CN203462625U - Riveting plate for building installation and building installation structure - Google Patents
Riveting plate for building installation and building installation structure Download PDFInfo
- Publication number
- CN203462625U CN203462625U CN201320468895.2U CN201320468895U CN203462625U CN 203462625 U CN203462625 U CN 203462625U CN 201320468895 U CN201320468895 U CN 201320468895U CN 203462625 U CN203462625 U CN 203462625U
- Authority
- CN
- China
- Prior art keywords
- connecting hole
- riveting
- hole
- adapter sleeve
- riveting plate
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Joining Of Building Structures In Genera (AREA)
Abstract
The utility model provides a riveting plate for building installation and a building installation structure. The riveting plate comprises a first connection hole and a second connection hole for installing a secondary connection piece. The second connection hole is a long hole. The riveting plate is provided with a sink area used for being buried into a concrete foundation, the second connection hole is not formed in the sink area, and a space matched with a metal rivet rod protruding head of a rivet bolt is formed on the back of the riveting plate on the periphery of an orifice of the second connection hole through the sink area. The first connection hole is an anchor rod connection hole, and a circle of inner teeth are arranged on the hole wall of the second connection hole. A concave-convex location structure is arranged on the back of the riveting plate on the surface of the periphery of an orifice of the second connection hole at the position corresponding to the press portion of a fastener. The installation and connection position can be adjusted to compensate errors in a building installation system or deviation caused by position adjustment, the riveting plate has a location relation with the fastener and is closely connected with the fastener, welding operation is not required, connection is loosening-resistant and firm permanently, and a seismic requirement is met. A fireproof heat-resistant solution is provided for the connection structure.
Description
Technical field
The utility model relates to riveting plate and the construction and installation structure that a kind of construction and installation are used.It is mainly applicable to all kinds of buildings, subway etc. and builds use, is more suitable for anti-vibration and fire protection requirement higher buildings peripheral structure curtain wall and uses.
Background technology
The crab-bolt that at present building accessory structure is installed and used, because the pneumatic ripple external force of annual hundreds thousand of times or the braking impact endurance test shock in subway circulation affect, can cause that anchoring piece gets loose, the sagging generation that causes the accident in connecting hole gap.So national regulation is sagging with connecting hole gap for preventing that bolt from getting loose, regulation require by screw rod, pad, nut be welded be connected anchor slab and be welded, but this job site is welded that not only work difficulty is very large, but also exist, on several unlike materials, weld caused sealing-off potential safety hazard.
Summary of the invention
The utility model technical problem first to be solved is to provide the riveting plate that a kind of construction and installation are used, it can regulate link position, the deviation of bringing to make up the intrasystem error of construction and installation or position adjustment, but can closely be connected with securing member, without welding operation, but connection anti-loose is de-, forever firm, improves safety is installed.For this reason, the utility model is by the following technical solutions:
The riveting plate that construction and installation are used, is characterized in that it comprises the first connecting hole of installing for riveting plate self and the second connecting hole that secondary connector is installed; The second connecting hole is slotted hole; Described riveting plate has the sinker area that enters concrete foundation for buried, and described the second connecting hole is not in described sinker area, and makes riveting backboard face in the second connecting hole aperture, form the space of the metal rivet rod plush copper of adaptive riveting bolt around by described sinker area; The first connecting hole is anchor pole connecting hole.
Adopting on the basis of technique scheme, the utility model also can adopt following further technical scheme:
The hole wall of the second connecting hole has a circle internal tooth, and/or described riveting backboard face has in the compression position of the corresponding securing member of the aperture of the second connecting hole circumferential surface the concavo-convex location configuration that anti-slip positioning is used.
Periphery and the middle part of described riveting plate have sinker area, and described the first connecting hole is arranged on the periphery of riveting plate, and described the second connection hole is between the sinker area at middle part and the sinker area of periphery.
Described riveting plate is equipped with the non-coring that expanded material is made, and described non-coring is stuck on the second connecting hole, and occupies the second connecting hole aperture surrounding space of riveting backboard face, and described surrounding space adapts to the metal rivet rod plush copper of riveting bolt.
Described anchor pole is connected on the first connecting hole, or, be welded on the first connecting hole.
Described riveting plate has taper type aperture for the first connecting hole, and has pre-determined bit draw-in groove at the first connecting hole hole wall, and described anchor pole has the projection coordinating with pre-determined bit draw-in groove.
