinged.In other embodiments, also on the body of adjacent two vertical frame 1111a, 1111b, linkwork can be set respectively, realize these adjacent two row skeleton unit 11a, 11b and be rotatably connected.
As shown in Figure 8, each first articulated elements 1211 the first hinged seat 1215 of comprising the first noumenon 1214 and being connected with the first noumenon 1214.The rectangular tubular of the first noumenon 1214, and the end being embedded in vertical frame 1111a, and fit tightly with the internal face of vertical frame 1111a.The first noumenon 1214 is provided with connecting hole 1220, this connecting hole 1220 is corresponding to the corresponding connecting hole 1117a on vertical frame 1111a, be placed through wherein for the locking parts such as bolt (not shown), and the first noumenon 1214 is fixedly connected with corresponding vertical frame 1111a.First hinged seat 1215 is provided with hinge hole 1218a, places, and be rotatably connected with the second articulated elements 1212 for bearing pin (not shown).The axis of hinge hole 1218a is parallel with vertical frame 1111a.
As shown in Figure 9, each second articulated elements 1212 the second hinged seat 1217 of comprising the second body 1216 and being connected with the second body 1216.The rectangular tubular of second body 1216, and be embedded at the end of vertical frame 1111b, fit tightly with the internal face of vertical frame 1111b.Second body 1216 is provided with connecting hole 1221, and connecting hole 1219 is corresponding with the corresponding connecting hole 1117b on vertical frame 1111b, for being placed by the locking parts such as bolt (not shown), and is fixedly connected with vertical frame 1111b by the second body 1216.Second hinged seat 1217 is provided with hinge hole 1218b, and this hinge hole 1218b is corresponding with the hinge hole 1218a of the first hinged seat 1215, places, and the first articulated elements 1211 and the second articulated elements 1212 are hinged for bearing pin (not shown).The axis of this hinge hole 1218b is parallel with vertical frame 1111b.
Again as shown in FIG. 6 and 7, fixture 122 can comprise the first fixture 1221 and the second fixture 1222, this first fixture 1221 and the second fixture 1222 are installed on these adjacent two vertical frame 1111a, 1111b respectively, and both are fixedly connected with by locking parts such as bolts.
As shown in Figure 10, the first fixture 1221 comprises the first connecting portion 1223 and the first fixed disk 1224, first fixed disk 1224 is connected with the first connecting portion 1223 is vertical.First connecting portion 1223 is provided with connecting hole 1234, is fixedly connected with the corresponding connecting hole 1117a on vertical frame 1111a by the locking parts such as bolt (not shown).In other embodiments, also can arrange mounting groove on vertical frame 1111a, be connected on vertical frame 1111a by the first connecting portion 1223, both realizations are fixedly connected with.First fixed disk 1224 is provided with the first locating slot unit 1227, first locating slot unit 1227 in fan-shaped, and its fan shape center is consistent with the center of rotation of the hinge unit 121 on the corresponding vertical frame 111a connected.The inner side that first locating slot unit 1227 comprises the first slippery groove 1229 and the first indexing trough 1230, the first slippery groove 1229 be disposed adjacent is smooth structure, and the first indexing trough 1230 comprises majority the limiting tooth 1233 evenly distributed along fan-shaped direction.
As shown in figure 11, the second fixture 1222 comprises the second connecting portion 1225 and the second fixed disk 1226, second fixed disk 1226 is connected with the second connecting portion 1225 is vertical.Second connecting portion 1225 is provided with connecting hole 1235, is fixedly connected with the corresponding connecting hole 1117b on vertical frame 1111b by the locking parts such as bolt (not shown).In other embodiments, also can arrange mounting groove on vertical frame 1111b, be connected on vertical frame 1111b by the second connecting portion 1225, both realizations are fixedly connected with.Second fixed disk 1226 is provided with the second locating slot unit 1228, second locating slot unit 1228 also in fan-shaped, and its fan shape center is consistent with the center of rotation of the hinge unit 121 on vertical frame 111b.The inner side that second locating slot unit 1228 comprises the second slippery groove 1231 and the second indexing trough 1232, the second slippery groove 1231 be disposed adjacent is smooth structure, and the second indexing trough 1232 comprises majority the limiting tooth 1233 evenly distributed along fan-shaped direction.
