CN114680537A - Set display device for polymorphic variable indoor design - Google Patents

Abstract

The invention discloses a multi-form variable setting display device for indoor design, which structurally comprises a display frame, a connecting rod, a grid adjusting disc, a support and a fixed seat, wherein the display frame is connected to one end of the connecting rod, the other end of the connecting rod is connected to the grid adjusting disc, the grid adjusting disc is connected to the fixed seat through the support, a limiting device and a clamping structure are arranged on a power assisting body, the limiting device and the clamping structure are matched with each other on a bracket, when an included angle between the display frame and the grid adjusting disc and a gap between the display frame and a telescopic bulge are smaller and smaller, the telescopic bulge is pushed to be accumulated on the limiting device through an embedded layer, so that the limiting device is guided by a swing wing controlled by the clamping structure through the bracket to swing, the accumulated telescopic bulge can be abducted and locked at the bottom of the limiting device, the back of the telescopic bulge is ensured to be uniformly dispersed and has certain elasticity to bear the display frame, and the folding effect of the display frame is improved.

Description

Set display device for polymorphic variable indoor design

Technical Field

The invention relates to the technical field of indoor set display equipment, in particular to a set display device for polymorphic variable indoor design.

Background

The display device for indoor design is a display device which is reasonable in function, comfortable, graceful and capable of meeting the requirements of people for material and spiritual life by applying material technical means and building design principles according to the use properties, the environment and the corresponding standards of a building, and the existing polymorphic variable scene display device for indoor design has the following defects when in use:

generally utilize the connecting rod swing in the modulation dish, change the contained angle between two exhibition framves, guarantee that the exhibition frame has possessed lightly and swiftly and has expanded or the performance of drawing in on the modulation dish, improve the bandwagon and to the bandwagon effect of different products, because the groove structure of "worker" word of modulation dish, and the internal surface is latticed arch, when the exhibition frame is under the promotion support of connecting rod, can be along with the centre gripping control of connecting rod, make the exhibition frame on the modulation dish contained angle and with flexible bellied clearance littleer, lead to the terminal easy fullness degree of exhibition frame to be smugglied latticed arch and being carried with each other to the top, it is big more to cause the synchronous directional resistance that is close to modulation dish middle part of exhibition frame and slide, it draws in to appointed size to be difficult to adjust on the modulation dish, when two exhibition frame functionalities have directly been reduced, the range of application of the device has still been reduced.

Disclosure of Invention

In order to solve the problems, the invention provides a polymorphic variable setting display device for indoor design, which structurally comprises a display rack, a connecting rod, a grid adjusting disc, a support and a fixed seat, wherein the display rack is connected to one end of the connecting rod, the other end of the connecting rod is connected to the grid adjusting disc, the grid adjusting disc is connected to the fixed seat through the support, the grid adjusting disc comprises a grinding sleeve, a telescopic protrusion, a clamping plate, a power assisting body and an embedded layer, the grinding sleeve is connected to the clamping plate, the clamping plate is in clearance fit with the support through the embedded layer, and the power assisting body is arranged on the embedded layer through the telescopic protrusion and is in clearance fit with the display rack.

As a further improvement of the invention, the power assisting body comprises a bearing frame, a limiting device, a swing wing, a bracket and a clamping structure, wherein the bearing frame is connected between the swing wing and the bracket, the bracket is in clearance fit with the swing wing and is provided with the limiting device, and the swing wing is connected to the telescopic protrusion through the clamping structure.

As a further improvement of the invention, the bracket is movably clamped on the bearing frame through a limiting device, so that the effect of filling and increasing weight can be achieved.

As a further improvement of the invention, the limiting device comprises a combing piece, a locking piece, a side pressing piece, a cover plate and a spacer, wherein the combing piece is connected to the spacer, the spacer is in transition fit with the side pressing piece through the locking piece, the side pressing piece is in clearance fit on the cover plate, and the cover plate is in sliding fit in the bracket.

As a further improvement of the invention, the side pressing piece is in sliding fit between the locking piece and the spacer through the bracket, and the force-borrowing conversion function between structures is enhanced.

