JP3204697U - Automatic telescopic multi-layer tent - Google Patents

Abstract

An automatic telescopic multilayer tent is provided. SOLUTION: Two guide rails 10, a sliding shielding sheet unit 20 and a drive unit 30 are provided. The two guide rails are a guide groove 12 with an insertion slot 11 and an upper hooking portion 13 at the upper and lower portions of the guide groove. And the lower hook 14, the sliding shielding sheet unit includes a plurality of concave sheets 21 and a convex sheet 22, and each of the concave and convex sheets has two hooked bent edges 213 and one plate surface 215. The concave and convex sheets are engaged with each other by interlocking bent edges, and the slide side 217 is provided on both sides of the concave and convex sheets facing each other. There are two guide rails that are inserted through the insertion holes and slide in the guide groove. The lower hook is hooked on the slide side of the concave seat. Lower hook 219 is extended in order, on the sliding side of the convex type sheet, on a hook 229 for hooking the upper hook portion is provided. [Selection] Figure 2

Description

  The present invention relates to a tent structure, and more particularly to the structure of an original self-expandable multi-layer tent.

  There are many places where tents are installed outside existing homes and commercial facilities to prevent sun and rain.

  However, the structure of conventional tent products is still inadequate in design, which will be explained as follows. Conventional tent types are roughly divided into soft tents and hard tents. However, there are many soft tents, which are made of waterproof canvas, and are usually provided so that the roller device can be expanded and reduced and adjusted to the shielding area by a structural design consisting of a bent frame. , It has the advantage of being able to store the area to a minimum, but has the disadvantage of lack of robustness and durability, and the canvas will fade due to wind, sunlight, rain, etc., embrittlement and breakage, so there is a shielding effect In addition to the negative impact on the overall appearance, it also causes significant damage to stores that place great importance on visual appearance. I think would put away. The other type of rigid tent is usually provided in a fixed and rigid structure, and has the advantage of being strong and durable when used, but it has the problem that it cannot respond flexibly to changes. It is limited to the shielding area and cannot respond to the needs of various users. For example, when it is not necessary to shield, the rigid tent cannot reduce the area, and it is unnecessary and prominent. On the other hand, when the installation area is insufficient and it is necessary to shield, there is a problem that the installation effect cannot be achieved reliably.

  Therefore, regarding the problems that exist in the conventional tent structure as described above, how to develop an original that is more durable and flexible to the use situation, and more ideal and practical. It is the goal and direction that the contractor strives to develop.

  In view of this, the inventor has many years of experience in the manufacture and development and design of related products, and after conducting detailed design and careful evaluation of the above-mentioned goals, it is finally possible to obtain a practical invention. That is why.

  An object of the present invention is to provide an automatic telescopic multi-layer tent, and a technical problem to be solved is to develop an original tent structure form that is more ideal and practical.

  An automatic telescopic multilayer tent comprising two guide rails, a sliding shielding sheet unit slidably provided between the two guide rails, and a drive unit. As a technical feature, the self-extensible multi-layer tent includes two guide rails and a sliding shielding sheet unit that is slidably mounted between the two guide rails. A guide groove with an insertion slot, and an upper hook part and a lower hook part at the upper and lower parts of the guide groove, respectively, and the sliding shielding sheet unit includes a plurality of concave type sheets and convex type sheets, Each of the concave sheet and the convex sheet has two hooked bent edges and one plate surface between the two hooked bent edges. Between the convex sheet and the convex sheet, they are engaged with each other by interlocking bending edges corresponding to each other, and both are opposed to each other on both sides of the concave sheet and the convex sheet. There are slide sides, which are respectively inserted through the insertion holes of the two guide rails, and are provided so that the guide grooves slide along the two guide rails. A lower hook extended to hook the hook portion, and an upper hook extended to hook the upper hook portion of the guide groove are provided on the slide side of the convex sheet, and the drive unit has at least one Two drive motors and a transmission unit for connecting the drive motors and the sliding shielding sheet unit are provided. Move the unit and slide the concave and convex sheets of the sliding type shielding sheet unit along the two guide rails so that they are engaged with each other to expand the shielding area, or the concave type. The self-expandable multilayer tent is characterized in that the sheet and the convex sheet are provided so as to reduce the shielding area by contracting the folding edge of each other to the other plate surface.

  In the present invention based on such an original design, the plurality of concave sheets and the convex sheet slide along two guide rails, engage with each other, and develop a shielding area. Or, the concave sheet and the convex sheet are such that the mutual folding bent edges are contracted to the other plate surface, so that the shielding area is reduced, and the shielding surface of the tent of the plurality of sheets is provided with a sliding expansion / contraction function. It has practicality and inventiveness that it is robust, durable, looks good, has optimal sunlight and breathability, has good drainage flow, and can flexibly respond to changes in use.

