KR20210016661A - Folding structure of parasol - Google Patents

Abstract

The present invention comprises: a rotation winding and unwinding unit which is installed in the outside of a column frame; a plurality of pulleys which are installed inside and outside the column frame; a wire which is connected to a lower elevating pipe installed on the outer periphery of a lower vertical frame; a rotation folding unit which elevates the lower elevating pipe by a wire in a lower vertical frame of the column frame when the wire is wound and unwound by the rotation winding and unwinding unit, is driven with auxiliary awning stretchers and main awning stretchers connected to the lower elevating pipe, is rotated by being connected to the main awning stretchers; and a cover film which opens and closes a ventilating opening formed in the center of an awning tent covered on upper parts of the main awning stretchers and is connected to the rotation folding unit. When the main awning stretchers, the auxiliary awning stretchers, and the awning tent are folded to a lower part of the lower vertical frame, an upper part of the ventilating opening and the cover film installed in the lower vertical frame are folded by being tightly attached to an upper outside of the main awning stretcher, and the cover film is tightly folded with the ventilating opening formed in the awning tent in a parasol having the awning tent. The present invention prevents inflow of a foreign substance from an inside of the ventilating opening, prevents contamination of the insides of the awning tent and the cover film, and easily stores the awning tent of the parasol by being easily folded.

Description

Folding structure of the overcoat installed on the top of the ventilation hole formed in the automatic folding parasol{Folding structure of parasol}

The present invention relates to a folding structure of an overcoat installed on an upper part of a ventilation opening formed on an automatic folding parasol, and more particularly, a rotating winding and spreading means installed on the outside of a column frame, and a pulley installed in plural inside and outside the column frame. , When the wire is connected to the lower lift pipe installed on the outer circumference of the lower vertical frame, and the wire is wound and unfolded by the rotational winding and spreading means, the lower lift pipe is lifted and lowered by the wire in the lower vertical frame of the column frame. Auxiliary tents and main tents installed in connection with the lower lift pipes are driven together, and a rotating folding part installed to rotate and connected to the main tents, and ventilation holes formed in the center of the awning tents covered above the main tents When the open and close upholstery is connected to the rotating folding part, the overcoat installed on the upper and lower vertical frames of the ventilation openings when the main and auxiliary tents and awnings are folded to the bottom of the lower vertical frame is the upper and outer sides of the main tent. In the parasol with the awning tent, the ventilation opening formed on the awning tent is folded so that the overcoat is tightly contacted to prevent foreign matter from entering the ventilation opening to prevent contamination of the inside of the awning tent and the overcoat. It relates to a folding structure of an overcoat installed on an upper part of a ventilation opening formed in an automatic folding parasol for easy storage by folding the awning tent easily.

In general, parasols including large parasols such as sun awnings refer to a device that blocks light and secures an awning area. Like umbrellas, parasols are installed to prevent sunlight or rain on the beach or outdoors. It is common to use it independently or on a dedicated table at the beach or business place.

Therefore, it has been mainly used as a method of installing a post in the center after unfolding it in the form of an umbrella outdoors for the purpose of protecting the human body from the hot sun during leisure activities and outdoor activities, or for protecting the human body from the hot sun during leisure and outdoor activities.

Accordingly, in the above, the parasol is a large-sized umbrella or parasol that an individual uses while walking, and is composed of a pillar and a roof that can be folded and unfolded in the shape of a hat at the upper end of the pillar.

When solar heat is heated in such a parasol for a long time, the parasol becomes hot and, as shown in FIG. 9, in order to discharge the heat generated by the solar heat from the parasol itself to the upper part of the parasol, the awning tent 501 that is the configuration of the parasol 500 ), a ventilation hole 501a is formed, and an overcoat 507 installed at the lower end of the curved portion 502a of the holding stand 502 and located above the ventilation hole 501a, and the lower portion of the curved portion 502a The upper and lower elevating parts (504a, 504b) are connected to the main awning 505, the auxiliary awning 506, and the awning awning 501 covered on the upper part of the main awning 505 And, a ventilation hole 501a formed in the upper center of the awning tent 501, and an overcoat installed on the outer circumference of the lower elevation portion 504b that is raised from the lower portion of the curved portion 502a facing the ventilation hole 501a 507, the lower elevation part 504b and the upper awning 508 installed to be rotated above the main awning 505, and an overcoat covering the upper part of the upper awning 508 ( 507),

The upper and lower elevating portions 504a and 504b are lowered from the curved portion 502a of the holding base 502, so that the main awnings 505 and the auxiliary awnings 506 and the awning associated therewith When the tent 501 is folded, the overcoat 507 installed above the vent 501a of the awning tent 501 is also folded, and the upper tent flesh 508 installed under the overcoat 507 ) The upper awnings 508, which are folded so as to come into contact with the upper surface of the main awnings 505 by relying on the lower elevation part 504b, are in close contact with the upper surface of the main awnings 505. Otherwise, the overcoat 507 is not completely in close contact with the outer circumference of the vent 501a.