As a further improvement of the invention, the locking piece comprises an external plate, a top file, an elastic pad, a sliding rod, a guide rail and an opening and closing plate, wherein the external plate is connected to the top file and is in clearance fit with the side pressure plate through the elastic pad, the top file is in sliding fit with the spacer through the opening and closing plate, the elastic pad is connected to the guide rail, and the guide rail is movably clamped on the cover plate through the sliding rod.

As a further improvement of the invention, the clamping structure comprises sealing covers, adjusting and supplementing pieces, grid plates and branch buckles, the grid plates are connected between the sealing covers, the branch buckles are connected onto the grid plates and connected onto the telescopic bulges, and the branch buckles are movably clamped on the swing wings through the adjusting and supplementing pieces and are in clearance fit with the bracket.

As a further improvement of the invention, the adjusting and compensating piece comprises a closing block, a connecting rod, a rotary vane, a slow pushing rod and a pointing plate, wherein the closing block is connected to the rotary vane and is in sliding fit with the branch buckle through the connecting rod, the connecting rod is connected to the slow pushing rod, and the slow pushing rod is connected to the swing wing through the pointing plate.

Advantageous effects

Compared with the prior art, the invention has the beneficial effects that:

1. according to the invention, the limiting device and the clamping structure are arranged on the power assisting body, the limiting device and the clamping structure are mutually matched on the bracket, when the included angle of the display rack on the grid tray and the clearance between the display rack and the telescopic protrusion are smaller and smaller, the telescopic protrusion is pushed to be accumulated on the limiting device through the embedded layer, so that the limiting device is guided by the swing wings controlled by the clamping structure through the bracket to swing, the accumulated telescopic protrusion can be abducted and locked at the bottom of the swing wings, the back of the telescopic protrusion is uniformly dispersed and has certain elasticity to support the display rack, and the folding effect of the display rack is improved.

2. The invention can synchronously change the pressure of the elastic pad and the elastic force of the guide rail by increasing or reducing the outward expansion amplitude of the external plate, drives the sliding rod between the sliding rod and the cover plate to slightly scrape, and is convenient for guiding the cover plate turnover cover to a specified position.

3. The slow push rod is composed of the straight rod and the arc rod, and can be matched with the pointing plate to guide the belt connecting rod to slide on the closing block in a recursion mode, so that the closing block is clamped on the inner side of the divided buckle, and the deviation caused by too heavy contact of the divided buckle is avoided.

Drawings

Fig. 1 is a schematic structural view of a scene display device for polymorphic variable indoor design according to the present invention.

Fig. 2 is a schematic plan view of the configuration of the palette of the present invention.

Fig. 3 is a schematic plan view of the power assisting body of the present invention.

Fig. 4 is a schematic plan view of the position limiting device of the present invention.

Fig. 5 is a schematic plan view of the locking member of the present invention.

FIG. 6 is a schematic plan view of the clamping structure of the present invention.

Fig. 7 is a schematic plan view of the patch of the present invention.

In the figure: expansion frame-3, connecting rod-1, lattice adjusting plate-2, support-4, fixed seat-5, running-in sleeve-q 5, telescopic protrusion-w 2, clamping plate-e 1, power assisting body-r 3, embedded layer-t 4, bearing frame-y 34, limiting device-u 33, swing wing-i 32, bracket-o 31, clamping structure-p 35, carding sheet-3 a3, locking piece-3 s2, side pressure sheet-3 d1, cover plate-3 f4, spacer-3 h5, external plate-685j 4, top file-k 21, elastic pad-l 21, sliding rod-z 21, guide rail-x 21, opening and closing plate-g 21, sealing cover-5 c 21, adjusting and supplementing piece-5 v 21, grid plate-5 b 21, grid plate-5 n 21, closing block-21, connecting rod-685e-21 and rotary vane-r 21, A slow push rod-t 21 and a pointing board-y 25.