First fixed disk 1224 and the second fixed disk 1226 bonded to each other after, the first slippery groove 1229 and the first indexing trough 1230 are corresponding with the second slippery groove 1231 and the second indexing trough 1232 respectively.Be arranged in the first slippery groove 1229 and the second slippery groove 1231 by the locking parts such as bolt (not shown), the first fixed disk 1224 can be fixedly connected with the second fixed disk 1226, to realize the object of the angle fixing two adjacent skeleton units 11.Be arranged in the different limiting tooth 1233 in the first indexing trough 1230 and the second indexing trough 1232 by the locking parts such as bolt (not shown), the sub-degree angle that can realize adjacent skeleton unit 11 regulates.Understandably, owing to being provided with limiting tooth 1233 in the first indexing trough 1230 and the second indexing trough 1232, more stable after the first fixed disk 1224 and the second fixed disk 1226 are locked by locking part, the random variation of angle can be prevented.The tooth pitch of limiting tooth 1233 and shape can set according to practical application.
Figure 12, Figure 13 show the utility model the second wall skeleton 20 in certain embodiments, it also comprises a stacked on top majority together skeleton unit 11, and each skeleton unit 11 comprises two relative vertical frame 1111c, 1111d and two relative horizontal frame 1112c, 1112d.This majority skeleton unit 11 comprises the first skeleton unit group and the second skeleton unit group in the length of this displaying wall skeleton, first skeleton unit group comprises two the first skeleton unit 11c stretched out towards the second skeleton unit group, and the second skeleton unit group comprises two the second skeleton unit 11d stretched out towards the first skeleton unit 11c group.First skeleton unit 11c and the second skeleton unit 11d stacks together up and down, and adjacent level frame 1112c, 1112d are partly overlapping.At adjacent level frame 1112c, 1112d lap, be provided with a length adjustment linkage 21, in order to connect adjacent level frame 1112c, 1112d.
Again as shown in Figure 4, vertical frame 1111 is also provided with locating hole 1118, the position, both ends near first substrate 1114 is located at by locating hole 1118, for coordinating with the length adjustment linkage 21 be installed on adjacent level frame 1112.
As shown in Figure 14 and Figure 15, in certain embodiments, on the overlapping interval that often couple of adjacent level frame 1112c, 1112d are corresponding, be all equiped with a length adjustment linkage 21, for after fixing relative movement and adjacent level frame 1112c, 1112d of overlap.Length adjustment linkage 21 comprises two opposite sides 21a and two opposite end 21b, two opposite sides 21a is fastened on the lap of described adjacent level frame 1112c, 1112d respectively, and two opposite end 21b engage on vertical frame 1111c, 1111d of described lap two ends correspondence connection respectively.
As shown in figure 16, in certain embodiments, length adjustment linkage 21 comprises body 22, and two opposite sides 21a is located on body 22.Body 22 also comprises horizontal direction and extends second substrate 221, two opposite sides 21a is for being located at second substrate 221 dual-side, and respectively towards two L shape second kinks 222 outside second substrate 221, for in the groove 1116 that the lap being inserted into adjacent level frame 1112c, 1112d is corresponding, and engage with the medial surface of adjacent level frame 1112c, 1112d.Here body 22 can be hardware stamping and is shaped, and it comprises the specification of multiple different length, and the body 22 of often kind of length may be used solely to connect, and also can several splicing be connected with horizontal frame 1112 together.Two opposite end 21b are scalable two snap fasteners 23 being installed in body 22 longitudinally two ends, and snap fastener 23 locating hole 1118 on vertical frame 1111c, 1111d of being connected with lap two ends correspondence coordinates.Snap fastener 23 is installed in second substrate 221 and corresponding horizontal between frame 1112c, 1112d of lap, and under the support of snap fastener 23, body 22 and horizontal frame 1112c, 1112d realize fitting tightly fixing.
Second substrate 221 two ends are provided with kerve 223 and the first lockhole 224.Kerve 223 is square through hole, and kerve 223 comprises first side 2221 and relative second side 2222, and for limiting the active strokes scope of snap fastener 23, first side 2221 and second side 2222 parallel with the end face of body 22.First lockhole 224 is located between kerve 223 and second substrate 221 end face, is connected with snap fastener 23 by locking parts such as bolts.
