KR20120035617A - Movable type wooden construction building - Google Patents

Abstract

PURPOSE: A movable wooden building is provided to provide a user with a resting place even in the winter by installing a heat generator in the floor of the building. CONSTITUTION: A movable wooden building comprises columns(10), a horizontal frame(20), vertical frames(40), short horizontal frames(30), short vertical frames, a floor(50), multiple middle posts(70), horizontal struts(80), loess walls(100), and an arched girder(3). The columns have upper and lower grooves(11,12). The horizontal and vertical frames are coupled to frame mounting grooves of the columns. The short horizontal frames have vertical long grooves. A floor plate(51) of the floor is coupled to the short vertical frames. The middle posts have upper and lower grooves(71,72). The horizontal struts are coupled to the upper and lower grooves of the columns and the upper and lower grooves of the middle posts. The loess walls are formed on the top of the floor and cut off external air.

Description

Movable type wooden construction building

The present invention relates to a mobile wood building, more specifically, having a window in a wood building construction of a mobile sperm concept is open in all directions to install the abandoned wood semi-permanent outdoors, such as the use of bent wood for columns and beams By forming a wall and constructing a heat generating device on the floor, it can avoid rain or wind and provide a rest space to stay warm even in the winter, thereby preventing disasters caused by waste of resources and floods, protecting the environment and nature, The present invention relates to a mobile wood building structure that can provide beautiful mobile wood building materials.

In general, the construction method of traditional buildings for the purpose of housing using wood is very complicated and it takes a lot of construction period, but the constructed wooden condition building is cool in summer, warm in winter, and looks very beautiful.

These traditional wooden buildings can be found in the palace, but they can also be found in traditional Korean houses and temples.

On the other hand, there is a building for the purpose of residential building, but in recent years, as the level of culture increases, the demand for mobile wooden building in the concept of resting room is gradually increasing.

However, there is no difficulty in constructing wooden building stock because it is generally known that mobile wooden building is constructed using well-polished wood according to the standardized drawings. However, such mobile building stock can provide a solid wooden building that is as solid as expected. Therefore, there is a problem that occurs during the process of moving the installation of the mobile wood building construction after construction, and also because the mobile wood building construction made of well-processed wood is expensive and has a problem that can not be widely distributed.

In particular, it is true that logging is inevitable in order to obtain timber for timber construction, and this logging problem not only causes severe landslides, but also accelerates desertification of the earth, which is becoming deserted. It was a serious cause of weighting.

On the other hand, in the mountains where the pests occurred, logging is done to remove the pests and prevent them from spreading to other places, and in the mountains where the trees are overcrowded, logging is carried out to prevent forest fires and maintain proper density. Only the trees that are in good condition are picked and used, and the bent trees cannot be used as timber, so most of them are caused by severe landslides and floods when they are thrown away or left unattended by heavy rains. The problem of escalating into a large forest fire was occurring.

In order to solve these problems, the Applicant has stated that "the frame groove 10a is formed at a constant height from the lower end, and the pillar 10 is gradually curved from the top to the bottom; and the slide plate 70 is finished in the longitudinal direction of the upper inner surface. A horizontal axis groove 22 having a board 71 coupled horizontally, and having a right-angled jaw 21 fitted at both ends thereof with a horizontal jaw 21 formed at both ends thereof; A right angle jaw 41 to be fitted to the 10a is formed, and in the longitudinal direction of the upper inner surface, a horizontal sheet groove 42 is formed in which the slide plate 70 and the finishing plate 71 are horizontally coupled, and at regular intervals at one end. A long axis longitudinal frame 40 having a horizontal groove 42 and a vertical groove 43 formed at an extended end thereof; and a horizontal sheet groove in which the slide plate 70 and the finish plate 71 are fitted in the longitudinal direction of the upper inner surface. (31) and this horizontal field groove (31) and extended At the end of the floorboard opening 32 is formed, both sides of the vertical axis groove 33 is formed on both sides at regular intervals on both sides of the horizontal frame 30; slide plate 70 and the finishing plate in the longitudinal direction of one side A horizontal long groove 51 to which 71 is inserted and coupled and a floorboard inlet 52 are formed at an end of the extension line of the horizontal long groove 51, and a c-shaped coupling groove 53 is formed at one end of the longitudinal direction. Opposite side vertical frame (50) having a right side jaw (52) formed on the opposite side; Slide plate (70) having stepped slides (70a) fitted to the horizontal sheet grooves (22, 31, 42, 51) and coupled to both end surfaces; And a c-shaped floor (2) formed by combining a finishing plate (71) having a stepped slide (71a) formed on one side thereof and a right side (71b) formed on the opposite side thereof; It is constructed by including the raw arched beam (3) in its natural state. Removable wooden buildings and construction methods that built the pillars and beams with bent wood that "the bar is offered by patents.

