CN208441336U

CN208441336U - A kind of energy conservation Dinas brickes

Info

Publication number: CN208441336U
Application number: CN201820602951.XU
Authority: CN
Inventors: 俞德兵
Original assignee: Nanjing Xingtao Pre Products Co Ltd
Current assignee: Nanjing Xingtao Pre Products Co Ltd
Priority date: 2018-04-24
Filing date: 2018-04-24
Publication date: 2019-01-29
Anticipated expiration: 2028-04-24

Abstract

The utility model discloses a kind of energy saving Dinas brickes, belong to Dinas brickes field, it is intended to provide a kind of energy saving Dinas brickes, it the advantage is that, the thermal insulation property of Dinas brickes is improved, its key points of the technical solution are that: including brick body, several putting holes being provided in brick body, the taper insulation board for being provided in brick body and being located at putting hole both ends and the bellmouth coaxial with putting hole, be filled in bellmouth.

Description

A kind of energy conservation Dinas brickes

Technical field

The utility model relates to Dinas brickes field, in particular to a kind of energy saving Dinas brickes.

Background technique

Currently, the shape of brick for building substantially still long cube, including solid brick, hollow brick etc., when masonry according to It is binded by mortar and constitutes wall, the building block of this shape is simple to manufacture, and it is cheap, it is easy to use.

Notification number is that the Chinese patent of CN205530933U discloses a kind of antidetonation resistance to compression autoclaved lime-sand brick, including brick sheet Body, the left and right sides of the brick ontology, which is equipped with, fills mouth, the middle inside for filling mouth and being located at reinforcing rib, outside the upper end for filling mouth Side be equipped with annular lug, it is described fill mouth bottom end be equipped with the matched annular groove of annular lug, the left side of the brick ontology is equipped with The right side of limiting slot, the brick ontology is equipped with and the matched limited block of limiting slot, the antidetonation resistance to compression autoclaved lime-sand brick, by being equipped with Reinforcing rib and connecting bracket improve the compressive property of brick.

But when Dinas brickes constitutes wall, the thermal insulation property of Dinas brickes itself is bad, causes the loss of room temperature.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of energy saving Dinas brickes, advantage It is, improves the thermal insulation property of Dinas brickes.

To achieve the above object, the utility model provides following technical solution: a kind of energy conservation Dinas brickes, including brick body, Several putting holes for being provided in brick body, be provided in brick body and be located at putting hole both ends and the bellmouth coaxial with putting hole, The taper insulation board being filled in bellmouth.

By using above-mentioned technical proposal, putting hole both ends are all filled by tapered insulation board, and two tapered insulation boards make Putting hole forms a closed heat insulation cavity, consolidates since conduction of velocity of the heat in not free air space is much smaller than in brick body Conduction of velocity in body, thus the heat insulation cavity that tapered insulation board and putting hole are formed help to delay the heat of brick body side to The speed of other side transmitting, therefore improve the thermal insulation property of Dinas brickes.

The utility model is further arranged to: the taper insulation board is flexible heat preservation rock plate, and the taper is protected Warm plate is equipped with fixed plate in the lesser one end of size, and the fixed plate is greater than the smallest aperture size of bellmouth and is less than bellmouth most Big aperture size, the taper insulation board extend bellmouth far from one end of fixed plate.

By using above-mentioned technical proposal, flexible taper insulation board can be squeezed into bellmouth by upper adjacent brick body Interior, taper insulation board outer wall is sufficiently bonded the inner wall of bellmouth at this time, is further reduced air and enters putting hole, and is squeezing When the fixed plate of taper heat preservation smaller one end of board size be set be not susceptible to deformation, and to be greater than bellmouth minimum for fixed board size Aperture size is fallen into putting hole so taper insulation board will not slide when squeezing, and which further enhances putting holes Airtightness enhances heat insulation effect.

The utility model is further arranged to: the periphery of the fixed plate and the conflict of bellmouth hole wall is equipped with sealing ring.

By using above-mentioned technical proposal, when being piled up brick body similar to adhesive by mortar, sealing ring can stop Across the liquid of taper insulation board, increase the airtightness of heat insulation cavity.

The utility model is further arranged to: brick body is equipped with the locating piece for keeping the adjacent upper conical hole of brick body opposite.

By using above-mentioned technical proposal, the bellmouth of the two is mutually right up and down when locating piece stacks energy saving Dinas brickes It answers, while but also the two taper insulation board exposes end face conflict, reduction heat is transmitted between two neighboring taper insulation board Out.

The utility model is further arranged to: the locating piece includes being provided with the putting hole of brick body away from indoor side Several link slots, brick body is equipped with the connecting column that cooperates with link slot in the side away from link slot.

By using above-mentioned technical proposal, when several link slots and while being mutually inserted with the connecting column of link slot cooperation ensure Coincidence between energy saving Dinas brickes increases the positioning accuracy stacked and stacks efficiency, while nonplanar combination enhances The intensity for the whole metope piled up.

The utility model is further arranged to: being covered with insulating layer on the cell wall and slot bottom of the link slot.

By using above-mentioned technical proposal, the insulating layer of laying has delayed the speed of heat loss between brick body.

