KR102346447B1 - Pagora device capable of adjusting the amount of solar irradiation - Google Patents

Abstract

The present invention relates to a pergola device. According to the present invention, a combination play system includes a combination play device that prevents the top of a ride from getting got by having a screen move along a rail at the top of the ride, the pergola device that can adjust the amount of sunlight irradiation inside by adjusting a blind in accordance with the amount of sunlight, a rocking bench bearing device connected to both ends of a bench column to continue smooth rotation of the bench column, and a clamp device for a play table that prevents deterioration of fastening performance even by vibration or shock when connecting between supports of the play table. An object of the present invention is to provide a configuration in which the blind is adjusted according to the amount of irradiation of the sun to adjust the amount irradiated to the inside.

Description

Pagora device capable of adjusting the amount of solar irradiation

The present invention relates to a combination play system including a pergola device that allows the blinds to be adjusted according to the amount of sunlight irradiated to control the amount irradiated to the inside.

In general, pergolas such as octagonal pavilions, huts, or light-shielding tents are installed in resorts, tourist facilities, children's playgrounds and parks to form a shade necessary for rest.

In these pergolas, people take the role of sheltering from the rain or sunlight. Wisteria, etc. are planted in the form of a pavilion to provide shade from the leaves grown on the rafters and create a friendly and comfortable shelter by harmonizing with the surrounding environment. are to provide.

A pergola installed outdoors is provided with a plurality of pillars extending upward from the floor, a roof provided on the top of the pillar, and a bench, etc. installed inside, so that the user can rest from sunlight or rain .

The pagoda according to the prior art is similar to the process of making a house because it is necessary to construct a foundation to erect a column on the floor, and a process of assembling a beam and a roof after erecting the column is time consuming and expensive. There were downsides.

In addition, the conventional pergola was limited to the degree of providing shade to the user, and when lighting was required, it had to depend on an external power source to supply electricity to the lighting, so it was inconvenient and cost burden to separately add an electric facility.

In addition, since the user cannot charge the smartphone terminal, etc., there is a disadvantage that the user's needs cannot be properly met in recent years.

Republic of Korea Patent No. 10-1874899 (Playground) Republic of Korea Patent Publication No. 10-2020-0035604 (Pagora) Republic of Korea Patent No. 10-0641351 (bench) Republic of Korea Patent No. 10-1166323 (Clamp)

An object of the present invention is to provide a configuration in which the blind is adjusted according to the amount of irradiation of the sun to control the amount irradiated to the inside.

The present invention is characterized in that it is a combination play system.

In one embodiment, the combination play system includes a combination play device for preventing the upper end of the play equipment from heating up by moving the screen along the rail on the top of the play equipment, and the combination play device is a child user a play platform formed on the ground so that children can play going up or down; and an awning means formed above the play platform means to block the light irradiated to the play platform means, wherein the play platform means includes a plurality of posts formed perpendicular to the ground to support the floating plate, and a child user can climb and move The flow plate is formed on the upper part of the support so that it can be climbed, and one side of the flow plate is connected to the flow plate so that it can rise to the flow plate side, and the other side is formed to be seated on the ground. It includes a slide formed so as to be connected to the ground with a flow plate, and a handrail formed around the upper surface of the flow plate to prevent falling from the flow plate to the ground side.

In another embodiment, the awning means includes a plurality of seating frames formed under the truss and formed to be seated above the plurality of railings, a truss formed in a rectangular frame above the seating frame so that the awning can slide open and close, and a awning; This is stored, and the membrane storage case is formed on one side of the upper part of the truss so that the awning is slide unwound or wound, and it is built into the membrane storage case to form a shade on the floating plate, and is slide unwound in one direction by a winding wire, or the membrane A awning film formed to be wound toward the storage case, a film moving member formed at one end of the awning so that the awning can be moved along a film moving groove formed in the film moving bars formed on both sides of the upper portion of the truss, and the membrane moving member and the other side of the truss A gap detection sensor formed on one side of the membrane moving member to detect the gap of the awning, and a winding motor formed on the truss at a position corresponding to the membrane storage case for winding or unwinding the winding wire for sliding movement of the awning; A winding roller formed to be connected to the motor shaft of the winding motor to wind or unwind the winding wire by a motor, and a winding wire formed such that one side is connected to the winding roller and the other side is connected to the membrane moving member, and a film moving member It includes a membrane moving bar respectively formed on the upper surface of the truss in both directions of the membrane moving member so as not to be separated from the truss when sliding in one direction, and a membrane moving groove formed inside the membrane moving bar so that the membrane moving member is inserted and slidably moved. The play device includes a variable awning that is variable in one direction or variable in one direction or variable in the other side or variable in either direction; Or ventilating the inside of the combination play device, or awning ventilation to allow light to enter; Any one is selected, the variable shading portion, variable drive means formed above the variable moving means to change and block depending on the direction of the irradiated light; and variable moving means seated on the upper surface of the truss to operate the variable drive means, wherein the variable drive means includes a plurality of first screw members for fixing first variable screws formed on both sides of the upper surface of the truss in one direction. and a first screw formed between the first screw member formed on one side from one side of the truss and the first screw member formed on the other side of the truss, and the rotational direction of the first variable screw is switched to apply rotational power toward the first screw a first variable gear formed to be spaced apart from one side of the first screw and one side of the first variable screw to provide A plurality of second screw members are formed to fix the first variable motor formed on one side of the upper side of the truss to generate rotational power to be provided to the first variable screw, and the second variable screw formed on both sides of the upper surface of the truss in the other direction. and a second screw formed between a second screw member formed on one side and a second screw member formed on the other side of the truss in the other direction of the truss, and the rotational direction of the second variable screw is switched to apply rotational power to the second screw side A second variable gear formed so as to be spaced apart from one side of the second screw and one side of the second variable screw to provide a second variable gear, and a second variable screw formed on the other side of the upper portion of the truss to provide rotational power from the second variable motor to the second screw side and a second variable motor formed on the other side of the upper portion of the truss to generate rotational power to be provided to the second variable screw, wherein the variable movement means moves along the first screw formed on both sides of the upper surface of the truss, respectively. A first moving frame coupled to the first screw in the vertical direction, and a first auxiliary frame formed on one side of the lower side of the first moving frame so as to be smoothly moved when the first moving frame is moved and formed to be coupled to the first screw; A first moving member formed to be coupled to the first screw under the first moving frame so that the first moving frame can be coupled to the first screw, and a second moving member to be moved along the second screws respectively formed on both sides of the upper surface of the truss number on screw A second moving frame coupled in a perpendicular direction, a second auxiliary frame coupled to a second screw formed on one side of the lower side of the second moving frame so as to be smoothly moved when the second moving frame is moved, and a second moving frame A second moving member formed to be coupled to the second screw at the lower portion of the second moving frame so as to be coupled to the second screw, and a second moving frame formed at the upper and both sides of the first moving frame formed on both sides Garimmak rolls respectively formed on the upper part of the, one side is connected to the Garimmak roll formed toward the first moving frame, and the other side is connected to the Garimmak roll formed toward the second moving frame so that it unfolds according to the direction in which the light is irradiated. A distance sensing sensor formed on one side of the second moving frame corresponding to the distance sensing member to detect a distance between the variable shield and the first moving frame, and a distance sensing sensor formed in the second moving frame, include the first moving frame and the It consists of a distance sensing member formed on one side of the first moving frame to sense the distance between the second moving frames, and the awning ventilation unit is formed on the front side of the truss so that the front rotating bar can be rotated in one direction. A frame front hinge and , A frame rear hinge formed toward the rear side of the truss so that the rear rotation bar can be rotated in one direction, a ventilation panel formed on the upper portion of the truss so that it rises relative to the roof frame and moves in one direction, and the front rotation bar rotates in one direction The panel front hinge formed toward the front side of the ventilation panel to be One side is connected to the frame front hinge, the other side is connected to the panel front hinge, and the front rotating bar is formed to operate simultaneously with the rear rotating bar, and one side is connected to the frame rear hinge so that the rear side of the ventilation panel rises and rotates in one direction, , The other side is connected to the rear panel hinge, the rear rotating bar is formed to operate simultaneously with the front rotating bar, a fixed support formed on one side of the ventilation cylinder so that the ventilation cylinder is fixed to the truss, one side is connected to the fixed support, the cylinder shaft of the other side It is characterized in that it consists of a ventilation cylinder connected to the operation member, and an operation member formed on one side of the ventilation panel so that the cylinder shaft of the ventilation cylinder is connected.