Detailed Description

All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Example 1

As shown in fig. 1-3, the present invention provides a multi-form variable setting display device for indoor design, which structurally comprises a display frame 3, a connecting rod 1, a tuning disc 2, a bracket 4 and a fixing base 5, wherein the display frame 3 is connected to one end of the connecting rod 1 in a welding manner, the other end of the connecting rod 1 is connected to the tuning disc 2 in a hinged manner, the tuning disc 2 is fixedly connected to the fixing base 5 through the bracket 4, the tuning disc 2 comprises an abrading sleeve q5, a telescopic protrusion w2, a clamping plate e1, a booster r3 and an embedded layer t4, the abrading sleeve q5 is connected to the clamping plate e1 in a sleeving manner, the clamping plate e1 is in clearance fit on the bracket 4 through the embedded layer t4, the embedded layer t4 is provided with a booster r3 through the telescopic protrusion w2 and is in clearance fit on the display frame 3, the booster r3 comprises a bearing frame y34, a limiting device u33, a swing wing i 6, a bracket 31 and a clamping structure 5967 p35, the bearing frame y34 is fixedly connected between the swing wing i32 and the bracket o31, the bracket o31 is in clearance fit with the swing wing i32 and is provided with a limiting device u33, the swing wing i32 is hinged to the telescopic protrusion w2 through a clamping structure p35, the bracket o31 is movably clamped on the bearing frame y34 through the limiting device u33, the effect of filling and weight increasing can be achieved, the limiting device u33 and the clamping structure p35 are arranged on the power assisting body r3, the limiting device u33 and the clamping structure p35 are mutually matched on the bracket o31, when the included angle of the display rack 3 on the adjusting tray 2 and the clearance between the display rack and the telescopic protrusion w2 are smaller and smaller, the telescopic protrusion w2 is pushed to be stacked on the limiting device u33 through the inner embedded layer t4, so that the limiting device u33 can swing through the guide of the swing wing i32 controlled by the clamping structure p35 through the o31, the stacked protrusion w2 can be enabled to be capable of elastically supported on the bottom of the telescopic protrusion w2 and the display rack to be uniformly locked and the telescopic protrusion 5932, and the telescopic protrusion is ensured to have a certain elasticity, the folding effect of the display rack is improved.

Example 2

4-7, on the basis of the embodiment 1, the invention combines the mutual matching of the following structural components, wherein the limiting device u33 comprises a combing sheet 3a3, a locking piece 3s2, a side pressing sheet 3d1, a cover plate 3f4 and a spacer 3h5, the combing sheet 3a3 is welded on the spacer 3h5, the spacer 3h5 is in transition fit with the side pressing sheet 3d 2 through the locking piece 3s2, the side pressing sheet 3d 2 is in clearance fit with the cover plate 3f 2, the cover plate 3f 2 is in sliding fit with a bracket o 2, the side pressing sheet 3d 2 is in a bent sheet-shaped structure and is in transition fit between the locking piece 3s2 and the spacer 3h 2 through the bracket o 2, the function of borrowing force conversion between the reinforcing structures is combined, the filing piece 3s2 comprises an outer placing plate j2, a top 685k 2, a bouncing pad 2, a guide rail l2, a guide rail z2, a guide rail x is connected on the sliding bar 2, and the top pressing sheet 2 is in hinge joint with the file 3h 2 through the hinge joint 2, the top file k is in sliding fit with the spacer 3h through an opening and closing plate g, the elastic pad l is fixedly connected with a guide rail x, the guide rail x is movably clamped on the cover plate 3f through a sliding rod z, the clamping structure p comprises an enclosure 5c, a compensation piece 5v, a grid plate 5b and branch buttons 5n, the grid plate 5b is fixedly connected between the enclosure 5c, the branch buttons 5n are hinged to the grid plate 5b and are connected to the telescopic bulges w in a welded mode, the branch buttons 5n are movably clamped on the swing wings i through the compensation piece 5v and are in clearance fit with the bracket grooves o, the compensation piece 5v comprises a closing block w, a connecting rod e, a rotary vane r, a slow push rod t and a pointing plate y, the closing block w is fixedly connected to the rotary vane r and is in sliding fit with the branch buttons 5n through the connecting rod e, and the connecting rod e is hinged to the slow push rod t, the slow pushing rod t21 is connected to the swing wing i32 through the pointing plate y25 in an inclined welding manner, the elastic force of the elastic pad l22 and the elastic force of the guide rail x25 can be changed synchronously through increasing or decreasing the outward expansion amplitude of the external plate j21, a slight scratch is generated between the sliding rod z23 and the cover plate 3f4, the cover plate 3f4 can be guided to be turned to a specified position conveniently, the slow pushing rod t21 is composed of a straight rod and an arc rod, the lead band rod e23 can be guided to slide on the closing block w24 in a pushing manner by matching with the pointing plate y25, the closing block w24 is favorably blocked on the inner side of the branch buckle 5n4, and the deviation caused by the fact that the branch buckle 5n4 is too heavy in contact is avoided.