Described riveting plate surface can arrange fireproof jointing sheath.
Another technical problem to be solved of the utility model is to provide a kind of construction and installation structure of utilizing above-mentioned riveting plate, it can make up the deviation that the intrasystem error of construction and installation or position adjustment bring, and connection anti-loose is de-, forever firm, safety improve to be installed, and it and being connected without welding operation of secondary connector.For this reason, the utility model is by the following technical solutions:
A kind of construction and installation structure of utilizing above-mentioned riveting plate, it is characterized in that, it comprises described riveting plate, it is embedded in the surface of concrete foundation, and its sinker area is buried to be entered in concrete foundation, and described anchor pole is through the first connecting hole, be implanted in concrete foundation, rock bolt head is stuck in outside the first connecting hole, and described riveting plate and secondary connector tie and connect with riveting, and the space around in the second connecting hole aperture between riveting backboard face and concrete foundation with the plush copper of corresponding riveting bolt is inserted for it; The plush copper of riveting bolt is stuck in outside the aperture of the back side the second connecting hole of riveting plate, and the plush copper of described riveting bolt is kidney-shaped, and its width is less than the width of the second connecting hole, and its length is greater than the width of the second connecting hole.
Adopting on the basis of technique scheme, the utility model also can adopt following further technical scheme:
Described riveting bolt and the second connecting hole aperture concavo-convex location configuration around forms on-slip and coordinates, and/or the hole wall internal tooth of described riveting bolt and the second connecting hole forms jam-packed or interference fit.
Described secondary connector for tying with riveting the 3rd connecting hole that connects, be also slotted hole, and its length direction is vertical with the length direction of the second connecting hole; Hole wall along the 3rd connecting hole has a circle internal tooth, or/and, at the compression position of the corresponding riveting bolt of the aperture of the 3rd connecting hole circumferential surface, there is the concavo-convex location configuration that anti-slip positioning is used; Or/and described riveting bolt and the 3rd connecting hole aperture concavo-convex location configuration around forms on-slip and coordinates, and the hole wall internal tooth of the 3rd connecting hole forms jam-packed or interference fit.
Described riveting bolt comprises metal rivet rod; Metal rivet rod one side is provided with described plush copper, and metal rivet rod is through the second connecting hole and the 3rd connecting hole, and described riveting bolt is also provided with adapter sleeve, and described adapter sleeve corresponding position is in the 3rd this side of connecting hole;
The corresponding described adapter sleeve of described metal rivet rod has anti-loose rivet clasp section, anti-loose rivet clasp section is shaped with anticreep line, the anti-loose rivet clasp section of interior boring ratio of described adapter sleeve is bigger, make adapter sleeve can freely be inserted in anti-loose rivet clasp section, described adapter sleeve is under the effect of instrument, compress secondary connector and the contraction of adapter sleeve endoporus and pack tightly outside anti-loose rivet clasp section and form the concavo-convex bore area matching with anti-loose rivet clasp section surface anticreep line simultaneously, form non-welding permanent connection.
The front end of described adapter sleeve has flange collar or projection, when adapter sleeve is pressed on secondary connector, be squeezed into the hole wall of the 3rd connecting hole and the gap between metal rivet rod, form jam-packed or interference fit, to playing the positioning action that prevents slippage between secondary connector and riveting bolt; Or/and, the front end face of described adapter sleeve also has the concavo-convex location configuration coordinating with described the 3rd connecting hole aperture concavo-convex location configuration around, after adapter sleeve is pressed on secondary connector, by described concavo-convex location configuration, at described secondary connector and adapter sleeve front end face, produce on-slip and coordinate, further to prevent relative displacement between described secondary connector and riveting bolt;
Or, when the front end of described adapter sleeve has flange collar or projection, in described flange collar or projection, there is the groove that in the hole wall with described the 3rd connecting hole, groove matches, in described flange collar or projection, clamp-on after described the 3rd connecting hole, in described groove and hole wall, groove is inlayed, and forms jam-packed or interference fit;
The rear end of described plush copper has flange collar or projection, or the root of described metal rivet rod has flange collar or projection, at described metal rivet rod, by described instrument, strained, when adapter sleeve is pressed to secondary connector, be squeezed into the hole wall of the second connecting hole and the gap between metal rivet rod, form jam-packed or interference fit, to playing the positioning action that prevents slippage between riveting plate and riveting bolt; The rear end face of described plush copper also has the concavo-convex location configuration coordinating with described the second connecting hole aperture concavo-convex location configuration around, at described metal rivet rod, by described instrument, strained, adapter sleeve is pressed to after secondary connector, by described concavo-convex location configuration, at described riveting plate and plush copper rear end face, produce on-slip and coordinate, further to prevent relative displacement between described riveting plate and riveting bolt;
Or, when the rear end of described plush copper has flange collar or projection, or when the root of described metal rivet rod has flange collar or projection, in described flange collar or projection, there is the groove that in the hole wall with described the second connecting hole, groove matches, in described flange collar or projection, clamp-on after described the second connecting hole, in described groove and hole wall, groove is inlayed, and forms jam-packed or interference fit.