In one embodiment, the combination play system includes a pergola device that allows the blinds to be adjusted according to the amount of irradiation of the sun to adjust the amount irradiated to the inside, wherein the pergola device is formed in a rectangular frame so as to be seated on the ground So that the ground frame, the pillar frame vertically formed on the upper surface of each corner of the ground frame so that the roof frame can be formed at a predetermined distance from the ground frame, the solar panel, the first opening and closing panel, and the second opening and closing panel can be formed The roof frame is seated on the upper surface of the pillar frame, the solar panel is fixedly formed in the center of both sides of the roof frame to receive sunlight irradiated to the pergola device, and the roof frame is rotated in one direction by the first opening/closing motor to open and close. A first opening/closing motor respectively formed on one side of the first opening/closing panel to rotate the first opening/closing panel respectively formed toward the upper ends of both sides and the first opening/closing panels respectively formed toward the upper end sides of both sides of the roof frame by receiving a signal from the dose controller; The second opening/closing panels respectively formed toward the lower end sides of both sides of the roof frame to be opened and closed by being rotated in one direction by the two opening/closing motors, and the second opening/closing panels respectively formed toward the lower end sides of both sides of the roof frame. A second opening/closing motor respectively formed on one side of the opening/closing panel, a dose detection sensor formed on the upper surface of the dose controller to detect the amount of irradiated light and provide the sensed information to the dose controller, and information detected from the dose detection sensor and a dose controller formed on one side of the pillar frame to provide the corresponding information to the first opening/closing motor and the second opening/closing motor in comparison with the opening/closing angle information for the pre-input dose.

In another embodiment, the pergola device includes a slide opening and closing unit for adjusting the amount of light entering the inside; Or a thermal barrier cooling unit for lowering the heat raised inside the pergola device by solar heat; or a roof opening for ventilation inside the pergola device; Any one is selected, the slide opening and closing unit, a single opening and closing means formed to open and close one blind on the upper surface of the roof frame; and a plurality of opening and closing means formed to open and close a plurality of blinds on the upper surface of the roof frame, wherein the single opening and closing means includes a blind box formed on both sides of the upper part of the roof frame so that the opening and closing blinds are built-in, and blind guides formed on both sides. An opening and closing blind formed inside the blind box to slide along, a blind bar formed on one side of the opening and closing blind to slide along the blind guide, a blind guide formed on both sides of the roof frame so that the blind bar is inserted and slide, and a blind bar is inserted and slide A guide groove formed inside the blind guide as much as possible, a fixed magnetic formed on one side of the blind bar to be attached by magnetism when in contact with a magnetic member, a closing bar formed at one end of the roof frame so that the blind bar is in close contact, and a fixed magnetic attached It consists of a magnetic member formed on one side of the close contact bar as much as possible, and an illuminance sensor formed on one side of the roof frame to sense the light irradiated by the pergola device, and the plurality of opening and closing means is located above the roof frame so that the first opening/closing blind is built-in. A first blind box formed on both sides, a first opening/closing blind formed inside the first blind box to slide along the first blind guide formed on both sides, and one side of the first opening/closing blind to slide along the first blind guide A first blind bar formed of A first fixing magnetic formed on one side of the first blind bar to be attached by magnetism when in contact with the first magnetic member; A first magnetic member formed on one side of the first closing bar so as to be magnetically attached, a second blind box formed on both sides of the center of the roof frame so that the second opening/closing blind is embedded, and a second blind guide formed on both sides. A second opening and closing blind formed by a second blind box to slide a second blind bar formed on one side of the second opening/closing blind so as to slide along the blind A second guide groove formed inside the second blind guide to be inserted and slid, a second fixed magnetic formed on one side of the second blind bar to be magnetically attached when in contact with the second magnetic member, and the second blind bar to be in close contact It consists of a second close adhesion bar formed at one end of the roof frame, and a second magnetic member formed on one side of the second close adhesion bar to attach the second fixed magnetic, and the heat-blocking cooling unit is inside the roof frame so that mist is scattered. The cooling space formed by In order to provide the water flowing in through the recovery hole and the circulation pipe to the mist nozzle side, one side is formed on one side of the cooling space, the other side is connected to the circulation pipe, and the nozzle pipe is formed, and water introduced through the nozzle pipe is removed. A plurality of mist nozzles formed in the nozzle pipe to spray mist particles, and a recovery pipe having one side connected to the recovery hole and the other side connected to the water storage box to recover water moving through the recovery hole toward the water storage box; A circulation pipe having one side connected to the nozzle pipe and the other side connected to the circulation pump to provide water stored in the water storage box to the nozzle tube side by the circulation pump, and to provide water from the water storage box to the nozzle tube side along the circulation pipe A circulation pump formed on one side of the water storage box, a water storage box formed on one side inside the pillar frame to store the recovered water along the recovery pipe, and a cooler formed under the water storage box to lower the water temperature inside the water storage box , a heat pipe with one side formed inside the water storage box, the other side connected to the cooler, and mist particles scattered through the mist nozzle to the entire cooling space to deliver the cold air provided from the cooler to the inside of the water storage box A scattering fan formed at one side of the inside of the roof frame to spread, an air outlet formed at one side of the roof frame to discharge air inside the cooling space to the outside, and a rain formed at the air outlet to prevent rainwater from flowing into the air outlet. Consists of a rim member and an indoor temperature sensor formed on one side of the inside of the pillar frame to sense the temperature of the room, wherein the roof opening part simultaneously opens a plurality of panels to release heat inside the pergola device, or to emit light panel opening means for controlling the inflow of and a roof opening means formed to open the top of the roof in order to dissipate the heat inside the pergola device, wherein the panel opening means includes an upper opening panel formed on both sides of the upper portion of the roof frame so as to be able to open and close, and it is possible to open and close it A central open panel formed on both sides of the center of the roof frame to A panel hinge formed to connect the upper part of the open panel and the roof frame, the connection between the upper part of the central open panel and the roof frame, and the upper part of the lower open panel and the roof frame, and the upper open panel, the central open panel and the lower open panel to push open. an open drive bar having one side connected to the panel connecting member and the other end connected to the bar connecting member, and one side of the open driving bar is connected to the upper open panel, the central open panel, and the lower open panel, respectively. A panel connecting member formed on the lower surface of the panel and the lower open panel, respectively, and a bar connecting member formed at positions corresponding to the upper open panel, the central open panel, and the lower open panel, respectively, on the open bar so that the other side of the open driving bar is connected to the open bar; , an open bar having one side connected to the plurality of open driving bars to move in the direction of the roof frame and the other end connected to an open cylinder, and one side is fixed to the roof frame to move the open bar in one direction, and the other side is a cylinder shaft It consists of an open cylinder connected to the driving bar member, and a driving bar member formed on one side of the open bar so that the cylinder shaft of the open cylinder can be connected, and the roof opening means includes a roof fixing frame formed above the column frame and , A variable roof frame that is seated on the upper part of the fixed roof frame so as to be raised and lowered by the elevating cylinder on the upper part of the fixed roof frame, and a variable member formed inside the roof variable frame so that the cylinder axis of the elevating cylinder is connected; and the elevating cylinder A cylinder support formed between the pillar frames to support the roof fixing frame, and one side is formed on the cylinder support to raise and lower the variable roof frame, and the cylinder shaft of the other side is connected to the lower part of the variable member The elevating cylinder is formed, the wind pressure sensor is formed on one side of the outside of the roof frame to sense the external wind pressure and provides the sensed information to the elevating cylinder side, and when the roof variable frame is raised, pests and foreign substances are introduced into the inside It is characterized in that one side is connected to the roof fixing frame so as not to be prevented, and the other side is made of a tension buffering prevention net formed on one side of the roof variable frame.