However, this open sperm-type wooden building with all four corners provides a resting place in the concept of a resting room, but because it is open all around, it acts as a resting place on rainy or snowy or windy days. There was a problem with a structural limitation that could not be provided.

The present invention is to solve the above problems, by forming a wall having windows on all sides in the form of open sperm on all sides and by configuring the heat generating device on the floor can avoid rain or wind and can stay warm even in the winter The purpose is to provide a mobile wooden building.

In order to achieve the above object, the present invention provides a frame installation groove is formed at a constant height from the lower end and the pillar of the upper side down light curved gradually from top to bottom; A long axis horizontal frame having a horizontal long groove formed in which the floorboard is horizontally coupled in the longitudinal direction of the upper inner surface, and both ends of which are fitted into the frame installation groove of the pillar; Both ends are fitted into the frame groove installation groove of the pillar and the long axis longitudinal frame is horizontally coupled to the floorboard in the longitudinal direction of the upper inner surface; A uniaxial transverse frame formed with both sides of a vertical long groove coupled to the floorboard in the longitudinal direction of the upper inner surface; Single axis longitudinal frame is coupled to the floor board is fitted in the longitudinal direction of the upper surface of one side; A flooring floor horizontally fitted with the floorboard fitted and coupled to the horizontal sheet groove and the vertical sheet groove; In the movable wooden conditional building is constructed in the center of the upper surface of the purlin, including the seamless and unprocessed natural arched beams;

The pillar has an upper groove and a lower groove formed inwardly between the long axis transverse frame and the purlin, respectively;

A plurality of intermediate supports coupled with vertical floors between floors and purlins between the pillars and other adjacent pillars, the upper grooves and lower grooves of which are respectively formed on both upper and lower groove horizontal lines of the pillars;

One end is located in the upper groove or the lower groove of the column or in the state located in the upper or lower groove of the intermediate column, the other end of the horizontal brace is inserted horizontally coupled to the adjacent upper or lower groove of the column Wow;

The outer wall portion is formed by the ocher brick sequentially stacked on the floor surface to seal the space between the pillar, the intermediate column and the horizontal brace and the purlin to block the inflow of air from the outside. The wire mesh portion performing the same bone band is fixedly formed, and the inner surface of the wire mesh portion is characterized by having an ocher wall having an inner wall portion in which ocher bricks are sequentially stacked.

On the inner surface of the inner wall portion of the ocher wall is characterized in that the ocher plastering portion of a predetermined thickness or more is further provided.

The floor is located on the floor and the floor is formed of a moisture barrier to block the inflow of moisture into the room, the top of the moisture barrier is formed a insect repellent layer to block the inflow of insects into the room, the top of the insect repellent layer to a predetermined thickness or more An ocher bottom layer is formed, and a heat generating layer of a heating device such as an electric boiler or a hot water boiler is arranged on an upper surface of the ocher bottom layer to generate a heating layer for heating as needed, and an ocher finishing layer having a predetermined thickness is formed on the upper surface of the heating layer. There is a characteristic.

