CN204164109U - A kind of connection building materials of five-way type and discrete thereof - Google Patents
A kind of connection building materials of five-way type and discrete thereof Download PDFInfo
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- CN204164109U CN204164109U CN201420518200.1U CN201420518200U CN204164109U CN 204164109 U CN204164109 U CN 204164109U CN 201420518200 U CN201420518200 U CN 201420518200U CN 204164109 U CN204164109 U CN 204164109U
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Abstract
The utility model relates to a kind of connection building materials and discrete thereof of five-way type, and these connection building materials comprise five and protrude body, and these five protrude body and stretched out by this common port.The outer end of each protrusion body is provided with the hollow jack of longitudinal section in " ten " font, and each protrusion body comprises upper protruding block, left projection, right projection and lower protruding block.Form first between upper protruding block and left projection and overlap position, form second between upper protruding block and right projection and overlap position, form the 3rd between lower protruding block and left projection and overlap position, form the 4th between lower protruding block and right projection and overlap position.Connection building materials of the present utility model can be used on rack furred ceiling, and field installation time greatly reduces.Connection building materials of the present utility model can be used on wardrobe, easy to assembly.Connection building materials of the present utility model can be used on assembling desk, thus can rapid-assembling desk.Connection building materials of the present utility model also can be used on partition wall, thus can carry out rapidly atrial septum from.
Description
Technical field
The utility model relates to a kind of building materials and discrete thereof, is specifically related to a kind of connection building materials and discrete thereof of five-way type.
Background technique
The top in existing megastore or supermarket is generally provided with rack furred ceiling, a large amount of profile carrying is delivered to scene and is constructed by traditional rack furred ceiling, in the installation process of rack furred ceiling, there will be the various complexity such as threeway, four-way, corner connect, traditional way processes at the scene, various joint of shaped material to connect to coordinate contact (mounting hole or mounting groove) to install, in-site installation needed time is long, inefficiency.
Existing fabric wardrobe adopts square tube or pipe to be connected with plastics multiple-pass joint, and the cross section of multiple-pass joint is generally square or circle.This multiple-pass joint structure is very insecure, easily breaks.Moreover the supporting layer of existing fabric wardrobe all adopts cloth products, and supported weight is limited.Moreover the standing support point of existing fabric wardrobe is too small, easily rocks.
Existing desk is generally adopt square plate to be fixedly connected with four table pin, and this mounting type extremely bothers, very time-consuming.The volume of existing desk often seems very huge, take up room when putting larger.
Existing room partition wall generally adopts brick to be built into, the many and material weight of required material, especially when the higher floor construction not having elevator, increases many burdens especially to workman.Moreover the time cycle of the required cost of brick partition wall is longer.
Model utility content
The utility model object is to provide a kind of connection building materials and discrete thereof of five-way type, long to overcome the rack furred ceiling in-site installation needed time existed in prior art, the supporting layer of inefficiency, fabric wardrobe adopts cloth products, the problem that the time cycle spent during limited, the existing desk installation fee of supported weight, needed for brick partition wall is longer.
The utility model adopts following technological scheme: a kind of connection building materials of five-way type, and these connection building materials comprise five and protrude body, and these five protrude body and have common port, and these five protrusion bodys are stretched out by this common port, the outer end of each protrusion body is provided with the hollow jack of longitudinal section in " ten " font, each protrusion body comprises upper protruding block, left projection, right projection and lower protruding block, the both sides of this upper protruding block are connected with the side of left projection and the side of right projection respectively, the both sides of this lower protruding block are connected with the opposite side of left projection and the opposite side of right projection respectively, form first between described upper protruding block and described left projection and overlap position, form second between described upper protruding block and described right projection and overlap position, form the 3rd between described lower protruding block and described left projection and overlap position, form the 4th between described lower protruding block and described right projection and overlap position.