In one embodiment, the combination play system includes a rocking bench bearing device connected to both ends of the bench post so that the smooth rotation of the bench post can be continued, and the rocking bench bearing device has an inside so that the rotating tube is inserted. A rotation support tube is formed, a rotation tube is inserted into the rotation support tube, and a rotation tube is formed so that rotation bearings are inserted on both sides of the interior, a tube connection bar inserted into the rotation bearing and formed so as to be rotated without friction with the rotation tube, and a tube connection bar Rotating bearings that are inserted into both sides of the inside of the rotating tube so that they can rotate without friction based on the rotating tube, and one side of the rotating bearing so that the pipe connecting bar does not fall out of the rotating bearing, the inner diameter is caught in the groove formed in the pipe connecting bar. A snap fixing ring to be coupled, a fixing plate that is fixed to the pipe connection bar by fixing nuts on both sides of the rotation support tube, and a fixing plate that is welded to both ends of the bench column, and a plurality of chain connection members around the rotation support tube can be coupled A rotation plate joined to one side by welding, and a chain connection member formed to be coupled by a bolt means to one side of the rotation plate so that a plurality of bench connection chains can be coupled thereto.

In another embodiment, the rocking bench bearing device, the assembly jig portion for fixing the fixing plate to assemble the rocking bench bearing device; Or a welding jig unit for welding the rotating plate; Any one is selected, the assembling jig part, the assembly jig plate formed so that the fixing plate can be seated, the assembly support formed at each corner of the assembly jig plate to support the assembly jig plate to support the assembly jig plate, and the fixing plate to be seated A seating groove formed on the upper surface of the assembly jig plate, a through hole formed in the bottom surface of the seating groove so that one side of the pipe connection bar penetrates, and one side of the bottom surface of the bottom surface of the seating groove to detect the seating of the fixing plate to be seated in the seating groove A seating sensor formed, a seating bar vertically formed on one side of the assembly jig plate to support one side of the fixing plate, and a contact jig cylinder formed to operate toward the fixing plate on both sides of the upper side of the assembly jig plate to move the contact jig bar toward the fixing plate; , It consists of a close contact jig bar connected to the cylinder shaft of the close contact jig cylinder so as to be in close contact with both sides of the fixing plate, and the welding jig unit includes a welding jig plate formed on the upper part of the welding support so that the welding operation is performed, and the weight on the welding jig plate Welding supports respectively formed at the corners of the lower surface of the welding jig plate to support A side support panel that slides to one side, a gap adjustment bar formed above the welding jig plate to slide the side support panel toward the fixed plate that is seated on the fixed plate rest, and a support bar cylinder to fix the cylinder on the fixed plate The cylinder fixing member formed on one side of the fixing plate, the supporting bar cylinder coupled to the cylinder fixing member to move the front supporting bar to the fixing plate side, and the front surface connected to the cylinder shaft of the supporting bar cylinder so as to be in contact with one side of the fixing bar A support bar, a gas suction pipe formed on one side of the upper surface of the welding jig plate so that the gas generated during welding is sucked, and one side is connected to the gas suction pipe so that the gas sucked through the gas suction pipe moves to the suction pump side, and the other side is connected to the suction pump On the transfer pipe that is connected and the welding jig plate A suction pump formed on one side of the welding support to suck the gas generated during welding through the gas suction pipe, a discharge pipe formed below the suction pump to discharge the gas sucked through the suction pump to the outside, and the discharge pipe It is characterized in that it consists of a discharge filter formed on one side of the discharge pipe to filter the gas.

In one embodiment, the combination play system includes a clamp device for a play table that prevents the fastening performance from being deteriorated even by vibration or shock when connecting between the supports of the play table, wherein the clamp device for the play table is rotatable by a binding hinge. A fixing clamp ring formed on one side of the substitute clamp device, a fixing clamp ring formed on the other side of the clamp device for a play table so as to be rotatable by a binding hinge, and a fixing clamp ring so that the binding clamp ring can be rotated around the fixing clamp ring A binding hinge connected to one side of the binding clamp ring, a binding groove through which one side of the fixing clamp ring is formed so that a fixing bolt for fixing and coupling the fixing clamp ring and the binding clamp ring can be inserted, and the upper part of the connecting rod on the other side A first fixing member formed on one side of the fixing clamp ring so as to be possible, a first locking end formed on one side of the first fixing member so that the first fixing member is caught on the upper portion of the fixing clamp ring, and a first fixing member so that the fastening bolt can be inserted A plurality of first bolt grooves penetrating from the upper side to the lower side of the member, a first connecting bar groove formed on the inner surface of one side of the first fixing member so that the connecting rod of the other side is seated and coupled, and the fixing clamp ring so as to be seated under the lower side of the connecting rod of the other side in one direction A second fixing member formed in the second fixing member, a second locking end formed on one side of the second fixing member so that the second fixing member is caught on the upper part of the fixing clamp ring, and a plurality of second fixing members from the upper side to the lower side so that the fastening bolt can be inserted A second bolt groove that is formed through, a second connection bar groove formed on the inner surface of one side of the second fixing member so that the connecting rod of the other side is seated and coupled, and the first bolt groove and the second to be coupled between the first fixing member and the second fixing member Includes a fastening bolt inserted into the bolt groove.