Therefore, when the lower surface of the outer circumference of the overcoat is lifted with the outer circumference of the vent and foreign matter is introduced through the vent, it is not possible to contaminate the interior of the awning tent or completely adhere to the outer circumference of the vent of the awning tent. It was not easy to store the parasol made of the folded overcoat and the awning tent.

In addition, when the parasol is folded, the upper awnings are in close contact with the upper surface of the main awning, and when moving or storing the non-folding parasol, the upper awnings may be bent or damaged, and the parasol may not be used.

In order to solve the above problems, the present invention is connected to a rotating winding and spreading means installed on the outside of the pillar frame, pulleys installed in plural inside and outside of the pillar frame, and a lower elevation pipe installed on the outer circumference of the lower vertical frame. When the wire is installed and the wire is wound and unfolded by the rotational winding and spreading means, the lower elevation pipe is raised and lowered by the wire in the lower vertical frame of the column frame, and the auxiliary tent beams and the main tent mesh are installed in connection with the lower elevation pipe. The main tent is connected to the main tent by connecting and installing a rotating folding part that allows them to be driven together, and opening and closing the ventilation opening formed in the center of the awning tent covered above the main tent. When the awnings, auxiliary awnings, and awnings are folded to the bottom of the lower vertical frame, the overcoats installed on the upper and lower vertical frames of the ventilation holes are airtightly attached to the upper and outer sides of the main awnings so that they are folded. Ventilation openings formed in the tent are folded in a tight contact to prevent foreign matter from entering the ventilation openings to prevent contamination of the inside of the awning tent and the overcoat, and the awning tent of the parasol can be easily folded and stored in a new automatic folding parasol. It is an object of the present invention to provide a folding structure of an overcoat installed on an upper portion of the formed ventilation hole.

In order to achieve such an object, the present invention provides a vertical frame 11 fixed to the ground, an inclined frame 12 formed to be inclined upward at an upper end of the vertical frame 11, and a lower portion of the inclined frame 12. A column frame 10 composed of a lower vertical frame 14 formed in the lower portion of the; A main tent wall (30) installed in the upper elevation pipe (20a); An auxiliary awning 40 installed on the upper part of the lower elevation pipe 20b; A awning tent (60) formed in the center to be installed on the main tent (30); An overcoat 80 covering an upper portion of the ventilation hole 70;

Insertion pivoting part 91 inserted into the upper outer circumference of the main tent bar 30 of the outer circumference of the ventilation port 70 and connected by a hinge h, and a folding formed on the upper end of the insertion pivoting part 91 A connecting member (a) provided on the outer circumference of the folding part 92 and the overcoat 80, provided with a part 92 and a hook 93 formed at the lower end of the insertion rotation part 91 A rotating folding part 90 connected to the hook 93 and configured to be connected to a connecting member (a) installed on the inner circumference of the overcoat 80 of the ventilation port 70;

A wire 110 connected to each of the lower lift pipes 20b and the pulleys 100 to guide the movement; It is connected to the wire 110 and characterized in that consisting of a rotating winding and spreading means 120 installed on the vertical frame (11).

In addition, the insertion and rotation part 91 includes an insertion standing part 91a formed vertically, an upper connection part 91b extending above the insertion standing part 91a, and an inner surface of the insertion standing part 91a. , In the lower portion of the upper connecting portion (91b), the main awning (30) is inserted, the coupling hole (91c) formed in the insertion standing part (91a), and the coupling insertion hole (31) formed in the main awning (30) ) Is characterized in that the hinge (h) is inserted.

In addition, the insertion and rotation part 91 is provided between the insertion standing part 91a formed in a plurality and the insertion standing part 91a to connect the upper inner side of the insertion standing part 91a to each other. ), and the main awning 30 is inserted between the both the insertion standing portions 91a and the inner surface of the upper connection portion 91b, and the coupling holes 91c formed in both the insertion standing portions 91a, , It characterized in that the hinge (h) is inserted into the coupling insertion hole 31 formed in the main tent (30).

In addition, it is characterized in that the hook 93 installed at the lower part of the insertion stand 91a, and one end of the hook 93 is formed to be curved inward of the insertion stand 91a.

A vertical frame (11) fixed to the ground, an inclined frame (12) formed to be inclined upward at the top of the vertical frame (11), and a lower vertical frame (14) formed from a lower portion of the inclined frame (12). Constructed pillar frame 10 and; A main tent wall (30) installed in the upper elevation pipe (20a); An auxiliary awning 40 installed on the upper part of the lower elevation pipe 20b; A awning tent (60) formed on the main tent (30) by forming a ventilation hole (70) in the center; An overcoat 80 covering an upper portion of the ventilation hole 70; A fixing part 91-1 fixedly installed on the upper and outer circumference of the main tent bar 30 of the outer circumference of the ventilation port 70 and vertical long holes 93-1 on both sides of the fixing part 91-1 An assembly member 95 having a standing portion 92-1 formed, and a cover provided in plural under the overcoat 80 to be inserted into the standing portion 92-1 of the assembly member 95 A pivoting folding part (90a) in which a hinge (h) is inserted and installed in the membrane 94-1, the through hole 94-2 formed in the overcoat 94-1, and the vertical long hole 93-1; A wire 110 connected to each of the lower lift pipes 20b and the pulleys 100 to guide the movement; It is connected to the wire 110 and characterized in that consisting of a rotating winding and spreading means 120 installed on the vertical frame (11).