Preferably, described upper protruding block comprises roof on the first left side wall, the first right side wall and first, and both sides of roof are vertical with the first right side wall with the first left side wall respectively on first is connected for this; Described left projection comprises roof on the second left side wall, the second right side wall and second, and both sides of roof are vertical with the second right side wall with the second left side wall respectively on second is connected for this; Described right projection comprises roof on the 3rd left side wall, the 3rd right side wall and the 3rd, and on the 3rd, the both sides of roof are vertical with the 3rd right side wall with the 3rd left side wall is respectively connected; Described lower protruding block comprises roof on the 4th left side wall, the 4th right side wall and the 4th, and on the 4th, the both sides of roof are vertical with the 4th right side wall with the 4th left side wall is respectively connected; First left side wall is connected with the second right side wall is vertical, and described first right side wall is connected with the 3rd left side wall is vertical, and the second left side wall is connected with the 4th right side wall is vertical, and the 3rd right side wall is connected with the 4th left side wall is vertical.
Preferably, protrude in body at described five, wherein four centerline protruding body are in same plane, and the center line of the 5th protrusion body and these four the central axis ground protruding body are arranged, and the angle between the center line of adjacent two protrusion bodys is that 90 ° of ground are arranged.
Preferably, on described first left side wall, the first right side wall, first on roof, the second left side wall, the second right side wall, second on roof, the 3rd left side wall, the 3rd right side wall, the 3rd on roof, the 4th left side wall, the 4th right side wall, the 4th width of roof all equal.
Preferably, the chock formed after the inside of described connection building materials is provided with the demoulding, the chock in each protrusion body is provided with one for the positioning shaft of grafting, and the outer side wall of each protrusion body is equipped with bolt.
A kind of discrete of connection building materials of five-way type, described discrete comprises the connecting rod for inserting described hollow jack, the longitudinal section of this connecting rod is in " ten " font suitable with described hollow jack, the two ends of this connecting rod are respectively equipped with the tapped hole for described bolt precession, and the end face at the two ends of this connecting rod is provided with the positioning hole inserted for described positioning shaft.
Preferably, described discrete also comprises for being overlapped on the buckle connected on building materials, described buckle is square, the thickness of this buckle is equal with the width of described first left side wall, four angles of the lower surface of this buckle are provided with buckle, the bottom of described buckle is curved, and the top of this buckle is provided with a buckle position.
The above-mentioned description to the utility model structure and method is known, and compared to the prior art, the utility model tool has the following advantages: one, and connection building materials of the present utility model can be used on rack furred ceiling, and field installation time greatly reduces, and greatly increases work efficiency.Its two, connection building materials of the present utility model can also be used on wardrobe, easy to assembly, supporting layer can adopt buckle to fasten, thus heavier weight can be supported, avoid existing fabric wardrobe to adopt cloth as supporting layer, bearing power is poor, cloth holds flimsy problem.Its three, connection building materials of the present utility model can be used on assembling desk, thus can rapid-assembling desk, and can dismantle desk easily, convenient carrying.Its four, connection building materials of the present utility model also can be used on partition wall, thus can carry out rapidly atrial septum from, the duration that partition wall spends reduces greatly.Its five, the protrusion body of connection building materials of the present utility model comprises upper protruding block, left projection, right projection and lower protruding block, upper protruding block, left projection, is connected firmly between right projection and lower protruding block, and toughness is better.Its six, the chock formed after the inside of described connection building materials is provided with the demoulding, the connection building materials demoulding with chock is more prone to.They are seven years old, chock in each protrusion body is provided with one for the positioning shaft of grafting, the outer side wall of each protrusion body is equipped with bolt, the two ends of connecting rod are respectively equipped with the tapped hole for described bolt precession, the end face at the two ends of this connecting rod is provided with the positioning hole inserted for described positioning shaft, thus makes connecting rod and be connected building materials and not easily depart from.Its eight, buckle is square, and four angles of the lower surface of this buckle are provided with buckle, thus makes this buckle and be connected building materials and be closely buckled together.Its nine, the thickness of buckle is equal with the width of the first left side wall, thus this buckle is buckled in connect after building materials, and buckle is more smooth with the junction being connected building materials.