The utility model is further arranged to: the two neighboring link slot is distributed in splayed.

By using above-mentioned technical proposal, the connecting column of splay link slot and correspondingly-shaped when being connected and fixed, The amount of movement of brick body horizontal direction and vertical direction is limited on two brick body contact surfaces, is reduced when stacking energy saving Dinas brickes Rate of travel.

The utility model is further arranged to: the locating piece includes the fixing groove for being provided with brick body putting hole two sides, institute The two sides of brick body width are extended at the both ends for stating fixing groove, and brick body is equipped in the side away from fixing groove matches with fixing groove The fixed block of conjunction offers the limiting slot along the distribution of fixing groove length direction on the opposite cell wall of the fixing groove, described solid Determine block and is equipped with the limited block entered in limiting slot.

By using above-mentioned technical proposal, fixed block can with fixing groove by be respectively provided at the limited block respectively on itself with Limiting slot grafting is got up, and when grafting limits the gap between two brick bodies, so that it is guaranteed that the taper heat preservation of bellmouth will be stretched out Plate is squeezed close to bellmouth hole wall, it is ensured that the airtightness of heat insulation cavity.

Compared with prior art, the utility model has the following beneficial effects:

It saves heat 1. the heat insulation cavity formd by tapered insulation board with putting hole can make brick body play, delay The effect of heat loss；

2. fixed plate is maintained at tapered insulation board in bellmouth when being squeezed by external force, and then better seal is put Set hole.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of embodiment 1；

Fig. 2 is the cut-away view of A-A in Fig. 1；

Fig. 3 is the partial enlargement diagram in the portion I in Fig. 2；

Fig. 4 is the cut-away view of B-B in Fig. 1；

Fig. 5 is in embodiment 1 for embodying the structural schematic diagram of brick body stacking；

Fig. 6 is the structural schematic diagram of embodiment 2.

In figure, 1, brick body；11, putting hole；12, bellmouth；13, taper insulation board；14, fixed plate；15, sealing ring；2, Locating piece；21, connecting column；22, link slot；23, fixed block；231, limited block；24, fixing groove；241, limiting slot；3, it keeps the temperature Layer.

Specific embodiment

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

Embodiment 1: a kind of energy conservation Dinas brickes, such as Fig. 2 uniformly divide including being provided with brick body 1 close to the several of indoor one end The putting hole 11 of cloth, the bellmouth 12 for being provided in brick body 1 and being located at 11 both ends of putting hole, bellmouth 12 and putting hole 11 are coaxial Setting, is then filled with taper insulation board 13 respectively in both ends bellmouth 12, and taper insulation board 13 is by the two of connecting hole at this time End seal is closed so that connecting hole forms a heat insulation cavity.

Such as Fig. 2, in work progress, 1 one end of brick body that operator will distributed putting hole 11 stacks brick as indoor direction The filling of taper insulation board 13 is put into bellmouth 12 when stacking by body 1, and all bellmouths 12 of one piece of brick body 1 all need filling to bore Shape insulation board 13, after having filled by brick body 1 stacking from level to level.

Such as Fig. 2, after being stacked into wall, the heat in space formed by wall will not be largely lost by air circulation, But the wall external world is spilt by the transmitting of brick body 1, the heat of at this moment loss contacts the brick body 1 one that distributed putting hole 11 first End, is transferred to rapidly the putting hole 11 in it by brick body 1, and putting hole 11 blocks shape by the taper insulation board 13 at both ends at this time At heat insulation cavity inner air do not circulate, heat enters after this heat insulation cavity since immobilising air is the bad biography of heat Medium is led, plays the thermal insulation property for increasing energy saving Dinas brickes in this way, slows down room temperature loss.

If the material of Fig. 2, taper insulation board 13 are flexible heat preservation rock plate, heat insulation effect is good, and protects in taper Warm 13 size small end of plate is connected to fixed plate 14, and the size of fixed plate 14 is less than the maximum diameter of hole of bellmouth 12 and is greater than taper The minimum-value aperture in hole 12, fixed plate 14 limits taper insulation board 13 and moves into putting hole 11 at this time, ensure that certain guarantor The space of warm cavity, taper insulation board 13 extend bellmouth 12 far from one end of fixed plate 14.

Such as Fig. 5, in work progress, finger or tool is can be used by taper insulation board 13 into bellmouth 12 in operator Direction firmly squeezes, and then another brick body 1 is placed on taper insulation board 13 again, so that flexible heat preservation conical plate Deformation occurred after stress effect and is extruded in 12 inner wall of bellmouth, at this point, fixed plate 14 is because size is greater than bellmouth 12 most Small-bore so fixed plate 14 will not slide under the action of extruding force to putting hole 11, but is stuck in 12 inner wall of bellmouth On；Such as Fig. 3, sealing ring 15 furthermore is equipped within one week what fixed plate 14 and 12 inner wall of bellmouth contradicted, it is similar viscous to reduce mortar etc. Object is closed to enter in putting hole 11.