As shown in Figure 16, Figure 18, in certain embodiments, snap fastener 23 comprises pedestal 231, actuator 232, fastener 233 and elastic component 234, and pedestal 231, actuator 232 and fastener 233 are hardware stamping profiled member, and elastic component 234 is spring.Pedestal 231 is fixedly connected with the first lockhole 224 of body 22 by locking parts such as screws, for limiting the activity interval of fastener 233.Actuator 232 is mobilizable to be installed between pedestal 231 and actuator 232, for driving fastener 233 mobile to body 22 the inner.Fastener 233 is installed between actuator 232 and pedestal 231, locating hole 1118 on vertical frame 1111c, 1111d of being connected with adjacent level frame 1112c, 1112d lap two ends correspondence respectively coordinates, elastic component 234 is installed in fastener 233, and offset in pedestal 231, fastener 233 and locating hole 1118 are clamped.
Pedestal 231 comprises the 3rd substrate 2311, junction plate 2312, limiting plate the 2313, three substrate 2311 are vertical with second substrate 221, and junction plate 2312 and limiting plate 2313 are located at the dual-side of the 3rd substrate 2311 and vertical respectively to the 3rd substrate 2311 both sides respectively.Junction plate 2312 is provided with the second lockhole 2314, and the first lockhole 224 on body 22 is connected by locking parts such as screws with the second lockhole 2314, and pedestal 231 opposing body 22 is fixed.Fit outside limiting plate 2313 and the first kink 1115 of horizontal frame 1112, limiting plate 2313 is provided with spacing bone 2315, movable between the 3rd substrate 2311 and spacing bone 2315 for limiting fastener 233, and prevent fastener 233 from deviating to body 22 outer end.
As shown in figure 18, in certain embodiments, actuator 232 comprises tetrabasal 2321, draws ear 2322 and Nei La ear 2323 outward.Tetrabasal 2321 is located between second substrate 221 and junction plate 2312, and tetrabasal 2321 is provided with kidney-shaped pilot hole 2324, and actuator 232 is sleeved on locking part by pilot hole 2324, and can move around on pilot hole 2324 direction.Ear 2322 and Nei La ear 2323 is drawn to be located at the two ends of tetrabasal 2321 respectively outward, and respectively perpendicular to the direction, two sides of tetrabasal 2321.Draw ear 2322 to be installed in kerve 223 outward, and actuator 232 can be driven to move between the first side 2221 and second side 2222 of kerve 223.Nei Laer 2323, for coordinating with fastener 233, when drawing ear 2322 to be pulled to first side 2221 outside, drives fastener 233 to move.
As shown in Figure 16, Figure 18, in the present embodiment, fastener 233 is installed between tetrabasal 2321 and limiting plate 2313, and limited bone 2315 is spacing fixing.Fastener 233 profile is cuboid cavity body structure, and wherein a side is open surface, and elastic component 234 is installed in cavity.Fastener 233 comprises the first side wall 2331, second sidewall 2332 and the 3rd sidewall 2333, the first side wall 2331 is located at the end face of body 22, relative with the 3rd substrate 2311, elastic component 234 is supported between the 3rd substrate 2311 and the first side wall 2331, and two ends and the 3rd substrate 2311 and the first side wall 2331 offset.Be provided with engaging boss 2334 outside the first side wall 2331, engaging boss 2334 protrudes from body 22 end face, locating hole 1118c, 1118d on vertical frame 1111c, 1111d of engaging the connection of adjacent level frame 1112c, 1112d lap two ends.Engaging boss 2334 on a fastener 233 is two round boss of opposing body 22 center line symmetry, when fastener 233 is contained in body 22 liang of different end faces time, can match with the locating hole 1118 of corresponding end.Second sidewall 2332 is fitted with limiting plate 2313, and the second sidewall 2332 is provided with the stopper slot 2335 coordinated with spacing bone 2315, movable between stopper slot 2335 and tetrabasal 2321 for limiting fastener 233.3rd sidewall 2333 and tetrabasal 2321 are fitted, and the 3rd sidewall 2333 is provided with and the interior pulling eye 2336 drawing ear 2323 to coordinate, and inside draws ear 2323 to drive fastener 233 by pulling eye 2336, and fastener 233 is moved from stopper slot 2335 to the 3rd substrate 2311 direction.