Described riveting plate has taper type aperture for the first connecting hole, and there is pre-determined bit draw-in groove at the first connecting hole hole wall, described anchor pole has the projection coordinating with pre-determined bit draw-in groove, and when anchor pole is implanted concrete foundation, described anchor pole is rotated and makes the projection on anchor pole produce pre-determined bit draw-in groove, with the first connecting hole hole wall interference fit.
Described riveting bolt is with flash hider.
Between the anti-loose rivet clasp section of described riveting bolt and linkage section, break position.
That the range of choice of the metal rivet rod shape of cross section of described riveting bolt comprises is round, square, rectangle, grooved, polygonal.
The rear portion of described adapter sleeve is thinner than anterior, makes the outline of adapter sleeve form bowl type or the shape of taper or the shape of step.
Owing to adopting the technical solution of the utility model, riveting plate provided by the utility model, simple in structure, can regulate and install and link position, make up the deviation that the intrasystem error of construction and installation or position adjustment bring, it further can have positioning relation with securing member.The utlity model has tight connection, connection anti-loose is de-, permanent feature firmly, and with secondary connector be connected can in case welding improve safety be installed.
Owing to adopting the technical solution of the utility model, construction and installation structure provided by the utility model, can in system, adjust connection and installation site but connection anti-loose is de-, forever firmly loosening, improve safety is installed, and with exempt from being connected of secondary connector welding, significantly increase bonding strength, meet shockproof requirements, can save artificial, reduction installation cost is installed.And the utility model has also proposed the fireproofing and heat resistant solution to syndeton, applicable all kinds of fire districts are used.
The utility model has solved that bolt gets loose and the architectural problem that cannot adopt simple structure to solve at present such as the sagging or slippage of connected piece.
Accompanying drawing explanation
Fig. 1 is the schematic diagram that contains construction and installation system of the present utility model.
Fig. 1 a is the lateral view that contains construction and installation system of the present utility model.
Fig. 2 is the top view of a kind of embodiment of riveting plate.
Fig. 2 a is the sectional view of Fig. 2.
Fig. 2 b is the upward view of riveting plate shown in Fig. 2.
Fig. 2 c is the upward view of the another kind of embodiment of riveting plate.
Fig. 3 a is the front view of secondary connector provided by the utility model.
Fig. 3 b is the right view of Fig. 3 a.
Fig. 3 c is the top view of Fig. 3 a.
Fig. 4 is the decomposing schematic representation of the embodiment of riveting bolt provided by the utility model.
Fig. 4 a is the schematic diagram of the another kind of embodiment of adapter sleeve of riveting bolt provided by the utility model.
Fig. 5 is the top view of the metal rivet rod of riveting bolt provided by the utility model.
Fig. 6 is that riveting ties the schematic diagram that connects riveting plate and secondary connector.
The specific embodiment
In curtain wall mounting system as shown in Fig. 1,1a, the label of each assembly is: 1a, concrete foundation, 2a, the riveting plate being connected with concrete foundation, A, secondary connector of the present utility model, 3a, hollow column, 4a, crossbeam, 5a, hook stacker, 6a, hook, 7a, curtain wall panel.