Accompanying drawing explanation
Fig. 1 is the structural representation of the connection building materials of single-pass type in specific embodiment.
Fig. 2 is structural representation of the first distortion of the connection building materials of two flow-throughs in specific embodiment.
Fig. 3 is the structural representation of the second distortion of the connection building materials of two flow-throughs in specific embodiment.
Fig. 4 is structural representation of the first distortion of the connection building materials of three-way type in specific embodiment.
Fig. 5 is the structural representation of the second distortion of the connection building materials of three-way type in specific embodiment.
Fig. 6 is structural representation of the first distortion of the connection building materials of four flow-throughs in specific embodiment.
Fig. 7 is the structural representation of the second distortion of the connection building materials of four flow-throughs in specific embodiment.
Fig. 8 is the structural representation of the connection building materials of five-way type in specific embodiment.
Fig. 9 is the structural representation of the connection building materials of six flow-throughs in specific embodiment.
Figure 10 is the internal structure schematic diagram of the protrusion body in specific embodiment.
Figure 11 is the decomposition texture schematic diagram of buckle, connecting rod and connecting plate.
Figure 12 is the rack of furred ceiling and the structural representation of buckle.
Figure 13 is the structural representation of the framework of wardrobe.
Figure 14 is the framework of wardrobe and the structural representation of supporting layer.
Figure 15 is the structural representation of the framework of assembling desk.
Figure 16 is the structural representation of the assembling desk after installing buckle.
Figure 17 is the structural representation of the framework of partition wall.
Embodiment
Embodiment of the present utility model is described with reference to the accompanying drawings.
With reference to Fig. 1, a kind of connection building materials, comprise at least one and protrude body 10.The outer end of each protrusion body 10 is provided with the hollow jack 20 of longitudinal section in " ten " font.Each protrusion body 10 comprises upper protruding block 12, left projection 13, right projection 14 and lower protruding block 15, and this upper protruding block 12, left projection 13, right projection 14 and lower protruding block 15 enclose and form described hollow jack 20.The both sides of upper protruding block 12 are connected with the side of left projection 13 and the side of right projection 14 respectively, and the both sides of this lower protruding block 15 are connected with the opposite side of left projection 13 and the opposite side of right projection 14 respectively.Upper protruding block 12, left projection 13, to be connected firmly between right projection 14 and lower protruding block 15, good toughness.Form first between upper protruding block 12 and left projection 13 and overlap position 41, form second between upper protruding block 12 and described right projection 14 and overlap position 42, form the 3rd between lower protruding block 15 and left projection 13 and overlap position 43, form the 4th between lower protruding block 15 and right projection 14 and overlap position 44.
With reference to Fig. 1, upper protruding block 12 comprises roof 123 on the first left side wall 121, first right side wall 122 and first, and both sides of roof 123 are vertical with the first right side wall 122 with the first left side wall 121 respectively on first is connected for this.Left projection 13 comprises roof 133 on the second left side wall 131, second right side wall 132 and second, and both sides of roof 133 are vertical with the second right side wall 132 with the second left side wall 131 respectively on second is connected for this.Right projection 14 comprises that the both sides of roof 143 on roof the 143, three on the 3rd left side wall 141, the 3rd right side wall 142 and the 3rd are vertical with the 3rd right side wall 142 with the 3rd left side wall 141 to be respectively connected.Lower protruding block 15 comprises that the both sides of roof 153 on roof the 153, four on the 4th left side wall 151, the 4th right side wall 152 and the 4th are vertical with the 4th right side wall 152 with the 4th left side wall 151 to be respectively connected.First left side wall 121 is connected with the second right side wall 132 is vertical, forms described first overlap joint position 41.Described first right side wall 122 is connected with the 3rd left side wall 131 is vertical, forms described second overlap joint position 42.Second left side wall 131 is connected with the 4th right side wall 152 is vertical, forms described 3rd overlap joint position 43.3rd right side wall 142 is connected with the 4th left side wall 151 is vertical, forms described 4th overlap joint position 44.On described first left side wall 121, first right side wall 122, first on roof 123, second left side wall 131, second right side wall 132, second on roof 133, the 3rd left side wall 141, the 3rd right side wall 142, the 3rd on roof 143, the 4th left side wall 151, the 4th right side wall 152, the 4th width of roof 153 all equal.