In addition, the hinge (h) is raised and lowered inside both the vertical long holes (93-1), the outer circumference of the overcoat (94-1) between the two upright portions (92-1) is the hinge (h It is characterized in that it is elevated with ).

The present invention relates to a rotational winding and spreading means installed on the outside of the column frame, pulleys installed in a plurality of inside and outside of the column frame, a wire connected to a lower elevation pipe installed on the outer circumference of the lower vertical frame, and the wire is rotatable. When winding and unfolding by the seam and spreading means, the lower lift pipe is raised and lowered by a wire in the lower vertical frame of the column frame, so that the auxiliary and main tent beams connected to the lower lift pipe are driven together. An overcoat for opening and closing the ventilation openings formed in the center of the awning tent covered above the main awnings and the rotating folding part installed to be rotated connected to the main awnings, and the main awnings, auxiliary awnings and awnings When folded to the bottom of this lower vertical frame, the overcoat installed on the upper and lower vertical frame of the ventilation hole is airtightly attached to the upper and outer sides of the main tent so that it is folded, so that the ventilation hole formed on the shade tent in the parasol with the shade tent is sealed. It has the effect of preventing contamination of the inside of the awning tent and overcoat by being folded so as to be in contact with the inside of the ventilation opening, and easily folding the awning tent of the parasol for easy storage.

1A and 1B are perspective views of a rotating folding part according to the present invention.
Figure 2 is a perspective view showing another embodiment of the folding folding unit according to the present invention.
Figure 3 is a schematic side view showing the installation state of the present invention.
Figure 4 is a schematic diagram showing the connection relationship between the main tent, the rotating folding portion, the awning tent, and the overcoat according to the present invention.
Figure 5 is a schematic view showing another embodiment of the rotation folding according to the present invention.
Figure 6 is a schematic side view showing the installation of another embodiment of the rotation folding according to the invention.
7 is a view showing the action of another embodiment according to the invention,
Figure 7a shows the time when the parasol is opened,
Figure 7b is a schematic view showing a parasol folded.
Figure 8 is a schematic side view showing an installation state of another embodiment of the present invention.
9 is a schematic view showing the overcoat of the ventilation opening formed on the awning tent of the conventional parasol.

In order to fully understand the present invention, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This embodiment is provided to more safely explain the present invention to those with average knowledge in the art.

Accordingly, the shape of the element in the drawings may be exaggerated to emphasize a clearer description. It should be noted that in each drawing, the same member may be indicated by the same reference numeral.

1A and 1B are perspective views of a rotating folding part according to the present invention, FIG. 2 is a perspective view showing another embodiment of a rotating folding part according to the present invention, and FIG. 3 is a side schematic view showing an installation state of the present invention, and FIG. Is a schematic diagram showing the connection relationship between the main tent and the rotating folding portion, the awning tent and the overcoat according to the present invention, Figure 5 is a schematic diagram showing a rotating folding portion of another embodiment according to the present invention, Figure 6 according to the present invention It is a side schematic view showing the installation of a rotational folding part of another embodiment, Figure 7 is a schematic view showing the operation of another embodiment of the rotational folding part according to the present invention, and Figure 8 is a side schematic view showing the installation state of another embodiment of the present invention to be.

The folding structure of the overcoat installed on the ventilator formed on the automatic folding parasol according to the present invention will be described in detail with reference to those shown in FIGS. 1 to 8 as follows.

The folding structure of the overcoat installed on the upper part of the ventilation opening formed in the automatic folding parasol according to the present invention includes a column frame 10, an upper and lower elevation pipes 20a, 20b, a main awning 30, an auxiliary awning 40, Connection hinge (50), awning tent (60), ventilation opening (70), overcoat (80), rotating folding part (90), pulley (100), wire (110), rotating winding and spreading means (120) Consists of

The column frame 10 is composed of a vertical frame 11, an inclined frame 12, a curved frame 13, and a lower vertical frame 14.

The vertical frame 11 is configured to be installed and fixed together with a fixing member (not shown) on the ground so that its lower portion is inserted into the ground at a certain depth so that it does not fall on the ground.

The inclined frame 12 is configured by being connected to the other side of the inclined frame 12 with a constant inclination angle above the vertical frame 11.

A support plate 11a is installed at a lower portion of the vertical frame 11, a curved portion 11b is formed on the upper portion of the vertical frame 11, and one side of the inclined frame 12 is formed on the curved portion 11b. It is connected and configured.

The inclined frame 12 is configured to be formed high from one side to the other side.

The curved frame 13 is formed by being curved downward on the other side of the inclined frame 12.

The lower vertical frame 14 is configured to extend vertically below the inclined frame 12 formed at one end of the curved frame 13.

A lower elevation pipe 20b, which will be described later, is inserted into the lower outer circumference of the lower vertical frame 14 to be configured.