The riveting plate 2a that construction and installation provided by the utility model are used, it comprises for the first connecting hole 1 of riveting plate 2a self installation with for the second connecting hole 2 of use is installed as secondary connector A; The second connecting hole 2 is slotted hole; Described riveting plate 2a has the sinker area 5 that enters concrete foundation for buried, described the second connecting hole 2 is not in described sinker area 5, and makes riveting backboard face in the second connecting hole aperture, form the space 50 of the metal rivet rod plush copper of adaptive riveting bolt around by described sinker area; The first connecting hole 1 is anchor pole connecting hole, for anchor pole 10 through and rock bolt head is stuck in and outside hole, forms clamping, or adopt or adopt simultaneously separately anchor pole and the first connecting hole to weld around, the hole wall of the second connecting hole 2 has a circle internal tooth 21; Described riveting backboard face has in the compression position of the corresponding securing member of the aperture of the second connecting hole circumferential surface the concavo-convex location configuration 22 that anti-slip positioning is used.
The periphery of described riveting plate and middle part have described sinker area 5, described the first connecting hole 1 is arranged on the periphery of riveting plate 2a, described the second connection hole is between the sinker area at middle part and the sinker area of periphery, both setting and the link position of being convenient to each connecting hole regulate, there is again best mechanical property and easy stamped performance, improve its rigidity and intensity.
Described riveting plate 2a is equipped with the non-coring 7 that expanded material is made, and described non-coring 7 is stuck on the second connecting hole 2, and occupies the second connecting hole aperture surrounding space 50 of riveting backboard face, and described surrounding space adapts to the metal rivet rod plush copper 1-10 of riveting bolt.Like this, can when riveting plate is embedded into concrete, by non-coring, first be taken up space, when connecting riveting bolt, these expanded materials can be smashed to pieces easily, and plush copper 1-10 can easily be inserted in space 50
Described riveting plate has taper type aperture 11 for the first connecting hole, the head 13 of the 11 pairs of anchor poles 10 in taper type aperture has played support with the effect of blocking and anchor pole 10 can be further closely connected with riveting plate 2a, at the first connecting hole hole wall, have pre-determined bit draw-in groove 12, described anchor pole 10 has the projection 13 coordinating with pre-determined bit draw-in groove 12.
With reference to accompanying drawing, the utility model provides the construction and installation structure of utilizing above-mentioned riveting plate, it comprises described riveting plate 2a, it is embedded in the surface of concrete foundation 1a, its sinker area 5 is buried to be entered in concrete foundation 1a, and described anchor pole 10 is through the first connecting hole 1, be implanted in concrete foundation 1a, rock bolt head 14 is stuck in outside the first connecting hole 1, described riveting plate 2a is connected with riveting bolt 100 with secondary connector A, and the space 50 around in the second connecting hole aperture between riveting backboard face and concrete foundation with the plush copper of corresponding riveting bolt is inserted for it, described riveting bolt 100 and the second connecting hole aperture concavo-convex location configuration 22 around forms on-slip and coordinates, form jam-packed or interference fit with the hole wall internal tooth 21 of the second connecting hole, the plush copper 1-10 of riveting bolt is stuck in outside the aperture of the back side the second connecting hole 2 of riveting plate, the plush copper 1-10 of described riveting bolt is kidney-shaped, its width is less than the width of the second connecting hole, its length is greater than the width of the second connecting hole, like this, the second connecting hole 2 can put into and pass from front to the plush copper of riveting bolt 100, and then turn 90 ° and may be stuck in the second connection hole outside the aperture of riveting backboard face, this structure cleverly, make riveting bolt 100 be applied to being connected between riveting plate 2a and secondary connector A, and without with welding, they being connected.
As previously mentioned, described anchor pole 10 has the projection 13 coordinating with pre-determined bit draw-in groove 12, and the effect of pre-determined bit has been played in this cooperation to anchor pole 10, so that supporting.And, this cooperation can also provide the basis of anchor pole and the first connecting hole 1 interference fit, when anchor pole 10 is implanted concrete foundation 1a, described anchor pole 10 is rotated and makes the projection 13 on anchor pole produce pre-determined bit draw-in groove 12, with the first connecting hole hole wall interference fit, thereby make anchor pole and riveting plate there is the anti-loosening firm connection of non-welding, further strengthened the bonding strength between anchor pole and riveting plate.
The secondary connector A that construction and installation provided by the utility model are used, it is consisted of the 3rd installing plate 3 at right angles configuring and the 4th installing plate 4, described all have long connecting hole 30,40 on the 3rd installing plate 3 He on the 3rd installing plate 4, and along the hole wall of long connecting hole, there is a circle internal tooth 31,41, at the compression position of the circumferential surface correspondence securing member in aperture, there is the concavo-convex location configuration 32,42 that anti-slip positioning is used.Drawing reference numeral 6 is reinforcing rib.
