CN101949200B - Adjustable positioning component for mounting construction wall panel - Google Patents
Adjustable positioning component for mounting construction wall panel Download PDFInfo
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- CN101949200B CN101949200B CN2010102914606A CN201010291460A CN101949200B CN 101949200 B CN101949200 B CN 101949200B CN 2010102914606 A CN2010102914606 A CN 2010102914606A CN 201010291460 A CN201010291460 A CN 201010291460A CN 101949200 B CN101949200 B CN 101949200B
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Abstract
The invention relates to an adjustable positioning component for mounting a construction wall panel, which comprises an eccentric bolt the second screw of which penetrates an inner expansion bolt, wherein, the first screw of the eccentric bolt is sequentially equipped with a nylon clamping mat, a distance regulating sleeve and a first nut for preventing the distance regulating sleeve from being unscrewed and loosened from front to back; the inner sleeve of a sliding block is axially provided with an internal threaded through hole which is in threaded connection with the first screw, and the inner sleeve of the sliding block is engaged with the distance regulating sleeve; the inner sleeve of the sliding block and the nylon clamping mat are driven to move forward and backward on the first screw by turning the distance regulating sleeve; and the front end of the inner sleeve of the sliding block is inserted into a bridge-cut-off nylon sliding block, and the bridge-cut-off nylon sliding block is placed in a groove on the rear end of a transverse keel and is spaced from the transverse keel. The positioning component of the invention has adjusting capability and can conveniently adjust errors caused by that the hole is not perpendicular to a wall surface; and after being hung, the keel the advantages of has good flatness, simple operation and convenient construction.
Description
Technical field
The present invention relates to building wall plate mounting member, is the adjustable positioning element of a kind of building wall plate installation specifically.
Background technology
In the existing building wall plate installation process, need on metope, to fix several positioning elements in advance, then keel are installed on the positioning element, again the building wall plate is mounted on the keel at last, finish the shingle nail installation work.Its shortcoming is: need when existing positioning element is installed to punch at metope earlier, and artificial punching can not guarantee that each Kong Junyu metope is vertical, the trend that more can't guarantee each hole is all identical, therefore after in the positioning element load hole, also not necessarily vertical with metope, but there is different directions, the deviation of different angles, these deviations cause the keel that are installed on the positioning element may have distortion, on have a down dip, various distortion such as front and back dislocation, integral smoothness is not enough after making shingle nail mount, and existing positioning element regulating power is limited, regulate also very difficult, increase difficulty to construction, the adjusting of planeness is complex operation not only, and wastes time and energy, and effect is undesirable.
Summary of the invention
At the defective that exists in the prior art, the object of the present invention is to provide a kind of building wall plate to install and use adjustable positioning element, positioning element possesses regulating power, can be easily the error that causes because of hole and metope out of plumb be adjusted, planeness was good after keel mounted, simple to operate, easy construction.
For reaching above purpose, the technical scheme that the present invention takes is:
A kind of building wall plate is installed and is used adjustable positioning element, it is characterized in that, comprising:
Be installed on the internal expansion type expansion bolt 11 in the metope boring,
Second screw rod 82 of eccentric bolt 9 is installed in the internal expansion type expansion bolt 11, and second screw rod 82 is provided with second nut 10,
On first screw rod 81 of eccentric bolt 9 by being provided with nylon clamp pad 6, far and near regulating sleeve 7 behind the forward direction successively, preventing that far and near regulating sleeve 7 from moving back and buckle the first loosening nut 8,
The front end 74 of far and near regulating sleeve 7 is installed in first through hole 63, and the rear end of far and near regulating sleeve 7 is provided with annular nib 73, and the rear end face of nylon clamp pad 6 and annular nib 73 butts, annular nib 73 are used to prevent that nylon clamp pad 6 from deviating from from far and near regulating sleeve 7,
Far and near regulating sleeve 7 is axially arranged with the polygon endoporus 71 that has 4 limits at least along it,
The back segment 44 of cover 5 inserts in the polygon endoporus 71 in the slide block, before and after cover 5 in the far and near regulating sleeve 7 drive slide blocks of turn is on first screw rod 81, move, driving nylon clamp pad 6 front and back on first screw rod 81 of being located between interior cover 5 of slide block and the far and near regulating sleeve 7 by this moves
Bridge cut-off nylon slide block 3 inserts from the left end of this groove or right-hand member and realizes being slidingly connected with lateral keel 1, and bridge cut-off nylon slide block 3 and 1 of lateral keel leave gap 101.