The outer circumference of the lower lift pipe (20b) is configured to be connected and installed to rotate a plurality of auxiliary tents.

In addition, the upper and outer circumference of the lower vertical frame 14 is configured by inserting an upper lifting pipe 20a, which will be described later.

The outer circumference of the upper lifting pipe 20a is configured such that a plurality of main tents 30 are connected and installed to be rotated.

The upper lifting pipe 20a is inserted into the upper outer circumference of the lower vertical frame 14 so as to be raised and lowered in the upper outer circumference of the lower vertical frame 14.

The outer circumference of the upper lifting pipe 20a is configured to rotate by being connected with a hinge (h) to be described later.

The lower lifting pipe 20b is inserted into the lower outer circumference of the lower vertical frame 14 so as to be raised and lowered up and down of the lower vertical frame 14.

The outer circumference of the lower elevation pipe 20b is configured to rotate by connecting an auxiliary tent saliva 40 to be described later by a hinge h.

The main tent wall 30 is configured by being installed in a plurality of outer circumferences of the fixing part 20d installed on the upper part of the upper lifting pipe 20a.

In addition, a plurality of the main tent bars 30 installed on the outer circumference of the fixing part 20d installed on the upper part are connected to the outer circumference of the fixing part 20d by a hinge h.

The auxiliary tent saliva 40 is configured by being installed in a plurality on the outer circumference of the lower elevation pipe 20b.

In addition, the auxiliary awnings 40 installed in a plurality on the outer circumference of the lower lifting pipe 20b are connected to the outer circumference of the lower lifting pipe 20b by a hinge h.

The connection hinge part 50 connects the central part of the main awning 30 and the end of the auxiliary awning 40 to each other so that the central part of the main awning 30 and the end of the auxiliary awning 40 They are rotated to each other so that the auxiliary tent meat 40 is rotated to the lower portion of the main tent mesh 30 to be folded or unfolded.

The awning tent 60 is connected to the outer circumference of the main tent maks 30 and is configured to be opened and folded in the shape of a hatchet.

The awning tent (60) is preferably formed of a fabric that is not damaged by sunlight.

The ventilation port 70 is formed and configured in the center of the awning tent (60).

That is, the inner circumference of the ventilation port 70 is located under the lower vertical frame 14 and is configured to be raised and lowered from the outer circumference of the lower vertical frame 14.

The ventilation port 70 is preferably formed in a circular shape, but the shape is not limited.

On the other hand, the ventilation port 70 is heated by the sun for a long time in the awning tent 60 is configured to discharge heat generated from the awning tent 60 to the outside.

The overcoat 80 covers the upper part of the ventilation port 70, and is inserted into the outer circumference of the upper lifting pipe 20a to be fixed.

The overcoat 80 is configured with a central coupling hole 81 formed in the center thereof.

The central coupling hole 81 is configured to be coupled to the lower portion of the lower vertical frame 14.

The overcoat 80 is located under the lower vertical frame 14 to open and close the upper surface of the ventilation port 70, and the upper outer circumference of the ventilation port 70 and the lower part of the overcoat 80 By giving a certain distance to the outer periphery is configured to discharge the heat generated by the solar heat to the awning tent (60) to the outside.

The shape of the overcoat 80 is formed corresponding to the shape of the ventilation hole 70.

The rotating folding part 90 is composed of an insertion rotating part 91, a folding part 92, and a hook 93.

The insertion rotation part 91 is inserted into the upper outer circumference of the main tent shaft 30 of the outer circumference of the ventilation port 70 and is connected by a hinge h.

It consists of the folding portion 92 formed on the upper end of the insertion pivoting portion 91.

The insertion rotation part 91 is composed of an insertion standing part 91a formed vertically.

It is composed of an upper connecting portion 91b extending on the top of the insertion standing portion 91a.

On the other hand, the folding portion 92 is installed to extend horizontally at the upper end of the upper connection portion (91b).

It is composed of an inner surface of the insertion standing part 91a, and a coupling hole 91c formed in the insertion standing part 91a by inserting the main awning 30 into the lower part of the upper connection part 91b.

A hinge (h) is inserted into the coupling insertion hole (31) formed in the main tent (30).

In addition, it is composed of a hook 93 installed in the lower portion of the insertion stand (91a).

One end of the hook 93 is formed to be curved inward of the insertion standing part 91a.

In addition, it is configured by being connected to the folding portion 92 and the connecting member (a) installed on the outer periphery of the overcoat 80.

That is, the connecting member (a) connected to the outer circumference of the overcoat 80 is inserted into the insertion hole (h1) formed at the end of the folding part 92 to be tied and fixed.

A hook 93 is formed at the lower end of the insertion pivoting part 91.

It is configured to be connected to the connecting member (a) installed on the inner circumference of the awning tent (60) on the hook (93).

The connecting member (a) is composed of a general string.

On the other hand, it is composed of hooks 93 respectively installed at the lower portion of the insertion stand (91a).

One end of the hook 93 is formed to be curved toward the inside of the insertion stand.