In another embodiment, the clamp device for the play table, the height of the clamp coupled to the connecting rod of one side and the position of the clamp coupled to the connecting rod of the other side for elevating and lowering portion for elevating; Or a clamp reuse unit for removing foreign substances on the clamp for semi-permanent use of the clamp; Any one is selected, and the binding elevating and descending part includes a plurality of elevating and descending rollers formed in a vertical direction on the fixing clamp ring so as to be in close contact with the vertically formed connecting bar, and on the binding clamping ring to be in close contact with the vertically formed connecting bar. A plurality of close contact rollers formed in the vertical direction, a close contact roller formed in close contact with the close contact roller to rotate the close contact roller, and a connection between the close contact rotation roller and the motor roller to provide the rotational power of the elevating and lowering motor to the close contact roller side It consists of a roller drive belt that becomes a roller drive belt, a lifting/lowering motor formed on one side of the binding clamp ring to generate rotational power to be provided to the close rotation roller side, and a lifting/lowering sensor formed under the binding clamp ring to detect the height of the lifting and lowering. The clamp reuse unit includes a mounting frame that is seated on the ground to support the side fixed panel and the open/close fixed panel formed on the upper side, and a side fixed panel formed on one side of the upper side of the mounting frame so that the belt rotating gear and the belt driving gear are coupled. And, an opening/closing fixing panel formed so as to be rotatably opened and closed from the other side of the mounting frame to support the mounting pin, a pin slide guide formed on the inner surface of the opening/closing fixing panel so that a pins slide groove is formed, and the mounting pin are combined and mounted A pin slide groove formed on the pin slide guide so that the pin can slide, a belt rotation gear formed on one side of the inner surface of the side fixing panel to support one side of the pin fixing belt, and a side fixing to support the other side of the pin fixing belt A belt driving gear formed on the other side of the inner surface of the panel, a pin fixing belt connected between the belt rotating gear and the belt driving gear to be able to rotate in one direction, and a clamp to be mounted on the pin fixing belt in one direction so as to protrude in one direction A plurality of mounting pins, a pin moving motor formed on one side of the side fixing panel to rotate the belt drive gear, and a side fixing panel formed on one side to counter the number of rotations of the mounting pins moved according to the rotation of the pin fixing belt Remove foreign substances on the rotation counter, the air injection nozzle formed on the upper side of the side fixing panel to spray air onto the clamp that is mounted on the mounting pin and moved, and the clamp that is mounted and moved on the mounting pin. It is characterized in that it consists of a brush formed under the side fixing panel for this purpose, and a rust prevention liquid nozzle formed on one side of the lower side of the side fixing panel to spray the rust prevention liquid to enable semi-permanent use of the clamp that is moved after cleaning is completed.

As described above, the screen is moved along the rail on the upper end of the play equipment to prevent the upper end of the play equipment from becoming hot, thereby providing an effect of preventing summer accidents such as burns and heat stroke in children.

In addition, the blinds are adjusted according to the amount of irradiation of the sun, so that the amount irradiated to the inside can be adjusted. In summer, the light is automatically blocked, thereby forming an interior shade and providing an effect of ventilation.

In addition, it is configured to be connected to both ends of the bench column so that the bench column can continue to rotate smoothly, and it provides the effect that anyone can use it regardless of the weight of the user using the bench.

In addition, when connecting between the supports of the play table, it provides an effect of preventing the fastening performance from being deteriorated even by vibration or shock.

7 is a view of the pergola device of the present invention combination play system.
FIG. 8 is a detailed view of FIG. 7 .
9 is a view of a slide opening/closing unit according to another embodiment to be further installed in the pergola device.
FIG. 10 is a detailed view of FIG. 9 .
11 is a view of a thermal barrier cooling unit that is another embodiment further installed in the pergola device.
12 is a detailed view of FIG. 11 .
13 is a view of a roof opening that is another embodiment further installed in the pergola device.
FIG. 14 is a detailed view of FIG. 13 .

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0012] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] Reference is made to the accompanying drawings, which show by way of illustration specific embodiments in which the present invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein with respect to one embodiment may be implemented in other embodiments without departing from the spirit and scope of the invention. In addition, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description set forth below is not intended to be taken in a limiting sense, and the scope of the present invention, if properly described, is limited only by the appended claims, along with all scope equivalents as those claimed. Like reference numerals in the drawings refer to the same or similar functions throughout the various aspects.

7 is a view of the pergola apparatus 300 of the present invention combination play system 10, FIG. 8 is a detailed view of FIG.

As shown in the figure, the pergola device 300 is characterized in that the blinds are adjusted according to the amount of sunlight, so that the amount of irradiation inside can be adjusted.

The pergola device 300 includes a ground frame 310 , a pillar frame 311 , a roof frame 312 , a solar panel 320 , a first opening/closing panel 330 , a first opening/closing motor 331 , and a second It includes an opening/closing panel 340 , a second opening/closing motor 341 , an irradiation amount detecting sensor 350 , and an irradiation amount controller 360 .

The ground frame 310 is formed to be seated on the ground, and the ground frame 310 is formed in a rectangular frame.

The pillar frame 311 is formed so that the roof frame 312 can be formed at a predetermined distance from the ground frame 310, and the pillar frame 311 is vertically formed on the upper surface of each corner of the ground frame 310. characterized by being

The roof frame 312 is formed so that the solar panel 320, the first opening and closing panel 330, and the second opening and closing panel 340 can be formed, and the roof frame 312 is a pillar frame 311. It is characterized in that it is seated on the upper surface.

The solar panel 320 is formed to receive sunlight irradiated toward the pergola device 300 , and the solar panel 320 is fixedly formed in the central portion of both sides of the roof frame 312 .

The first opening/closing panel 330 is formed to be opened and closed by being rotated in one direction by the first opening/closing motor 331, and the first opening/closing panel 330 is formed toward the upper end of both sides of the roof frame 312, respectively. characterized.

The first opening/closing motor 331 is formed toward both upper ends of the roof frame 312, respectively, and the first opening/closing motor 331 rotates the first opening/closing panel 330 by receiving a signal from the dose controller 360. It is characterized in that each of the first opening and closing panel 330 is formed on one side.