On the basis of technique scheme, it is equal-sized cylindrical that leading portion 42 external surfaces of cover 5 are pre-large post-small truncated cone-shaped or front and back in the described slide block, and its front end face is provided with a loop chimb 41.
On the basis of technique scheme, the front/ rear end 57,54 of bridge cut-off nylon slide block 3 is parallel, and upper and lower end face 52,53 is an arc surface, and the connecting portion of upper and lower end face and front end face is arc-shaped transition section 56,
The front/rear end of bridge cut-off nylon slide block 3 is provided with through hole 51 between two parties, and this through hole 51 is adaptive with leading portion 42 external surfaces of the interior cover 5 of slide block,
The length of the leading portion 42 of cover 5 is adaptive in the thickness of bridge cut-off nylon slide block 3 and the slide block, and when present segment 42 was installed in the through hole 51, back segment 44 exposed the outside at bridge cut-off nylon slide block 3 rear end faces 54.
On the basis of technique scheme, this through hole 51 is a pre-large post-small truncated cone-shaped through hole.
On the basis of technique scheme, described lateral keel 1 comprises vertical antetheca 35, and the front end face of antetheca 35 is provided with T shape projection 34 between two parties, and T shape projection 34 tops and antetheca 35 constitute supporting plate groove 32, and T shape projection 34 bottoms and antetheca 35 constitute Card trough 31;
The two ends up and down of antetheca 35 extend back respectively and form roof 36 and diapire 37, and antetheca 35, roof 36 and diapire 37 enclosed spaces constitute the groove that bridge cut-off nylon slide block 3 is installed,
Described roof 36 and diapire 37 opposed inside faces are curved, and the free end of roof 36 and diapire 37 is drawn close mutually, and the radian of the upper and lower end face 52,53 of the medial surface of arc and bridge cut-off nylon slide block 3 is adaptive,
The connecting portion medial surface 38 of roof 36, diapire 37 and antetheca 35 is a cambered surface, and the radian of the arc-shaped transition section 56 of the cambered surface of medial surface 38 and bridge cut-off nylon slide block 3 is adaptive,
The lateral surface of roof 36, diapire 37 is respectively equipped with vertical keel link slot 33.
On the basis of technique scheme,, leave gap 101 between the rear end face of the front end face 57 of bridge cut-off nylon slide block 3 and the antetheca 35 of lateral keel 1 when bridge cut-off nylon slide block 3 is that horizontally slip with after lateral keel 1 is connected.
On the basis of technique scheme, described nylon clamp pad 6 is chimeric before and after comprising to be the nylon heat-insulating bridge-cut-off 61 of one and steel plate washer 62, the first through holes 63 perforation nylon heat-insulating bridge-cut-off 61 and steel plate washers 62.
On the basis of technique scheme, steel plate washer extends vertical sidewall forward in two ends about in the of 62, steel plate washer 62 is chimeric by this vertical sidewall and nylon heat-insulating bridge-cut-off 61 to be one, the nylon heat-insulating bridge-cut-off extends the nylon sidewall forward in two ends about in the of 61, the medial surface of two nylon sidewalls is an arc up and down, and is adaptive with the radian of the external surface of roof 36 and diapire 37.
On the basis of technique scheme, around annular nib 73, vertical be provided with some arc bumps that extend back 72, some arc bumps 72 uniformly-spaced evenly distribute.
On the basis of technique scheme, described eccentric bolt 9 comprises a rectangular centre piece 80, is respectively equipped with first screw rod 81, second screw rod 82 on the front/rear end of rectangular centre piece 80, the three in one casting,
First screw rod 81 is arranged on the upper left corner of front end face,
Second screw rod 82 is arranged on the lower right corner of rear end face.
The external surface of first screw rod 81, second screw rod 82 is provided with external screw thread.