As described above, one end of the hook (93) is formed to be curved to the inside of the insertion standing portion, the connecting member (a) installed on the inner circumference of the ventilation opening (70) formed in the center of the awning tent (60) It is to be easily fixed to the curved hook 93 and the connecting member (a) to be stably fixed to the curved hook 93.

As described above, the rotation folding part 90 composed of the insertion rotation part 91, the folding part 92, and the hook 93 is disposed on the upper part of the main tent bars 30, and the overcoat 80 ) Of the outer circumference of the connecting member (a) is connected to the outer circumference of the overcoat 80 and the outer circumference of the upper and outer circumference of the ventilation opening 70 It is possible to fold and unfold in completely airtight contact with the upper surface to secure the ease of storage by airtightly folding the main awnings 30, the auxiliary awnings 40, and the awning awnings 60, The inner circumference of the overcoat 80 and the outer circumference thereof are completely in contact with the upper and outer circumference of the ventilation opening 70 and the upper surface of the main tent bars 30, and through the ventilation opening 70 Foreign substances are introduced into the overcoat 80 and the awning tent 60, and the inside of the overcoat 80 and the awning tent 60 is contaminated by foreign substances introduced through the ventilation port 70. This is to prevent it from becoming.

The pulley 100 is configured by being installed in a plurality inside and outside the column frame 10.

The pulley 100 is configured by being connected to a wire 110 connected to the lower elevation pipe 20b.

The wire 110 is connected to each of the lower lifting pipe 20b and the pulley 100 and configured to guide movement.

These wires 110 are configured in connection with the pulleys 100.

The rotating winding and spreading means 120 is connected to the wire 110 and is configured to be installed outside the vertical frame 11.

Another embodiment of the present invention will be described as follows.

In another embodiment according to the present invention, the folding structure of the overcoat installed on the upper part of the ventilation opening formed in the automatic folding parasol as shown in FIGS. 5 to 7 is a column frame 10, an upper and lower elevation pipes 20a, 20b, and a main tent. (30) and the auxiliary awning (40), the connecting hinge (50), the awning tent (60), the ventilation port (70), the overcoat (80), the rotating folding part (90a), the pulley (100) and the wire (110) ) And a rotating winding and spreading means 120.

The pillar frame 10 is composed of a vertical frame 11 and an inclined frame 12 having a curved frame 13 and a lower vertical frame 14.

The vertical frame 11 is configured to be installed and fixed together with a fixing member (not shown) on the ground so that its lower portion is inserted into the ground at a certain depth so that it does not fall on the ground.

The inclined frame 12 is configured by being connected to the other side of the inclined frame 12 with a constant inclination angle above the vertical frame 11.

A support plate 11a is installed at a lower portion of the vertical frame 11, a curved portion 11b is formed on the upper portion of the vertical frame 11, and one side of the inclined frame 12 is formed on the curved portion 11b. It is connected and configured.

The inclined frame 12 is configured to be formed high from one side to the other side.

The curved frame 13 is formed by being curved downward on the other side of the inclined frame 12.

The lower vertical frame 14 is configured to extend vertically below the inclined frame 12 formed at one end of the curved frame 13.

A lower elevation pipe 20b, which will be described later, is inserted into the lower outer circumference of the lower vertical frame 14 to be configured.

The outer circumference of the lower lift pipe (20b) is configured to be connected and installed to rotate a plurality of auxiliary tents.

In addition, the upper and outer circumference of the lower vertical frame 14 is configured by inserting an upper lifting pipe 20a, which will be described later.

The outer circumference of the upper lifting pipe 20a is configured such that a plurality of main tents 30 are connected and installed to be rotated.

The upper lifting pipe 20a is inserted into the upper outer circumference of the lower vertical frame 14 and configured to be raised and lowered in the upper outer circumference of the lower vertical frame 14.

The outer circumference of the upper lifting pipe 20a is configured to rotate by being connected with a hinge (h) to be described later.

The lower lifting pipe 20b is inserted into the lower outer circumference of the lower vertical frame 14 and configured to be lifted up and down of the lower vertical frame 14.

The outer circumference of the lower elevation pipe 20b is configured to rotate by connecting an auxiliary tent saliva 40 to be described later by a hinge h.

The main tent bar (30) is configured to be installed in a plurality on the outer circumference of the upper lifting pipe (20a).

In addition, a plurality of the main tent bars 30 installed on the outer circumference of the upper lifting pipe 20a are connected to the outer circumference of the upper lifting pipe 20a by a hinge h.

Auxiliary tentsal 40 is configured by being installed in a plurality on the outer circumference of the lower elevation pipe (20b).

In addition, the auxiliary awnings 40 installed in a plurality on the outer circumference of the lower lifting pipe 20b are connected to the outer circumference of the lower lifting pipe 20b by a hinge h.

The connection hinge part 50 connects the central part of the main awning 30 and the end of the auxiliary awning 40 to each other so that the central part of the main awning 30 and the end of the auxiliary awning 40 It is configured to rotate to each other so that the auxiliary awning 40 is rotated to the lower portion of the main awning 30 to be folded or unfolded.

The awning tent 60 is connected to the outer circumference of the main awnings 30 so as to be opened and folded in the shape of a hatchet.