At the lower end of the pillar, a pillar holder having a support plate made of metal or a hard synthetic resin material having a support plate having a support plate standing upright at the center of the support plate, and having an insertion fixing part inserted into and fixed to the lower end of the column at the upper end of the support plate is formed. The support plate of the lower portion of the fixture is characterized in that the fastening fixed to the anchor bolt of the upper surface of the column headstone protruding upward from the foundation concrete.

As described above, the present invention forms a wall having a window in a wooden building structure of a mobile sperm concept in which all sides of the wood are semi-permanently installed outdoors, such as using bent wood for columns and beams, and heat is generated on the floor. By constructing the device, it can avoid rain or wind, and provide a resting place to stay warm even in the winter, thereby preventing disasters caused by waste of resources and floods, protecting the environment and nature, and at the same time, providing solid and beautiful portable wooden buildings. It has an effect.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by those skilled in the art without departing from the gist of the present invention as claimed in the claims. Of course, such changes will fall within the scope of the claims.

1 is a cross-sectional view showing a state of the movable wooden building construction that is an embodiment of the present invention;
Figure 2 is an enlarged cross-sectional view of the main part of the movable wooden building construction of the present invention,
3 is an enlarged cross-sectional view of the main part of FIG. 2;
Figure 4 is an enlarged cross-sectional view of the floor bottom recess of Figure 3,
Figure 5 is an enlarged cross-sectional view of the main part of the movable wooden conditional building according to another embodiment of the present invention;
6 is a front view showing a state of the movable wooden building construction of the embodiment of the present invention,
Figure 7 is a cross-sectional view showing a state of the removable wooden condition building without ocher spatula space in the embodiment of the present invention,
Figure 8 is a perspective view showing the state of the movable wooden building construction another embodiment of the present invention.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is a cross-sectional view showing a state of the movable wooden conditional building according to an embodiment of the present invention, Figure 2 is an enlarged cross-sectional view of the main portion of the movable wooden building construction, an embodiment of the present invention, Figure 3 is an enlarged cross-sectional view of the main portion of Figure 2, Figure 4 Fig. 5 is an enlarged sectional view of the floor of the floor, and Fig. 5 is an enlarged cross-sectional view of the movable wooden conditional building which is another embodiment of the present invention, and Fig. 6 is a front view showing a movable wooden conditional building which is an embodiment of the present invention. 8 is a cross-sectional view showing a movable wooden building structure without a space, and FIG. 8 is a perspective view showing a mobile wooden building structure according to another embodiment of the present invention.

For reference, in describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof is omitted.

In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to the intention or convention of a user or an operator.

Therefore, the definition should be made based on the contents throughout the specification.

In the movable wooden conditional building of the present invention, the frame installation groove (10a) is formed at a constant height from the lower end, and gradually curved in a curved shape from the top to the bottom, the upper main portion formed in between the long axis horizontal frame 20 and the purlin (90) A column 10 of upper and lower beams in which the grooves 11 and the lower grooves 12 are formed, respectively; A longitudinal axis frame (20) having a horizontal long groove (22) to which the floorboard (51) is horizontally coupled in the longitudinal direction of the upper inner surface, and both ends of which are fitted into the frame installation groove (10a) of the column (10); Both ends are fitted to the frame groove installation groove (10a) of the pillar 10 and the long axis longitudinal frame 40 is horizontally coupled to the floorboard 51 in the longitudinal direction of the upper inner surface; A uniaxial transverse frame 30 having both sides of the vertical long groove 33 to which the floorboard 51 is fitted in the longitudinal direction of the upper inner surface; Single-axis longitudinal frame coupled to the floor board 51 is fitted in the longitudinal direction of one side upper portion; A flooring floor 50 horizontally formed with the floorboard 51 fitted and coupled to the horizontal long groove 22 and the vertical long groove 33; Vertically coupled between the floor floor 50 and the purlin 90 between the pillar 10 and the other pillar 10 adjacent to each other so that the upper groove 11 and the lower groove 12 horizontal line of the pillar 10 are vertically coupled. A plurality of intermediate supports 70 each having upper and lower grooves 71 and lower grooves 72 formed on both sides thereof; One end is located in the upper groove 11 or the lower groove 12 of the pillar 10 or the other end in the state located in the upper groove 71 or the lower groove 72 of the intermediate column 70 Horizontal brace 80 is inserted into the upper groove (71, 11) or lower groove (72, 12) of the support (70) or pillar (10), respectively; An ocher wall 100 that is sequentially stacked with the ocher brick 101 on the floor surface 50 and blocks air from the outside; In the center of the upper surface of the purlin (90) there is a seamless arched girders (3) of the natural state is built and constructed.