The working principle of the scenery displaying device for multi-form variable indoor design in the above technical solution is described as follows:

in the use process of the invention, when the display frame 3 is pushed and supported by the connecting rod 1, in order to avoid that the included angle of the display frame 3 on the adjusting plate 2 and the gap between the display frame 3 and the telescopic protrusion W2 are smaller and smaller, the tail end of the display frame 3 is easy to be filled with tension and carries grid-shaped protrusions W2 to mutually abut against each other, therefore, the inner embedded layer t4 is provided with the assistor r3, when the display frame 3 slides and approaches on the inner embedded layer t4, the grid structure of the telescopic protrusion W2 is pushed to approach under the carding plate 3a3, so that the carding plate 3a3 presses left and right downwards on the spacer 3h5, the spacer 3h5 is guided to incline and lift the side pressing plate 3d1, the bending degree of the side pressing plate 3d1 between the spacer 3h 9 and the outer plate j21 is changed, the outer plate 21 can be pushed to push the elastic cushion l22 to press the elastic guide rail x25, so that the guide rail x25 presses the sliding plate 4 along the direction of the sliding cover plate 3646 along with the inner control slide groove 3h 31, while the stretching of the open plate g26 can expand the top file k24 to the maximum, the lateral pressing plate 3d1 can be effectively pushed to lift the carding sheet 3a3 swinging left and right, while the guide rail x25 in the bracket o31 gets closer, the two ends of the bracket o31 can be contracted to the lateral pressing plate 3d1, so that the bracket o31 is arched from the inside of the receiving frame y34 to the swing wing i32, the swing wing i32 can push the direction plate y 21 to the grid plate 5b 21 by the slow push rod t21, meanwhile, the link rod e 21 at the two sides is controlled to expand to push the closing block w 21 to be fixed along the inner side of the arc of the button 5n 21, so that the button 5n 21 swings to rest on the grid plate 5b 21 by the c 21 card, the direction plate y 21 is matched to lead the grid plate 5b 21 to be fixed and supported at the middle part of the telescopic protrusion w 21 downwards, the swing wing i lifts the cover plate 21 upwards, the cover plate 21 is guided to the effective cover plate 21 f, and the swing pad 21 can be clamped on the effective cover plate 21 f, make carding piece 3a3 can bounce from top to bottom, not only give way for accumulational flexible arch w2, be convenient for flexible arch w2 better accommodate under the shock insulator 3h5 of slope, also effectively comb accumulational flexible arch w2, make flexible arch w2 can accept the exhibition frame 3 that is close to the top with inseparabler state, ensure that exhibition frame 3 can be in the size that the adjustment dish 2 back is smooth and stable furl becomes suitable for the show product, help expanding the range of application of the device.

In the description of the present invention, it is to be understood that the terms "central," "lateral," "length," "width," "height," "up," "down," "front," "back," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," "side," and the like are used in the indicated orientations and positional relationships in the drawings for the purposes of convenience and simplicity of description, but do not indicate or imply that the device or element so referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus should not be construed as limiting the invention.

The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.