The awning tent 60 is preferably formed of a fabric paper that is not damaged by sunlight, but various materials may be used.

Ventilation port 70 is formed and configured in the center of the awning tent (60).

That is, the inner circumference of the ventilation port 70 is located under the lower vertical frame 14 and is configured to be raised and lowered from the outer circumference of the lower vertical frame 14.

Ventilation port 70 is preferably formed in a circular shape, but the shape is not limited.

Meanwhile, the ventilation port 70 is configured to discharge heat generated from the awning tent 60 to the outside by heating the awning tent 60 by the sun for a long time.

The overcoat 80 covers the upper part of the ventilation port 70 and is inserted into the outer circumference of the upper lifting pipe 20a to be fixed.

The overcoat 80 is configured with a central coupling hole 81 formed in the center thereof.

The central coupling hole 81 is configured to be coupled to the lower portion of the lower vertical frame 14.

The overcoat 80 is located under the lower vertical frame 14 to open and close the upper surface of the ventilation port 70, and the upper outer circumference of the ventilation port 70 and the lower part of the overcoat 80 The outer circumference is given a predetermined interval so that the heat generated by solar heat in the awning tent 60 is discharged to the outside.

The shape of the overcoat 80 is formed corresponding to the shape of the ventilation hole 70.

The rotating folding part (90a) is an assembly member having a fixed part (91-1) fixedly installed on the top of the main tent (30) and a standing part (92-1) forming a vertical long hole (93-1) ( 95), an overcoat 94-1 inserted into the rising portion 92-1 of the assembly member 95 and supporting the overcoat 80, and a through hole 94 of the overcoat 94-1. -2) And by inserting a hinge (h) into the vertical long hole (93-1) of the rising portion (92-1) to assemble and install the assembly member (95) and the cover (94-1).

It consists of a fixing part (91-1) fixedly installed on the outer circumference of the upper outer circumference of the main tent (30) of the outer circumference of the ventilation opening (70).

Standing portions 92-1 are installed on both sides of the fixing portion 91-1 and composed of vertical long holes 93-1 formed in both the standing portions 92-1.

It is composed of an overcoat 94-1 provided in plural under the overcoat 80 so as to be inserted into both the standing portions 92-1.

The overcoat 94-1 is provided on the upper part of the lower lifting pipe 20b and connected to the outer circumference of the lifting pipe 20c installed to be raised and lowered in the lower vertical frame 14 by a hinge h. .

A hinge (h) is inserted and installed in the through hole 94-2 formed in the overcoat 94-1 and the vertical long hole 93-1.

In addition, it consists of the hinge (h) inserted into both the vertical long hole (93-1).

It is composed of a separation prevention hole (h2) having an insertion hole (h1) to be inserted into the outer circumference of the exposed portion of the hinge (h) exposed on both sides of both the vertical long hole (93-1).

In this way, it is composed of a separation prevention hole (h2) having an insertion hole (h1) to be inserted into the outer circumference of the exposed portion of the hinge (h) exposed on both sides of the vertical long hole (93-1), the hinge (h) prevents the hinge (h) from being separated from both the vertical long holes 93-1 during a long elevating action in both the vertical long holes 93-1, and the vertical long hole 93-1 The rotating folding part (90a), which is a configuration of the standing part (92-1) having, is airtightly folded on the upper part of the main tent (30), so that the upper outer circumference of the ventilation port (70) and the cover The lower circumference of the membrane 80 is folded more airtightly to prevent contamination on the inner surfaces of the awning tent 60 and the overcoat 80 due to foreign substances introduced by the ventilation opening 70 .

As described above, the rotation folding part 90a composed of the fixing part 91-1, the standing part 92-1, and the vertical long hole 93-1 is The overcoat (94-1) provided at the lower portion of the overcoat (80) and connected to the vertical hole (93-1) of the rotating folding part (90a) by a hinge (h) The reason that the (94-1) is raised and lowered between the two upright portions 92-1 is that the hinges (h) installed on the overcoats 94-1 are stable in the vertical long hole 93-1. When the overcoat 94-1 is raised and lowered stably between the two upright portions 92-1, the overcoat 94-1 is moved between the two upright portions 92-1. When lowered and airtightly adhered to the upper surface of the fixing part 91-1, the overcoat 80 connected to the overcoat 94-1 is provided with the ventilation port 70 and the main tent bark 30 It is tightly adhered to the top surface of and folded.

Therefore, the rotational folding part 90a is airtightly folded over the top of the main tent bars 30 so that the upper outer circumference of the ventilation opening 70 and the lower circumference of the overcoat 80 are more airtight. This is to prevent contamination on the inner surface of the awning tent 60 and the overcoat 80 by foreign substances introduced by the ventilation opening 70 being folded.

The pulley 100 is configured by being installed in a plurality inside and outside the column frame 10.

The pulley 100 is configured by being connected to a wire 110 connected to the lower elevation pipe 20b.

The wire 110 is connected to each of the lower lifting pipe 20b and the pulley 100 and configured to guide movement.

These wires 110 are configured in connection with the pulleys 100.

