TWI821150B - Elevated platform device - Google Patents

Abstract

A supporting platform device, which is mainly connected to the skeleton of the supporting platform device and is provided with a plurality of horizontal tubes and straight tubes connected to each other, as well as unilateral connectors and bilateral connectors for connecting the intersections of the horizontal tubes and straight tubes. Connectors, corner connectors. This allows consumers to assemble the platform's skeleton in a DIY manner.

Description

Elevated platform device

The present invention relates to a raised platform device, which is installed on the roof of a house or an open-air balcony on a floor, and can be assembled by consumers in a DIY manner according to the shape of the terrace.

According to the open-air balcony on the roof or floor of a residence, for the sake of beauty, a high-height platform is often set up on the terrace floor. The structure of the platform is to first lay a frame on the ground of the terrace, and then lay a raised floor of wood or other materials on top of the frame, so that flowers, trees, tables, chairs and other furniture can be planted on the raised floor of the platform. There are conventional cases of setting up a raised platform on a balcony, such as CN 204983133 U, CN 205558183 U, CN 217812114 U, etc.

It is a trend to assemble your own raised platform on the terrace. However, the shapes of the terraces are different, and there are various turning angles. It is worth exploring that the raised platform device requires consumers to assemble it themselves and can overcome the assembly problems of different turning angles. In view of this, the inventor aimed to overcome the above problems, and thus the present invention was produced.

However, the main purpose of the present invention is to provide a lifting platform device that is convenient for consumers to assemble by themselves.

The raised platform includes a frame and a raised floor laid above the frame. The main feature of the present invention is that the frame is provided with a plurality of horizontal pipes and straight pipes connected to each other, and is used to connect the horizontal pipes and straight pipes. Single-sided connectors, double-sided connectors, and corner connectors that are connected at different locations. This allows consumers to assemble the skeleton in a DIY manner.

The above-mentioned horizontal pipe or straight pipe can be penetrated into the interior of the connecting end of the coaxial horizontal pipe or straight pipe through a coaxial connector and fixed to extend the length of the pipe.

The bottom end of the above-mentioned frame is at the best support position, and is equipped with supporting legs connected to the frame to support the platform.

The technical means and structures adopted by the present invention to achieve the above objects and effects are described below with reference to the following embodiments and drawings.

1: Raise the platform

2:Skeleton

20:Horizontal tube

20a, 21a: vertical inner diameter

200, 210:Chute

200a, 210a: vertical diameter

21:Straight pipe

22: Single side connector

220:Inlay

221:Connecting wing

222, 223: screws

23:Bilateral connector

230:Middle insert

231:Fixed wing

232:Connecting wall

233:Threading seams

234:Screws

235:Screws

24:Corner connector

240, 241: lined pipe

242: Pivot device

2420, 2421: Connecting ears

243:Pivot

244:Screws

25: Coaxial connector

250: Spanning pipe

26:Put your feet up

260:fixed plate

261:Pillar foot

262:Screws

Figure 1 shows a combination diagram of a frame and a raised floor according to an embodiment of the present invention.

Figure 2 shows an enlarged view of part A1 of Figure 1.

Figure 3 shows an exploded view of Figure 2.

Figure 4 shows a top view of the section 4s-4s of Figure 2 .

Figure 5 shows a top view of the section 5s-5s in Figure 2 .

Figure 6 shows an enlarged view of the middle part of Figure 1.

Figure 7 shows an exploded view of Figure 6.

Figure 7a shows a front view of the insert in the component of the embodiment of the present invention.

Figure 8 shows a top view of the section 8s-8s in Figure 6 .

Figure 9 shows a side view of the section 9s-9s of Figure 6 .

Figure 10 shows a side view of the section 10s-10s in Figure 6 .

Figure 11 shows an enlarged view of part C1 of Figure 1.

Figure 12 shows an exploded view of Figure 11.

Figure 13 shows a cross-sectional side view of section 13s-13s in Figure 11.

Figure 14 shows a cross-sectional side view of section 14s-14s in Figure 11.

Figures 15 to 17 are respectively diagrams showing changes in the angle adjustment of the corner connector according to the embodiment of the present invention.

Please refer to FIG. 1 . The elevated platform 1 according to the embodiment of the present invention includes a frame 2 and a floor (which may be a wooden floor) laid above the frame 2 . The skeleton 2 includes: transverse tubes 20 and straight tubes 21, each with a plurality of branches arranged in a connecting manner. The horizontal tube 20 and the straight tube 21 are tubular, with a chute 200 and 210 axially provided in the middle of a vertical side respectively. The vertical diameters 200a and 210a of the chute 200 and 210 are smaller than the horizontal tube 20 and the straight tube 21 The inner vertical inner diameter 20a, 21a (as shown in Figure 3).