Below several patterns of the connection building materials of said structure are introduced in detail:
The first, is with reference to Fig. 1, single-pass type: the connection building materials of single-pass type comprise a described protrusion body 10, and the connection building materials of single-pass type can apply to the position such as supporting foot, corner.
The second, with reference to Fig. 2 and Fig. 3, two flow-throughs: the connection building materials of two flow-throughs have two kinds of distortion.The first distortion is: with reference to Fig. 2, and this kind connects building materials and comprise two described protrusion bodys 10, and these two protrude body 10 and have common port, and these two protrude body 10 and stretched out by this common port, and these two protrusion bodys 10 connect in vertical.The second distortion is: with reference to Fig. 3, and this kind connects building materials and comprise two described protrusion bodys 10, and these two protrude body 10 and have common port, and these two protrude body 10 and stretched out by this common port, and two protrude body 10 and linearly connect.
The third, is with reference to Fig. 4 and Fig. 5, three-way type: the connection building materials of three-way type also have two kinds of distortion.The first distortion is: with reference to Fig. 4, and this kind connects building materials and comprise three protrusion bodys 10, and these three protrude bodys 10 and have common port, and these three protrude bodys 10 and stretched out by common port; The angle of the center line of adjacent protrusion body 10 is 90 °.The second distortion is: with reference to Fig. 5, and this kind connects building materials and comprise three protrusion bodys 10, and these three protrude bodys 10 and have common port, and these three protrude body 10 and stretched out by common port; Wherein two protrude the center lines of bodys 10 and linearly connect, and the 3rd protrudes body 10 center line and these two to protrude body 10 center line be 90 ° Di arrange.
4th kind, with reference to Fig. 6 and Fig. 7, four flow-throughs: the connection building materials of four flow-throughs have two kinds of distortion.The first distortion is: with reference to Fig. 6, and this kind connects building materials and comprise four protrusion bodys 10, and these four protrude bodys 10 and have common port, and these four protrude bodys 10 and stretched out by common port; These four centerline protruding body 10 are in same plane, and the angle between the center line of adjacent two protrusion bodys 10 is 90 °.The second distortion is: with reference to Fig. 7, and this kind connects building materials and comprise four protrusion bodys 10, and these four protrude bodys 10 and have common port, and these four protrude body 10 and stretched out by common port; First center line protruding body 10 is linearly connected with second center line protruding body 10, the center line of the 3rd protrusion body 10 protrudes body 10 with this first and second central axis protruding body 10 is connected, this first protrudes the center line of body 10, the center line of second protrusion body 10, the 3rd centerline protruding body 10 in same plane, and the 4th central axis protruding body 10 is in the center line of these three protrusion bodys.
5th kind, with reference to Fig. 8, five-way type: the connection building materials of five-way type comprise five and protrude body 10, these five protrude body 10 and have common port, and these five protrusion bodys 10 are stretched out by this common port; Wherein four centerline protruding body 10 are in same plane, and the center line of the 5th protrusion body 10 and these four the central axis ground protruding body 10 are arranged, and the angle between the center line of adjacent two protrusion bodys 10 is that 90 ° of ground are arranged.
