CN201907758U - A single-row brick aggregate formed by stacking bricks - Google Patents

Abstract

The utility model relates to a single-row brick aggregate formed by stacking bricks, which is based on the length, width and height of each brick, stacks and arranges the single-row brick aggregate with a jack (A, B), and adopts a binding belt to tie transversely; a single-row brick aggregate formed by stacking a plurality of bricks and arranged along the depth direction to form a conveying body with a preset size or volume; adopting a binding belt to carry out a plurality of binding along the depth direction of the carrying body; the first insertion hole (A) and the second insertion hole (B) of the single-row brick aggregate formed by stacking the bricks are arranged at the same position and penetrate through each other to form a first conveying hole (AA) and a second conveying hole (BB) which are symmetrical; the carrying tool is inserted into the first carrying hole (AA) and the second carrying hole (BB) in alignment to carry the whole carrying body. The utility model discloses a pack into bundle with the fragment of brick in bulk, can carry out whole transport simply, conveniently, fast, safety, economy, high efficiency.

Description

A single-row brick aggregate formed by stacking bricks

technical field

The utility model relates to an aggregate formed by stacking bricks, in particular to a single-row brick aggregate formed by stacking bricks for convenient packing and transportation of bricks.

Background technique

At present, in the existing known brick factory, many bulk bricks that have been fired are first arranged and stacked one by one on the small trolley in the factory, and then the small trolley is pushed to the outside of the brick factory. One by one, each brick is moved to the transport vehicle by hand.

Such a handling method is slow, time-consuming, labor-intensive, inconvenient and unsafe, and the handling cost is high, so it is not economical and practical.

This shows that the above-mentioned existing brick stacking and handling methods obviously still have inconvenience and defects in structure and use, and need to be further improved urgently. In order to solve the above-mentioned problems, the relevant manufacturers have tried their best to find a solution, but no suitable design has been developed for a long time, and the general products do not have a suitable structure to solve the above-mentioned problems. This is obviously the relevant industry. urgent problem to be solved. Therefore, how to create a new single-row brick assembly formed by stacking bricks is one of the current important research and development topics, and has also become a goal that the industry needs to improve.

In view of the defects in the above-mentioned existing brick stacking and handling methods, the inventor actively researches and innovates on the basis of years of rich practical experience and professional knowledge in the design and manufacture of such products, and cooperates with the application of academic theories, in order to create a The single-row brick assembly formed by stacking new bricks can improve the general existing brick stacking and handling methods, making it more practical. Through continuous research, design, and after repeated trial samples and improvements, the present invention with practical value is finally created.

Contents of the invention

The main purpose of the utility model is to overcome the defects existing in the existing brick stacking and handling methods, and provide a new type of single-row brick assembly formed by stacking bricks. The technical problem to be solved is to make it possible to The bricks are packed into bundles, which can be easily, conveniently, quickly, safely, economically and efficiently carried out as a whole, which is very suitable for practical use.

The purpose of this utility model and the solution to its technical problems are achieved by adopting the following technical solutions. A single-row brick assembly formed by stacking bricks according to the utility model is based on the length, width and height of each brick, stacking and arranging a single-row brick assembly with jacks, and Use straps for horizontal binding; the width of the single-row brick aggregate is in the range of 300 mm to 1500 mm, and its height is in the range of 300 mm to 1500 mm; the number of layers included in the single-row brick aggregate is greater than 2, and the number of bricks included in each layer is greater than 2, the layers are counted upwards from the bottom of the single row of brick aggregates.

The purpose of the utility model and the solution to its technical problems can also be further realized by adopting the following technical measures.

The aforementioned single-row brick aggregate formed by stacking bricks, wherein the jack is arranged on the second, third, fourth or other layers of the single-row brick aggregate, and the jack is located in the single-row brick aggregate. set symmetrically.

The aforementioned single-row brick assembly formed by stacking bricks, wherein the single-row brick assembly formed by stacking bricks is arranged along the depth direction to form a transport body; the single-row brick assembly arranged along the depth direction The number of bodies is greater than 2; the sockets on the single-row brick assembly formed by stacking a plurality of bricks are all set at the same position, and they are connected to each other to form two symmetrical handling holes; the handling tools are aligned and inserted into the handling holes Carry the entire pallet.