The single-sided connector 22, as shown in Figures 2 to 5, is used to connect the horizontal pipe 20 and the straight pipe 21 when they are connected on one side (applied to each position A in Figure 1). It includes a nest 220 and a connecting wing 221 extending vertically from one side of the nest 220; the nest 220 can be embedded in the horizontal pipe 20 or the straight pipe 21 by one end of the horizontal pipe 20 or the straight pipe 21, and connected The wings 221 extend out of the tube through the chute 200, 210. As shown in Figure 3 for example, the nest 220 is inserted into the horizontal tube 20 from one end of the horizontal tube 20, the connecting wing 221 passes through the chute 200, and then the single-sided connecting head 22 is pushed to the position where the straight tube 21 is to be connected, and the screw is (such as self-tapping screws) 222 to fix the nest 220 and the horizontal tube 20, then put the side of the end of the straight tube 21 against the connecting wing 221, and then use the screws 223 to fix the straight tube 21 and the connecting wing 221, that is Complete the connection and fixation when the horizontal pipe 20 and the straight pipe 21 are connected unilaterally.

The bilateral connector 23, as shown in Figures 6 to 10, is used to connect the horizontal pipe 20 and the straight pipe 21 during vertical cross connection (applied to position B in Figure 1). It includes a middle insert 230 (as shown in Figure 7a), and fixed wings 231 extending outward from both sides and the lower end of the middle insert 230 and perpendicular to the middle insert 230. The outer diameter and shape of the middle insert 230 match the inner diameter of the embedded straight pipe 21. There is a connecting wall between the fixed wing 231 and the middle insert 230 except at the position of the chute 210 facing the straight pipe 21. 232 connection, the remaining adjacent sides have through-slits 233, so that the middle insert 230 can be embedded into the straight tube 21 from the end of the straight tube 21 due to the setting of the through-slits 233. The fixed wing 231 is located outside the straight tube 21, and then the middle insert 230 and the straight tube 21 are fixed with screws 234. The two corresponding fixed wings 231 on the left and right can be locked with screws 235 respectively. Tube 20, as shown in Figures 8 to 10.

The corner connector 24, as shown in Figures 11 to 14, is used for each corner of the frame 2 (applied to position C in Figure 1). It includes two lining tubes 240 and 241 and a pivot device 242 that pivotally connects the connecting ends of the two lining tubes 240 and 241. The pivot device 242 is respectively located at the connecting ends of the two lining tubes 240 and 241. There are connecting ears 2420 and 2421 fixedly connected, and the connecting ears 2420 and 2421 are arranged in coaxial core holes, and then the pivot 243 penetrates through the connecting ears 2420 and 2421 to be pivotally connected. Thereby, the two lining pipes 240 and 241 are respectively embedded in the straight pipe 21 and the horizontal pipe 20 at the corner position of the frame 2, and then the clamping angle between the straight pipe 21 and the horizontal pipe 20 is adjusted according to the corner angle of the terrace, and The two lining pipes 240 and 241 are locked with the straight pipe 21 and the horizontal pipe 20 with the screws 244, so that the corner connector 24 can be adjusted according to the different installation positions of the terrace, as shown in Figures 15 to 17.

The coaxial connector 25 is used to extend the length of the coaxial straight pipe 21 or the horizontal pipe 20, such as the D position in Figure 1. As shown in FIG. 7 , the coaxial connector 25 has a jumper tube 250 , and both ends of the jumper tube 250 are respectively inserted into two straight tubes 21 or two horizontal tubes 20 that are to be lengthened and coaxial. The embodiment of the present invention takes the lengthened straight pipe 21 as an example. After the two ends of the jumper pipe 250 are respectively inserted into the two coaxial straight pipes 21 to be lengthened, the two ends of the jumper pipe 250 are connected to the two coaxial straight pipes 21 with screws. The two straight pipes 21 are locked to complete the lengthening.

The supporting legs 26, as shown in Figures 7 and 10, are arranged at the four corner ends and the middle section of the bottom surface of the frame 2 where stress needs to be supported, to hold up the frame 2. It includes an L-shaped fixing plate 260 and a column foot 261. The fixing plate 260 is in contact with the outer wall of the straight pipe 21 or the horizontal pipe 20 and then fixed with screws 262; the top of the column foot 261 is fixed to the bottom of the fixing plate 260, and the bottom extends downward to the ground.