Building wall plate of the present invention is installed and use adjustable positioning element, and positioning element possesses regulating power, can be easily the error that causes because of hole and metope out of plumb be adjusted, and keel mount that afterwards planeness is good, simple to operate, easy construction.After mounting the building wall plate on the keel, integral smoothness is good.
Description of drawings
The present invention has following accompanying drawing:
Fig. 1 building wall plate is installed the structural representation with adjustable positioning element,
The structural representation of Fig. 2 shingle nail,
The structural representation of Fig. 3 lateral keel,
The structural representation of cover in Fig. 4 slide block,
The structural representation of Fig. 5 bridge cut-off nylon slide block,
The structural representation of Fig. 6 nylon clamp pad,
The structural representation of the far and near regulating sleeve of Fig. 7,
The structural representation of Fig. 8 eccentric bolt,
The structural representation of Fig. 9 internal expansion type expansion bolt.
The specific embodiment
Below in conjunction with accompanying drawing the present invention is described in further detail.
Shown in Fig. 1～9, building wall plate of the present invention is installed and is used adjustable positioning element, its structure roughly comprises: second screw rod 82 is installed on the eccentric bolt 9 on the internal expansion type expansion bolt 11, on first screw rod 81 of eccentric bolt 9 by being provided with nylon clamp pad 6 behind the forward direction successively, far and near regulating sleeve 7, prevent that far and near regulating sleeve 7 from moving back the first loosening nut 8 of button, cover 5 is axially arranged with internal thread through hole 43 along it in the slide block, internal thread through hole 43 is threaded with first screw rod 81, cover 5 and far and near regulating sleeve 7 are chimeric in the slide block, by overlapping 5 in the far and near regulating sleeve 7 drive slide blocks of turn, move nylon clamp pad 6 front and back on first screw rod 81, cover 5 front ends are installed in the bridge cut-off nylon slide block 3 in the slide block, bridge cut-off nylon slide block 3 places in the groove of lateral keel 1 rear end, and 1 of bridge cut-off nylon slide block 3 and lateral keel leave gap 101.More particularly, comprising:
Be installed on the internal expansion type expansion bolt 11 in the metope boring,
Second screw rod 82 of eccentric bolt 9 is installed in the internal expansion type expansion bolt 11, and second screw rod 82 is provided with second nut 10,
On first screw rod 81 of eccentric bolt 9 by being provided with nylon clamp pad 6, far and near regulating sleeve 7, first nut 8 behind the forward direction successively,
The front end 74 of far and near regulating sleeve 7 is installed in first through hole 63, and the rear end of far and near regulating sleeve 7 is provided with annular nib 73, and the rear end face of nylon clamp pad 6 and annular nib 73 butts, annular nib 73 can prevent that nylon clamp pad 6 from deviating from from far and near regulating sleeve 7,
Far and near regulating sleeve 7 is axially arranged with the polygon endoporus 71 that has 4 limits at least along it, and specific embodiment shown in Figure 7 is 6 limits, can also be the polygon endoporus on the polygon endoporus limit of the polygon endoporus on 5 limits or 7 or the polygon endoporus on 8 limits,
The back segment 44 of cover 5 inserts in the polygon endoporus 71 in the slide block, before and after cover 5 in the far and near regulating sleeve 7 drive slide blocks of turn is on first screw rod 81, move, driving nylon clamp pad 6 front and back on first screw rod 81 of being located between interior cover 5 of slide block and the far and near regulating sleeve 7 by this moves, the purpose that first nut 8 is set is: prevent that far and near regulating sleeve 7 from moving back button and becoming flexible
Bridge cut-off nylon slide block 3 inserts from the left end of this groove or right-hand member and realizes being slidingly connected with lateral keel 1, and bridge cut-off nylon slide block 3 and 1 of lateral keel leave gap 101.Described gap 101 is used to regulate the position of 1 of bridge cut-off nylon slide block 3 and lateral keel, makes the angle of lateral keel 1 can be adjusted by the two position, is convenient to the adjusting of planeness.
On the basis of technique scheme, as shown in Figure 4, it is equal-sized cylindrical that leading portion 42 external surfaces of cover 5 are pre-large post-small truncated cone-shaped or front and back in the described slide block, and its front end face is provided with a loop chimb 41.