As shown in Figure 14, Figure 17 and Figure 18, snap fastener 23 is when the first state A, the outer first side 2221 of drawing ear 2322 to be pulled to kerve 223 of actuator 232, elastic component 234 is compressed, Nei Laer 2323 drives fastener 233 to move to the 3rd substrate 2311 side, within engaging boss 2334 is retracted to body 22 end face, get loose with vertical frame 1111c, 1111d locating hole 1118 of corresponding two of connecting in horizontal frame 1112c, 1112d lap two ends meanwhile.Snap fastener 23 is when the second state B, the outer second side 2222 of drawing ear 2322 to be back to kerve 223 of actuator 232, the screen resilience push card component 233 of elastic component 234 is to spacing bone 2315 side, engaging boss 2334 springs back to beyond body 22 outer face, engage with vertical frame 1111 locating hole 1118 of corresponding two of connecting in adjacent level frame 1112c, 1112d lap two ends, realize being fixedly connected with of length orientation connecting mechanism.In other embodiments, also can realize the location of fastener 233 under engaging and the state that gets loose by other position-limit mechanisms, ensure the fixing of fastener 233.
To regulate the development length that the first skeleton unit group 11c is different with the second skeleton unit group 11d, the body 22 can using appropriate length instead realizes., on the length direction of the first skeleton unit group and the second skeleton unit group, can be connected with other skeleton units 11 by length adjustment linkage 21 meanwhile, realize showing that wall entire length in the longitudinal direction extends, and then realize length adjustment.
As shown in Figure 20 and Figure 21, in certain embodiments, 3rd wall skeleton 30 comprises the 3rd wall skeleton unit 11e, 11f that some stacked on top are placed, wherein between at least one the 3rd wall skeleton unit 11e and the 3rd adjacent wall skeleton unit 11f, at least one thickness is set and regulates linkage 31, be connected with the connecting rod 113f of adjacent 3rd wall skeleton unit 11f, make the position of the 3rd wall skeleton unit 11e on the 3rd wall skeleton 30 thickness direction adjustable.
As shown in Figure 22 and Figure 27, in the present embodiment, thickness regulates linkage 31 to comprise securing member 311 and be installed in the cam member 312 on securing member.Securing member 311 is that hardware stamping is shaping, comprises the 5th substrate 3111 and is located at the 5th substrate 3111 dual-side respectively towards L shape the 3rd kink 3112 and the 4th kink 3113 of the 5th substrate 3111 homonymy setting.Securing member 311 is sleeved on the lap of adjacent three wall skeleton unit 11e, 11f connecting rod 113e, 113f, 5th substrate 3111 is fitted with the outside of adjacent connecting rod 113e, 113f, 3rd kink 3112 and the 4th kink 3113 are inserted in the groove 1116 of adjacent two connecting rod 113e, 113f respectively, and with connecting rod 113e, 113f inside fit, can along connecting rod 113e, 113f side walls.
Be provided with rotating seat 3114 outside 5th substrate 3111, rotating seat 3114 is provided with rotating hole 3115, for installing cam member 312, cam member 312 and rotating seat 3114 is rotatably connected.Cam member 312 comprises protuberance 3121, installing hole 3122 and driving lever 3123, by straight pin rotary member 3124 through installing hole 3122, cam member 312 is installed on rotating seat 3114, flexible 3125 is also overlapped, in order to make cam member 312 relative with revolving part 3124 fixing between revolving part 3124 and installing hole 3122.Stirring driving lever 3123 with hand makes cam member 312 rotate around revolving part 3124.
As shown in Figure 23 to 26, cam member 312 is when primary importance C, 3rd wall skeleton unit 11e is relatively adjacent, and 3rd wall skeleton unit 11f is removable along connecting rod 113f direction, to regulate adjacent 3rd wall skeleton unit 11e, position between 11f, cam member 312 is when second place D, protuberance 3121 is to adjacent connecting rod 113e, 5th substrate 3111 of 113f applies pressure, 3rd kink 3112 and the 4th kink 3113 are subject to opposite force, with connecting rod 113e, 113f strains cooperation, make that the 3rd wall skeleton unit 11e is relative with the 3rd adjacent wall skeleton unit 11f to lock.In other embodiments, also by arranging screwed hole on the 5th substrate 3111, erection bolt in screwed hole, realizing the locking of securing member 311 and connecting rod 113e, 113f by bolt in the helical position of screwed hole and getting loose.
First wall skeleton 10, second wall skeleton 20, the 3rd wall skeleton 30 can be changeable according to display scene need for environment, select one to three kind of use of arranging in pairs or groups arbitrarily.