The 3rd installing plate 3 in secondary connector A is for being connected with riveting plate 2a.The length direction of the long connecting hole 30 on the 3rd installing plate is vertical with the length direction of the second connecting hole, can in two-dimensional space, regulate link position like this.
Described riveting bolt 100 and the 3rd connecting hole aperture concavo-convex location structure 32 types around form on-slip and coordinate, and the hole wall internal tooth 31 of the 3rd connecting hole forms jam-packed or interference fit.
Described riveting bolt 100 comprises metal rivet rod 1-1; Metal rivet rod one side is provided with plush copper 1-11, and described riveting bolt is also provided with adapter sleeve 1-3, and metal rivet rod 1-1 is through the long connecting hole 30 on the second connecting hole 2 and the 3rd installing plate, and plush copper 1-11 is stuck in second connecting hole 2 these sides; This side of the long connecting hole 30 of described adapter sleeve 1-3 corresponding position on the 3rd installing plate.
The corresponding described adapter sleeve of described metal rivet rod 1-1 has anti-loose rivet clasp section 1-14, and anti-loose rivet clasp section 1-14 is shaped with anticreep line, such as dimpled grain, burr, ring, cannelure etc., makes anti-loose fastening section of 14 air spotss.The anti-loose rivet clasp section of the interior boring ratio 1-14 of described adapter sleeve 1-3 is bigger, make adapter sleeve can freely be inserted in anti-loose rivet clasp section, described adapter sleeve is under the effect of described instrument, compress the 3rd installing plate and the contraction of adapter sleeve endoporus and pack tightly outside anti-loose rivet clasp section and form the concavo-convex bore area matching with anti-loose rivet clasp section surface anticreep line simultaneously, form non-welding permanent connection.As riveting bolt, anti-loose rivet clasp section 1-14 is outer can linkage section 1-13, described linkage section 1-13 is for being connected with described instrument, linkage section 1-13 has the connecting portion with described instrument, such as linkage section has suitable length, linkage section surface has plane, the thread segment that the connecting portion of linkage section cross section and described instrument matches, linkage section has matches with the connecting portion of instrument, the uneven anti-skidding formation pawl of linkage section rough surface force etc.Between linkage section 1-13 and anti-loose rivet clasp section 1-14, break position 1-12.
The mode of action of instrument is generally and is pulled outwardly rivet rod part 1-1, and utilize the reaction force of pulling force to push away forward adapter sleeve 1-3, make adapter sleeve 3 compress the 3rd installing plate 3, when compressing, instrument utilizes the model of taper surface or bowl profile to push adapter sleeve 1-3, makes the size of adapter sleeve 1-3 endoporus in the plane axial perpendicular to endoporus dwindle rather than be only crushed, like this, itself and anti-loose fastening section are realized comprehensive clamping, realize permanent anti-loosely, and extruding power can be used pressure-air.It is thin compared with its head that the rear portion 1-31 of adapter sleeve 1-3 can be made as shape in advance, makes the outline of adapter sleeve 1-3 form bowl type or the shape of taper or the shape of step, so that by instrument extruding shrinkage strain.After completing the effect of adapter sleeve 1-3, instrument is also taken advantage of a situation linkage section 1-13 is broken from breaking position 1-12.Linkage section after breaking can be made waste and old metal recovery.
Owing to adopting structure of the present utility model, the shape of described rivet rod part 1-1 can very freely be selected, shape of cross section without certain adopt circular, square, rectangle, grooved, more polygon polygonal etc. all can adopt.