On the basis of technique scheme, shown in Fig. 1,5, the front/ rear end 57,54 of bridge cut-off nylon slide block 3 is parallel, and left and right side 58,55 is parallel and vertical with front/rear end, and upper and lower end face 52,53 is an arc surface, and the connecting portion of upper and lower end face and front end face is an arc-shaped transition section 56, left and right side 58,55 also can be inclined-plane or V-arrangement face, and promptly left and right side 58,55 shapes are not limit, and arbitrary shape all can, its shape does not influence implementation result of the present invention
The front/rear end of bridge cut-off nylon slide block 3 is provided with through hole 51 between two parties, and this through hole 51 is adaptive with leading portion 42 external surfaces of the interior cover 5 of slide block,
The length of the leading portion 42 of cover 5 is adaptive in the thickness of bridge cut-off nylon slide block 3 and the slide block, and when present segment 42 was installed in the through hole 51, back segment 44 exposed the outside at bridge cut-off nylon slide block 3 rear end faces 54.Among the embodiment shown in Figure 4, this through hole 51 is a pre-large post-small truncated cone-shaped through hole, when cover 5 is installed in this through hole 51 in the slide block, (install backward) in the past, the back segment 44 of cover 5 passes the rear end face 54 of bridge cut-off nylon slide block 3 in the slide block, and annular rim 41 be stuck in realize in this through hole 51 overlapping in bridge cut-off nylon slide blocks 3 and the slide block 5 be connected and spacing.This through hole 51 can also be a cylindrical hole, is stuck in by loop chimb 41 on the front end face 57 of bridge cut-off nylon slide block 3, also can realize the connection of cover 5 in the slide block and spacing.When this through hole 51 was a pre-large post-small truncated cone-shaped through hole, leading portion 42 also can be stuck on the front end face 57 of bridge cut-off nylon slide block 3 by loop chimb 41 for cover 5 in the columniform slide block, realized the connection of cover 5 in the slide block and spacing.
On the basis of technique scheme, as shown in Figure 3, described lateral keel 1 comprises vertical antetheca 35, the front end face of antetheca 35 is provided with T shape projection 34 (vertical section of T shape projection 34 front end face vertical fixing with antetheca 35 between two parties, horizontal segment is parallel with the front end face of antetheca 35), T shape projection 34 tops and antetheca 35 constitute supporting plate groove 32, and T shape projection 34 bottoms and antetheca 35 constitute Card trough 31;
The two ends up and down of antetheca 35 extend back respectively and form roof 36 and diapire 37, and antetheca 35, roof 36 and diapire 37 enclosed spaces constitute the groove that bridge cut-off nylon slide block 3 is installed,
Described roof 36 and diapire 37 opposed inside faces are curved, the free end of roof 36 and diapire 37 is drawn close mutually, the upper and lower end face 52 of the medial surface of arc and bridge cut-off nylon slide block 3,53 radian is adaptive, specifically: the medial surface of upper surface 52 and roof 36 is an arc contact surface, the medial surface of lower surface 53 and diapire 37 is an arc contact surface, and these two arc contact surfaces are a concentrically ringed part, therefore, when bridge cut-off nylon slide block 3 and lateral keel 1 are rotated when regulating along these two arc contact surfaces, this arc contact surface can remain contact, realize the flexible modulation of the two
The connecting portion medial surface 38 of roof 36, diapire 37 and antetheca 35 is a cambered surface, and the radian of the arc-shaped transition section 56 of the cambered surface of medial surface 38 and bridge cut-off nylon slide block 3 is adaptive,
The lateral surface of roof 36, diapire 37 is respectively equipped with vertical keel link slot 33.
On the basis of technique scheme, as shown in Figure 1,, leave gap 101 between the rear end face of the front end face 57 of bridge cut-off nylon slide block 3 and the antetheca 35 of lateral keel 1 when bridge cut-off nylon slide block 3 is that horizontally slip with after lateral keel 1 is connected.The existence in gap 101 adds to be arc contact surface between the two upper and lower surface, under the arc of the two top and bottom cooperates, makes lateral keel 1 to rotate up and down within the specific limits along arc contact surface, so that adapt to error, avoid lateral keel 1 torsional deformation.