The foregoing is only embodiments of the invention; not thereby the scope of the claims of the present invention is limited; every utilize manual of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (15)
1. a Multifunctional demonstration wall, comprise at least one body of wall, at least one body of wall described comprises wall skeleton, described wall skeleton comprises the multiple skeleton unit (11) that stacks together, it is characterized in that, a part of skeleton unit (11) in described multiple skeleton unit (11) is adjustable relative to the position of another part skeleton unit (11);
At least one body of wall described comprises at least one in the second body of wall and the 3rd body of wall, and described second body of wall and the 3rd body of wall comprise the second wall skeleton (20) and the 3rd wall skeleton (30) respectively; A part of skeleton unit (11c) of described second wall skeleton (20) is adjustable relative to the position of another part skeleton unit (11d) on the length direction of this second wall skeleton (20); The position of the relative another part skeleton unit (11f) of a part of skeleton unit (11e) of described 3rd wall skeleton (30) is adjustable on the thickness direction of the 3rd wall skeleton (30).
2. Multifunctional demonstration wall according to claim 1, it is characterized in that, at least one body of wall described also comprises the first body of wall, described first body of wall comprises the first wall skeleton (10), and a part of skeleton unit (11a) of described first wall skeleton (10) is adjustable relative to the angle each other of another part skeleton unit (11b); Described first wall skeleton (10) comprises some row skeleton units (11), often all arranges at least one angular adjustment linkage (12) between adjacent two row skeleton units (11a, 11b); At least one angular adjustment linkage (12) described comprises hinge unit (121) and fixed cell (122), described hinge unit (121) is installed in accordingly between adjacent two row skeleton units (11a, 11b), for by this accordingly adjacent two row skeleton units (11) be rotatably connected, make this angle accordingly between adjacent two row skeleton units (11a, 11b) variable; Described fixed cell (122) is installed in this accordingly between adjacent two row skeleton units (11a, 11b), for fixing this angle accordingly between adjacent two row skeleton units (11a, 11b).
3. Multifunctional demonstration wall according to claim 2, it is characterized in that, each skeleton unit (11) comprises the first framework (111), second framework (112) relative with the first framework (111) and some connecting rods (113), and described some connecting rods (113) connect described first framework (111) and the second framework (112) by fixture (122), described first framework (111) and the second framework (112) rectangular, and all comprise two relative vertical frames (1111), two relative horizontal frames (1112), described vertical frame (1111), horizontal frame (1112) and connecting rod (113) are section bar, described vertical frame (1111), the first substrate (1114) that horizontal frame (1112) and connecting rod (113) comprise vertical bending and two L shape first kinks (1115) arranged inside first substrate (1114) respectively at two ends of this first substrate (1114), groove (1116) is formed between described two first kinks (1115), described vertical frame (1111) is provided with some connecting holes (1117), this some connecting hole (1117) is located in the middle part of the biside plate of described first substrate (1114) respectively, and near the position, both ends of first substrate (1114), for being connected with hinge unit (121) with described fixed cell (122) respectively.
4. Multifunctional demonstration wall according to claim 3, it is characterized in that, described hinge unit (121) and described fixed cell (122) are installed between adjacent two vertical frames (1111a, 1111b) of first framework (111a, 111b) of adjacent two row skeleton units (11a, 11b) accordingly.
5. Multifunctional demonstration wall according to claim 4, it is characterized in that, the second articulated elements (1212) that described hinge unit (121) comprises the first articulated elements (1211) and is hinged with described first articulated elements (1211), described first articulated elements (1211) and the second articulated elements (1212) are arranged on the end of described adjacent two vertical frames (1111a, 1111b) respectively.
6. Multifunctional demonstration wall according to claim 4, it is characterized in that, described fixed cell (122) comprises the first fixture (1221) and the second fixture (1222), described first fixture (1221) and the second fixture (1222) are installed on described adjacent two vertical frames (1111a, 1111b) respectively, and locked by locking part, with the angle between fixing corresponding two adjacent skeleton units (11).
7. Multifunctional demonstration wall according to claim 6, it is characterized in that, described first fixture (1221) comprises the first connecting portion (1223) and first fixed disk (1224) connected vertically with this first connecting portion (1223), and described second fixture (1222) comprises the second connecting portion (1225) and second fixed disk (1226) connected vertically with this second connecting portion (1225); Described first connecting portion (1223) and described second connecting portion (1225) are fixedly connected with described adjacent two vertical frames (1111) respectively, described first fixed disk (1224) is provided with the first locating slot unit (1227), described second fixed disk (1226) is provided with the second locating slot unit (1228), and described first locating slot unit (1227) is corresponding with described second locating slot unit (1228); Described first locating slot unit (1227) and described second locating slot unit (1228) are in fan-shaped, and its fan shape center is consistent with the center of rotation of described adjacent two vertical frames (1111a, 1111b), described first locating slot unit (1227) and described second locating slot unit (1228) are matched by locking part, to realize the fixing of described first fixture (1221) and described second fixture (1222).
