CN207484204U - A kind of assembled brick with firm banking - Google Patents

Abstract

The utility model discloses a kind of assembled bricks with firm banking, and including brick body and pedestal, its key points of the technical solution are that recess is provided with the groove of right-angled intersection on pedestal, pedestal is divided into 4 bearings by groove；Fixed plate is symmetrically arranged on bearing, fixed plate includes support plate and the protruding end vertical with support plate side wall, and two protruding ends are oppositely arranged；Brick body side walls collapse is provided with the sliding slot coordinated with protruding end；The locking device of fixed brick body is provided on bearing, locking device includes baffle, fixed block, lead and the elastic component being set on lead；For baffle plate setting in the inside of sliding slot, fixed block is arranged on end face of the baffle far from sliding slot bottom wall；One end of lead is fixedly connected with bearing, and the other end is plugged in inside fixed block, and the shrinkage pool coordinated with lead is offered inside fixed block；One end of elastic component is contacted with bearing, and the other end is contacted with the lower face of fixed block.Achieve the purpose that improve assembled brick and pedestal fixed speed.

Description

A kind of assembled brick with firm banking

Technical field

The utility model is related to assembled brick field, more specifically, it relates to a kind of assembled brick with firm banking.

Background technology

Assembled brick is common a kind of brick body when being laid with landscape road, by the combination and arrangement of brick body so as to increase landscape The aesthetic feeling of road reaches and is merged with surrounding landscape.

With reference to Fig. 8, when modularization is laid with landscape road, assembly brick of the prior art is to be placed sequentially in brick body 1 On pedestal, then brick body 1 is fixed on pedestal using screw 5.Screw 5 is plugged respectively at 4 angles of every piece of brick body 1, from And brick body 1 is sequentially fixed on pedestal.

But be required for fixing at its 4 angles with pedestal respectively using screw during every piece of assembled brick fixation, lead to fixed spelling The speed for filling brick is relatively low, so as to reduce the laying efficiency of assembled brick.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of assembly with firm banking Brick has the advantage for improving assembled brick and pedestal fixed speed.

To achieve the above object, the utility model provides following technical solution：

A kind of assembled brick with firm banking, including brick body and the pedestal that multiple brick bodies can be fixed, on the pedestal Recess is provided with the groove of right-angled intersection, and pedestal is divided into 4 bearings by the groove；Fixation is symmetrically arranged on the bearing Plate, the fixed plate includes support plate and the protruding end vertical with support plate side wall, and two protruding ends are oppositely arranged；Institute It states brick body side walls collapse and is provided with the sliding slot coordinated with protruding end；The locking device of fixed brick body, institute are provided on the bearing It states locking device and includes baffle, fixed block, lead and the elastic component being set on lead；The baffle plate setting is in sliding slot Inside, the fixed block are arranged on end face of the baffle far from sliding slot bottom wall；One end of the lead is fixedly connected with bearing, separately One end is plugged in inside fixed block, and the shrinkage pool coordinated with lead, the upper end of the lead are offered inside the fixed block There are gaps for the bottom wall of face and shrinkage pool；One end of the elastic component is contacted with bearing, and the other end is contacted with the lower face of fixed block, And elastic component is in compressive state.

By using above-mentioned technical proposal, when assembled brick is fixed on pedestal, pressing down on baffle makes itself and sliding slot Side wall contact, be compressed axially elastic component along lead with the fixed fixed block of baffle at this time；Then protruding end is aligned and slided Slot, while push brick body so that protruding end can be moved with respect to brick body along the direction that opens up of sliding slot.When protruding end moves to and slides The position of groove sidewall contact at this point, protruding end is slided from baffle, while acts on the disappearance of the pressure on baffle.Elastic component will The elastic potential energy of itself is changed into the kinetic energy that fixed block and baffle is pushed to move upwards, and then baffle is in the effect of elastic component thrust Lower and sliding slot side wall contact, while the side wall of the side wall of baffle and elastic component contacts.Utilize the side wall of baffle and the side of sliding slot Wall fixes brick body and bearing.By the way that locking device is set to improve fixed brick body and the speed of bearing, so as to improve assembly The efficiency that brick is laid with.

Further, the side wall of the sliding slot offers the groove for placing baffle.

By using above-mentioned technical proposal, when pushing brick body movement, baffle is placed on to the inside of groove so that with cunning The protruding end of slot cooperation can quickly be slid onto the position contacted with chute wall, while can reduce when protruding end motion Frictional resistance.

Further, the baffle is provided with non-slip mat close to the side of protruding end.

By using above-mentioned technical proposal, non-slip mat can either increase the static friction between baffle and protruding end side wall, carry High brick body and the fixed stability of bearing.Meanwhile the shock between non-slip mat energy cushioning fender and protruding end, baffle can be extended With the service life of protruding end.

Further, one end that the sliding slot extends to brick body end is openend, and the openend of the sliding slot is chamfered Setting.

By using above-mentioned technical proposal, when brick body is fixed on bearing, brick body is inserted into sliding slot from openend first It is internal；So setting chamfering in openend, facilitate and brick body is inserted into inside sliding slot.