6th kind, with reference to Fig. 9, six flow-throughs: the connection building materials of six flow-throughs comprise six and protrude body 10, these six protrude body 10 and have common port, and these six protrusion bodys 10 are stretched out by this common port.Wherein four centerline protruding body 10 are in same plane, the center line of the 5th protrusion body 10 and these four the central axis ground protruding body 10 are arranged, the center line of the 6th protrusion body 10 and these four the central axis ground protruding body 10 are arranged, and the 5th protrusion body 10 is contrary with the 6th bearing of trend protruding body 10, the angle between the center line of adjacent two protrusion bodys 10 is 90 ° of ground settings.
With reference to Figure 10, the chock 21 formed after the inside of the connection building materials of various model is provided with the demoulding, this chock 21 is filled in the bottom of each protrusion body 10, and the connection building materials demoulding with chock 21 is more prone to.Chock in each protrusion body 10 is provided with one for the positioning shaft 22 of grafting, and the outer side wall of each protrusion body 10 is equipped with bolt 23.
With reference to Figure 10 and Figure 11, a kind of discrete of above-mentioned connection building materials, this discrete comprise connecting rod 24 for inserting described hollow jack 20 with for being overlapped on the buckle 25 be connected on building materials.The longitudinal section of this connecting rod 24 is in " ten " font suitable with described hollow jack 20.The sidewall at the two ends of this connecting rod is respectively equipped with the tapped hole 26 for described bolt 23 precession, the end face at the two ends of this connecting rod 24 is provided with the positioning hole 27 inserted for described positioning shaft 22, thus makes connecting rod 24 and be connected building materials and not easily depart from.Buckle 25 is square, and the thickness of this buckle 25 is equal with the width of described first left side wall 121, thus after making this buckle 25 be buckled in connection building materials, buckle 25 is more smooth with the junction being connected building materials.Four angles of the lower surface of this buckle 25 are provided with buckle 28, thus make this buckle 25 and be connected building materials and be closely buckled together.The bottom of described buckle 28 is curved, and the top of this buckle 28 is provided with a buckle position 29, and this buckle position 29 can be buckled in and connect on building materials.
The utilization connecting building materials and discrete thereof is described below in conjunction with several concrete example:
With reference to Figure 12, example one: connect the utilization of building materials on furred ceiling.The utility model only gets part rack 50 structure of furred ceiling employing exemplarily, and the size of this rack 50 can splice as required accordingly.The rack 50 that this furred ceiling adopts comprises the connection building materials of single-pass type, the connection building materials of two flow-throughs, the connection building materials of three-way type, the connection building materials of four flow-throughs and some connecting rods 24.Various connection building materials adopt connecting rod 24 to connect, and various connection building materials and connecting rod adopt bolt 23 to be fixed, and then on this rack 50, buckle each buckle 25, and its concrete linkage structure is see two blocks of buckles 25 are only shown in Figure 12, Figure 12.In Figure 12, the connection building materials of the first distortion of four flow-throughs also can change the connection building materials of five-way type or the connection building materials of six flow-throughs into, the connection building materials of the first distortion of two flow-throughs also can change the connection building materials of the first distortion of three-way type into, and the connection building materials of the second distortion of three-way type can change the connection building materials of the second distortion of four-way type into.Certainly, by replacing the connection building materials of single-pass type and replacing the connection building materials of two flow-throughs adjacent with the connection building materials of this single-pass type, mix connecting rod 24, this rack can be made closed.Connection building materials of the present utility model are used on rack furred ceiling, and field installation time greatly reduces, and greatly increases work efficiency.