After the above-mentioned components are assembled in sequence, the frame 2 is assembled as shown in Figure 1, and then the floor is laid on top of the frame 2 to complete the assembly of the elevated platform 1. Through the configuration of the above-mentioned components, in addition to the application that allows consumers to DIY their own assembly, each component has the following functions during assembly.

1. The single-side connector 22 can connect one side of the straight pipe 21 to the horizontal pipe 20, as shown in part A of Figure 1.

2. The bilateral connector 23 can connect both sides of the straight pipe 21 to the horizontal pipe 20, as shown in Part B of Figure 1.

3. The corner connector 24 can connect the straight pipe 21 and the horizontal pipe 20 at the corner of the frame 2, as shown in part C of Figure 1, and can adjust the degree of freedom according to the angle of the balcony corner, as shown in Figures 15 to 17 Show.

4. The coaxial connector 25 can lengthen and adjust the length of the straight pipe 21 or the horizontal pipe 20, as shown in Part D of Figure 1.

5. Raise the legs 26 to lift the frame 2 off the ground.

6. The straight tube 21 and the horizontal tube 20 are tubular, with a chute 200 and 210 axially provided in the middle of one vertical side respectively. The vertical diameters 200a and 210a of the chute 200 and 210 are smaller than the horizontal tube 20 and the straight tube 21. The inner vertical inner diameter 20a, 21a, the structure of the horizontal tube 20 and the straight tube 21 is arranged to enable assembly with each connector.

To sum up, this invention is not only novel but also practical and progressive. It is practical and convenient to submit an invention patent application in accordance with the law. I sincerely request you to review and approve the patent.

1: Raise the platform

2:Skeleton

20:Horizontal tube

21:Straight pipe

26:Put your feet up

260:fixed plate

261:Pillar foot

A. A1: Single-side connector setting position

B: Bilateral connector setting position

C, C1: Corner connector setting position

D: Coaxial connector setting position

Claims (6)

A device for raising a platform. The skeleton of the platform includes: The horizontal tube and the straight tube each have a plurality of branches, which are connected and arranged; the horizontal tube and the straight tube are tubular, and a chute is axially opened in the middle of a vertical side, and the vertical diameter of the chute is smaller than that of the horizontal tube. , the inner vertical inner diameter of the straight pipe; The single-sided connector is used to connect the horizontal pipe and the straight pipe on one side; it includes a nest and a connecting wing extending vertically from one side of the nest; the nest is made of the horizontal pipe or the straight pipe. One end of the straight pipe is embedded, and the connecting wing extends out of the embedded horizontal pipe or the chute of the straight pipe; the embedded seat is fixedly connected to the embedded straight pipe or the horizontal pipe, and the connecting wing The system is attached to the outer wall of the vertically connected pipe and is fixed; The bilateral connector is used to connect the horizontal pipe and the straight pipe when they are connected at a vertical cross; it includes a middle insert with fixed wings extending vertically outward on both sides of the middle insert; the outer diameter and shape of the middle insert Matching with the internal diameter of the embedded pipe, the fixed wing and the middle insert are connected by a connecting wall at the chute position facing the pipe, and the other adjacent sides have through-slits; the middle insert is The piece is embedded inside the tube, and the fixing wing is outside the tube and can be fixed with other connected tubes; and The corner connector is used at each corner position of the frame; it includes two lining pipes and a pivoting device for pivotally connecting the connecting ends of the two lining pipes. The two lining pipes are respectively embedded in The straight pipe and the transverse pipe at the corner position are fixed inside. The elevated platform device as described in claim 1, which is further provided with a coaxial connector, which is used to extend the length of the coaxial straight pipe or the horizontal pipe, and has a jumper pipe, and the two ends of the jumper pipe are respectively Penetrate the two coaxial straight pipes or the two horizontal pipes to be lengthened and fix them. The elevated platform device as described in claim 1, wherein each corner end and middle section of the bottom surface of the frame that needs to support the stress location is further provided with a elevated leg, and the elevated leg includes an L-shaped fixed plate and a column foot. , the fixed plate is connected with the outer wall of the straight pipe or the horizontal pipe and then consolidated; the top of the column foot is fixed to the bottom of the fixed plate, and the bottom extends downward to the ground. The raised platform device of claim 1, wherein the fixed wing extends downward from the lower end of the middle insert, and is also provided between the fixed wing at the lower end of the middle insert and the middle insert. It’s time to sew. The elevated platform device as described in claim 1, wherein the pivot device is fixedly connected with connecting lugs at the connecting ends of the two lining pipes, and each connecting lug is arranged with a coaxial core hole, and is connected to a pivot axis. The connecting lugs are pivoted throughout. The elevated platform device as claimed in claim 1, wherein a floor is fixed above the frame.

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