1, 6, and 7, the pillar 10 has a support plate 13c at the lower end of the pillar 10, and has a support plate 13c at the lower end of the pillar 10, and stands upright at the center of the support plate 13c. 13b) and a pillar holder 13 having an insertion fixing part 13a into which the lower end of the pillar 10 is inserted and fixed to the upper end of the pillar 13b, and a support plate 13c below the pillar holder 13 is formed as a foundation. The anchor bolt 14a on the upper surface of the pillar headstone 14 protruding upward from the concrete 15 is fastened and fastened with a nut 14b.

In addition, as shown in FIG. 8, in the modern way, the lower end of the pillar 10 may be formed without a pillar headstone or a pillar holder, but may also be fixed to an upper surface of the pillar headstone.

The ocher wall 100 is sequentially stacked into the ocher brick 101 on the floor surface 50, the space between the pillar 10 and the intermediate column 70 and the horizontal brace 80 and the purlin 90 The outer wall portion 102 is formed to seal the air to block the inflow of air from the outside, and the wire mesh portion 103 positioned on the inner side of the outer wall portion 102 to perform a bone role such as a fence is fixed and formed. (103) On the inner surface is formed by the inner wall portion 105 in which the ocher bricks 101 are sequentially stacked.

Of course, the ocher plastering portion 105 having a predetermined thickness or more may be further provided on the inner wall portion 104 inner surface of the ocher wall 100.

The flooring floor 50 is located on the floorboard 51, the moisture-proof layer 52 is formed to block the inflow of moisture into the room, the moisture-proof layer 52, the insect-proof layer to block the influx of insects into the room ( 53) is formed on the top of the insect repellent layer 53, the bottom loess layer 54 is formed to a predetermined thickness or more, and the heat generating portion of a heating device such as an electric boiler or hot water boiler is arranged on the top surface of the loess bottom layer 54. Accordingly, the heating layer 55 is heated, and the ocher finishing layer 56 is formed on the upper surface of the heating layer 55 to a predetermined thickness.

As described above, the present invention is constructed in a classical style in which the bottom of the column 10 is fixed on the column headstone 14 to construct a wooden building structure according to the needs or circumstances of the user or the builder. Or, as shown in Figure 8, by fixing the bottom of the column 10 to the concrete floor or soil floor or column headstone 14, it can be constructed in a modern way to build wood conditional.

3: beams
10: pillar 10a: frame installation groove
11: upper groove 12: lower groove
13: pillar fixing 13a: insertion fixing
13b: prop 13c: support plate
14: pillar head 14a: anchor bolt
14b: Nut 15: Foundation Concrete
20: long horizontal frame 22: horizontal long groove
30: short horizontal frame 33: vertical groove
40: long livestock frame
50: floorboard 51: aspen
52: moisture proof layer 53: insecticide layer
54: loess bottom layer 55: heating layer
56: ocher finish layer
60: poultice space
70: middle holding 71: upper groove
72: lower groove
80: horizontal brace
90: purlin
100: ocher brick 101: ocher brick
102: outer wall portion 103: wire mesh portion
104: inner wall
110: ocher space

Claims (6)