See Figure 13 and Figure 14, example two: connect the utilization of building materials on wardrobe.The utility model only gets a kind of framework 60 structure of wardrobe exemplarily, and other distortion all can be spliced as required.The framework 60 of this wardrobe comprises the connection building materials of single-pass type, the connection building materials of two flow-throughs, the connection building materials of three-way type, the connection building materials of four flow-throughs, the connection building materials of five-way type, the connection building materials of six flow-throughs and some connecting rods 24.Various connection building materials adopt connecting rod 24 to connect, and various connection building materials and connecting rod 24 adopt bolt 23 to be fixed, and its concrete linkage structure is see Figure 13.As shown in figure 14, the supporting layer 61 of this wardrobe adopts buckle 25 to fasten.Periphery and the available buckle 25 of this wardrobe enclose, and cloth also can be adopted to entangle.Wherein, the connection building materials of the second distortion of three-way type can change the connection building materials of the first distortion of four-way type into.Connection building materials of the present utility model are used on wardrobe, easy to assembly, and supporting layer 61 can adopt buckle 25 to fasten, thus can support heavier weight, and avoid existing fabric wardrobe to adopt cloth as supporting layer, bearing power is poor, cloth holds flimsy problem.When the connection building materials of single-pass type of the present utility model are as supporting foot, standing support is more firm, not easily rocks.
See Figure 15 and Figure 16, example three: connect the utilization of building materials on assembling desk.The utility model only gets a kind of framework 70 structure of assembling desk exemplarily, and other distortion all can be spliced as required.The framework 70 of this assembling desk comprises the connection building materials of single-pass type, the connection building materials of two flow-throughs, the connection building materials of three-way type, the connection building materials of four flow-throughs, the connection building materials of five-way type, the connection building materials of six flow-throughs and some connecting rods 24.Various connection building materials adopt connecting rod 24 to connect, and various connection building materials and connecting rod 24 adopt bolt 23 to be fixed, and its concrete linkage structure is see Figure 15.The upper surface of the framework of this assembling desk adopts buckle 25 to lay (see Figure 16).The surrounding of this assembling desk also can adopt buckle 25 to fasten.Wherein, the connection building materials of the second distortion of three-way type can change the connection building materials of the first distortion of four-way type into.Connection building materials of the present utility model can be used on assembling desk, thus can rapid-assembling desk, and can dismantle desk easily, convenient carrying.
See Figure 17, example four: connect the utilization of building materials on partition wall.The utilization applied on furred ceiling rack on partition wall is similar.The utility model only gets part frame 80 structure of partition wall employing exemplarily, and the size of this partition wall framework 80 can splice as required accordingly.The framework 80 that this partition wall adopts comprises the connection building materials of single-pass type, the connection building materials of two flow-throughs, the connection building materials of three-way type, the connection building materials of four flow-throughs and some connecting rods 24.Various connection building materials adopt connecting rod to connect, and various connection building materials and connecting rod 24 adopt bolt 23 to be fixed, and then buckle each buckle 25 at this framework 80, and its concrete linkage structure is see two blocks of buckles 25 are only shown in Figure 17, Figure 17.Wherein, the connection building materials of the first distortion of four flow-throughs also can change the connection building materials of five-way type or the connection building materials of six flow-throughs into, the connection building materials of the first distortion of two flow-throughs also can change the connection building materials of the first distortion of three-way type into, and the connection building materials of the second distortion of three-way type can change the connection building materials of the second distortion of four-way type into.Certainly, by replacing the connection building materials of single-pass type and replacing the connection building materials of two flow-throughs adjacent with the connection building materials of this single-pass type, mix connecting rod 24, this framework can be made closed.Connection building materials of the present utility model also can be used on partition wall, thus can carry out rapidly atrial septum from, the duration that partition wall spends reduces greatly, greatly alleviates labor strength.
Above are only embodiment of the present utility model; but design concept of the present utility model is not limited thereto; all changes utilizing this design the utility model to be carried out to unsubstantiality; the behavior of invading the utility model protection domain all should be belonged to, as: adjacent protrusion body off plumb situation.