On the basis of technique scheme, as shown in Figure 6, described nylon clamp pad 6 is chimeric before and after comprising to be the nylon heat-insulating bridge-cut-off 61 of one and steel plate washer 62, the first through holes 63 perforation nylon heat-insulating bridge-cut-off 61 and steel plate washers 62.
On the basis of technique scheme, as shown in Figure 6, steel plate washer extends vertical sidewall forward in two ends about in the of 62, steel plate washer 62 is chimeric by this vertical sidewall and nylon heat-insulating bridge-cut-off 61 to be one, the nylon heat-insulating bridge-cut-off extends the nylon sidewall forward in two ends about in the of 61, the medial surface of two nylon sidewalls is an arc up and down, and is adaptive with the radian of the external surface of roof 36 and diapire 37.
On the basis of technique scheme, as shown in Figure 7, around annular nib 73, vertical be provided with some arc bumps that extend back 72, some arc bumps 72 uniformly-spaced evenly distribute.Instrument is snapped in the space between the arc bump 72 the far and near regulating sleeve 7 of turn easily.
On the basis of technique scheme, as shown in Figure 8, described eccentric bolt 9 comprises a rectangular centre piece 80, is respectively equipped with first screw rod 81, second screw rod 82 on the front/rear end of rectangular centre piece 80, three's (referring to rectangular centre piece 80, first screw rod 81 and second screw rod 82) integrally casting moulding
First screw rod 81 is arranged on the upper left corner of front end face,
Second screw rod 82 is arranged on the lower right corner of rear end face.
The external surface of first screw rod 81, second screw rod 82 is provided with external screw thread.
On the basis of technique scheme, as shown in Figure 9, described internal expansion type expansion bolt 11 main bodys are cylindrical, are axially arranged with internal thread bolt hole 91 along it, and internal thread bolt hole 91 is used for being threaded with second screw rod 82,
Internal expansion type expansion bolt 11 rear ends are provided with annular knurl and open cross mouth 92.Internal expansion type expansion bolt 11 is placed in the hole of accomplishing fluently in advance on the metope, and along with the precession of second screw rod 82, annular knurl opens that cross mouth 92 pops and body of wall is tightly held.The purpose that second nut 10 is set is: prevent that second screw rod 82 from moving back button and becoming flexible.
On the basis of technique scheme, as shown in Figure 2, shingle nail is mounted between relative up and down Card trough 31, the supporting plate groove 32, and described shingle nail is a rectangle, and two ends are respectively equipped with the last groove 21 of bar shaped, following groove 22 up and down.With same T shape projection 34 is benchmark, and the protuberance on T shape projection 34 tops (being the top of horizontal segment) snaps in the following groove 22 of a shingle nail, contact surface 23 butts of supporting plate groove 32 and this piece shingle nail bottom; The protuberance of T shape projection 34 bottoms (being the bottom of horizontal segment) snaps in the last groove 21 of another piece shingle nail, contact surface 23 butts on Card trough 31 and this piece shingle nail top.
Installation process of the present invention can be implemented in the following manner:
The 1st step: internal expansion type expansion bolt 11 is fixed in the body of wall and (is installed in the metope boring),
The 2nd step: behind second nut 10, be installed in again in the internal thread bolt hole 91 of internal expansion type expansion bolt 11 on second screw rod, 82 spinnings of eccentric bolt 9, and lock second nut 10,
The 3rd step: installing nylon clamp pad 6, far and near regulating sleeve 7, first nut 8 successively after by forward direction on first screw rod 81 of eccentric bolt 9,
The 4th step: cover 5 in the slide block is installed in the bridge cut-off nylon slide block 3, again bridge cut-off nylon slide block 3 and lateral keel 1 are coupled together,
The 5th step: cover 5 in the slide block is threaded with first screw rod 81, and in the back segment 44 insertion polygon endoporus 71 with cover 5 in the slide block, then, rotate far and near regulating sleeve 7 and drive cover 5 rotations in the slide block, along with the rotation of cover 5 in the slide block on first screw rod 81, move, make lateral keel 1 obtain adjustment from the distance of building wall
The 6th step: the arc contact surface that utilizes 1 of gap 101, bridge cut-off nylon slide block 3 and lateral keel, suitably vertical rotation lateral keel 1, it is positive parallel with building that lateral keel 1 is adjusted to keel, locking first nut 8 again cooperates lateral keel 1 clamping nylon clamp pad 6 and bridge cut-off nylon slide block 3, finish location, adjustment, the spacing operation of lateral keel 1
The 7th step: shingle nail is mounted between relative up and down Card trough 31, the supporting plate groove 32.