The second opening/closing panel 340 is formed to be opened and closed by being rotated in one direction by a second opening/closing motor 341, and the second opening/closing panel 340 is formed toward the lower ends of both sides of the roof frame 312, respectively. characterized.

The second opening/closing motor 341 is formed toward the lower ends of both sides of the roof frame 312, respectively, and the second opening/closing motor 341 rotates the second opening/closing panel 340 by receiving a signal from the dose controller 360. The second opening and closing panel 340 is characterized in that each is formed on one side.

The irradiation amount detection sensor 350 is formed to detect the amount of light irradiated and provide the sensed information to the irradiation amount controller 360 side, and the radiation amount detection sensor 350 is formed on the upper surface of the irradiation amount controller 360 characterized.

The dose controller 360 compares the information detected by the dose detection sensor 350 with the opening/closing angle information for the dose input in advance, and provides the information to the first opening/closing motor 331 and the second opening/closing motor 341 side. It is formed so that the irradiation amount controller 360 is characterized in that it is formed on one side of the pillar frame (311).

9 is a view of the slide opening/closing unit 400, which is another embodiment further installed in the pergola device 300, and FIG. 10 is a detailed view of FIG.

As shown in the drawing, the slide opening/closing unit 400 is characterized in that it is for controlling the amount of light flowing into the interior.

The slide opening and closing unit 400 includes a single opening and closing means 410 and a plurality of opening and closing means 420 .

The single opening/closing means 410 is characterized in that it is formed to open and close one blind on the upper surface of the roof frame 312 .

The single opening/closing means 410 is a blind box 411, an opening/closing blind 412, a blind bar 413, a blind guide 414, a guide groove 415, a fixed magnetic 416, and a closing bar 417. , a magnetic member 418 , and an illuminance sensor 419 .

The blind box 411 is formed so that the opening and closing blinds 412 are built-in, and the blind box 411 is characterized in that it is formed on both sides of the upper side of the roof frame 312 .

The opening and closing blinds 412 are formed to slide along the blind guides 414 formed on both sides, and the opening and closing blinds 412 are formed inside the blind box 411 .

The blind bar 413 is formed to slide along the blind guide, and the blind bar 413 is formed on one side of the opening/closing blind 412 .

The blind guide 414 is formed such that the blind bar 413 is inserted and slid, and the blind guide 414 is formed on both sides of the roof frame 312, respectively.

The guide groove 415 is formed so that the blind bar 413 is inserted and slid, and the guide groove 415 is formed inside the blind guide 414 .

The fixed magnetic 416 is formed to be magnetically attached when in contact with the magnetic member 418 , and the fixed magnetic 416 is formed on one side of the blind bar 413 .

The closing adhesion bar 417 is formed so that the blind bar 413 is in close contact, and the closing adhesion bar 417 is formed at one end of the roof frame 312 .

The magnetic member 418 is formed such that a fixed magnetic 416 is attached thereto, and the magnetic member 418 is formed on one side of the closing adhesion bar 417 .

The illuminance sensor 419 is formed to detect light irradiated by the pergola device 300 , and the illuminance sensor 419 is formed on one side of the roof frame 312 .

The plurality of opening/closing means 420 is characterized in that the plurality of blinds are opened and closed on the upper surface of the roof frame 312 .

The plurality of opening and closing means 420 includes a first blind box 421 , a first opening and closing blind 422 , a first blind bar 423 , a first blind guide 424 , a first guide groove 425 , a first Fixed magnetic 426, first closing bar 427, first magnetic member 428, second blind box 429, second opening and closing blind 430, second blind bar 431, second blind It includes a guide 432 , a second guide groove 433 , a second fixing magnetic 434 , a second closing contact bar 435 , and a second magnetic member 436 .

The first blind box 421 is formed so that the first opening/closing blind 422 is built-in, and the first blind box 421 is characterized in that it is formed on both sides of the upper portion of the roof frame 312 .

The first opening/closing blind 422 is formed to slide along the first blind guide 424 formed on both sides, and the first opening/closing blind 422 is formed inside the first blind box 421. do it with

The first blind bar 423 is formed to slide along the first blind guide 424 , and the first blind bar 423 is formed on one side of the first opening/closing blind 422 .

The first blind guide 424 is formed such that the first blind bar 423 is inserted and slid, and the first blind guide 424 is formed on both sides of the upper portion of the roof frame 312, respectively.

The first guide groove 425 is formed so that the first blind bar 423 is inserted and slid, and the first guide groove 425 is formed inside the first blind guide.

The first fixed magnetic 426 is formed to be magnetically attached when in contact with the first magnetic member 428, and the first fixed magnetic 426 is formed on one side of the first blind bar 423 do it with

The first close contact bar 427 is formed to closely contact the first blind bar 423 , and the first close contact bar 427 is formed on the central side of the roof frame 312 .

The first magnetic member 428 is formed such that the first fixing magnetic 426 is attached thereto, and the first magnetic member 428 is formed on one side of the first closing adhesion bar 427 .

The second blind box 429 is formed so that the second opening/closing blind 430 is built-in, and the second blind box 429 is formed on both sides of the center of the roof frame 312, respectively.

The second opening/closing blind 430 is formed to slide along the second blind guide 432 formed on both sides, and the second opening/closing blind 430 is formed as a second blind box 429. do.

The second blind bar 431 is formed to slide along the second blind guide 432 , and the second blind bar 431 is formed on one side of the second opening/closing blind 430 .

The second blind guide 432 is formed such that the second blind bar 431 is inserted and slid, and the second blind guide 432 is formed on both sides of the center of the roof frame 312, respectively.

The second guide groove 433 is formed so that the second blind bar 431 is inserted and slides, and the second guide groove 433 is formed inside the second blind guide 432 .

The second fixed magnetic 434 is formed to be magnetically attached when in contact with the second magnetic member 436, and the second fixed magnetic 434 is formed on one side of the second blind bar 431 do.

The second closing bar 435 is formed so that the second blind bar 431 is in close contact, and the second closing bar 435 is formed at one end of the roof frame 312 .

The second magnetic member 436 is formed such that a second fixing magnetic 434 is attached thereto, and the second magnetic member 436 is formed on one side of the second closing adhesion bar 435 .

FIG. 11 is a view of a thermal barrier cooling unit 450 that is another embodiment further installed in the pergola device 300 , and FIG. 12 is a detailed view of FIG. 11 .

As shown in the figure, the heat-blocking cooling unit 450 is characterized in that it lowers the heat rising inside the pergola device 300 by solar heat.

The heat cut cooling unit 450 includes a cooling space 452 , a shading panel 453 , a recovery hole 454 , a nozzle pipe 455 , a mist nozzle 456 , a recovery pipe 457 , and a circulation pipe 458 . , circulation pump (459), water storage box (460), cooler (461), heat pipe (462), scattering fan (463), air outlet (464), non-shielding member (465), indoor temperature sensor (466) include

The cooling space 452 is formed so that mist is scattered, and the cooling space 452 is formed inside the roof frame 312 .