Claims (7)
1. connection building materials for five-way type, is characterized in that: these connection building materials comprise five and protrude body, and these five protrude body and have common port, and these five protrusion bodys are stretched out by this common port, the outer end of each protrusion body is provided with the hollow jack of longitudinal section in " ten " font, each protrusion body comprises upper protruding block, left projection, right projection and lower protruding block, the both sides of this upper protruding block are connected with the side of left projection and the side of right projection respectively, the both sides of this lower protruding block are connected with the opposite side of left projection and the opposite side of right projection respectively, form first between described upper protruding block and described left projection and overlap position, form second between described upper protruding block and described right projection and overlap position, form the 3rd between described lower protruding block and described left projection and overlap position, form the 4th between described lower protruding block and described right projection and overlap position.
2. according to the connection building materials of a kind of five-way type according to claim 1, it is characterized in that: described upper protruding block comprises roof on the first left side wall, the first right side wall and first, both sides of roof are vertical with the first right side wall with the first left side wall respectively on first is connected for this; Described left projection comprises roof on the second left side wall, the second right side wall and second, and both sides of roof are vertical with the second right side wall with the second left side wall respectively on second is connected for this; Described right projection comprises roof on the 3rd left side wall, the 3rd right side wall and the 3rd, and on the 3rd, the both sides of roof are vertical with the 3rd right side wall with the 3rd left side wall is respectively connected; Described lower protruding block comprises roof on the 4th left side wall, the 4th right side wall and the 4th, and on the 4th, the both sides of roof are vertical with the 4th right side wall with the 4th left side wall is respectively connected; First left side wall is connected with the second right side wall is vertical, and described first right side wall is connected with the 3rd left side wall is vertical, and the second left side wall is connected with the 4th right side wall is vertical, and the 3rd right side wall is connected with the 4th left side wall is vertical.
3. according to the connection building materials of a kind of five-way type according to claim 2, it is characterized in that: protrude in body at described five, wherein four centerline protruding body are in same plane, the center line of the 5th protrusion body and these four the central axis ground protruding body are arranged, and the angle between the center line of adjacent two protrusion bodys is that 90 ° of ground are arranged.
4., according to the connection building materials of a kind of five-way type described in claim 1 or 2 or 3, it is characterized in that: on described first left side wall, the first right side wall, first on roof, the second left side wall, the second right side wall, second on roof, the 3rd left side wall, the 3rd right side wall, the 3rd on roof, the 4th left side wall, the 4th right side wall, the 4th width of roof all equal.
5. according to the connection building materials of a kind of five-way type according to claim 4, it is characterized in that: the chock formed after the inside of described connection building materials is provided with the demoulding, chock in each protrusion body is provided with one for the positioning shaft of grafting, and the outer side wall of each protrusion body is equipped with bolt.
6. the discrete of the connection building materials of a five-way type, the connection building materials of this five-way type as claimed in claim 5, it is characterized in that: described discrete comprises the connecting rod for inserting described hollow jack, the longitudinal section of this connecting rod is in " ten " font suitable with described hollow jack, the two ends of this connecting rod are respectively equipped with the tapped hole for described bolt precession, and the end face at the two ends of this connecting rod is provided with the positioning hole inserted for described positioning shaft.
7. according to the discrete of the connection building materials of a kind of five-way type according to claim 6, it is characterized in that: described discrete also comprises for being overlapped on the buckle connected on building materials, described buckle is square, the thickness of this buckle is equal with the width of described first left side wall, four angles of the lower surface of this buckle are provided with buckle, the bottom of described buckle is curved, and the top of this buckle is provided with a buckle position.
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| CN201420518200.1U CN204164109U (en) | 2014-09-10 | 2014-09-10 | A kind of connection building materials of five-way type and discrete thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104251248A (en) * | 2014-09-10 | 2014-12-31 | 莆田市四合院文化传媒有限公司 | Connective building material and combined part used therewith |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104251248A (en) * | 2014-09-10 | 2014-12-31 | 莆田市四合院文化传媒有限公司 | Connective building material and combined part used therewith |
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