The front end of described adapter sleeve 1-3 has flange collar 1-32(as shown in Fig. 4 and 6) or protruding 1-32(as shown in Fig. 4 a), when adapter sleeve 1-3 is pressed on the 3rd installing plate 3, be squeezed into the hole wall of the long connecting hole 30 on the 3rd installing plate and the gap between metal rivet rod 1-1, on described flange collar or protruding 1-32, have with described the 3rd installing plate on the hole wall of long connecting hole in the groove that matches of groove 31, in described flange collar or protruding 1-32, clamp-on after the long connecting hole 30 on described the 3rd installing plate, in described groove and hole wall, groove 31 is inlayed, form jam-packed or interference fit, to playing the positioning action that prevents slippage between the 3rd installing plate 3 and riveting bolt 100, the front end face of described adapter sleeve 1-3 also has the concavo-convex location configuration coordinating with long connecting hole aperture on described the 3rd installing plate concavo-convex location configuration 32 around, after adapter sleeve 1-3 is pressed on the 3rd installing plate 3, by described concavo-convex location configuration, at described the 3rd installing plate and adapter sleeve front end face, produce on-slip and coordinate, further to prevent relative displacement between described the 3rd installing plate 3 and riveting bolt 100,
The rear end of described plush copper 1-11 has flange collar 1-111 or projection, or the root of described metal rivet rod 1-1 has flange collar or projection, at described metal rivet rod 1-1, by described instrument, strained, when adapter sleeve 1-3 is pressed to the 3rd installing plate 3, be squeezed into the hole wall of the second connecting hole 2 and the gap between metal rivet rod 1-1, in described flange collar 1-111 or projection, there is the groove that in the hole wall with described the second connecting hole 2, groove 21 matches, at described flange collar 1-111 or projection, clamp-on after described the second connecting hole 2, in described groove and hole wall, groove 21 is inlayed, form jam-packed or interference fit, to playing the positioning action that prevents slippage between riveting plate and riveting bolt, the rear end face of described plush copper 1-11 also has the concavo-convex location configuration 1-110 coordinating with described the second connecting hole aperture concavo-convex location configuration 22 around, at described metal rivet rod, by instrument described in 1-1, strained, adapter sleeve 3 is pressed to after the 3rd installing plate 3, by described concavo-convex location configuration, at described riveting plate and plush copper rear end face, produce on-slip and coordinate, further to prevent relative displacement between described riveting plate and riveting bolt.
Described riveting bolt 100 also comprises fireproofing and heat resistant cap 1-5, outside the part of described fireproofing and heat resistant calotte outside riveting bolt 100 is exposed to the 3rd junction plate.Described fireproofing and heat resistant cap 1-5 adopts and is threaded, clamping, rising the mode such as connects and be connected on described adapter sleeve 1-3.
Above-mentioned concavo-convex location configuration can be the on-slip configurations such as concavo-convex groove, reticulate pattern.
Claims (12)
1. the riveting plate that construction and installation are used, is characterized in that it comprises the first connecting hole of installing for riveting plate self and the second connecting hole that secondary connector is installed; The second connecting hole is slotted hole; Described riveting plate has the sinker area that enters concrete foundation for buried, and described the second connecting hole is not in described sinker area, and makes riveting backboard face in the second connecting hole aperture, form the space of the metal rivet rod plush copper of adaptive riveting bolt around by described sinker area; The first connecting hole is anchor pole connecting hole.
2. the riveting plate that construction and installation as claimed in claim 1 are used, the hole wall that it is characterized in that the second connecting hole has a circle internal tooth, and/or described riveting backboard face has in the compression position of the corresponding securing member of the aperture of the second connecting hole circumferential surface the concavo-convex location configuration that anti-slip positioning is used.
3. the riveting plate that construction and installation as claimed in claim 1 are used, is characterized in that the periphery of described riveting plate and middle part have sinker area, and described the first connecting hole is arranged on the periphery of riveting plate, and described the second connection hole is between the sinker area at middle part and the sinker area of periphery.
4. the riveting plate that construction and installation as claimed in claim 1 are used, it is characterized in that described riveting plate is equipped with the non-coring that expanded material is made, described non-coring is stuck on the second connecting hole, and occupying the second connecting hole aperture surrounding space of riveting backboard face, described surrounding space adapts to the metal rivet rod plush copper of riveting bolt.
5. the riveting plate that construction and installation as claimed in claim 1 are used, is characterized in that described riveting plate has taper type aperture for the first connecting hole, and has pre-determined bit draw-in groove at the first connecting hole hole wall, described anchor pole has the projection coordinating with pre-determined bit draw-in groove.