The awning panel 453 is formed so that the mist that is scattered is liquefied so that water does not flow into the pergola device 300 , and the awning panel 453 is formed between the roof frame 312 and the pillar frame 311 . characterized by being

The recovery hole 454 is formed so that liquefied water can be moved toward the recovery pipe 457 , and the recovery hole 454 is formed on the awning panel 453 .

The nozzle pipe 455 is formed to provide water flowing in through the circulation pipe 458 to the mist nozzle 456 side, and the nozzle pipe 455 has one side formed on one side on the cooling space 452, and , characterized in that the other side is formed connected to the circulation pipe (458).

The mist nozzle 456 is formed to spray the water introduced through the nozzle tube 455 as mist particles, and the mist nozzle 456 is formed in a plurality of the nozzle tube 455 .

The recovery pipe 457 is formed to recover the water moving through the recovery hole 454 toward the water storage box 460 . The recovery pipe 457 has one side connected to the recovery hole 454 , and the other side. It is characterized in that it is connected to the water storage box (460).

The circulation pipe 458 is formed to provide water stored in the water storage box 460 by the circulation pump 459 to the nozzle pipe 455 side, and the circulation pipe 458 has one side of the nozzle pipe 455 . It is connected to, and the other side is characterized in that the connection to the circulation pump (459) is formed.

The circulation pump 459 is formed to provide the water of the water storage box 460 to the nozzle tube 455 side along the circulation pipe 458, and the circulation pump 459 is formed on one side of the water storage box. do it with

The water storage box 460 is formed to store the recovered water along the recovery pipe 457 , and the water storage box 460 is formed on one side inside the pillar frame 311 .

The cooler 461 is formed to lower the water temperature inside the water storage box 460 , and the cooler 461 is formed under the water storage box 460 .

The heat pipe 462 is formed to transfer the cold air provided from the cooler 461 to the inside of the water storage box 460 , and the heat pipe 462 has one side formed inside the water storage box 460 , and the other side It is characterized in that it is connected to the cooler 461.

The scattering fan 463 is formed so that the mist particles scattered through the mist nozzle 456 spread throughout the cooling space 452 , and the scattering fan 463 is formed on one side inside the roof frame 312 . characterized.

The air outlet 464 is formed to discharge the air inside the cooling space 452 to the outside, and the air outlet 464 is formed on one side of the roof frame 312 .

The non-shielding member 465 is formed to prevent rainwater flowing into the air outlet 464 side, and the non-shielding member 465 is formed at the air outlet 464 position.

The indoor temperature sensor 466 is formed to sense the temperature of the room, and the indoor temperature sensor 466 is formed on one side inside the pillar frame 311 .

13 is a view of the roof opening 470, which is another embodiment further installed in the pergola device 300, and FIG. 14 is a detailed view of FIG.

As shown in the drawing, the roof opening portion 470 is characterized in that the pergola device 300 is ventilated inside.

The roof opening part 470 includes a panel opening means 471 and a roof opening means 490 .

The panel opening means 471 is characterized in that the plurality of panels are opened at the same time to release heat inside the pergola device 300 or to adjust the amount of irradiated light.

The panel opening means 471 includes an upper opening panel 472, a central opening panel 473, a lower opening panel 474, a panel hinge 475, an opening driving bar 476, a panel connecting member 477, and a bar. It includes a connecting member 478 , an open bar 479 , an open cylinder 480 , and a driving bar member 481 .

The upper open panel 472 is formed to be able to open and close, and the upper open panel 472 is formed on both sides of the upper portion of the roof frame 312 .

The central open panel 473 is formed so as to be able to open and close, and the central open panel 473 is formed on both sides of the center of the roof frame 312 .

The lower open panel 474 is formed to be able to open and close, and the lower open panel 474 is formed on both sides of the lower side of the roof frame 312 .

The panel hinge 475 is formed such that the upper open panel 472, the central open panel 473, and the lower open panel 474 can be opened and closed around the roof frame 312, and the panel hinge 475 is The upper part of the upper open panel 472 and the roof frame 312 are connected, the upper part of the central open panel 473 and the roof frame 312 are connected, and the upper part of the lower open panel 474 and the roof frame 312 are connected. characterized in that

The opening driving bar 476 is formed to push open the upper opening panel 472, the central opening panel 473, and the lower opening panel 474, and the opening driving bar 476 has one side of the panel connecting member. It is connected to (477), characterized in that the other side is connected to the bar connection member (478).

The panel connecting member 477 is formed such that one side of the open driving bar 476 is connected to the upper open panel 472, the central open panel 473, and the lower open panel 474, respectively, and the panel connecting member ( 477) is characterized in that it is formed on the lower surface of the upper open panel 472, the central open panel 473, and the lower open panel 474, respectively.

The bar connecting member 478 is formed so that the other side of the open driving bar 476 is connected to the open bar 479, and the bar connecting member 478 is connected to the open bar 479 with the upper open panel 472, respectively. and the central open panel 473 and the lower open panel 474 are formed at positions corresponding to each other.

The opening bar 479 is formed to move in the direction of the roof frame 312 , and one side of the opening bar 479 is connected to the plurality of opening driving bars 476 , and the other side is connected to the opening cylinder 480 . It is characterized in that it is formed to be connected.

The open cylinder 480 is formed to move the open bar 479 in one direction. The open cylinder 480 has one side fixed to the roof frame 312, and the other side of the cylinder shaft is a driving bar member ( 481), characterized in that the connection is formed.

The drive bar member 481 is formed so that the cylinder shaft of the open cylinder 480 can be connected, and the drive bar member 481 is formed on one side of the open bar 479 .

The roof opening means (490) is characterized in that it is formed to open the top of the roof in order to dissipate the heat inside the pergola device (300).

The roof opening means 490 includes a roof fixing frame 491, a roof variable frame 492, a variable member 493, a cylinder support 494, an elevating cylinder 495, a wind power sensor 496, a tension buffer It includes a prevention net (497).

The roof fixing frame 491 is characterized in that formed above the pillar frame 311.

The roof variable frame 492 is formed so as to be raised and lowered by an elevating cylinder 495 at the upper portion of the roof fixed frame 491, and the roof variable frame 492 is seated on the roof fixed frame 491 and is formed characterized in that

The variable member 493 is formed such that the cylinder shaft of the elevating cylinder 495 is connected, and the variable member 493 is formed inside the roof variable frame 492 .

The cylinder support 494 is formed to support the elevating cylinder 495 on the roof fixing frame 491 , and the cylinder support 494 is formed between the pillar frames 311 .

The elevating cylinder 495 is formed to elevate the roof variable frame 492, and the elevating cylinder 495 has one side formed on the cylinder support 494, and the other side of the cylinder shaft is a variable member 493. ) is characterized in that it is connected to the lower part.