Claims (8)

1. The utility model provides a polymorphic variable indoor design is with set display device which characterized in that: its structure includes exhibition frame (3), connecting rod (1), modulation dish (2), support (4), fixing base (5), exhibition frame (3) is connected in connecting rod (1) one end, connecting rod (1) other end is connected on modulation dish (2), modulation dish (2) are connected on fixing base (5) through support (4), modulation dish (2) are including running-in cover (q 5), flexible arch (w 2), grip block (e 1), helping hand body (r 3), embedded layer (t 4), running-in cover (q 5) is connected on grip block (e 1), grip block (e 1) are on support (4) through embedded layer (t 4) clearance fit, embedded layer (t 4) are established helping hand body (r 3) through flexible arch (w 2), and clearance fit is on exhibition frame (3).

2. The scenery displaying apparatus according to claim 1, wherein the indoor decoration comprises: the power assisting body (r 3) comprises a bearing frame (y 34), a limiting device (u 33), a swing wing (i 32), a bracket (o 31) and a clamping structure (p 35), wherein the bearing frame (y 34) is connected between the swing wing (i 32) and the bracket (o 31), the bracket (o 31) is in clearance fit with the swing wing (i 32) and is provided with the limiting device (u 33), and the swing wing (i 32) is connected to the telescopic protrusion (w 2) through the clamping structure (p 35).

3. The scenery displaying apparatus according to claim 2, wherein the indoor decoration comprises: the bracket (o 31) is movably clamped on the bearing frame (y 34) through a limiting device (u 33).

4. The scenery displaying apparatus according to claim 2, wherein the indoor decoration comprises: the limiting device (u 33) comprises a combing piece (3 a 3), a locking piece (3 s 2), a side pressing piece (3 d 1), a cover plate (3 f 4) and a spacer (3 h 5), wherein the combing piece (3 a 3) is connected to the spacer (3 h 5), the spacer (3 h 5) is in transition fit with the side pressing piece (3 d 1) through the locking piece (3 s 2), the side pressing piece (3 d 1) is in clearance fit with the cover plate (3 f 4), and the cover plate (3 f 4) is in sliding fit in a bracket (o 31).

5. The scenery displaying apparatus according to claim 4, wherein the indoor design is a multi-form variable type, comprising: the side pressing piece (3 d 1) is in sliding fit between the locking piece (3 s 2) and the spacer (3 h 5) through the bracket (o 31).

6. The scenery displaying apparatus according to claim 4, wherein the indoor design is a multi-form variable type, comprising: the locking piece (3 s 2) comprises an external plate (j 21), a top file (k 24), an elastic pad (l 22), a sliding rod (z 23), a guide rail (x 25) and an opening and closing plate (g 26), wherein the external plate (j 21) is connected to the top file (k 24) and is in clearance fit with a lateral pressing plate (3 d 1) through the elastic pad (l 22), the top file (k 24) is in sliding fit with a spacer (3 h 5) through a tension plate (g 26), the elastic pad (l 22) is connected to the guide rail (x 25), and the guide rail (x 25) is movably clamped on a cover plate (3 f 4) through the sliding rod (z 23).

7. The scenery displaying apparatus according to claim 2, wherein the indoor decoration comprises: clamping structure (p 35) is including enclosing cover (5 c 3), adjustment and compensation piece (5 v 2), grid tray (5 b 1), branch to detain (5 n 4), be connected with grid tray (5 b 1) between enclosing cover (5 c 3), be connected with branch to detain (5 n 4) on grid tray (5 b 1), and connect on flexible arch (w 2), divide to detain (5 n 4) through adjustment and compensation piece (5 v 2) activity block on swing wing (i 32), and clearance fit is on bracket (o 31).

8. The scenery displaying apparatus according to claim 7, wherein the indoor decoration comprises: the adjusting and supplementing piece (5 v 2) comprises a closing block (w 24), a connecting rod (e 23), a rotary vane (r 22), a slow pushing rod (t 21) and a pointing plate (y 25), wherein the closing block (w 24) is connected to the rotary vane (r 22) and is in sliding fit with the branch buckle (5 n 4) through the connecting rod (e 23), the connecting rod (e 23) is connected to the slow pushing rod (t 21), and the slow pushing rod (t 21) is connected to the swing wing (i 32) through the pointing plate (y 25).

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