In the aforementioned single-row brick assembly formed by stacking bricks, the carrying body is bundled in multiple layers with packing belts along its depth direction.

The aforementioned single-row brick assembly formed by stacking bricks has a commonly used width in the range of 500 mm to 900 mm, and a commonly used height in the range of 500 mm to 1200 mm.

The aforementioned single-row brick assembly formed by stacking bricks, wherein the four-corner edges of the single-row brick assembly are provided with protective wrapping angles, and the wrapping angles are made of plastic, plastic, wood, cardboard or metal materials. become.

The aforementioned single-row brick assembly formed by stacking bricks, wherein the first layer is composed of vertically placed bricks, and the number of bricks is set to 14; the single-row brick assembly of this embodiment The second layer is composed of bricks arranged vertically. The number of bricks is set to 9, and each group of 3 is a group, of which the left group is aligned with the left edge of the first layer; the middle One group is set in the middle of the first floor; the right group is aligned with the right edge of the first floor; the space between the above three groups of bricks forms a jack; the single-row brick assembly in this embodiment The third and fourth floors are composed of balanced arrangement of bricks. The number of bricks is set to 7 per floor; 3 of them are arranged along the depth direction and are respectively set on the third and fourth floors. The left side, the middle part and the right side of the left side, the middle part and the right side; another 4 bricks are arranged horizontally at the two intervals between the above-mentioned 3 bricks, and the 4 bricks arranged horizontally are respectively covered in the gaps of the second floor, that is, the jacks above; the fifth floor of the single-row brick assembly in this embodiment and each level above the fifth floor are all composed of bricks arranged in a balanced manner, and are arranged on the 5-13 layers of the single-row brick assembly. Layer 7 bricks are placed in a balanced manner along the depth direction; a single row of brick aggregates formed by stacking a plurality of bricks in this embodiment are arranged along the depth direction to form a carrier body of a predetermined size or volume; Along the depth direction of the carrier body, use packing belts to do multiple bundles; the sockets on the single-row brick assembly formed by stacking multiple bricks are all set at the same position, and they are connected to each other to form two symmetrical The handling hole; the handling tool is aligned and inserted into the handling hole to carry the entire handling body.

The aforementioned single-row brick assembly formed by stacking bricks, wherein the first layer is composed of vertically placed bricks, and the number of bricks is set to 15; the single-row brick assembly of this embodiment The second layer is composed of bricks arranged vertically. The number of bricks is set to 9, and each group of 3 is a group, of which the left group is aligned with the left edge of the first layer; the middle One group is set in the middle of the first floor; the right group is aligned with the right edge of the first floor; the space between the above three groups of bricks forms a jack; the single-row brick assembly in this embodiment The third and fourth floors are composed of balanced arrangement of bricks. The number of bricks is set to 7 per floor; 3 of them are arranged along the depth direction and are respectively set on the third and fourth floors. The left side, the middle part and the right side of the left side, the middle part and the right side; another 4 bricks are arranged horizontally at the two intervals between the above-mentioned 3 bricks, and the 4 bricks arranged horizontally are respectively covered in the gaps of the second floor, that is, the jacks above; the fifth floor of the single-row brick assembly in this embodiment and each level above the fifth floor are all composed of vertically placed bricks, arranged on the 5-8 layers of the single-row brick assembly, Each layer of 15 bricks is placed vertically along the depth direction; a single row of brick aggregates formed by stacking a plurality of bricks according to the present embodiment is arranged along the depth direction to form a predetermined size or volume. body; along the depth direction of the carrier body, the packing belt is used for multi-way binding; the jacks on the single-row brick assembly formed by stacking a plurality of bricks are all set at the same position, and they are connected to each other to form two Symmetrical handling holes; the handling tools are aligned and inserted into the handling holes to carry the entire handling body.

