KR200437732Y1 - Connector for log frame - Google Patents

Abstract

The present invention relates to a log frame connector for easier installation of the bottom of the octagonal form of the capillary frame using a cylindrical log standardized from a log plant manufactured in various sizes. The log frame connector, the log support pillar insertion portion having an arc-shaped log support pillar through hole through which the log support pillar is fastened and is spaced apart at a predetermined angle on both sides of the side end of the log support pillar insertion portion. Characterized in that it consists of two first log seating portion of the semi-circular arc form a right angle with the log support pillar through-hole. In this case, the second log seating portion separately manufactured and horizontally disposed in a space between the two first log seating portions and vertically integrally formed at one end with one end of the second log seating portion and vertically connected to the log when the frame is fastened. Two arc-shaped vertical extensions corresponding to the support pillar through-holes and horizontally integrally connected to both sides of the one end of the second log seating portion and corresponding to the first log seating portion when the frame is fastened. It further comprises a horizontal extension.

Logs, End Connections, Coffee Beans, Octagons, Floors

Description

Connector for log frame {CONNECTOR FOR LOG FRAME}

1 is an overall perspective view showing a coupling state of the temporal membrane frame according to the present invention.

Figure 2a and Figure 2b is a perspective view of the main portion and the first corner connector showing the coupling state of the first corner connector for forming the roof of the capillary frame according to the present invention, respectively.

Figure 3a is a perspective view of the log frame connector, the main feature of the subject innovation.

3B is a perspective view illustrating main parts of the log frame connector of FIG. 3A, that is, the second corner connector, in order to form the bottom of the bean sprout frame.

4a and 4b are respectively a perspective view of the main portion and the ceiling center fixing plate showing a coupling state of the ceiling center fixing plate for forming the ceiling of the bean sprout frame according to the present invention.

5a and 5b are respectively a perspective view of the main portion and the bottom center fixing plate showing a coupling state of the bottom center fixing plate for forming the bottom of the bean sprout frame according to the present invention.

-Explanation of symbols for the main parts in the drawings-

1: filament frame

10: log support pillar 11: lower center log support pillar

12: center upper log support pillar 13: connector

14: transverse cross holder 20: first cross holder

30: upper center holder 31: corner holder

40: first corner connector 41: log support pillar insertion protrusion

42: first horizontal holder seat 43: upper center holder seat

44: corner holder seat 45: log support pillar insertion groove

50: disc-shaped ceiling central fixing plate 51: central hall

52: slanted conical shape 60: second horizontal holder

70: horizontal center guide

80: log frame connector (second corner connector), the main feature of the present invention

81: log support pillar insertion portion 82: the second horizontal holder seat

83: horizontal center fixture seating 84: vertical extension

85: horizontal extension 87: log support pillar through hole

94: support angle 100: bottom center fixing plate

101: center hole 102: horizontal concave

The present invention relates to a connector for a log frame, and more particularly, a log frame connector for more easily installing the bottom of the octagonal form of the capillary frame using a cylindrical log standardized from a log plant manufactured in various sizes. It is about.

In places such as outdoor camping grounds, a large number of prefabricated facilities such as coffee beans and bungalows are installed to allow camping and cooking.

Such outdoor prefabricated walls (small houses) or tents are very efficient in accommodating family members or in groups of campers, and are installed in independent forms, allowing free camping without the interference of others. .

Most of these prefabricated small houses or coffee beans are vertically placed with a plurality of support pillars, and a bottom portion is formed inside the vertically supported pillars, and a roof is formed on the top of the bottom portion, that is, the tip of the support pillar. It is to be installed to have.

In addition to these installations, tents that can be quickly assembled or dismantled are also widely used.

The tent used as the top roof of such a prefabricated small house or tent is provided with a tension on the tent itself according to the change of the length of the tension adjusting device by using a separate tensioning device in the inner center while fixing each edge portion to the side crossbar of the support pillar. This prevents the tent from sagging or crimping, thereby preventing it from fluttering by the wind.

However, in the case of the conventional prefabricated small houses or tents as described above, the components themselves are not strong, so there is a risk of flooding or dismantling due to strong winds or rains, as well as a rough tent as a roof. have.

In addition, in the case of the conventional prefabricated beans or tent as described above, there is no suggestion for connecting the frame for the log frame to install the octagonal bottom of the Korean traditional style using a cylindrical log manufactured by standardizing from a wood factory.

Therefore, the object of the present invention is to use a log of the cylindrical frame manufactured and standardized from the wood factory as a frame and log frame connector for installing them to the bottom of the octagonal form of the traditional Korean style log frame more robust and beautiful appearance To provide a connector for.