6. a construction and installation structure of utilizing riveting plate described in claim 1, it is characterized in that, it comprises described riveting plate, it is embedded in the surface of concrete foundation, its sinker area is buried to be entered in concrete foundation, and described anchor pole is through the first connecting hole, be implanted in concrete foundation, rock bolt head is stuck in outside the first connecting hole, described riveting plate and secondary connector tie and connect with riveting, and the space around in the second connecting hole aperture between riveting backboard face and concrete foundation with the plush copper of corresponding riveting bolt is inserted for it; The plush copper of riveting bolt is stuck in outside the aperture of the back side the second connecting hole of riveting plate, and the plush copper of described riveting bolt is kidney-shaped, and its width is less than the width of the second connecting hole, and its length is greater than the width of the second connecting hole.
7. construction and installation structure as claimed in claim 6, it is characterized in that described riveting bolt and the second connecting hole aperture concavo-convex location configuration around forms on-slip and coordinates, and/or the hole wall internal tooth of described riveting bolt and the second connecting hole forms jam-packed or interference fit.
8. the construction and installation structure as described in claim 6 or 7, what it is characterized in that described secondary connector is also slotted hole for tying with riveting the 3rd connecting hole connecing, and its length direction is vertical with the length direction of the second connecting hole; Hole wall along the 3rd connecting hole has a circle internal tooth, or/and, at the compression position of the corresponding riveting bolt of the aperture of the 3rd connecting hole circumferential surface, there is the concavo-convex location configuration that anti-slip positioning is used; Or/and described riveting bolt and the 3rd connecting hole aperture concavo-convex location configuration around forms on-slip and coordinates, and the hole wall internal tooth of the 3rd connecting hole forms jam-packed or interference fit.
9. construction and installation structure as claimed in claim 6, is characterized in that described riveting bolt comprises metal rivet rod; Metal rivet rod one side is provided with described plush copper, and metal rivet rod is through the second connecting hole and the 3rd connecting hole, and described riveting bolt is also provided with adapter sleeve, and described adapter sleeve corresponding position is in the 3rd this side of connecting hole;
The corresponding described adapter sleeve of described metal rivet rod has anti-loose rivet clasp section, anti-loose rivet clasp section is shaped with anticreep line, the anti-loose rivet clasp section of interior boring ratio of described adapter sleeve is bigger, make adapter sleeve can freely be inserted in anti-loose rivet clasp section, described adapter sleeve is under the effect of instrument, compress secondary connector and the contraction of adapter sleeve endoporus and pack tightly outside anti-loose rivet clasp section and form the concavo-convex bore area matching with anti-loose rivet clasp section surface anticreep line simultaneously, form non-welding permanent connection.
10. construction and installation structure as claimed in claim 9, the front end that it is characterized in that described adapter sleeve has flange collar or projection, when adapter sleeve is pressed on secondary connector, be squeezed into the hole wall of the 3rd connecting hole and the gap between metal rivet rod, form jam-packed or interference fit, to playing the positioning action that prevents slippage between secondary connector and riveting bolt; Or/and, the front end face of described adapter sleeve also has the concavo-convex location configuration coordinating with described the 3rd connecting hole aperture concavo-convex location configuration around, after adapter sleeve is pressed on secondary connector, by described concavo-convex location configuration, at described secondary connector and adapter sleeve front end face, produce on-slip and coordinate, further to prevent relative displacement between described secondary connector and riveting bolt;
Or, when the front end of described adapter sleeve has flange collar or projection, in described flange collar or projection, there is the groove that in the hole wall with described the 3rd connecting hole, groove matches, in described flange collar or projection, clamp-on after described the 3rd connecting hole, in described groove and hole wall, groove is inlayed, and forms jam-packed or interference fit;
The rear end of described plush copper has flange collar or projection, or the root of described metal rivet rod has flange collar or projection, at described metal rivet rod, by described instrument, strained, when adapter sleeve is pressed to secondary connector, be squeezed into the hole wall of the second connecting hole and the gap between metal rivet rod, form jam-packed or interference fit, to playing the positioning action that prevents slippage between riveting plate and riveting bolt; The rear end face of described plush copper also has the concavo-convex location configuration coordinating with described the second connecting hole aperture concavo-convex location configuration around, at described metal rivet rod, by described instrument, strained, adapter sleeve is pressed to after secondary connector, by described concavo-convex location configuration, at described riveting plate and plush copper rear end face, produce on-slip and coordinate, further to prevent relative displacement between described riveting plate and riveting bolt;
Or, when the rear end of described plush copper has flange collar or projection, or when the root of described metal rivet rod has flange collar or projection, in described flange collar or projection, there is the groove that in the hole wall with described the second connecting hole, groove matches, in described flange collar or projection, clamp-on after described the second connecting hole, in described groove and hole wall, groove is inlayed, and forms jam-packed or interference fit.