The rotating winding and spreading means 120 is connected to the wire 110 and is configured to be installed outside the vertical frame 11.

On the other hand, the overcoat 94-1 is formed through the overcoat 94-1 when it is raised and lowered between the two upright portions 92-1 and the upper surface of the fixing portion 91-1. The hinge (h) coupled to the through hole (94-2) is raised and lowered in both the vertical long hole (93-1). When the overcoat (80) opens the ventilation port (70) by unfolding the parasol, the overcoat is taut. While being pulled so that the hinge (h) rises and descends within the vertical long hole (93-1), the overcoat (94-1) is moved upward as the overcoat (94-1) passes, and the overcoat (94) has the overcoat (80) thereon. The tip surface of -1) abuts the upper surface of the fixing part 91-1, so that the overcoat 94-1 is maintained in an inclined state between the two standing parts 92-1, and the parasol When folded, the overcoat 94-1 is moved to the lower side, so that the overcoat 80 becomes loose, and the hinge h descends from the inside of the vertical long hole 93-1 to the bottom of the overcoat 94-1. When the lower surface of) is in close contact with the upper surface of the fixing part 91-1 so that both the standing parts 92-1 are kept in a horizontal state, the overcoat 80 closes the ventilation port 70 The lower surface of the overcoat 94-1 is completely in close contact with the upper surface of the fixing part 91-1 and the upper surface of the main tent 30 and is maintained in a horizontal state.

The present invention described above includes a vertical frame 11 fixed to the ground, an inclined frame 12 formed to be inclined upward on the upper end of the vertical frame 11, and curved downward from the top of the inclined frame 12. A column frame 10 composed of a curved frame 13 and a lower vertical frame 14 formed from a lower portion of the curved frame 13 to a lower portion; Upper and lower elevation pipes (20a, 20b) that are elevated at the upper and lower outer circumferences of the lower vertical frame (14); A main tent wall 30 connected to the outer circumference of the upper lifting pipe 20a by a plurality of hinges h; An auxiliary awning 40 connected to the outer periphery of the lower elevation pipe 20b by a plurality of hinges h; A connection hinge part 50 for connecting the central part of the main awning 30 and the end of the auxiliary awning 40 to each other; A awning tent (60) connected to the outer circumference of the main tent (30) so as to be opened and folded in the shape of a hatchet; A ventilation opening (70) formed in the center of the awning tent (60); An overcoat 80 having a central coupling hole 81 that covers an upper portion of the ventilation port 70 and is inserted into the outer circumference of the fixing part 20d installed on the upper elevation pipe 20a and fixed; Insertion pivoting part 91 inserted into the upper outer circumference of the main tent bar 30 of the outer circumference of the ventilation port 70 and connected by a hinge h, and a folding formed on the upper end of the insertion pivoting part 91 A hook 93 formed at the lower end of the insertion pivoting part 91 is provided to be connected to the part 92, has a hook 93, and the folding part 92 and the outer side of the overcoat 80 The rotating folding part 90 is connected to the connecting member (a) installed around the hook (93) and configured to be connected to the connecting member (a) installed on the inner circumference of the overcoat 80 of the ventilation hole (70) Wow; A pulley 100 installed in a plurality of inside and outside of the column frame 10; A wire 110 connected to each of the lower lift pipes 20b and the pulleys 100 to guide movement; It is connected to the wire 110 and is composed of a rotation winding and spreading means 120 installed outside the vertical frame 11, and a rotation winding and spreading means 120 installed outside the column frame 10, , The wire 110 connected to the pulley 100 installed in a plurality of inside and outside the column frame 10, and the lower elevation pipe 20b installed on the outer circumference of the lower vertical frame 14, and When the wire 110 is wound and unfolded by the rotational winding and unfolding means 120, the lower elevation pipe 20b in the lower vertical frame 14 of the column frame 10 is connected to the wire 110 ) To drive the auxiliary awnings 40 and the main awnings 30 connected to the lower elevating pipe 20b, and connected to the main awnings 30 to rotate The rotating folding part 90 and the overcoat 80 for opening and closing the ventilation opening 70 formed in the center of the awning tent 60 covered over the main tent curtains 30 are opened. It is connected to 90, so that when the main awnings 30, the auxiliary awnings 40, and the awning are folded to the lower portion of the lower vertical frame 14, the upper and lower portions of the ventilation openings 70 The overcoat 80 installed on the vertical frame 14 is airtightly attached to the upper and outer sides of the main tent shaft 30 to be folded so that the overcoat airtightly fits the ventilation holes formed on the awning tent in the parasol having the awning tent This is to prevent contamination of the inside of the awning tent and overcoat by being folded in contact to prevent the inflow of foreign substances into the ventilation hole, and to easily fold and store the awning tent of the parasol.

The embodiments according to the present invention described above are merely exemplary, and those of ordinary skill in the art to which the present invention pertains will appreciate that various modifications and other equivalent embodiments are possible. . Therefore, it will be appreciated that the present invention is not limited to the form mentioned in the detailed description above.

Therefore, the true technical scope of the present invention should be determined by the technical spirit of the appended claims. In addition, the present invention is to be understood as including the spirit of the present invention as defined by the appended claims and all modifications, equivalents and substitutes within the scope thereof.