The log frame connector according to the present invention for achieving the object of the present invention, the log support pillar insertion portion having an arc-shaped log support pillar through hole through which the log support pillar is fastened, and the log support pillar insertion It is arranged spaced at a predetermined angle on both sides of the side end portion and characterized in that consisting of two first log seating portion of the semi-circular arc form a right angle with the log support pillar through-hole.

Here, the second log seating portion is formed separately in the space between the two first log seating portion and is horizontally formed vertically integrally with one end of one end of the second log seating portion and the log support when the frame is fastened Two horizontally arcuate vertical extensions corresponding to the pillar through-holes and horizontally integrally connected to both sides of the one end of the second log seating portion, and having two arc-shaped horizontal portions corresponding to the first log seating portion when the frame is fastened. It is preferred to further include an extension.

In addition, it is preferable that the first fastening hole is formed at the center of the upper peripheral portion of the semi-circular arc-shaped log support pillar insertion portion.

In addition, it is preferable that the second fastening hole is formed at four corners of the semicircular arc-shaped log support pillar insertion portion.

In addition, at the four corners of the two semi-circular arc-shaped first log seating portion opposite to each other and the opposite ends of the arc-shaped log support pillar insertion portion meets the plate-shaped rectangular fan-shaped One contact portion is formed, and two plate-like second contact portions each formed at right angles of a fan shape are formed at opposite ends of the arcuate vertically extending portion, and the lower side of the log support pillar insert portion is formed when the frame is fastened. Preferably, the two opposing first abutments and the two second abutments of the vertical extension abut each other, and are enclosed and fastened around the log support post by the log support post insertion portion and the vertical extension. Do.

In addition, a third fastening hole may be formed in the two horizontal extensions.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention.

1 is an overall perspective view showing a coupling state of the temporal membrane frame according to the present invention. Here, the coffee bean frame 1 according to the present invention can be installed in a small house (membrane) of octagonal design of Korean traditional style by various corner connectors as described below using cylindrical logs manufactured after being standardized from a wood factory. . In addition, it is preferable that the upper part of the capillary frame 1 according to the present invention forms a roof by installing a tile.

As shown in FIG. 1, the coffee bean frame 1 according to the present invention includes eight log-shaped pillars 10 having a vertical cylindrical shape and eight transverse directions connecting the upper ends of the log supporting pillars. A first horizontal holder 20, eight upward center holders 30 which are inclined upwardly inwardly centered on the upper ends of the log support pillars, the first horizontal holders 20 in each transverse direction and the respective log supports It consists of eight first corner connectors 40 for connecting the upper end of the column horizontally and for connecting the respective upward center fixtures 30 to the inner side of the upper end of each log support pillar.

In this way, the eight first corner connectors 40 are connected to the top of the eight log support pillars, the eight first transverse guides 20 in the transverse direction, and the eight upward center guides 30 so as to connect the bean sprout frame 1. The octagonal octagonal roof forms a skeleton. Here, the bean rim frame 1 of the present invention shows eight log support pillars 10, a first horizontal holder 20, and an upward central holder, respectively, to achieve an octagonal pavement, which is a traditional Korean style, but is hexagonal or pentagonal. It can be understood that the various polygonal shapes of the can be installed and does not limit the number.

In addition, the lower side of the coffee beans frame 1 according to the present invention, the second transverse holder 60 in the transverse direction connecting the lower outer side of each log support pillar 10 horizontally, and each log support pillar Eight horizontal center holders 70, which are horizontally concentrated in the lower inner center of the 10, the eight transverse second horizontal holders 60, the eight horizontal center holders 70 and the eight logs It consists of eight second corner connector 80 which is the main feature of the present invention connecting the lower portion of the support pillar 10, respectively, to form a bottom portion (not shown in the figure) spaced from the ground. Of course, in the illustrated example, eight log support pillars 10, eight second horizontal holders 60, and eight horizontal center holders 70 are illustrated, but as described above, various polygonal shapes such as hexagons or pentagons are illustrated. It can be installed as is not limited to the number.

In addition, each of the other end portion of the eight upper center fixing 30 is concentrated in the center of the ceiling of the disk shape of the octagonal pentagonal frame 1 according to the present invention by being mounted and mounted on the disk-shaped ceiling center fixing plate 50 To form. In addition, the other end portion of the eight horizontal center holder 70 forming the bottom of the bean rim frame 1 according to the present invention is centrally concentrated by being mounted on the bottom center fixing plate 100 of the disc shape, respectively. It forms the bottom part of the pentagonal frame 1 of the octagonal form according to the present invention.

