CN201972305U - Integral type assembling plate for timberwork house - Google Patents
Integral type assembling plate for timberwork house Download PDFInfo
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- CN201972305U CN201972305U CN2011200753578U CN201120075357U CN201972305U CN 201972305 U CN201972305 U CN 201972305U CN 2011200753578 U CN2011200753578 U CN 2011200753578U CN 201120075357 U CN201120075357 U CN 201120075357U CN 201972305 U CN201972305 U CN 201972305U
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- wooden
- pin
- described wooden
- frame structure
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Abstract
The utility model discloses an integral type assembling plate for timberwork house, which is made by superposing a plurality of wooden laminates with identical shape and size; the wooden laminates are superposed from top to bottom in turn and the two adjacent wooden laminates are connected in a gluing manner and/or via connecting pieces; the number of the wooden laminates is at least 3 and the layer number is odd; the wooden laminates are assembled from a plurality of wooden strips; the two adjacent wooden strips are connected in a gluing manner; the plurality of wooden strips in the wooden laminates are arranged in parallel; the plurality of wooden strips assembled into the wooden laminates have the same thickness; all the wooden strips in two adjacent wooden laminates are arranged in an orthogonal manner. The assembling plate is simple in structure, convenient to fabricate and assemble at the site and excellent in performance of structural mechanics, can effectively solve the practical problems of existing timberwork house construction plate in confined factory production, lower timber utilization rate, a large number of complex connecting pieces, difficult construction and long construction period, etc.
Description
Technical field
The utility model relates to a kind of wooden frame structure construction and uses sheet material, especially relates to a kind of wooden frame structure monolithic assembled plate.
Background technology
At present, used floor plates and shingle nail in the domestic wooden frame structure mainly adopts wooden grid beam, rough ground etc. to form gridiron structure, adopts pin to connect each plate base on the gridiron structure surface again.Because the quantity of wooden grid beam and keel is many, the various complexity of connector has increased difficulty of construction, has also restricted the application that batch production is produced, and the dismounting strange land is when rebuilding, and timber utilization rate is low.In addition, adopt the shingle nail of small-sized single piece plate flute profile splicing, because single piece plate directly influences the shingle nail quality behind cracking, and fluting weakened the wood members cross section, thereby bonding strength is low, has also produced the waste of timber, field erected plate is various simultaneously, long construction period.Therefore, invent a kind of wooden frame structure monolithic sheet material that is applicable to the prefabricated and convenient on-the-spot integral hoisting of batch production in order to the construction wooden frame structure, it is particularly necessary to seem.
The utility model content
Technical problem to be solved in the utility model is at above-mentioned deficiency of the prior art, a kind of wooden frame structure monolithic assembled plate is provided, it is simple in structure, processing and fabricating and on-the-spot easy for installation and structural mechanical property is superior, can effectively solve existing wooden frame structure and build batch production that sheet material exists and produce limited, practical problems such as timber utilization rate is low, the various complexity of connector, difficulty of construction are big, long construction period.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is: a kind of wooden frame structure monolithic assembled plate, it is characterized in that: the wooden laminate all identical by the multilayer shape and size is formed by stacking, the described wooden laminate of multilayer is folded mutually successively from top to bottom, and all is fastenedly connected by gummed mode and/or connector between the described wooden laminate of adjacent two layers; It is odd number that the number of plies of described wooden laminate is at least three layers and its number of plies; The wooden lath that described wooden laminate is laid at grade by polylith is assemblied to form, be fastenedly connected in the gummed mode between adjacent two blocks of wooden laths, the wooden lath of polylith in the described wooden laminate all is parallel laying and described wooden lath is the rectangle lath, and the thickness of the wooden lath of polylith of forming described wooden laminate is all identical; The all orthogonal thereto laying of all wooden laths in the described wooden laminate of adjacent two layers.
Above-mentioned wooden frame structure monolithic assembled plate is characterized in that: the width of the wooden lath of polylith of forming described wooden laminate is all identical.