A pillar of the upper and lower light beams having a frame installation groove formed at a constant height from the lower end and gradually curved in a curved shape from top to bottom; A long axis horizontal frame having a horizontal long groove formed in which the floorboard is horizontally coupled in the longitudinal direction of the upper inner surface, and both ends of which are fitted into the frame installation groove of the pillar; Both ends are fitted into the frame groove installation groove of the pillar and the long axis longitudinal frame is horizontally coupled to the floorboard in the longitudinal direction of the upper inner surface; A uniaxial transverse frame formed with both sides of a vertical long groove coupled to the floorboard in the longitudinal direction of the upper inner surface; Single axis longitudinal frame is coupled to the floor board is fitted in the longitudinal direction of the upper surface of one side; A flooring floor horizontally fitted with the floorboard fitted and coupled to the horizontal sheet groove and the vertical sheet groove; In the movable wooden conditional building is constructed by including a seamless beam in the center of the upper surface of the purlin;
The pillar has an upper groove and a lower groove formed inwardly between the long axis transverse frame and the purlin, respectively;
A plurality of intermediate supports coupled with vertical floors between floors and purlins between the pillars and other adjacent pillars, the upper grooves and lower grooves of which are respectively formed on both upper and lower groove horizontal lines of the pillars;
One end is located in the upper groove or the lower groove of the column or in the state located in the upper or lower groove of the intermediate column, the other end of the horizontal brace is inserted horizontally coupled to the adjacent upper or lower groove of the column Wow;
The outer wall portion is formed by the ocher brick sequentially stacked on the floor surface to seal the space between the pillar, the intermediate column and the horizontal brace and the purlin to block the inflow of air from the outside. Removable wooden conditional building having an ocher wall is fixed to the wire mesh portion performing the same bone band, the inner wall portion is formed on the inner surface of the ocher brick is sequentially stacked. The method of claim 1;
The floor is located on the floor and the floor is formed of a moisture barrier to block the inflow of moisture into the room, the top of the moisture barrier is formed a insect repellent layer to block the inflow of insects into the room, the top of the insect repellent layer to a predetermined thickness or more An ocher bottom layer is formed, and a heat generating layer of a heating device such as an electric boiler or a hot water boiler is arranged on an upper surface of the ocher bottom layer to generate a heating layer for heating as needed, and an ocher finishing layer having a predetermined thickness is formed on the upper surface of the heating layer. Removable wooden building, characterized in that. The method of claim 2;
In the one side space of the floor, the thickness of the ocher bottom layer is increased 3 to 4 times thicker than the existing thickness, and the heating temperature of the heat generating layer is increased to 3 to 6 times higher than the existing temperature and the thickness of the ocher finishing layer is increased. Removable wooden building, characterized in that it is equipped with a separate ocher spatula space formed thickly two to three times the existing thickness. The method of claim 1;
The movable wooden conditional building, characterized in that the inner wall portion of the ocher wall is further provided with a loess coarse portion of a predetermined thickness or more. The method of claim 1;
At the lower end of the pillar, a pillar holder having a support plate made of metal or a hard synthetic resin material having a support plate having a support plate standing upright at the center of the support plate, and having an insertion fixing part inserted into and fixed to the lower end of the column at the upper end of the support plate is formed. The support plate at the bottom of the fixed base is movable wood conditioner, characterized in that the fastening fixed to the anchor bolt on the upper surface of the column headstone protruding from the base concrete. The pillar has a frame installation groove formed at a constant height from the lower end, and the frame installation groove is horizontally installed with a long axis horizontal frame and a long axis vertical frame in the longitudinal direction, between the pillars and the pillars, and with the long axis horizontal frame and the long axis vertical frame upper surface. The wall surface is formed by the ocher brick, the stepping jaw is formed from the ground not higher than the long axis transverse frame and the long axis longitudinal frame, the combustion passage is formed, the top surface of the stepping jaw is laid with slabs and the flat bottom surface Removable wooden building.

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