In addition, the lower end of the eight log support pillars 10 and the lower end of the central lower log support pillar 11 connected to the lower end of the bottom center fixing plate 100 to form a support angle 94 to more stably on the ground It is supported.

Figure 2a and Figure 2b is a perspective view of the main portion and the first corner connector showing the coupling state of the first corner connector for forming the roof of the capillary frame according to the present invention, respectively.

As shown in FIGS. 2A and 2B, each of the eight first corner connectors 40 has a log support having a log support pillar insertion groove 45 into which an upper end of each log support pillar 10 is inserted and fastened. The pillar insertion protrusion 41 and two ends of the two first horizontal holders 20 disposed to be spaced apart at a predetermined angle from the upper outer side of the log support pillar insertion protrusion 41 are respectively seated and fastened. A semicircular arc-shaped upward portion disposed between the first horizontal holder seat 42 having a semicircular shape and the two first horizontal holder seats 42 having one end of the upper center holder 30 seated thereon and fastened. It consists of a center holder seat 43.

In addition, the opposite side of the upward center holder seat 43 is also formed in the semi-circular arc-shaped corner holder seat 44 is further formed so that the upper end of the inclined corner holder 31 can be seated and fastened. have. Such, the corner holder 31 is fastened to the first corner connector 40 on the spaced apart extension line of the one end of the upper center holder 30 to form a skeleton of the roof of the bean sprout frame 1 according to the present invention It helps to support more stably.

In addition, the fastening hole 41-1 is formed at the bottom of the log support pillar insertion protrusion 41 of the first corner connector 40 to be spaced apart at an angle of about 90 degrees to protrude downward. The upper end of the log support pillar 10 inserted into the log support pillar insertion protrusion 41 by a fastening means such as a screw or a nail through 41-2 can be fastened.

In addition, the two semicircular arc-shaped first horizontal holder seats 42, the upper center holder seats 43, and the corner holder seats 44 of the first corner connector 40 are respectively opposite to each other in a semicircular arc. Two fastening holes 42-1, 43-1, 44-1 are formed at the periphery of the first periphery, respectively, by means of fastening means such as screws or nails, respectively. 30) and one end of the corner holder 31 is in close contact with each other.

Figure 3a is a perspective view of the log frame connector which is the main feature of the present invention, Figure 3b is a perspective view of the main part showing the coupling state of the log frame connector, that is, the second corner connector of Figure 3a to form the bottom of the bean film frame together for convenience Let's explain. Here, in the illustrated example, although mainly described as a connector of the beans frame, it will be understood that the same applies to connectors of all kinds of frames that can be used by connecting logs in addition to the beans.

3A and 3B, the log frame connector 80 as the second corner connector 10 according to the present invention has an arc-shaped log support column through hole through which the log support column 10 is fastened. Semi-circle which is spaced at a predetermined angle on both sides of the log support pillar insertion portion 81 and the side end of the log support pillar insertion portion 81 and perpendicular to the log support pillar through-hole 87 It consists of two first log seats (second transverse seat seats 82; see FIG. 3B) in the form of an arc.

In addition, the second log seating portion (horizontal center holder seating portion 83; see Fig. 3b) and horizontally arranged in the space between the two first log seating portion 82 and the second log seating A vertically extending portion 84 having a substantially arc shape and vertically integrally formed at one end of the portion 83 and corresponding to the log support pillar through-hole, and the second log seating portion (horizontal center holder seating portion 83). 3b) further includes two horizontally extending portions 85 of an arc shape which are horizontally integrally connected to both sides of the one end of the one end of FIG. 3 and corresponding to the first log seating portion 82.

In addition, a first support hole 81-1 is formed at the center of the upper peripheral portion of the semi-circular arc-shaped log support pillar insertion portion 81, and the log support pillar 10 inserted by a fastening means such as a screw or a nail and the like. It is designed to be in close contact.

In addition, four second fastening holes 81-2 may be formed at four corners of the semi-circular arc-shaped log support pillar inserting portion 81 to be in close contact with the inserted log support pillar 10. It is supposed to be.

In addition, opposite ends of the two semi-circular arc-shaped first log seating portions (second horizontal holder seating portion 82; see FIG. 3B) and the arc-shaped log support pillar inserting portion 81 At the four corners of the opposite ends of the opposite ends of the plate-shaped first contact portion 86 in the form of a rectangular fan-shaped is formed, and a rectangular fan-shaped at the opposite ends of the peripheral edge of the arc-shaped vertical extension 84 Two plate-shaped second abutments 84-1 having a shape are formed so that when the frame is fastened, the two opposing first abutments 86 and the lower side of the log support pillar insertion portion 81 The two second abutments 84-1 of the vertical extension 84 abut each other and the log support pillar insertion portion 81 and the vertical extension 84 of the log support pillar 10. It is wrapped around the circumference.