Among the present invention, eccentric bolt 9 has been realized the adjusting of lateral keel 1 upper-lower position; Cover 5 cooperations have realized that lateral keel 1 is from the adjusting of metope apart from distance in far and near regulating sleeve 7 and the slide block; Utilize the arc contact surface of 1 of gap 101, bridge cut-off nylon slide block 3 and lateral keel, realized the adjusting of lateral keel 1 torsional deformation.Above-mentioned each regulating measure is simple to operate, be provided with rationally, and conveniently requirement when satisfying construction requires low, time saving and energy saving to operating personnel.
Claims (10)
1. a building wall plate is installed and is used adjustable positioning element, it is characterized in that, comprising:
Be installed on the internal-expansion type expansion bolt (11) in the metope boring,
Second screw rod (82) of eccentric bolt (9) is installed in the internal-expansion type expansion bolt (11), and second screw rod (82) is provided with second nut (10),
First screw rod (81) of eccentric bolt (9) is gone up by being provided with nylon clamp pad (6), far and near regulating sleeve (7) behind the forward direction successively, preventing that far and near regulating sleeve (7) from moving back and buckle first nut (8) that becomes flexible,
Nylon clamp pad (6) is provided with first through hole (63) between two parties,
The front end (74) of far and near regulating sleeve (7) is installed in first through hole (63), the rear end of far and near regulating sleeve (7) is provided with annular nib (73), the rear end face of nylon clamp pad (6) and annular nib (73) butt, annular nib (73) is used to prevent that nylon clamp pad (6) from deviating from from far and near regulating sleeve (7)
Far and near regulating sleeve (7) is axially arranged with the polygon endoporus (71) that has 4 limits at least along it,
Cover (5) is axially arranged with internal thread through hole (43) along it in the slide block, and internal thread through hole (43) is threaded with first screw rod (81),
Back segment (44) external surface of cover (5) is polygon in the slide block, and adaptive with polygon endoporus (71),
The back segment (44) of cover (5) inserts in the polygon endoporus (71) in the slide block, driving the interior cover of slide block (5) by the far and near regulating sleeve of turn (7) moves before and after first screw rod (81) is gone up, driving the nylon clamp pad of being located between interior cover of slide block (5) and the far and near regulating sleeve (7) (6) by this moves before and after first screw rod (81) is gone up
Cover (5) front end is installed in the bridge cut-off nylon slide block (3) in the slide block,
Lateral keel (1) is provided with the groove that bridge cut-off nylon slide block (3) is installed,
Bridge cut-off nylon slide block (3) is realized being slidingly connected with lateral keel (1) from the left end or the right-hand member insertion of this groove, and leaves gap (101) between bridge cut-off nylon slide block (3) and lateral keel (1).
2. building wall plate as claimed in claim 1 is installed and is used adjustable positioning element, it is characterized in that: it is equal-sized cylindrical that leading portion (42) external surface of cover (5) is pre-large post-small truncated cone-shaped or front and back in the described slide block, and its front end face is provided with a loop chimb (41).
3. building wall plate as claimed in claim 2 is installed and is used adjustable positioning element, it is characterized in that: the front/rear end of bridge cut-off nylon slide block (3) (57,54) is parallel, upper and lower end face (52,53) is an arc surface, and the connecting portion of upper and lower end face and front end face is arc-shaped transition section (56)
The front/rear end of bridge cut-off nylon slide block (3) is provided with through hole (51) between two parties, and this through hole (51) is adaptive with leading portion (42) external surface of the interior cover of slide block (5),
The length of the leading portion (42) of cover (5) is adaptive in the thickness of bridge cut-off nylon slide block (3) and the slide block, and present segment (42) is installed on through hole (51) when interior, and back segment (44) exposes the outside at bridge cut-off nylon slide block (3) rear end face (54).
4. building wall plate as claimed in claim 3 is installed and is used adjustable positioning element, and it is characterized in that: this through hole (51) is a pre-large post-small truncated cone-shaped through hole.