The wind power sensor 496 senses the external wind pressure and is formed to provide the sensed information to the elevating cylinder 495 side. The wind power sensor 496 is formed on one side outside the roof frame 312 . characterized by being

The tension buffering prevention net 497 is formed so that pests and foreign substances do not flow into the inside when the variable roof frame 492 rises. It is characterized in that the other side is formed on one side of the roof variable frame (492).

The above-described embodiments are for illustration, and those of ordinary skill in the art to which the above-described embodiments pertain can easily transform into other specific forms without changing the technical idea or essential features of the above-described embodiments. you will understand Therefore, it should be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a dispersed form, and likewise components described as distributed may be implemented in a combined form.

The scope to be protected through this specification is indicated by the claims below rather than the detailed description, and should be construed to include all changes or modifications derived from the meaning and scope of the claims and their equivalents. .

10: combination play system
100: combination play device 110: means of play
111: post 112: fluid plate
113: stairs 114: slide
115: handrail
120: awning means 121: mounting frame
122: truss 123: membrane storage case
125: awning membrane 126: membrane moving member
127: gap detection sensor 128: winding motor
129: winding roller 130: winding wire
131: moving bar 132: moving home
200: variable awning 210: variable driving means
211: first screw member 212: first screw
213: first variable gear 214: first variable screw
215: first variable motor 216: second screw member
217: second screw 218: second variable gear
219: second variable screw 220: second variable motor
230: variable moving means 231: first moving frame
232: first auxiliary frame 233: first moving member
234: second moving frame 235: second auxiliary frame
236: second moving member 237: garimmak roll
238: variable screen 239: distance detection sensor
240: distance sensing member
250: awning ventilation unit 251: frame front hinge
252: frame rear hinge 253: ventilation panel
254: panel front hinge 255: panel rear hinge
256: front rotation bar 257: rear rotation bar
258: fixed support 259: ventilation cylinder
260: operation member 300: pergola device
310: ground frame 311: column frame
312: roof frame 320: solar panel
330: first opening/closing panel 331: first opening/closing motor
340: second opening and closing panel 341: second opening and closing motor
350: irradiation amount detection sensor 360: irradiation amount controller
400: slide opening and closing part
410: single opening and closing means 411: blind box
412: open/close blind 413: blind bar
414: blind guide 415: guide groove
416: fixed magnetic 417: close adhesion bar
418: magnetic member 419: illuminance sensor
420: multiple opening and closing means 421: first blind box
422: first open/close blind 423: first blind bar
424: first blind guide 425: first guide groove
426: first fixed magnetic 427: first close adhesion bar
428: first magnetic member 429: second blind box
430: second opening and closing blind 431: second blind bar
432: second blind guide 433: second guide groove
434: second fixing magnetic 435: second closing bar
436: second magnetic member
450: heat cut cooling unit 452: cooling space
453: awning panel 454: recovery hole
455: nozzle tube 456: mist nozzle
457: recovery pipe 458: circulation pipe
459: circulation pump 460: water storage box
461: cooler 462: heat pipe
463: scattering fan 464: air outlet
465: non-shielding member 466: indoor temperature sensor
470: roof opening 471: panel opening means
472: upper open panel 473: central open panel
474: lower open panel 475: panel hinge
476: open drive bar 477: panel connection member
478: bar connection member 479: open bar
480: open cylinder 481: drive bar member
490: roof opening means 491: roof fixing frame
492: roof variable frame 493: variable member
494: cylinder support 495: elevating cylinder
496: wind sensor 497: tension buffer net
500: rocking bench bearing device
510: rotation support tube 511: rotation tube
512: pipe connection bar 513: rotating bearing
514: snap fixing ring 515: fixing plate
516: rotation plate 517: chain connection member
600: assembly jig part 610: assembly jig plate
611: assembly support 612: seating groove
613: through hole 614: seating sensor
615: seating bar 616: close contact jig cylinder
617: close jig bar
650: welding jig part 651: welding jig plate
652: welding support 653: fixed plate seat
654: side support panel 655: gap adjustment bar
656: cylinder fixing member 657: support bar cylinder
658: front support bar 659: gas intake pipe
660: transfer pipe 661: suction pump
662: exhaust pipe 663: exhaust filter
700: clamp device for play table
710: fastening clamp ring 711: fixed clamp ring
712: binding hinge 713: binding groove
714: first fixing member 715: first engaging end
716: first bolt groove 717: first connecting bar groove
718: second fixing member 719: second jamming end
720: second bolt groove 721: second connection bar groove
722: fastening bolt
800: final elevating and descending unit 810: elevating roller
811: adhesion roller 812: adhesion rotary roller
813: roller drive belt 814: elevating motor
815: elevating sensor
850: clamp reuse part 851: mounting frame
852: side fixed panel 853: open and close fixed panel
854: pins slide guide 855: pins slide groove
856: belt rotation gear 857: belt drive gear
858: pin fixing belt 859: mounting pin
860: pin movement motor 861: rotation count counter
862: air jet nozzle 863: brush
864: rust prevention liquid nozzle

Claims (2)