Of course, the two horizontal extension portions 85 are provided with a third fastening hole 85-1 so that they can be fastened with the second horizontal holder 60 by fastening means such as screws or nails.

4a and 4b are respectively a perspective view of the main portion and the ceiling center fixing plate showing a coupling state of the ceiling center fixing plate for forming the ceiling of the bean sprout frame according to the present invention.

As shown in Figures 4a and 4b, the ceiling center fixing plate 50 is in the shape of a disk, in the center of which the central hole 51 into which the central upper log support pillar 11 is inserted, and its outer peripheral upper surface. Eight inclined concave rests 52 are formed on which the other ends of the eight upper center rests 30 are seated and mounted at a predetermined angle. As such, since the recess 52 of the concave shape is inclined upward, the other end of the upper center holder 30 that is also inclined upward may be stably seated.

In addition, the central hole 51 of the ceiling central fixing plate 50 is inserted through the upper end of the upper vertical log support pillar 12 vertically entered and the lower end of the central upper log support pillar is connected to the connector 13 and transverse transverse. The semi-membrane frame 1 according to the present invention by being seated on the transverse transverse mounting seats (not shown) of the two first corner connectors 40 which are connected to the fixing stand 14 so that both ends of the transverse transverse guide 14 face each other. It helps to support the frame forming the roof more stably. Such a central upper log support column 12, connector 13 and transverse transverse fixture 14 are not necessarily optional components.

5a and 5b are respectively a perspective view of the main portion and the bottom center fixing plate showing a coupling state of the bottom center fixing plate for forming the bottom of the bean sprout frame according to the present invention.

As shown in FIGS. 5A and 5B, the bottom center fixing plate 100 also has a substantially disk shape in the same manner as the ceiling center fixing plate 50, and a center lower log support column 11 is inserted in the center thereof. Eight horizontal concave rests 102 are formed in which the other ends of the eight horizontal center holders 70 are seated and mounted at a predetermined angle along the upper periphery of the hole 101 and its outer circumference.

In addition, the upper end of the central lower log support pillar 11 is vertically inserted into the central hole 101 of the bottom central fixing plate 100 is inserted and penetrated, and a support angle 94 is formed at the lower end of the central upper log support pillar. It can be supported on the ground more stably.

As described above, according to the connector for the log frame according to the present invention, the log frame connector to use a cylindrical log manufactured in various sizes and standardized from the wood factory as a frame and install them as the bottom of the octagonal pavilion of the traditional Korean style By providing a more robust and more beautiful appearance is effective.

Although the present invention has been described in detail, a person of ordinary skill in the art may make various changes and modifications from the present invention without departing from the scope of the present invention, but this is also within the scope of the present invention. You must understand.

Claims (6)

A log support pillar insertion portion having an arc-shaped log support pillar through hole through which the log support pillar is fastened; The log frame connector, characterized in that spaced at a predetermined angle on both sides of the end portion of the log support pillar insertion portion consisting of two first log seating portion of a semi-circular arc forming a right angle with the log support pillar through-hole. The method of claim 1, The second log seat is formed in a space between the two first log seats and is arranged horizontally, and vertically integrally formed at one end with one end of the second log seat and corresponds to the log support pillar through hole. And an arc-shaped vertical extension part and two horizontal extension parts each having a circular arc shape and being horizontally integrally connected to both sides of the one end of the second log seat part and corresponding to the first log seat part. End connector for log frame. The method of claim 1, Connector for the frame frame, characterized in that the first fastening hole is formed in the center of the upper periphery of the semi-circular arc-shaped log support pillar insertion portion. The method of claim 1, The connector for the frame frame, characterized in that the second fastening hole is formed in the four corners of the semi-circular arc-shaped log support pillar insertion portion. The method of claim 2, At the four corners where the opposite ends of the two semi-circular arc-shaped first log seats meet and the opposite ends of the arc-shaped log support pillar inserting portions, a first flat plate-shaped abutment is formed at right angles. At the opposite ends of the arc-shaped vertical extension portion, two plate-shaped second abutments formed at right angles of a fan shape are formed so that two opposite sides of the log support pillar inserting portion are formed when the frame is fastened. The log frame, characterized in that the first contact portion and the two second contact portions of the vertical extension portion abut each other and is fastened by surrounding the circumference of the log support pillar by the log support pillar insertion portion and the vertical extension portion. Dragon connector. The method of claim 2, A log frame, characterized in that the third horizontal fastening hole is formed in the two horizontal extensions.

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