  The “automatic telescopic multi-layer tent” posted in the present invention includes the two guide rails and a sliding shielding sheet unit, and the sliding shielding sheet unit is provided so as to engage and slide with each other. Containing a concave surface sheet and a convex surface sheet, the present invention according to such an original structure and technical features is different from the conventional structure described in [Background Art] in that the plurality of concave surface sheets and the convex surface sheet. The sheet slides along the two guide rails and engages with each other to expand the shielding area, or the concave and convex sheets have their mutual folding bent edges contracted to the other plate surface. It is designed to reduce the shielding area, and to provide a sliding expansion / contraction function on the shielding surface of a multi-sheet tent. Ku, there is an optimum day and breathability, waste water stream may be, there is a progressive and practicality that can flexibly respond to changes in use.

FIG. 3 is an assembly three-dimensional view of a preferred embodiment of the present invention. FIG. 3 is an exploded view of a partial structure according to a preferred embodiment of the present invention. 1 is a longitudinal sectional view of a partial structure according to a preferred embodiment of the present invention. Sectional drawing of a partial concave type sheet | seat and a convex type sheet | seat for performing expansion / contraction of the sliding type | mold shielding sheet | seat unit of the suitable Example of this invention structure. The image of the state which developed the slide type shielding sheet unit of the suitable example of the present invention to the maximum shielding area. 1 is an image of reducing a sliding shielding sheet unit according to a preferred embodiment of the present invention. 2 is an image of reducing a sliding shielding sheet unit according to a preferred embodiment of the present invention; The image of the state which reduced the sliding type | mold shielding sheet unit of the suitable Example of this invention to the minimum shielding area. The Example figure by which the drain outlet and the drain pipe were further provided in the bottom face of the guide rail guide groove of this invention. The another Example figure of the structure form of this invention. The Example figure at the time of using the automatic expansion-contraction type multilayer tent of this invention for a roof structure. The another example of change of the partial structure form of this invention.

  1 to 4 show preferred embodiments of the self-expandable multi-layer tent of the present invention. However, these embodiments are used only for explanation and are not limited to the structure at the time of filing. . It comprises two guide rails 10, a sliding shielding sheet unit 20 slidably mounted between the two guide rails 10 and a drive unit 30, and the two guide rails 10 have an insertion slot 11. At least one guide groove 12, and an upper hook part 13 and a lower hook part 14 at the upper and lower parts of the guide groove 12, respectively. The slide type shielding sheet unit 20 includes a plurality of concave sheets 21. A convex sheet 22 is provided, and each of the concave sheet 21 and the convex sheet 22 has two hooked bent edges 213 and 223 and one plate between the two hooked bent edges 213 and 223. There are surfaces 215 and 225, and the concave sheet 21 and the convex sheet 22 are hooked to each other by hooking bent edges 213 and 223 corresponding to each other. There are slide sides 217 and 227 on opposite sides of the concave sheet 21 and the convex sheet 22 respectively, and each has two guide rails. The guide groove 12 is provided so as to slide along the two guide rails 10, and the lower hooking portion 14 of the guide groove 12 is provided on the slide side 217 of the concave sheet 21. A lower hook 219 extended to hook the guide groove 12 and an upper hook 229 extended to hook the upper hook portion 13 of the guide groove 12 are provided on the slide side 227 of the convex sheet 22, and the drive unit Reference numeral 30 denotes at least one drive motor 31 and a transmission unit for connecting the drive motor 31 and the sliding shielding sheet unit 20. The transmission motor 32 is moved by the operation of the drive motor 31, and the plurality of concave-type sheets 21 and the convex-type sheets 22 of the sliding shielding sheet unit 20 are moved to the two guide rails 10. , And slid over each other to expand the shielding area, or the concave-type sheet 21 and the convex-type sheet 22 are connected to each other with the folded folding edges 213 and 223 and the other plate surface 225. 215 is contracted to reduce the shielding area, and the shielding surface of the tent having a plurality of sheets is provided with a sliding expansion / contraction function.

  As shown in FIGS. 2 and 3, the two guide rails 10 are further provided with a second layer guide groove 12B and a second layer slide type shielding sheet slidably attached to the second layer guide groove 12B. A step part is provided between the second-layer sliding shielding sheet unit 20B and the sliding shielding sheet unit 20, and the step part extends upward and downward from the bent edge 23. The bent edges 24 are provided so as to engage and interlock with each other. As shown in FIG. 8, the bottom surface of the guide groove 12 of the guide rail 10 further includes at least one drain port 25, The drain port 25 is connected to a drain pipe 26.