11. construction and installation structures as claimed in claim 6, it is characterized in that described riveting plate has taper type aperture for the first connecting hole, and there is pre-determined bit draw-in groove at the first connecting hole hole wall, described anchor pole has the projection coordinating with pre-determined bit draw-in groove, and before anchor pole is implanted concrete foundation, described anchor pole is rotated and makes the projection on anchor pole produce pre-determined bit draw-in groove, with the first connecting hole hole wall interference fit.
12. construction and installation structures as claimed in claim 6, is characterized in that, described riveting bolt is with flash hider.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320468895.2U CN203462625U (en) | 2013-08-01 | 2013-08-01 | Riveting plate for building installation and building installation structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320468895.2U CN203462625U (en) | 2013-08-01 | 2013-08-01 | Riveting plate for building installation and building installation structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203462625U true CN203462625U (en) | 2014-03-05 |
Family
ID=50174997
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320468895.2U Expired - Fee Related CN203462625U (en) | 2013-08-01 | 2013-08-01 | Riveting plate for building installation and building installation structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203462625U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103410259A (en) * | 2013-08-01 | 2013-11-27 | 斯泰科技（杭州）有限公司 | Rivet plate for construction installation and construction installation structure |
-
2013
- 2013-08-01 CN CN201320468895.2U patent/CN203462625U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103410259A (en) * | 2013-08-01 | 2013-11-27 | 斯泰科技（杭州）有限公司 | Rivet plate for construction installation and construction installation structure |
| CN103410259B (en) * | 2013-08-01 | 2016-03-09 | 斯泰科技（杭州）有限公司 | The riveting plate of construction and installation and construction and installation structure |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| KR101265226B1 (en) | Using corn as a gap steel nail and its construction methods | |
| CN103410254B (en) | A kind of shock-proof check takes off the syndeton of back of the body riveting bolt and curtain wall panel | |
| CN103410252B (en) | Construction and installation riveting plate and construction and installation structure | |
| CN203462619U (en) | Fatigue resistant long-acting back bolt | |
| CN103410258B (en) | A kind of secondary connector of construction and installation and construction and installation structure | |
| CN203462620U (en) | Secondary connection piece for building installation and building installation structure | |
| CN203462625U (en) | Riveting plate for building installation and building installation structure | |
| CN203462623U (en) | Anti-displacement blind rivet bolt and connecting structure | |
| KR20090127841A (en) | Multihole-type internal fixture of tension wire removal type ground anchorage | |
| CN203476965U (en) | Displacement preventing rivet bolt and connecting structure | |
| JP2013234501A (en) | Anchoring nut used for slope stabilization method, and slope stabilization structure and slope stabilization method using the anchoring nut | |
| CN103410259B (en) | The riveting plate of construction and installation and construction and installation structure | |
| CN203462622U (en) | Riveting plate for building installation and building installation structure | |
| CN103410827B (en) | A kind of anti-displacement riveting bolt and linkage structure | |
| CN103410256B (en) | Fire-proof shock-proof is anti-loose cuts end riveting bolt and syndeton | |
| CN203475657U (en) | Pothook bearing seat for building installation and building installation structure | |
| CN203476977U (en) | Heat-expansion and cold-contraction limiting rivet bolt, fireproof heat-expansion and cold-contraction limiting rivet bolt and connection structure | |
| CN203463447U (en) | Expansion and contraction limiting riveting bolt, fireproof expansion and contraction limiting riveting bolt and connecting structure | |
| CN103438069B (en) | Heat expansion and cold contraction limiting rivet bolt and connecting structure | |
| CN103437468B (en) | A kind of hook stacker of construction and installation and construction and installation structure | |
| CN103452984B (en) | To expand with heat and contract with cold spacing riveting bolt and linkage structure | |
| CN204826215U (en) | Anchor slab is used in building installation | |
| CN103410253A (en) | Drifting-proof blind rivet bolt and connecting structure | |
| CN103410261B (en) | A kind of high safety is cut end riveting bolt and builds appendicular syndeton | |
| CN203462626U (en) | Riveting plate for building installation and building installation structure |
Legal Events
| 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: 20140305 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |