CN208039750U - Mould bases is poured for the adjustable type in the room floor one-pass molding working procedure of underground - Google Patents
Mould bases is poured for the adjustable type in the room floor one-pass molding working procedure of underground Download PDFInfo
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- CN208039750U CN208039750U CN201820382287.2U CN201820382287U CN208039750U CN 208039750 U CN208039750 U CN 208039750U CN 201820382287 U CN201820382287 U CN 201820382287U CN 208039750 U CN208039750 U CN 208039750U
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Abstract
Mould bases is poured for the adjustable type in the room floor one-pass molding working procedure of underground, four groups of gusset mechanisms can be enclosed square-shaped frame frame mechanism, four angles of square-shaped frame frame mechanism energy one angle retaining device of snapping, square-shaped frame frame mechanism are fastenedly connected by four angle retaining devices realizations；Gusset mechanism pours mould bases as cement concrete layer, the cement sand bed that is mixed with corundum, gusset mechanism adjusts the thickness that pours of cement concrete layer by the height of plate in flexible modulation rectangle, and gusset mechanism is mixed with the cement sand bed of corundum and pours thickness by the height of flexible modulation rectangle top plate to adjust.The utility model has the characteristics that structure novel, dismounting is flexible, is readily transported, reuse rate is high, can arbitrarily adjust height, is highly practical.
Description
Technical field
The utility model belongs to construction ancillary equipment field, is related to a kind of for underground room floor one-pass molding construction
Adjustable type in process pours mould bases.
Background technology
Currently, the traditional construction technique on building basement ground, which can have ground, is also easy to produce hollowing, dusting, cracking, resistance to
The problems such as mill property is low, long in time limit.
Invention content
To solve the above-mentioned problems, applicant is implemented by particular technique measure of the south of Fujian Province construction engineering group headquarters building
Place, the utility model provide a kind of adjustable type in the room floor one-pass molding working procedure of underground and pour mould bases, it has
Have the characteristics that structure novel, dismounting is flexible, be readily transported, reuse rate is high, can arbitrarily adjust height, is highly practical.
In order to achieve the above object, the utility model takes following particular technique measure：For underground room floor once at
Adjustable type in type working procedure pours mould bases, it is made of gusset mechanism, angle retaining device, which is characterized in that
Four groups of gusset mechanisms can be enclosed square-shaped frame frame mechanism, and four angles of square-shaped frame frame mechanism can snapping one
A angle retaining device, square-shaped frame frame mechanism are fastenedly connected by four angle retaining device realizations；Each angle retaining device can pass through U-shaped
Button bar links closely with the vertical ruler column realization in gusset mechanism and connect；
Wherein, gusset mechanism include plate in rectangle bottom plate, vertical ruler column, adjusting nut, rectangle, rectangle top plate,
Embedded rectangle lower baffle plate, embedded rectangle overhead gage, rectangle bottom plate are flat on weight-bearing surface, rectangle plate top surface
The left and right sides by welding be fastened with a vertical ruler column respectively, the side of every vertical ruler column is labeled with length unit；
The side of every vertical ruler column is also tapped with the line that is screwed on, the first adjusting nut screw in from top to bottom in vertical ruler column until
Object height；
Integrally formed with one of transverse concave groove one on rear side of the top surface of rectangle bottom plate；
The left and right sides of plate is bored respectively there are one longitudinal rod aperture one in rectangle, and plate passes through two longitudinal directions in left and right in rectangle
Rod aperture one can correspond to the top for being inserted in the two vertical ruler columns in left and right and being flat on the first adjusting nut, left and right two from top to bottom
Supporting point of a first adjusting nut as plate in rectangle；
The bottom surface back of plate is integrally formed with one of transverse concave groove two in rectangle, transverse concave groove two and transverse concave groove one it
Between setting symmetrical above and below, form the first caulking groove between transverse concave groove two and transverse concave groove one, embedded rectangle lower baffle plate can be horizontal
Into embedded first caulking groove；
Embedded rectangle lower baffle plate pours striker plate as cement concrete layer, is adjusted by the first adjusting nut
Cement concrete layer pours thickness, and the best thickness that pours of cement concrete layer is 100mm~150mm；
Second adjusting nut screws in from top to bottom in vertical ruler column until object height, the second adjusting nut is set to rectangular
The top of plate in shape；
The left and right sides of rectangle top plate is bored respectively there are one longitudinal rod aperture two, and rectangle top plate passes through two longitudinal directions in left and right
Rod aperture two can correspond to the top for being inserted in the two vertical ruler columns in left and right and being flat on the second adjusting nut, left and right two from top to bottom
Supporting point of a second adjusting nut as rectangle top plate；
The bottom surface back of rectangle top plate is used as the second caulking groove integrally formed with one of transverse concave groove three, transverse concave groove three,
Embedded rectangle overhead gage can be laterally embedded into the second caulking groove；
Embedded rectangle overhead gage pours striker plate as the cement sand bed for being mixed with corundum, is adjusted by second
Nut is saved to adjust the thickness that pours of cement sand bed, the best thickness that pours of cement sand bed is 20mm~30mm；
Wherein, angle retaining device includes cube type abaculus, a pair of U-shaped button bar, and four sides of cube type abaculus are drilled with one
To jack, U-shaped button bar level can carry out snapping after being caught in vertical ruler column with the jack on the arbitrary side of cube type abaculus.
It, can according to actual needs, from vertical ruler after rectangle top plate is inserted in the two vertical ruler columns in left and right from top to bottom
The top of column respectively screws in a locking nut up to the top surface of rectangle top plate.
Gusset mechanism pours mould bases, gusset mechanism as cement concrete layer, the cement sand bed for being mixed with corundum
The thickness that pours of cement concrete layer is adjusted by the height of plate in flexible modulation rectangle, gusset mechanism passes through flexible modulation
The height of rectangle top plate is mixed with the cement sand bed of corundum and pours thickness to adjust.
The cement sand bed for being mixed with corundum carries out bedding before cement concrete layer initial set, is mixed with corundum
Cement sand bed forms the underground room floor with double-layer structure with underlying cement concrete layer final molding, passes through this
The underground room floor of utility model pouring molding, which can be effectively prevented from, leads to the problem of hollowing, dusting, cracking.
Floor headroom size can not only be increased by the underground room floor of the utility model pouring molding, and can also be effective
Ground improves the wear-resisting property on ground, has not only eliminated the screed-coat of traditional ground construction, but also can effectively shorten the construction period and reduce and apply
Work cost.
The beneficial effects of the utility model are that it has, and structure novel, dismounting is flexible, is readily transported, reuse rate
Height can arbitrarily adjust height, highly practical feature.
The utility model is illustrated further with reference to the accompanying drawings and examples.
Description of the drawings
Fig. 1 is the front view structure perspective view of gusset mechanism in the utility model；
Fig. 2 is the partial side structural perspective of gusset mechanism in the utility model；
Fig. 3 is that the unitary side of gusset mechanism in the utility model regards structural perspective；
Fig. 4 is the present invention looks up structural representation of plate in rectangle in the utility model；
Fig. 5 is the overlooking structure diagram of rectangle bottom plate in the utility model；
Fig. 6 is that the side view structure of embedded rectangle lower baffle plate and embedded rectangle overhead gage is illustrated in the utility model
Figure；
Fig. 7 is square-shaped frame frame mechanism and angle retaining device combined connecting structure angle of depression perspective view in the utility model；
Fig. 8 is the angle of depression perspective view of square-shaped frame frame mechanism in the utility model；
Fig. 9 is the composite structure angle of depression perspective view of angle retaining device in the utility model；
Figure 10 is the decomposition texture angle of depression perspective view of angle retaining device in the utility model；
Figure 11 is the cross-sectional view of underground room floor made of being poured by the utility model.
In figure：A- gussets mechanism, A1- rectangles bottom plate, A11- transverse concave grooves one, the vertical ruler columns of A2-, A31- first are adjusted
Plate, A41- transverse concave grooves two, the longitudinal directions A42- rod aperture one, A5- rectangles top in nut, the second adjusting nuts of A32-, A4- rectangles
The embedded rectangle lower baffle plate of plate, A6-, the embedded rectangle overhead gages of A7-, the angles B- retaining device, B1- cube types abaculus, B2-U
Shape button bar, C1- cement concrete layers, C2- cement sand beds.
Specific implementation mode
Applicant is specific implementation place with the south of Fujian Province construction engineering group headquarters building, provides following specific embodiment：
Mould bases is poured for the adjustable type in the room floor one-pass molding working procedure of underground, it is kept off by gusset mechanism A, angle
Mechanism B is formed, which is characterized in that
As shown in Figure 7, Figure 8, four groups of gusset mechanism A can be enclosed square-shaped frame frame mechanism, square-shaped frame frame mechanism
Four angles energy one angle retaining device B of snapping, square-shaped frame frame mechanism are fastenedly connected by four angle retaining device B realizations；Each
Angle retaining device B can be linked closely with the vertical ruler column A2 realizations in gusset mechanism A by U-shaped button bar B2 and be connect；
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, wherein gusset mechanism A includes rectangle bottom plate A1, vertical ruler column
Plate A4, rectangle top plate A5, embedded rectangle lower baffle plate A6, embedded rectangle overhead gage in A2, adjusting nut, rectangle
A7, rectangle bottom plate A1 are flat on weight-bearing surface, and the left and right sides of the top surfaces rectangle bottom plate A1 is fastened with one respectively by welding
The vertical ruler column A2 of root, the side of every vertical ruler column A2 are labeled with length unit；
The side of every vertical ruler column A2 is also tapped with the line that is screwed on, and the first adjusting nut A31 screws in vertical ruler column from top to bottom
Until object height in A2；
Integrally formed with one of one A11 of transverse concave groove on rear side of the top surface of rectangle bottom plate A1；
The left and right sides of plate A4 is bored respectively there are one longitudinal one A42 of rod aperture in rectangle, and plate A4 passes through left and right in rectangle
Two longitudinal direction one A42 of rod aperture can be corresponded to from top to bottom to be inserted in the two vertical ruler column A2 in left and right and is flat on the first adjusting nut
The top of A31, supporting points of two the first adjusting nut A31 in left and right as plate A4 in rectangle；
The bottom surface back of plate A4 is integrally formed with one of two A41 of transverse concave groove, two A41 of transverse concave groove and transverse direction in rectangle
Setting symmetrical above and below between one A11 of groove forms the first caulking groove between one A11 of two A41 of transverse concave groove and transverse concave groove, embedded
Rectangle lower baffle plate A6 can be laterally embedded into the first caulking groove；
Embedded rectangle lower baffle plate A6 pours striker plate as cement concrete layer C1, passes through the first adjusting nut
A31 adjusts the thickness that pours of cement concrete layer C1, and the best thickness that pours of cement concrete layer C1 is 100mm~150mm；
Second adjusting nut A32 is screwed in from top to bottom in vertical ruler column A2 until object height, the second adjusting nut A32 are set
It is placed in the top of plate A4 in rectangle；
The left and right sides of rectangle top plate A5 is bored respectively there are one longitudinal rod aperture two, and rectangle top plate A5 is by controlling two
Longitudinal rod aperture two can correspond to from top to bottom is inserted in the two vertical ruler column A2 in left and right and is flat on the upper of the second adjusting nut A32
Side, supporting points of two the second adjusting nut A32 in left and right as rectangle top plate A5；
For the bottom surface back of rectangle top plate A5 integrally formed with one of transverse concave groove three, transverse concave groove three is embedding as second
Slot, embedded rectangle overhead gage A7 can be laterally embedded into the second caulking groove；
Embedded rectangle overhead gage A7 pours striker plate as the cement sand bed C2's for being mixed with corundum, passes through
Two adjusting nut A32 adjust the thickness that pours of cement sand bed C2, cement sand bed C2 it is best pour thickness be 20mm~
30mm；
As shown in Figure 9, Figure 10, wherein angle retaining device B includes cube type abaculus B1, a pair of U-shaped button bar B2, and cube type is embedding
Four sides of block B1 are drilled with a pair of of jack, and U-shaped button bar B2 levels can appoint after being caught in vertical ruler column A2 with cube type abaculus B1
The jack anticipated on side carries out snapping.
As shown in figure 11, gusset mechanism A is poured as cement concrete layer C1, the cement sand bed C2 that is mixed with corundum
Build mould bases, what gusset mechanism A adjusted cement concrete layer C1 by the height of plate A4 in flexible modulation rectangle pours thickness,
Gusset mechanism A is mixed with the cement sand bed C2 of corundum and poured by the height of flexible modulation rectangle top plate A5 to adjust
Thickness.
Claims (2)
1. the adjustable type in the room floor one-pass molding working procedure of underground pours mould bases, it is by gusset mechanism（A）, angle gear
Mechanism（B）Composition, which is characterized in that
Four groups of gusset mechanisms（A）It can be enclosed square-shaped frame frame mechanism, four angles of square-shaped frame frame mechanism can snapping one
A angle retaining device（B）, square-shaped frame frame mechanism passes through four angle retaining devices（B）Realization is fastenedly connected；Each angle retaining device（B）?
U-shaped button bar can be passed through（B2）With gusset mechanism（A）In vertical ruler column（A2）Realization is linked closely connection；
Wherein, gusset mechanism（A）Including rectangle bottom plate（A1）, vertical ruler column（A2）, adjusting nut, plate in rectangle（A4）,
Rectangle top plate（A5）, embedded rectangle lower baffle plate（A6）, embedded rectangle overhead gage（A7）, rectangle bottom plate（A1）It is flat
It is placed on weight-bearing surface, rectangle bottom plate（A1）The left and right sides of top surface is fastened with a vertical ruler column respectively by welding（A2）,
Every vertical ruler column（A2）Side be labeled with length unit；
Every vertical ruler column（A2）Side be also tapped with the line that is screwed on, the first adjusting nut（A31）Vertical ruler column is screwed in from top to bottom
（A2）In until object height；
Rectangle bottom plate（A1）Top surface on rear side of integrally formed with one of transverse concave groove one（A11）；
Plate in rectangle（A4）The left and right sides bore that there are one longitudinal rod aperture one respectively（A42）, plate in rectangle（A4）Pass through a left side
Right two longitudinal rod aperture one（A42）It can correspond to from top to bottom and be inserted in the two vertical ruler columns in left and right（A2）In and be flat on the first tune
Save nut（A31）Top, left and right two the first adjusting nuts（A31）As plate in rectangle（A4）Supporting point；
Plate in rectangle（A4）Bottom surface back integrally formed with one of transverse concave groove two（A41）, transverse concave groove two（A41）With cross
To groove one（A11）Between setting symmetrical above and below, transverse concave groove two（A41）With transverse concave groove one（A11）Between composition it is first embedding
Slot, embedded rectangle lower baffle plate（A6）It can be laterally embedded into the first caulking groove；
Embedded rectangle lower baffle plate（A6）As cement concrete layer（C1）Pour striker plate, pass through the first adjusting nut
（A31）To adjust cement concrete layer（C1）Pour thickness, cement concrete layer（C1）It is best pour thickness be 100mm~
150mm；
Second adjusting nut（A32）Vertical ruler column is screwed in from top to bottom（A2）In until object height, the second adjusting nut（A32）
It is set to plate in rectangle（A4）Top；
Rectangle top plate（A5）The left and right sides bore that there are one longitudinal rod aperture two, rectangle top plates respectively（A5）By controlling two
Longitudinal rod aperture two can correspond to from top to bottom is inserted in the two vertical ruler columns in left and right（A2）In and be flat on the second adjusting nut（A32）
Top, left and right two the second adjusting nuts（A32）As rectangle top plate（A5）Supporting point；
Rectangle top plate（A5）Bottom surface back integrally formed with one of transverse concave groove three, transverse concave groove three is used as the second caulking groove,
Embedded rectangle overhead gage（A7）It can be laterally embedded into the second caulking groove；
Embedded rectangle overhead gage（A7）As the cement sand bed for being mixed with corundum（C2）Pour striker plate, pass through
Two adjusting nuts（A32）To adjust cement sand bed（C2）Pour thickness, cement sand bed（C2）Best pour thickness and be
20mm~30mm；
Wherein, angle retaining device（B）Including cube type abaculus（B1）, a pair of U-shaped button bar（B2）, cube type abaculus（B1）Four sides
Face is drilled with a pair of of jack, U-shaped button bar（B2）Level is caught in vertical ruler column（A2）After can be with cube type abaculus（B1）Arbitrary side
On jack carry out snapping.
2. the adjustable type according to claim 1 in the room floor one-pass molding working procedure of underground pours mould bases,
It is characterized in that, the gusset mechanism（A）As cement concrete layer（C1）, be mixed with the cement sand bed of corundum（C2）'s
Pour mould bases, gusset mechanism（A）Pass through plate in flexible modulation rectangle（A4）Height adjust cement concrete layer（C1）'s
Pour thickness, gusset mechanism（A）Pass through flexible modulation rectangle top plate（A5）Height adjust the cement for being mixed with corundum
Screed（C2）Pour thickness.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820382287.2U CN208039750U (en) | 2018-03-20 | 2018-03-20 | Mould bases is poured for the adjustable type in the room floor one-pass molding working procedure of underground |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820382287.2U CN208039750U (en) | 2018-03-20 | 2018-03-20 | Mould bases is poured for the adjustable type in the room floor one-pass molding working procedure of underground |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208039750U true CN208039750U (en) | 2018-11-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820382287.2U Expired - Fee Related CN208039750U (en) | 2018-03-20 | 2018-03-20 | Mould bases is poured for the adjustable type in the room floor one-pass molding working procedure of underground |
Country Status (1)
| Country | Link |
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| CN (1) | CN208039750U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108396938A (en) * | 2018-03-20 | 2018-08-14 | 福建省闽南建筑工程有限公司 | Mould bases is poured for the adjustable type in the room floor one-pass molding working procedure of underground |
-
2018
- 2018-03-20 CN CN201820382287.2U patent/CN208039750U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108396938A (en) * | 2018-03-20 | 2018-08-14 | 福建省闽南建筑工程有限公司 | Mould bases is poured for the adjustable type in the room floor one-pass molding working procedure of underground |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181102 |
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| CF01 | Termination of patent right due to non-payment of annual fee |