  As shown in FIGS. 1 and 2, the transmission unit 32 of the drive unit 30 includes a plurality of casters 321 and an annular cable 322 provided to rotate between the plurality of casters 321. The casters 321 are paired and are provided on both sides of the sliding shielding sheet unit 20 facing each other in the expansion / contraction direction. The casters 321 are provided so as to be moved by the drive motor 31, and the annular cable 322 is provided. Is provided so as to be connected to a hooked bent edge 213B on one side of the concave sheet 21 at the extreme end of the sliding shielding sheet unit 20 (FIG. 2).

  According to the structure and assembly design described above, the operation of the preferred embodiment of the structure of the present invention will be described as follows. However, the self-expandable multi-layer tent A posted in the present invention is actually slidable. A technique in which a plurality of concave-type sheets 21 and convex-type sheets 22 in the shielding sheet unit 20 slide along the two guide rails 10, and the corresponding folding bent edges 213 and 223 are engaged with each other and interlocked. As a feature, the sliding type shielding sheet unit 20 is provided so as to be expanded / reduced / adjusted to the shielding area. As shown in the form change of FIGS. As an example of an embodiment of the slide type shielding sheet unit 20 and the second layer sliding type shielding sheet unit 20B provided, FIG. FIG. 6 shows a state in which the concave sheet 21 and the convex sheet 22 of the unit 20 and the second-layer sliding shielding sheet unit 20B are expanded to the maximum shielding area, FIG. Next, FIG. 7 shows a state where the slide type shielding sheet unit 20B is contracted downward below the second layer slide type shielding sheet unit 20B. FIG. The minimum shielded area state, where the shielded area is reduced by about two-thirds as shown in FIG. 5, but as can be seen, the automatic telescopic multilayer tent A posted in the present invention is Under the rigid structure (for example, rigid structure such as metal, hard plastic, wood, etc.) That there are practicality and inventive step, Then, ruggedness, durable, looks good, it can provide structural form of the original tent which also serves to be able to flexibly adjust to the user. In practice, it is used as a structure for preventing rain and sunshade in various spaces such as store entrances, residential gardens, garages, etc., but when the automatic telescopic multilayer tent A of the present invention is not used, the shielding area is reduced Space can be saved because it can be greatly reduced, so it has good sunlight, breathability, and light transmission (without worrying about receiving reports of violations of building standards), and optimal and maximum shielding when used. Since it can have an area, it can reliably meet the needs of the user.

  In the automatic telescopic multi-layer tent A posted in the present invention, the drainage function is different from the conventional case, and when rain falls on the sliding shielding sheet unit 20, the rain on the surface of each convex sheet 22 is concave. The mold sheet 21 flows into the lower plate surface 215 area (L1 in FIG. 8), and then the lower hook 219 extended from the slide side 217 on both sides of the concave mold sheet 21 is below the guide groove 12. By hooking the hook portion 14, the rain that has flowed into the plate surface 215 area of the concave sheet 21 flows along the lower hook 219 into the guide grooves 12 of the two guide rails 10, and further, the convection type Therefore, when used, the present invention, when used, drops all the rain directly from the low side, like a conventional rain protection tent. And a problem that rain flow occurs, such as a waterfall or without flaws, it is one of the important advantages of the present invention.

  FIG. 9 shows an embodiment in which two layers (or two or more layers) are stacked on top and bottom of the two guide rails 10. In this embodiment, slides on the guide rails 10 of different layers are used. The type shielding sheet unit 20 is made of different materials. For example, the sliding type shielding sheet unit 20 in the upper guide rail 10 is a metal material, and the sliding type shielding sheet unit 20 in the lower guide rail 10 is light transmissive. Made of a conductive acrylic material, so that it has a different shielding effect (ie, the upper layer is light-shielding and the lower layer is light-transmissive), and the user can select various functions, which is also suitable for the present invention. This is one specific embodiment.

  As shown in FIG. 11, the drive motor 31 of the drive unit 30 is further electrically connected to at least one of the rain sensor 40 or the smoke sensor 50 to open and close the slide-type shielding sheet unit 20. However, the present embodiment is provided so as to automatically control the opening / closing function of the sliding shielding sheet unit 20 by the installation of the rain detector 40 and the smoke detector 50. Among them, the rain detector 40 is installed, but if the user is not on the spot after deploying the sliding shielding sheet unit 20, the sliding shielding sheet unit 20 is automatically installed when it rains. The smoke detector 50 is installed in a closed state so that it does not get wet with rain. The shielding sheet unit 20 is automatically reduced and opened, thereby creating a wide space for discharging smoke, making it easier for firefighters to discharge water from the outdoors. The goal is to increase the escape rate and effectively improve the rescue rate for fire extinguishing.