Further, end face of the baffle far from bearing is provided with rubber pad.

By using above-mentioned technical proposal, when acting on the disappearance of the pressure on baffle, baffle is in the elastic force of elastic component Under the action of and sliding slot side wall contact.So baffle and sliding slot can be increased in end face setting rubber pad of the baffle far from bearing Between stiction, and then improve brick body and the fixed stability of bearing.

Further, it is provided with the friction pad concordant with pedestal in the groove.

By using above-mentioned technical proposal, set the friction pad concordant with pedestal that can increase brick body bottom in the inside of sliding slot Stiction between face and pedestal further improves brick body and the fixed stability of pedestal.

Further, several anti-skid bulges are provided on the friction pad.

By using above-mentioned technical proposal, several anti-skid bulges are provided on friction pad, can further increase brick Stiction between body bottom surface and pedestal, and then improve brick body and the fixed stability of pedestal.

Further, the thickness of the support plate is 1-2cm.

By using above-mentioned technical proposal, the thickness of support plate is set as 1-2cm, one side support plate can ensure one Fixed strength and stiffness improve the stability that brick body is connected with bearing；On the other hand the presence of support plate can be weakened, reduces phase Brickwork joint between adjacent brick body.

In conclusion the utility model has the advantages that：

1st, by setting fixed plate and locking device, brick body with pedestal is fixedly connected, improves the speed that assembled brick is laid with Degree and efficiency.

2nd, by setting protruding end and sliding slot, the direction of motion of protruding end is limited by sliding slot, so as to which brick body be controlled to be pushed into Direction；

3rd, by setting groove and friction pad, the stiction of brick body bottom surface and pedestal can be increased, and then improve brick body With the fixed stability of pedestal.

Description of the drawings

Fig. 1 is the overall schematic of the assembled brick with firm banking in embodiment；

Fig. 2 is the overall schematic of pedestal in embodiment；

Fig. 3 is the installation process schematic diagram of assembled brick in embodiment；

Fig. 4 is the enlarged drawing of part A in Fig. 3；

Fig. 5 is the enlarged drawing of part B in Fig. 3；

Fig. 6 is assembled brick installation is complete schematic diagram in embodiment；

Fig. 7 is the enlarged drawing of C portion in Fig. 6；

Fig. 8 is the fixed overall schematic of assembled brick in background technology.

In figure：1st, brick body；11st, sliding slot；12nd, cavity；13rd, openend；2nd, bearing；21st, groove；22nd, friction pad；23rd, prevent Sliding protrusion；3rd, fixed plate；31st, support plate；32nd, protruding end；41st, baffle；411st, pit；412nd, non-slip mat；413rd, rubber pad； 42nd, fixed block；421st, shrinkage pool；43rd, lead；44th, elastic component；5th, screw.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

This specific embodiment is only explanation to the utility model, is not the limitation to the utility model, ability Field technique personnel can as needed make the present embodiment the modification of no creative contribution after this specification is read, but As long as it is all protected in the right of the utility model by Patent Law.

Embodiment：

A kind of assembled brick with firm banking, with reference to Fig. 1, including brick body 1 and the bottom that multiple brick bodies 1 can be fixed Seat.

With reference to Fig. 2, the groove 21 of right-angled intersection is offered on pedestal, the width of groove 21 is 0.5-1cm.Groove 21 Inside is embedded with friction pad 22, and the upper surface of friction pad 22 is concordant with pedestal.It is anti-skidding convex that several are provided on friction pad 22 Play 23.

With reference to Fig. 3 and Fig. 4, the groove 21 of right-angled intersection（With reference to Fig. 2）Pedestal is divided into the bearing 2 of 4 placement brick bodies 1, The upper surface of bearing 2 is symmetrically arranged with fixed plate 3, and fixed plate 3 includes support plate 31 and vertically disposed with 31 side wall of support plate Protruding end 32, and two protruding ends 32 are oppositely arranged.Support plate 31 is vertically set on the upper surface of bearing 2, and protruding end 32 is set In the position concordant with 31 upper surface of support plate.The thickness of support plate 31 is set as 1-2cm.

With reference to Fig. 3, the side wall of brick body 1 offers the sliding slot 11 coordinated with protruding end 32, and sliding slot 11 extends to 1 end of brick body One end for openend 13, and the 13 chamfered setting of openend of sliding slot 11.

With reference to Fig. 3 and Fig. 4, several groups of locking devices are symmetrically arranged on bearing 2, locking device includes baffle 41, fixes Block 42, lead 43 and the elastic component 44 being set on lead 43.Baffle 41 is plugged in the inside of sliding slot 11, and with sliding slot 11 The opening being recessed inwardly is concordant.The length of baffle 41 is equal to the length of sliding slot 11 and the difference of the thickness of protruding end 32.