8. Multifunctional demonstration wall according to claim 7, it is characterized in that, described first locating slot unit (1227) comprises the first slippery groove (1229) and/or the first indexing trough (1230), described second locating slot unit (1225) comprises the second slippery groove (1231) and/or the second indexing trough (1232), the inner side of described first slippery groove (1229) and the second slippery groove (1231) is smooth structure, described first indexing trough (1230) and the second indexing trough (1232) comprise majority the limiting tooth (1233) evenly distributed along fan-shaped direction.
9. Multifunctional demonstration wall according to claim 1, it is characterized in that, described second wall skeleton (20) comprising:
A stacked on top majority together skeleton unit (11), each skeleton unit (11) comprises two relative vertical frames (1111c, 1111d) and two relative horizontal frames (1112c, 1112d); This majority skeleton unit (11) comprises the first skeleton unit group and the second skeleton unit group in the length of this second wall skeleton (20), described first skeleton unit group comprises at least one first skeleton unit (11c) stretched out towards described second skeleton unit group, and described second skeleton unit group comprises at least one second skeleton unit (11d) stretched out towards described first skeleton unit group; At least one first skeleton unit (11c) described and at least one second skeleton unit (11d) described stack together up and down, and adjacent level frame (1112c, 1112d) is partly overlapping; And
At least one length adjustment linkage (21), be arranged on the lap of at least one first skeleton unit (11c) described and at least one the second skeleton unit (11d) adjacent level frame (1112c, 1112d) described, to connect adjacent level frame (1112c, 1112d), at least one length adjustment linkage (21) described comprises two opposite sides (21a) and two opposite ends (21b), described two opposite sides (21a) are fastened at least one first skeleton unit (11c) described and described at least one the second skeleton unit (11d) adjacent level frame (1112c respectively, on lap 1112d), described two opposite ends (21b) are fastened on the vertical frame (1111c that at least one first skeleton unit (11c) described is connected with at least one the second skeleton unit (11d) lap two ends correspondence described respectively, 1111d).
10. Multifunctional demonstration wall according to claim 9, it is characterized in that, each skeleton unit (11) comprises the first framework (111), second framework (112) relative with the first framework (111) and some connecting rods (113), and (113 connect described first framework (111) and the second framework (112) by fixture (122) to described some connecting rods, described first framework (111) and the second framework (112) rectangular, and all comprise two relative vertical frames (1111), two relative horizontal frames (1112), described vertical frame (1111), horizontal frame (1112) and connecting rod (113) are section bar, described vertical frame (1111), the first substrate (1114) that horizontal frame (1112) and connecting rod (113) comprise vertical bending and two L shape first kinks (1115) arranged inside first substrate (1114) respectively at two ends of this first substrate (1114), groove (1116) is formed between described two L shape first kinks (1115), set for the described two opposite sides at least one length adjustment linkage (21) described,
Described vertical frame (1111) is provided with some locating holes (1118), the position, both ends near first substrate (1114) is located at by described locating hole (1118), for coordinating with at least one length adjustment linkage (21) described.
11. Multifunctional demonstration walls according to claim 10, it is characterized in that, it is characterized in that, at least one described length adjustment linkage (21) comprises two, be located at horizontal frame (1112c, 1112d) lap that adjacent first framework (111c, 111d) is adjacent with adjacent second framework (112c, 112d) respectively, each described length adjustment linkage (21) comprises body (22);
Described two opposite sides (21a) are located on body (22), described body (22) also comprises second substrate (221), described two opposite sides (21a) are for being located at second substrate (221) dual-side, respectively towards two L shape second kinks (222) in described second substrate (221) outside, for in the groove (1116) that the lap being inserted into described adjacent level frame (1112c, 1112d) is corresponding, and engage with the medial surface of horizontal frame (1112).