10: pillar frame 11: vertical frame
12: inclined frame 14: lower vertical frame
30: main tent, 40: auxiliary tent,
60: awning tent 70: ventilation
80: overcoat 81: central coupling hole
90, 90a: rotation folding part 91: insertion rotation part
91a: insertion standing part 91b: upper connection part
91c: coupling hole 91-1: fixing part
92: folding part 92-1: standing part
93: hook 93-1: vertical long hole
94-1: covering 100: pulley
110: wire 120: rotating winding and spreading means

Claims (6)

Consisting of a vertical frame (11) fixed to the ground, an inclined frame (12) formed to be inclined upwards on the vertical frame (11), and a lower vertical frame (14) formed from a lower portion of the inclined frame (12) A column frame 10 and; A main tent wall (30) installed in the upper elevation pipe (20a); An auxiliary awning 40 installed on the upper part of the lower elevation pipe 20b; A awning tent (60) formed in the center of the ventilation hole to be installed on the main tent (30); An overcoat 80 covering an upper portion of the ventilation hole 70;
An insertion pivoting part 91 inserted into the upper and outer circumference of the main tent wall 30 of the outer circumference of the ventilation port 70 and connected by a hinge h, and a folding formed on the upper end of the insertion pivoting part 91 A connecting member (a) provided on the outer circumference of the folding part 92 and the overcoat 80, provided with a part 92 and a hook 93 formed at a lower end of the insertion rotation part 91 A rotating folding part 90 connected to the hook 93 and configured to be connected to a connecting member (a) installed on the inner circumference of the overcoat 80 of the ventilation port 70;
A wire 110 connected to each of the lower lift pipes 20b and the pulleys 100 to guide the movement; The folding structure of the overcoat installed on the upper part of the ventilation opening formed in the automatic folding parasol, characterized in that consisting of a rotating winding and spreading means 120 connected to the wire 110 and installed on the vertical frame (11). The method of claim 1,
The insertion and rotation part 91 includes an insertion standing part 91a formed vertically, an upper connection part 91b extending above the insertion standing part 91a, and an inner surface of the insertion standing part 91a, and the In the coupling hole (91c) formed in the upper connecting portion (91b), the main tent rib 30 is inserted and the insertion standing portion (91a), and the coupling insertion hole (31) formed in the main tent (30) The folding structure of the overcoat installed on the upper part of the ventilation opening formed in the automatic folding parasol, characterized in that the hinge (h) is inserted. The method of claim 2,
The insertion and rotation part 91 includes an insertion standing part 91a formed in a plurality, and an upper connection part 91b that is installed between the insertion standing parts 91a and connects the upper inner side of the insertion standing part 91a to each other. , The main awning 30 is inserted between the both of the insertion stand (91a) and the inner surface of the upper connection (91b), and a coupling hole (91c) formed in both the insertion stand (91a), and the The folding structure of the overcoat installed on the upper part of the ventilation opening formed in the automatic folding parasol, characterized in that the hinge (h) is inserted into the coupling insertion hole 31 formed in the main tent (30). The method according to claim 2 and 3,
On the upper part of the ventilation opening formed in the automatic folding parasol, characterized in that the hook 93 installed at the lower part of the insertion stand (91a) and one end of the hook (93) are formed to be curved inward of the insertion stand (91a) Folding structure of the installed overcoat. Consisting of a vertical frame (11) fixed to the ground, an inclined frame (12) formed to be inclined upward on the vertical frame (11), and a lower vertical frame (14) formed from a lower portion of the inclined frame (12) A pillar frame 10 and; A main tent wall (30) installed in the upper elevation pipe (20a); An auxiliary awning 40 installed on the upper part of the lower elevation pipe 20b; A awning tent (60) formed on the main tent (30) by forming a ventilation hole (70) in the center; An overcoat 80 covering an upper portion of the ventilation hole 70; A fixing part 91-1 fixedly installed on the upper and outer circumference of the main tent bar 30 of the outer circumference of the ventilation port 70 and vertical long holes 93-1 on both sides of the fixing part 91-1 An assembly member 95 having a standing portion 92-1 formed, and a cover provided in plural under the overcoat 80 to be inserted into the standing portion 92-1 of the assembly member 95 A pivoting folding part (90a) in which a hinge (h) is inserted and installed in the membrane 94-1, the through hole 94-2 formed in the overcoat 94-1, and the vertical long hole 93-1; A wire 110 connected to each of the lower lift pipes 20b and the pulleys 100 to guide the movement; The folding structure of the overcoat installed on the upper part of the ventilation opening formed in the automatic folding parasol, characterized in that consisting of a rotating winding and spreading means 120 connected to the wire 110 and installed on the vertical frame (11). The method of claim 5,
The hinge (h) is raised and lowered inside both the vertical long holes (93-1), and the outer circumference of the overcoat (94-1) between the two standing portions (92-1) is the hinge (h) and The folding structure of the overcoat installed on the upper part of the ventilation opening formed in the automatic folding parasol, characterized in that it is elevated together.

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