Above-mentioned wooden frame structure monolithic assembled plate is characterized in that: the width of all the wooden laths in the described wooden laminate of multilayer is all identical.
Above-mentioned wooden frame structure monolithic assembled plate is characterized in that: the number of plies of described wooden laminate is three layers, five layers or seven layers.
Above-mentioned wooden frame structure monolithic assembled plate is characterized in that: described connector is a pin.
Above-mentioned wooden frame structure monolithic assembled plate, it is characterized in that: the described wooden laminate of multilayer is divided into an intermediate layer laminate and symmetry is laid in described intermediate layer laminate up and down upper strata laminate and lower floor's laminate of both sides, and identical and its number of plies of the number of plies of described upper strata laminate and lower floor laminate is one or more layers; Described pin comprises last pin that hammers into described wooden laminate from top to bottom and the following pin that hammers into described wooden laminate from the bottom to top, the vertical depth that described upward pin hammers into described wooden laminate is h1 and 2H＜h1＜3H, the vertical depth that described downside pin ailing is gone into described wooden laminate is h2 and 2H＜h2＜3H, and wherein H is the thickness of described wooden laminate; Described intermediate layer laminate and the upper strata laminate that is adjacent and lower floor's laminate are formed a combined type foundation slab, and clench to be solidly connected and be one by a plurality of pins and a plurality of downside pins gone up between the three, the top end face of described upward pin is mutually concordant with the upper surface of described combined type foundation slab, and the bottom face of described pin down is mutually concordant with the soffit of described combined type foundation slab.
Above-mentioned wooden frame structure monolithic assembled plate, it is characterized in that: each layer upper strata laminate that is positioned at described combined type foundation slab top is all fixed by a plurality of pins of going up, and the top end face of the fixing pin of using with at this moment fixedly the upper surface of upper strata laminate is mutually concordant; Each layer lower floor laminate that is positioned at described combined type foundation slab below is all fixed by a plurality of pins down, and the bottom face of fixing used pin down with at this moment fixedly the soffit of lower floor's laminate is mutually concordant.
Above-mentioned wooden frame structure monolithic assembled plate, it is characterized in that: the vertical depth that described upward pin hammers into described wooden laminate is h1 and 2.5H＜h1＜3H, the vertical depth that described downside pin ailing is gone into described wooden laminate is h2 and 2.5H＜h2＜3H, and wherein H is the thickness of described wooden laminate.
Above-mentioned wooden frame structure monolithic assembled plate, it is characterized in that: to adopt the finger-type connected mode to carry out in the longitudinal direction fixedly connected for adjacent two blocks of wooden laths in the described wooden laminate, and described wooden lath connection termination in the longitudinal direction is set to finger joint.
Above-mentioned wooden frame structure monolithic assembled plate is characterized in that: all the wooden laths in the described wooden laminate are all by adhesive glue and/or a plurality of pin, be positioned at its up and down the adjacent wooden laminate of both sides be fastenedly connected; The installation through hole that is reserved with the door and window installing port on the described wooden laminate and supplies cable and pipeline to pass through.
The utility model compared with prior art has the following advantages:
1, simple in structure, mechanical property is clear and definite, and processing and fabricating is easy and input cost is low, is easy to transportation and installation, and can process the monolithic assembled plate of multiple structure and size according to the concrete needs of reality.
2, be fit to batch production production, can realize the assembly unit processing of extensive batch machining of wooden lath and wooden laminate; And on-the-spot easy for installation, be easy to lifting, construction quality is easy to control, and the construction period is short, and construction input expense is low.
3, post-processed is convenient, can simple and conveniently at plate surface insulating, flame-retardant layer, puigging etc. be set, and makes the wooden frame structure of being built have heat-insulation and heat-preservation, soundproof effect and flame retardant effect preferably.
4, dead load is light, and the aesthetic appearance effect is strong.