12. Multifunctional demonstration walls according to claim 11, it is characterized in that, described two opposite ends (21b) are scalable two snap fasteners (23) being installed in described body (22) longitudinally two ends, described each snap fastener (23) comprises engaging boss (2334), the upper locating hole (1118) of vertical frame (1111) for being connected with described lap two ends correspondence coordinates, snap fastener (23) is when the first state, upper locating hole (1118) gets loose with vertical frame (1111) respectively in engaging boss (2334), snap fastener (23) is when the second state, engaging boss (2334) respectively locating hole (1118) upper with vertical frame (1111) engages.
13. Multifunctional demonstration walls according to claim 12, is characterized in that, described engaging boss (2334) is symmetrically arranged two boss of opposing body (22) center line,
The height of described engaging boss (2334) is less than actuator (232) from first side (2221) to the stroke of second side (2222).
14. Multifunctional demonstration walls according to claim 1, it is characterized in that, the 3rd described wall skeleton (30) comprises the skeleton unit (11) that some stacked on top are placed, at least one thickness is set between at least one skeleton unit (11e) and adjacent skeleton unit (11f) and regulates linkage (31), after making the position adjustments of at least one skeleton unit (11e) described in this on described 3rd wall skeleton (30) thickness direction, be connected with adjacent skeleton unit (11f).
15. Multifunctional demonstration walls according to claim 14, is characterized in that,
Each skeleton unit (11) comprises the first framework (111), second framework (112) relative with the first framework (111) and some connecting rods (113), and described some connecting rods (113) connect described first framework (111) and the second framework (112) by fixture (122); Described first framework (111) and the second framework (112) rectangular, and all comprise two relative vertical frames (1111), two relative horizontal frames (1112); Described vertical frame (1111), horizontal frame (1112) and connecting rod (113) are section bar, the first substrate (1114) that described vertical frame (1111), horizontal frame (1112) and connecting rod (113) comprise vertical bending and two L shape first kinks (1115) arranged inside first substrate (1114) respectively at two ends of this first substrate (1114), groove (1116) is formed between described two first kinks (1115)
At least one described thickness regulates linkage (31) to comprise securing member (311) and be installed in the cam member (312) on described securing member (311),
Described securing member (311) is sleeved on described adjacent skeleton unit (11e, 11f) connecting rod (113e, on lap 113f), described securing member (311) comprises the 5th substrate (3111) and is located at the 5th substrate (3111) dual-side and the L shape the 3rd kink (3112) arranged in the same way and the 4th kink (3113), described 3rd kink (3112) and the 4th kink (3113) are for being set in described adjacent 3rd wall skeleton unit (11e, 11f) connecting rod (113e, in groove (1116) 113f),
Described 5th substrate (3111) is provided with rotating seat (3114), described cam member (312) and described rotating seat (3114) are rotatably connected, cam member (312) is when primary importance (C), the connecting rod (113e, 113f) that described securing member (311) is adjacent with described adjacent skeleton unit (11e, 11f) gets loose, cam member (312) is when the second place (D), and described securing member (311) and described adjacent 3rd wall skeleton unit (11e, 11f) connecting rod (113e, 113f) are locked.
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| CN201310060310.8A CN103114665B (en) | 2013-02-26 | 2013-02-26 | A kind of Multifunctional demonstration wall |
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| CN201310060310.8A CN103114665B (en) | 2013-02-26 | 2013-02-26 | A kind of Multifunctional demonstration wall |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108468386B (en) * | 2018-03-27 | 2020-06-16 | 南京汤泉建设集团有限公司 | Modular house building structure and construction method thereof |
| CN110056104B (en) * | 2019-04-22 | 2024-03-08 | 董玉臣 | Component, wall body and construction method of modularized indoor partition wall |
| CN110805172A (en) * | 2019-08-14 | 2020-02-18 | 浙江亚厦装饰股份有限公司 | Modular light partition wall modeling wall system |
| CN113585555B (en) * | 2021-09-28 | 2021-11-30 | 南通南飞建筑科技有限公司 | Assembled building wall structure |
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Address after: 518133 23rd floor, Yishang science and technology creative building, Jiaan South Road, Haiwang community Central District, Xin'an street, Bao'an District, Shenzhen City, Guangdong Province Patentee after: SHENZHEN ESUN DISPLAY Co.,Ltd. Address before: 3 / F, east block, phase II, Shenzhen cultural and creative park, Xinzhou Road, Futian District, Shenzhen, Guangdong 518000 Patentee before: SHENZHEN ESUN DISPLAY Co.,Ltd. |