As Fig. 5 can oppress taper insulation board 13 and stretch out bellmouth due to 1 gravity of top brick body when stacking brick body 1 12 part is compressed into bellmouth 12, is sufficient filling with bellmouth 12, so that the better tightness of heat insulation cavity.

Such as Fig. 4, being equipped in the both ends of the surface of 1 adjacent contact of brick body can make the upper conical hole 12 of two contact brick body 1 corresponding fixed Position part 2, operator reduce adjacent brick body 1 so that the bellmouth 12 in adjacent brick body 1 corresponds by the connection of locating piece 2 Between heat distribute.

Such as Fig. 4, locating piece 2 includes several link slots 22 of the putting hole 11 away from indoor side for being provided with brick body 1, Brick body 1 is equipped with the connecting column 21 cooperated with link slot 22 away from the side of link slot 22, and link slot 22 and connecting column 21 are corresponding Splayed be distributed (such as Fig. 1), the combination of splay link slot 22 and connecting column 21 limits two pieces of bricks in stacking process The level of 1 contact surface of body and the amount of movement in vertical both direction, increase the wall stability piled up, the cell wall of link slot 22 And insulating layer 3 is covered on slot bottom and is equipped with insulating layer 3；Operator puts the energy saving Dinas brickes of populated taper insulation board 13 It is placed in and is similar in the planes such as ground, the end face for being equipped with link slot 22 is placed upward, then next piece of populated taper is kept the temperature The end face that the brick body 1 of plate 13 is also provided with link slot 22 is placed upward, and operator only need to be by the still loose energy conservation in top at this time The Dinas brickes energy saving Dinas brickes fixed relative to lower section does certain small-scale mobile placement, allows for connecting column 21 and is put into connection It is easy to operate in slot 22.

Embodiment 2: a kind of energy conservation Dinas brickes, difference from example 1 is that: such as Fig. 6, locating piece 2 includes out It is located at the fixing groove 24 of 1 putting hole of brick body, 11 two sides, fixing groove 24 is horizontally distributed in what brick body 1 was used to contact with adjacent brick body 1 Contact surface, and be used for the contact surface that contact with wide with brick body 1, brick body 1 the side away from fixing groove 24 equipped with and fixing groove 24 The fixed block 23 of cooperation offers the limiting slot along the distribution of 24 length direction of fixing groove on opposite two cell walls of fixing groove 24 241, fixed block 23 is equipped with the limited block 231 entered in limiting slot 241.

Such as Fig. 6, in the construction process, operator moves towards to push another piece of brick body 1 along fixing groove 24, limiting slot 241 with Limited block 231 limits the gap between two contact brick bodies 1, so can be squeezed in pushing course in two brick bodies, 1 gap Stretching bellmouth 12 taper insulation board 13, adjacent brick body 1 forces taper insulation board 13 to be sufficient filling with bellmouth 12, increases and protect The airtightness of warm cavity promotes thermal insulation property.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims

1. a kind of energy conservation Dinas brickes, it is characterized in that: including brick body (1), several putting holes (11) being provided on brick body (1), opening It is located on brick body (1) and is located at putting hole (11) both ends and the bellmouth (12) coaxial with putting hole (11), is filled in bellmouth (12) the taper insulation board (13) in.

2. a kind of energy saving Dinas brickes according to claim 1, it is characterized in that: the taper insulation board (13) is flexible Heat preservation rock plate, the taper insulation board (13) are equipped with fixed plate (14) in the lesser one end of size, and the fixed plate (14) is big It is less than bellmouth (12) maximum aperture size in bellmouth (12) the smallest aperture size, the taper insulation board (13) is separate Extend bellmouth (12) in one end of fixed plate (14).

3. a kind of energy saving Dinas brickes according to claim 2, it is characterized in that: the fixed plate (14) and bellmouth (12) hole The periphery that wall contradicts is equipped with sealing ring (15).

4. a kind of energy saving Dinas brickes according to claim 1, it is characterized in that: brick body (1), which is equipped with, makes adjacent brick body (1) the opposite locating piece (2) of upper conical hole (12).

5. a kind of energy saving Dinas brickes according to claim 4, it is characterized in that: the locating piece (2) includes being provided with brick body (1) putting hole (11) deviate from indoor side several link slots (22), brick body (1) deviate from link slot (22) one Side is equipped with the connecting column (21) cooperated with link slot (22).

6. a kind of energy saving Dinas brickes according to claim 5, it is characterized in that: the cell wall and slot bottom of the link slot (22) On be covered with insulating layer (3).

7. a kind of energy saving Dinas brickes according to claim 5, it is characterized in that: the two neighboring link slot (22) is in eight words Shape distribution.

8. a kind of energy saving Dinas brickes according to claim 4, it is characterized in that: the locating piece (2) includes being provided with brick body (1) two sides of brick body (1) width are extended at the both ends of the fixing groove (24) of putting hole (11) two sides, the fixing groove (24), Brick body (1) is equipped with the fixed block (23) cooperated with fixing groove (24), the fixing groove in the side away from fixing groove (24) (24) limiting slot (241) along the distribution of fixing groove (24) length direction, the fixed block (23) are offered on opposite cell wall It is equipped with the limited block (231) entered in limiting slot (241).