With reference to Fig. 4, end face of the baffle 41 far from 11 bottom wall of sliding slot is welded with fixed block 42, is arranged on 2 the same side of bearing Fixed block 42 is commonly connected on baffle 41.Fixed block 42 is provided with shrinkage pool 421 close to the sunken end face of pedestal, shrinkage pool 421 Inside is inserted with lead 43；And the bottom wall of shrinkage pool 421 and there are gaps the upper surface of lead 43；Lead 43 is far from fixed It is welded with the upper surface of bearing 2 one end of block 42.One end of elastic component 44 is welded with the upper surface of bearing 2, the other end and fixation The lower face welding of block 42；And elastic component 44 is in compressive state always.44 preferred spring of elastic component in the present embodiment.

With reference to Fig. 3 and Fig. 4, the side wall of sliding slot 11 offers the cavity 12 coordinated with baffle 41, and thickness of baffle 41 etc. In the depth of cavity 12.When installing brick body 1, first then brick body 1 is fixed on branch by baffle 41 by being pressed into inside cavity 12 On seat 2.

With reference to Fig. 3 and Fig. 5, baffle 41, sunken end face setting of the baffle 41 far from protruding end 32 are pressed down on for convenience There is pit 411.

With reference to Fig. 6 and Fig. 7, side wall of the baffle 41 close to protruding end 32 is provided with non-slip mat 412, non-slip mat in the present embodiment 412 preferred rubbers.

With reference to Fig. 6 and Fig. 7, end face of the baffle 41 far from bearing 2 is provided with the rubber pad 413 that can increase stiction.

Operation principle is as follows：

Hand is stretched into pit 411 first and presses down on baffle 41, until baffle 41 is pressed into inside cavity 12.To During lower pressing baffle 41, fixed block 42 follows baffle 41 to move downwardly together, while constantly compression elastic piece 44.

Then protruding end 32 is embedded inside sliding slot 11, and constantly brick body 1 is pushed to move, until protruding end 32 and sliding slot Stop after 11 side wall contact.After protruding end 32 moves to the position contacted with 11 side wall of sliding slot, it is applied on baffle 41 Pressure disappears, and the elastic potential energy of itself is changed into the kinetic energy that baffle 41 is pushed to move up by elastic component 44.Baffle 41 is in elasticity It skids off inside cavity 12 under the action of 44 thrust of part and is contacted with the side wall of sliding slot 11.

After baffle 41 moves to the position contacted with 11 side wall of sliding slot, baffle 41 is close to the side wall and protrusion of protruding end 32 32 contact of end, so as to protruding end 32 is fixed on inside sliding slot 11, and then brick body 1 is fixed on bearing 2.

Then remaining brick body 1 is sequentially fixed on bearing 2 after the same method.

Claims (8)

1. a kind of assembled brick with firm banking, including brick body (1) and the pedestal of multiple brick bodies (1), feature can be fixed It is：Recess is provided with the groove (21) of right-angled intersection on the pedestal, and pedestal is divided into 4 bearings (2) by the groove (21)； Be symmetrically arranged with fixed plate (3) on the bearing (2), the fixed plate (3) including support plate (31) and with support plate (31) side The vertical protruding end of wall (32), and two protruding ends (32) are oppositely arranged；Brick body (1) side walls collapse be provided with it is convex The sliding slot (11) of outlet (32) cooperation；The locking device of fixed brick body (1), the locking device are provided on the bearing (2) Including baffle (41), fixed block (42), lead (43) and the elastic component (44) being set on lead (43)；The baffle (41) inside of sliding slot (11) is arranged on, the fixed block (42) is arranged on end face of the baffle (41) far from sliding slot (11) bottom wall； One end of the lead (43) is fixedly connected with bearing (2), and the other end is plugged in fixed block (42) inside, the fixed block (42) the internal shrinkage pool offered with lead (43) cooperation（421）, the upper surface of the lead (43) and shrinkage pool（421）'s There are gaps for bottom wall；One end of the elastic component (44) is contacted with bearing (2), and the other end and the lower face of fixed block (42) connect It touches, and elastic component (44) is in compressive state.

2. the assembled brick according to claim 1 with firm banking, it is characterised in that：The side wall of the sliding slot (11) is opened Equipped with the cavity (12) for placing baffle (41).

3. the assembled brick according to claim 2 with firm banking, it is characterised in that：The baffle (41) is close to protrusion The side at end (32) is provided with non-slip mat (412).

4. the assembled brick according to claim 1 with firm banking, it is characterised in that：The sliding slot (11) extends to brick One end of body (1) end be openend (13), openend (13) chamfered setting of the sliding slot (11).

5. the assembled brick according to claim 1 with firm banking, it is characterised in that：The baffle (41) is far from bearing (2) end face is provided with rubber pad (413).

6. the assembled brick according to claim 1 with firm banking, it is characterised in that：It is provided in the groove (21) The friction pad (22) concordant with pedestal.

7. the assembled brick according to claim 6 with firm banking, it is characterised in that：It is set on the friction pad (22) There are several anti-skid bulges (23).

8. the assembled brick according to claim 1 with firm banking, it is characterised in that：The thickness of the support plate (31) For 1-2cm.