5. as claim 3 or the adjustable positioning element of 4 described building wall plates installations, it is characterized in that: described lateral keel (1) comprises vertical antetheca (35), the front end face of antetheca (35) is provided with T shape projection (34) between two parties, T shape projection (34) top and antetheca (35) constitute supporting plate groove (32), and T shape projection (34) bottom and antetheca (35) constitute Card trough (31);
The two ends up and down of antetheca (35) extend back respectively and form roof (36) and diapire (37), and antetheca (35), roof (36) and diapire (37) enclosed space constitute the groove that bridge cut-off nylon slide block (3) is installed,
Described roof (36) and diapire (37) opposed inside face are curved, and the free end of roof (36) and diapire (37) is drawn close mutually, and the radian of the upper and lower end face (52,53) of the medial surface of arc and bridge cut-off nylon slide block (3) is adaptive,
The connecting portion medial surface (38) of roof (36), diapire (37) and antetheca (35) is a cambered surface, and the radian of the arc-shaped transition section (56) of the cambered surface of medial surface (38) and bridge cut-off nylon slide block (3) is adaptive,
The lateral surface of roof (36), diapire (37) is respectively equipped with vertical keel link slot (33).
6. building wall plate as claimed in claim 5 is installed and is used adjustable positioning element, it is characterized in that: horizontally slip when bridge cut-off nylon slide block (3) with after lateral keel (1) is connected, leave gap (101) between the rear end face of the front end face (57) of bridge cut-off nylon slide block (3) and the antetheca (35) of lateral keel (1).
7. building wall plate as claimed in claim 5 is installed and is used adjustable positioning element, it is characterized in that: described nylon clamp pad (6) is chimeric before and after comprising be the nylon heat-insulating bridge-cut-off (61) of one and steel plate washer (62), first through hole (63) perforation nylon heat-insulating bridge-cut-off (61) and steel plate washer (62).
8. building wall plate as claimed in claim 7 is installed and is used adjustable positioning element, it is characterized in that: steel plate washer (62) two ends up and down extends vertical sidewall forward, steel plate washer (62) is chimeric by this vertical sidewall and nylon heat-insulating bridge-cut-off (61) to be one, nylon heat-insulating bridge-cut-off (61) two ends up and down extends the nylon sidewall forward, the medial surface of two nylon sidewalls is an arc up and down, and is adaptive with the radian of the external surface of roof (36) and diapire (37).
9. building wall plate as claimed in claim 1 is installed and use adjustable positioning element, it is characterized in that: around annular nib (73), and the vertical some arc bumps that extend back (72) that are provided with, some arc bumps (72) are evenly distribution uniformly-spaced.
10. building wall plate as claimed in claim 1 is installed and is used adjustable positioning element, it is characterized in that: described eccentric bolt (9) comprises a rectangular centre piece (80), be respectively equipped with first screw rod (81), second screw rod (82) on the front/rear end of rectangular centre piece (80), the three in one casting
First screw rod (81) is arranged on the upper left corner of front end face,
Second screw rod (82) is arranged on the lower right corner of rear end face,
The external surface of first screw rod (81), second screw rod (82) is provided with external screw thread.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102914606A CN101949200B (en) | 2010-09-26 | 2010-09-26 | Adjustable positioning component for mounting construction wall panel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102914606A CN101949200B (en) | 2010-09-26 | 2010-09-26 | Adjustable positioning component for mounting construction wall panel |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101949200A CN101949200A (en) | 2011-01-19 |
| CN101949200B true CN101949200B (en) | 2011-12-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010102914606A Active CN101949200B (en) | 2010-09-26 | 2010-09-26 | Adjustable positioning component for mounting construction wall panel |
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| CN101200925B (en) * | 2007-10-29 | 2010-09-01 | 鲁文杰 | Doubling glass inner-expanding type swivel joint and mounting method |
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Application publication date: 20110119 Assignee: Beijing Kui time of the new building materials technology Co., Ltd. Assignor: Huo Xuechao Contract record no.: 2014990000653 Denomination of invention: Adjustable positioning component for mounting construction wall panel Granted publication date: 20111207 License type: Exclusive License Record date: 20140814 |
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