  As shown in FIG. 12, the lower hook 219 on the slide side 217 of the concave sheet 21 and the upper hook 229 on the slide side 227 of the convex sheet 22 are further provided with rollers 41 and 42. In this embodiment, guide rails 43 and 44 for rotating the rollers 41 and 42 are provided on the lower hooking portion 14 of the guide groove 12 and the upper hooking portion 13 of the guide groove 12, respectively. Then, by adding the rollers 41 and 42 and the guide rails 43 and 44, the frictional force generated during the movement of the concave sheet 21 and the convex sheet 22 is reduced, and the drive unit 30 is operated at the same time. The load amount can be reduced.

  The concave type sheet 21 and the convex type sheet 22 of the two guide rails 10 and the sliding type shielding sheet unit 20 (including the second layer sliding type shielding sheet unit 20B) are made of metal, hard plastic, or wood. It is made.

  In addition, as will be explained, the automatic telescopic multi-layer tent A according to the present invention can be directly fixed to the existing support structure when it is actually installed, or it can be provided by adding the support structure as a support structure. The form is not limited, and both are provided in specific embodiments.

Automatic telescopic multi-layer tent A
Guide rail 10
Insertion slot 11
Guide groove 12
Second layer guide groove 12B
Upper hook 13
Lower hook 14
Slide type shielding sheet unit 20
Second layer slide type shielding sheet unit 20B
Concave sheet 21
Convex sheet 22
Hanging folding edge 213, 213B, 223
Plate surface 215, 225
Slide side 217, 227
Lower hook 219
Upper hook 229
Bending edge extending upward 23
Bending edge extending downward 24
Drain port 25
Drainage pipe 26
Drive unit 30
Drive motor 31
Transmission unit 32
Caster 321
Ring cable 322
Rain detector 40
Roller 41, 42
Guide rail 43, 44
Smoke detector 50

Claims (5)

Comprising two guide rails, a sliding shielding sheet unit slidably mounted between the two guide rails and a drive unit;
The two guide rails include at least one guide groove with an insertion slot, and an upper hook part and a lower hook part at the upper and lower parts of the guide groove, respectively.
The sliding shielding sheet unit includes a plurality of concave-type sheets and convex-type sheets, and each of the concave-type sheets and the convex-type sheets has two hooked bent edges and two hooked bent edges. There is a single plate surface, and the concave sheet and the convex sheet are engaged with each other by interlocking bent edges corresponding to the two, and are interlocked with each other. Each of the opposite sides of the convex sheet has a slide side, which is inserted through the insertion holes of the two guide rails, and is provided so that the guide groove slides along the two guide rails. On the slide side of the mold sheet, a lower hook extended to hook the lower hook portion of the guide groove, and on the slide side of the convex mold sheet, an upper hook extended to hook the upper hook portion of the guide groove. Click is provided,
The drive unit is provided with at least one drive motor and a transmission unit for connecting the drive motor and the sliding shielding sheet unit.   The two guide rails further comprise a second layer guide groove and a second layer slide type shielding sheet unit slidably attached to the second layer guide groove. There is a step portion between the seat unit and the sliding shielding sheet unit, and the step portion is provided so that the upward extending bent edge and the downward extending bent edge are engaged with each other and interlocked with each other. 2. The automatic telescopic type according to claim 1, wherein at least one drainage port is further provided on a bottom surface of the guide groove of the two guide rails, and the drainage port is connected to a drainage pipe. Multi-layer tent. The transmission unit of the drive unit includes a plurality of casters and an annular cable provided so as to rotate between the plurality of casters, and the plurality of casters are paired, spaced apart, and the sliding shielding sheet Provided on opposite sides of the unit in the direction of expansion and contraction, one of the casters is provided to be moved by the drive motor, and one part of the annular cable is a concave sheet at the extreme end of the slide type shielding sheet unit The automatic telescopic multi-layer tent according to claim 2, wherein the automatic telescopic multilayer tent is provided so as to be connected to a hooked bent edge on one side.   4. The self-expanding multi-layer tent according to claim 3, wherein the drive motor of the drive unit is further electrically connected to at least one of a rain sensor and a smoke sensor.   The lower hook on the slide side of the concave sheet and the upper hook on the slide side of the convex sheet are further provided with rollers, and correspondingly, the lower hook portion of the guide groove and the upper hook of the guide groove are hooked. 5. The automatic telescopic multi-layer tent according to claim 4, wherein a guide rail for rotating the roller to travel is provided in the section.

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