5, the processing and fabricating mode is flexible, can adopt gummed mode and/or pin that wooden laminate is assembled.
6, form of construction work is flexible, the installation through hole that can be reserved with the door and window installing port and supply cable and pipeline to pass through in wooden laminate processing and making process; Also can be after wooden laminate processing and fabricating be finished, cutting forms the door and window installing port again, also can hole on wooden laminate simultaneously and get the installation through hole that hole formation supplies cable and pipeline to pass through, applicable performance height.
7, the strong and long service life, not fragile of bonding strength height, supporting capacity can not weaken the bonding strength of timber self, can not produce the timber waste, and timber utilization rate significantly improves; And long service life connects reliably, is not prone to that the timber bonding strength that reasons such as destroying the timber self structure because of one monolithic sheet cracking, fluting causes reduces, the bad situation of degradation under the supporting capacity.Simultaneously, because the wooden lath of polylith in the wooden laminate of each piece all is parallel laying, and all orthogonal thereto laying of all wooden laths in the wooden laminate of adjacent two layers, thereby can give full play to concatenation ability on the timber all directions, make that the globality of whole assembled plate is stronger and make it all can bear bigger active force on all directions.
8, practical value height and result of use are good, can be used as floor plates, roof panel and the shingle nail of wooden frame structure, and can be according to the concrete needs of reality, structure and size to assembled plate adjust accordingly, thereby make floor plates, roof panel and the shingle nail of the wooden frame structure of building all adopt an all-in-one-piece assembled plate, field erected plate is considerably less, has alleviated on-the-spot installation and lifting workload greatly, has improved the construction period of wooden frame structure.
In sum, the present invention is simple in structure, processing and fabricating and on-the-spot easy for installation and structural mechanical property is superior, have that dead load is light, stress system is reasonable, material physical property is good, cost is low, characteristics such as appearance looks elegant can effectively remedy batch production that the floor plates, shingle nail etc. of present wooden frame structure exist and produce limited, many deficiencies such as timber utilization rate is low, the various complexity of connector, difficulty of construction are big, long construction period.
Below by drawings and Examples, the technical solution of the utility model is described in further detail.
Description of drawings
Fig. 1 is a perspective view of the present utility model.
Fig. 2 is the internal construction schematic diagram of the utility model combined type foundation slab.
Fig. 3 is an internal construction schematic diagram of the present utility model.
Description of reference numerals:
The last pin of 1-; The wooden lath of 2-; Pin under the 3-;
4-end matching place.
The specific embodiment
As Fig. 1, Fig. 2 and shown in Figure 3, the utility model is formed by stacking by all identical wooden laminate of multilayer shape and size, the described wooden laminate of multilayer is folded mutually successively from top to bottom, and all is fastenedly connected by gummed mode and/or connector between the described wooden laminate of adjacent two layers.It is odd number that the number of plies of described wooden laminate is at least three layers and its number of plies.The wooden lath 2 that described wooden laminate is laid at grade by polylith is assemblied to form, be fastenedly connected in the gummed mode between adjacent two blocks of wooden laths 2, the wooden lath 2 of polylith in the described wooden laminate all is parallel laying and described wooden lath 2 and is the rectangle lath, and the thickness of the wooden lath 2 of polylith of forming described wooden laminate is all identical.The all orthogonal thereto laying of all wooden laths 2 in the described wooden laminate of adjacent two layers.Splicing seams in the described wooden laminate between adjacent two blocks of wooden laths 2 glues together by adhesive glue.During actual processing and fabricating, described wooden lath 2 can be the lath that adopts natural timber to process both, also can adopt by the synthetic wood imitation structure lath of chemical materials.
Simultaneously, have door and window installing port of installing for door and window and the installation through hole that supplies cable and pipeline to pass through on the described wooden laminate.During actual processing and fabricating, can be in described wooden laminate processing and making process, the installation through hole that on described wooden laminate, be reserved with the door and window installing port and pass through for cable and pipeline; Also can be after described wooden laminate processing and fabricating be finished, cutting forms the door and window installing port again, also can hole on wooden laminate simultaneously and get the installation through hole that hole formation supplies cable and pipeline to pass through.In the present embodiment, described wooden laminate is a rectangular slab, during actual processing and fabricating, also can be according to actual needs, and with the described wooden laminate processing and fabricating sheet material that is other shape.
In the present embodiment, the width of the wooden lath 2 of polylith of forming described wooden laminate is all identical, and the width of all the wooden laths 2 in the described wooden laminate of multilayer is all identical.
In the present embodiment, described connector is a pin.In the actual processing and making process, the described wooden laminate of multilayer is divided into an intermediate layer laminate and symmetry is laid in described intermediate layer laminate up and down upper strata laminate and lower floor's laminate of both sides, and identical and its number of plies of the number of plies of described upper strata laminate and lower floor laminate is one or more layers.Described pin comprises last pin 1 that hammers into described wooden laminate from top to bottom and the following pin 3 that hammers into described wooden laminate from the bottom to top, the vertical depth that described upward pin 1 hammers into described wooden laminate is h1 and 2H＜h1＜3H, the vertical depth that described pin 3 down hammers into described wooden laminate is h2 and 2H＜h2＜3H, and wherein H is the thickness of described wooden laminate.Described intermediate layer laminate and the upper strata laminate that is adjacent and lower floor's laminate are formed a combined type foundation slab, and be fastenedly connected and be one by a plurality of pins 1 and a plurality of pins 3 down gone up between the three, the top end face of described upward pin 1 is mutually concordant with the upper surface of described combined type foundation slab, and the bottom face of described pin 3 down is mutually concordant with the soffit of described combined type foundation slab.
Each layer upper strata laminate that is positioned at described combined type foundation slab top is all fixed by a plurality of pins 1 of going up, and the top end face of the fixing pin of using 1 with at this moment fixedly the upper surface of upper strata laminate is mutually concordant.Each layer lower floor laminate that is positioned at described combined type foundation slab below is all fixed by a plurality of pins 3 down, and the bottom face of fixing used pin 3 down with at this moment fixedly the soffit of lower floor's laminate is mutually concordant.In the present embodiment, the vertical depth that described upward pin 1 hammers into described wooden laminate is h1 and 2.5H＜h1＜3H, and the vertical depth that described pin 3 down hammers into described wooden laminate is h2 and 2.5H＜h2＜3H, and wherein H is the thickness of described wooden laminate.
That is to say that actual when binding pin 1 and following pin 3, both vertically the upper and lower surface of described wooden laminate hammered into, the upper and lower surface that also can favour described wooden laminate hammers into.In the present embodiment, the described pin 1 of going up hammers in the described wooden laminate with following pin 3 is all vertical, and the structure of described upward pin 1 and following pin 3 is all identical with size.
In the present embodiment, to adopt the finger-type connected mode to carry out in the longitudinal direction fixedly connected for adjacent two blocks of wooden laths 2 in the described wooden laminate, and described wooden lath 2 connection termination in the longitudinal direction is set to finger joint.Described finger joint is for being whittled into the intermeshing finger-type sequence of energy with two plank terminations with milling cutter, and gluing pressurization spreading becomes the jointing of a laminate.That is to say that adjacent two wooden lath 2 end matching places 4 in the longitudinal direction adopt the finger-type connected mode to carry out fixedly connected.
Actually add man-hour, the wooden lath 2 of all in the described wooden laminate all by adhesive glue and/or a plurality of pin be positioned at its up and down the adjacent wooden laminate of both sides be fastenedly connected.In the present embodiment, every block of wooden lath 2 in the described wooden laminate is all fixed by two row's pins of laying along its length direction, and every row's pin includes a plurality of pins of even laying.
During actual processing and fabricating, the number of plies of described wooden laminate is three layers, five layers or seven layers.In the present embodiment, the number of plies of described wooden laminate is five layers.The number of plies of described upper strata laminate and lower floor's laminate is two-layer.
Described intermediate layer laminate and the upper strata laminate that is adjacent and lower floor's laminate are formed a combined type foundation slab, and its structure sees Fig. 2 for details; The upper strata laminate adjacent with described combined type foundation slab and lower floor's laminate are gone up pin 1 and a plurality of pin 3 fastening both sides up and down that are fixed on described combined type foundation slab down by a plurality of respectively, and a thickening of corresponding formation assembled plate, and its structure sees Fig. 3 for details.
To sum up, in the actual process, when adopting pin to make the utility model, adopt adhesive glue that 5 blocks of wooden laminates are formed in wooden lath 2 splicings of polylith earlier; 3 blocks of wooden laminates that will be spliced into again are staggered superimposed, and the upper and lower surfaces that are used in superimposed back 3 blocks of wooden laminates hammer into pin respectively and form whole plate (being described combined type foundation slab); Afterwards, the wooden laminate of superimposed one deck that on the upper and lower surfaces of the whole plate of form, interlocks respectively respectively again, and connect whole with pin.When adopting adhesive glue to make the utility model, earlier length direction is needed the wooden lath 2 of spreading to adopt the finger-type connected mode to glue together connection, and adopt adhesive glue that 5 blocks of wooden laminates are formed in wooden lath 2 splicings of polylith; Subsequently, all brushing adhesive glue on the wooden lath 2 of each piece, and after 5 blocks of wooden laminates were stacked together, the pressure that adds vertical direction on 5 each faces of wooden laminate that stack pushed, and forms whole plated construction through maintenance or heating curing.When adopting adhesive glue and pin to make the utility model, adopt earlier the adhesive glue 3 blocks of wooden laminates that will be stacked together to glue together connection, adopt pin to carry out further fastening to 3 blocks of wooden laminates glued together and formation combined type foundation slab again, brushing adhesive glue respectively and stack the wooden laminate of one deck respectively on the top and bottom of formation combined type foundation slab adopts pin to carry out further fastening to the wooden laminate that overlays on the combined type foundation slab top and bottom at last more afterwards.
The above; it only is preferred embodiment of the present utility model; be not that the utility model is imposed any restrictions; everyly any simple modification that above embodiment did, change and equivalent structure are changed, all still belong in the protection domain of technical solutions of the utility model according to the utility model technical spirit.
Claims (10)
1. wooden frame structure monolithic assembled plate, it is characterized in that: the wooden laminate all identical by the multilayer shape and size is formed by stacking, the described wooden laminate of multilayer is folded mutually successively from top to bottom, and all is fastenedly connected by gummed mode and/or connector between the described wooden laminate of adjacent two layers; It is odd number that the number of plies of described wooden laminate is at least three layers and its number of plies; The wooden lath (2) that described wooden laminate is laid at grade by polylith is assemblied to form, be fastenedly connected in the gummed mode between adjacent two blocks of wooden laths (2), the wooden lath of polylith (2) in the described wooden laminate all is parallel laying and described wooden lath (2) is the rectangle lath, and the thickness of the wooden lath of polylith (2) of forming described wooden laminate is all identical; The all orthogonal thereto laying of all wooden laths (2) in the described wooden laminate of adjacent two layers.
2. according to the described wooden frame structure of claim 1 monolithic assembled plate, it is characterized in that: the width of the wooden lath of polylith (2) of forming described wooden laminate is all identical.
3. according to the described wooden frame structure of claim 2 monolithic assembled plate, it is characterized in that: the width of all the wooden laths (2) in the described wooden laminate of multilayer is all identical.
4. according to claim 1,2 or 3 described wooden frame structure monolithic assembled plate, it is characterized in that: the number of plies of described wooden laminate is three layers, five layers or seven layers.
5. according to claim 1,2 or 3 described wooden frame structure monolithic assembled plate, it is characterized in that: described connector is a pin.
6. according to the described wooden frame structure of claim 5 monolithic assembled plate, it is characterized in that: the described wooden laminate of multilayer is divided into an intermediate layer laminate and symmetry is laid in described intermediate layer laminate up and down upper strata laminate and lower floor's laminate of both sides, and identical and its number of plies of the number of plies of described upper strata laminate and lower floor laminate is one or more layers; Described pin comprises last pin (1) that hammers into described wooden laminate from top to bottom and the following pin (3) that hammers into described wooden laminate from the bottom to top, the vertical depth that described upward pin (1) hammers into described wooden laminate is h1 and 2H＜h1＜3H, the vertical depth that described pin (3) down hammers into described wooden laminate is h2 and 2H＜h2＜3H, and wherein H is the thickness of described wooden laminate; Described intermediate layer laminate and the upper strata laminate that is adjacent and lower floor's laminate are formed a combined type foundation slab, and be fastenedly connected and be one by a plurality of pins (1) and a plurality of times pins (3) gone up between the three, the top end face of described upward pin (1) is mutually concordant with the upper surface of described combined type foundation slab, and the bottom face of described pin (3) down is mutually concordant with the soffit of described combined type foundation slab.
7. according to the described wooden frame structure of claim 6 monolithic assembled plate, it is characterized in that: each layer upper strata laminate that is positioned at described combined type foundation slab top is all fixed by a plurality of pins (1) of going up, and the top end face of fixing the pin of using (1) with at this moment fixedly the upper surface of upper strata laminate is mutually concordant; Each layer lower floor laminate that is positioned at described combined type foundation slab below is all fixed by a plurality of pins (3) down, and the bottom face of fixing used pin (3) down with at this moment fixedly the soffit of lower floor's laminate is mutually concordant.
8. according to the described wooden frame structure of claim 6 monolithic assembled plate, it is characterized in that: the vertical depth that described upward pin (1) hammers into described wooden laminate is h1 and 2.5H＜h1＜3H, the vertical depth that described pin (3) down hammers into described wooden laminate is h2 and 2.5H＜h2＜3H, and wherein H is the thickness of described wooden laminate.
9. according to claim 1,2 or 3 described wooden frame structure monolithic assembled plate, it is characterized in that: to adopt the finger-type connected mode to carry out in the longitudinal direction fixedly connected for adjacent two blocks of wooden laths (2) in the described wooden laminate, and described wooden lath (2) connection termination in the longitudinal direction is set to finger joint.
10. according to the described wooden frame structure of claim 5 monolithic assembled plate, it is characterized in that: all the wooden laths (2) in the described wooden laminate are all by adhesive glue and/or a plurality of pin, be positioned at its up and down the adjacent wooden laminate of both sides be fastenedly connected; The installation through hole that is reserved with the door and window installing port on the described wooden laminate and supplies cable and pipeline to pass through.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200753578U CN201972305U (en) | 2011-03-21 | 2011-03-21 | Integral type assembling plate for timberwork house |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200753578U CN201972305U (en) | 2011-03-21 | 2011-03-21 | Integral type assembling plate for timberwork house |
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| Publication Number | Publication Date |
|---|---|
| CN201972305U true CN201972305U (en) | 2011-09-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011200753578U Expired - Fee Related CN201972305U (en) | 2011-03-21 | 2011-03-21 | Integral type assembling plate for timberwork house |
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| CN (1) | CN201972305U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114536484A (en) * | 2022-03-14 | 2022-05-27 | 南京林业大学 | Wood-nail-jointed laminated wood and preparation method and application thereof |
-
2011
- 2011-03-21 CN CN2011200753578U patent/CN201972305U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114536484A (en) * | 2022-03-14 | 2022-05-27 | 南京林业大学 | Wood-nail-jointed laminated wood and preparation method and application thereof |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110914 Termination date: 20120321 |