In the pergola device comprising a ground frame formed in a rectangular frame to be seated on the ground,
The pergola device,
The blinds are adjusted according to the amount of irradiation of the sun so that the amount of irradiation inside can be adjusted,
The pergola device,
A column frame vertically formed on the upper surface of each corner of the ground frame so that a roof frame can be formed at a certain distance from the ground frame;
A roof frame that is seated on the upper surface of the pillar frame so that the solar panel, the first opening and closing panel, and the second opening and closing panel can be formed;
A solar panel fixed to the center of both sides of the roof frame to receive sunlight irradiated to the pergola device;
A first opening/closing panel which is respectively formed toward the upper end side of both sides of the roof frame so as to be opened and closed by being rotated in one direction by the first opening/closing motor;
a first opening/closing motor respectively formed on one side of the first opening/closing panel to rotate the first opening/closing panels respectively formed toward the upper ends of both sides of the roof frame by receiving a signal from the irradiation amount controller;
a second opening/closing panel which is respectively formed toward the lower end side of both sides of the roof frame so as to be opened and closed by being rotated in one direction by the second opening/closing motor;
a second opening/closing motor respectively formed on one side of the second opening/closing panel to rotate the second opening/closing panels respectively formed toward the lower ends of both sides of the roof frame by receiving a signal from the irradiation amount controller;
A dose detection sensor formed on the upper surface of the dose controller to detect the amount of light irradiated and provide the sensed information to the dose controller;
Comprising a dose controller formed on one side of the pillar frame to compare the information detected from the dose detection sensor with the opening/closing angle information for the pre-input dose, and to provide the corresponding information to the first opening/closing motor and the second opening/closing motor,
In the pergola device,
a slide opening/closing unit for controlling the amount of light introduced into the interior; or
Thermal insulation cooling unit for lowering the heat rising inside the pergola device by solar heat; or
roof opening for ventilation inside the pergola device; Any one of them is selected,
The slide opening and closing part,
a single opening/closing means formed to open and close one blind on the upper surface of the roof frame; and
It includes a plurality of opening and closing means formed to open and close a plurality of blinds on the upper surface of the roof frame,
The single opening and closing means,
A blind box formed on both sides of the upper part of the roof frame so that the opening and closing blinds are built-in;
an opening and closing blind formed inside the blind box to slide along the blind guides formed on both sides;
A blind bar formed on one side of the opening/closing blind so as to slide along the blind guide;
Blind guides formed on both sides of the roof frame so that the blind bar is inserted and slide;
A guide groove formed inside the blind guide so that the blind bar is inserted and slide;
A fixed magnetic formed on one side of the blind bar so as to be attached by magnetism when in contact with the magnetic member;
A closing bar formed at one end of the roof frame so that the blind bar is in close contact;
A magnetic member formed on one side of the closing bar so that the fixed magnetic is attached thereto;
It consists of an illuminance sensor formed on one side of the roof frame to detect the light irradiated by the pergola device,
The plurality of opening and closing means,
A first blind box formed on both sides of the upper portion of the roof frame so that the first opening/closing blind is built-in;
a first opening/closing blind formed inside the first blind box to slide along the first blind guide formed on both sides;
a first blind bar formed on one side of the first opening/closing blind so as to slide along the first blind guide;
A first blind guide formed on both sides of the upper portion of the roof frame so that the first blind bar is inserted and slide;
a first guide groove formed inside the first blind guide so that the first blind bar is inserted and slid;
A first fixing magnetic formed on one side of the first blind bar so as to be magnetically attached when in contact with the first magnetic member;
a first closing bar formed on the central side of the roof frame so that the first blind bar is in close contact;
A first magnetic member formed on one side of the first closing contact bar so that the first fixing magnetic is attached thereto;
A second blind box formed on both sides of the center of the roof frame so that the second opening/closing blind is built-in;
a second opening/closing blind formed in a second blind box to slide along the second blind guide formed on both sides;
a second blind bar formed on one side of the second opening/closing blind so as to slide along the second blind guide;
a second blind guide formed on both sides of the center of the roof frame so that the second blind bar is inserted and slide;
a second guide groove formed inside the second blind guide so that the second blind bar is inserted and slid;
a second fixed magnetic formed on one side of the second blind bar so as to be magnetically attached when in contact with the second magnetic member;
a second closing bar formed at one end of the roof frame so that the second blind bar is in close contact;
Consists of a second magnetic member formed on one side of the second closing bar so that the second fixing magnetic is attached,
The thermal insulation cooling unit,
A cooling space formed inside the roof frame to disperse the mist;
A awning panel formed between the roof frame and the pillar frame to prevent water from flowing into the pergola device by liquefying the scattered mist;
A recovery hole formed on the awning panel so that liquefied water can be moved to the recovery pipe side;
A nozzle pipe having one side formed on one side on the cooling space and the other side connected to the circulation pipe to provide water flowing in through the circulation pipe to the mist nozzle side;
A plurality of mist nozzles formed in the nozzle tube to spray the water introduced through the nozzle tube into mist particles;
A recovery pipe having one side connected to the recovery hole and the other side connected to the water storage box to recover the water moving through the recovery hole to the water storage box;
A circulation pipe having one side connected to the nozzle pipe and the other side connected to the circulation pump so as to provide water stored in the water storage box to the nozzle pipe side by the circulation pump;
A circulation pump formed on one side of the water storage box to provide water from the water storage box to the nozzle tube side along the circulation pipe,
A water storage box formed on one side of the inside of the pillar frame to store the recovered water along the recovery pipe;
A cooler formed at the bottom of the water container to lower the temperature of the water inside the water container;
A heat pipe having one side formed inside the water storage box and the other side connected to the cooler to deliver the cold air provided from the cooler to the inside of the water storage box;
A scattering fan formed on one side of the inside of the roof frame to spread the mist particles scattered through the mist nozzle to the entire cooling space;
An air outlet formed on one side of the roof frame to discharge the air inside the cooling space to the outside;
A non-shielding member formed at the air outlet to prevent rainwater from flowing into the air outlet;
It consists of an indoor temperature sensor formed on one side of the inside of the pillar frame to sense the temperature of the room,
The roof opening part,
a panel opening means for simultaneously opening a plurality of panels to release heat inside the pergola device, or for controlling an amount of irradiated light; and
It includes a roof opening means formed to open the top of the roof in order to dissipate the heat inside the pergola device,
The panel opening means,
An upper opening panel formed on both sides of the upper part of the roof frame to enable opening and closing;
A central opening panel formed on both sides of the center of the roof frame to enable opening and closing;
A lower opening panel formed on both sides of the lower part of the roof frame to enable opening and closing;
Connection between the upper part of the upper opening panel and the roof frame, the connection between the upper part of the central opening panel and the roof frame, and the connection between the upper part of the lower opening panel and the roof frame so that the upper opening panel, the central opening panel, and the lower opening panel can be opened and closed around the roof frame a panel hinge formed;
an opening driving bar having one side connected to the panel connecting member and the other side connected to the bar connecting member so as to push and open the upper open panel, the central open panel, and the lower open panel;
A panel connecting member respectively formed on the lower surface of the upper open panel, the central open panel, and the lower open panel so that one side of the open driving bar is connected to the upper open panel, the central open panel, and the lower open panel, respectively;
a bar connecting member formed at positions corresponding to the upper open panel, the central open panel, and the lower open panel, respectively, on the open bar so that the other side of the open driving bar is connected to the open bar;
An opening bar having one side connected to the plurality of open driving bars to move in the direction of the roof frame and the other side connected to the open cylinder;
An open cylinder in which one side is fixed to the roof frame and the other side of the cylinder shaft is connected to the driving bar member to move the open bar in one direction;
Consists of a drive bar member formed on one side of the open bar so that the cylinder shaft of the open cylinder can be connected,
The roof opening means,
A roof fixing frame formed on the upper part of the column frame,
A variable roof frame that is seated on the upper part of the fixed roof frame so as to be raised and lowered by the elevating cylinder on the upper part of the fixed roof frame;
A variable member formed inside the roof variable frame so that the cylinder shaft of the elevating cylinder is connected;
A cylinder support formed between the pillar frames to support the elevating cylinder on the roof fixing frame;
In order to elevate the variable roof frame, one side is formed on the cylinder support and the other side of the cylinder shaft is connected to the lower part of the variable member and is formed with an elevating cylinder;
A wind power sensor formed on one side of the outside of the roof frame to detect external wind pressure and provide the sensed information to the elevating cylinder side;
A pergola device, characterized in that one side is connected to the fixed roof frame to prevent pests and foreign substances from entering the inside when the flexible roof frame is raised, and the other side is made of a tension buffering prevention net formed on one side of the flexible roof frame.
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