The aforementioned single-row brick assembly formed by stacking bricks, wherein the first layer is composed of bricks, and the number of bricks is set to 13; the second layer of the single-row brick assembly in this embodiment is Composed of brick arrangement, the number of the bricks is set to 8, each set of 2 as a group, of which the left group is aligned with the left edge of the first layer; the middle two groups are arranged side by side on the first layer The middle part of the middle part; one group on the right is aligned with the right edge of the first layer; the space between the above four groups of bricks forms a jack; Arrangement composition, the quantity of these bricks is set to 12; The number of the bricks is set to 10; every 2 blocks is a group, and the left group is aligned with the left edge of the third layer; the middle group is set in the middle of the first layer; the right One group is aligned with the right edge of the third layer; another two groups of bricks are arranged horizontally at the two intervals between the above three groups of bricks, and the two bricks in each group are respectively aligned with the corresponding edge of the third layer. Alignment, leaving a gap in the middle; the fifth layer of the single-row brick assembly in this embodiment and each layer above the fifth floor are all composed of bricks, and the layers are counted upwards from the bottom of the single-row brick assembly , the number of levels can be set according to needs, in the present embodiment, it is arranged on 5-7 layers, and each layer of 13 bricks is placed vertically along the depth direction; a plurality of bricks of the present embodiment described The single-row brick aggregates formed by stacking are arranged along the depth direction to form a carrier body of predetermined size or volume; along the depth direction of the carrier body, strapping is used to make multiple bundles; the stacking of multiple bricks is formed The jacks on the single-row brick assembly are all set at the same position, and they are connected to each other to form two symmetrical carrying holes; the carrying tools are aligned and inserted into the carrying holes to carry the entire carrying body.

The aforementioned single-row brick assembly formed by stacking bricks, wherein the first layer is composed of bricks, and the number of bricks is set to 11; the second layer of the single-row brick assembly in this embodiment is It consists of an arrangement of bricks. The number of bricks is set to 6, and every 2 blocks is a group. The left group is aligned with the left edge of the first layer; the middle group is set on the first layer. Middle part; one group on the right is aligned with the right edge of the first layer; the gap between the above three groups of bricks forms a jack; the third layer of the single-row brick assembly in this embodiment is arranged by bricks Composition, the number of the bricks is set to 7; one of the bricks is set on the left edge of the second floor along the depth direction, and the remaining 6 bricks are set horizontally, and each brick is respectively corresponding to the second floor The edges are aligned, and there is a gap in the middle; and it is covered on the gap of the second layer, that is, the jack; the fourth layer of the single-row brick assembly in this embodiment is composed of bricks, and the number of the bricks is set 7 pieces; one of the bricks is set on the right edge of the third floor along the depth direction, and the remaining 6 bricks are set horizontally, and each brick is aligned with the corresponding edge of the third floor, leaving a space in the middle; The fifth layer of the single-row brick assembly in this embodiment and each layer above the fifth floor are all composed of bricks. The layers are counted upwards from the bottom of the single-row brick assembly, and the number of layers can be adjusted according to needs Setting, in this embodiment, it is arranged on floors 5-9, and each layer has 11 bricks, which are placed vertically along the depth direction; a single row of brick aggregates formed by stacking a plurality of bricks in this embodiment , arranged along the depth direction to form a carrying body of predetermined size or volume; along the depth direction of the carrying body, strapping tapes are used for multi-way binding; The sockets are all arranged at the same position, and are connected with each other to form two symmetrical carrying holes; the carrying tools are aligned and inserted into the carrying holes to carry the whole carrying body.

By means of the above-mentioned technical scheme, the single-row brick assembly formed by stacking bricks of the present invention has at least the following advantages and beneficial effects: the single-row brick assembly formed by stacking bricks of the present invention packs loose bricks into bundles, It can be carried out as a whole in a simple, convenient, fast, safe, economical and efficient manner.

To sum up, the utility model relates to a single-row brick assembly formed by stacking bricks. Based on the dimensions of length, width and height of each brick, stacking and arrangement of bricks with the first socket A, The single-row brick assembly of the second socket B is bundled horizontally with a strap; the single-row brick assembly formed by stacking a plurality of bricks is arranged along the depth direction to form a predetermined size or volume. Carrying body; along the depth direction of the carrying body, strapping is used to do multiple bindings; the first socket A and the second socket B on the single-row brick assembly formed by stacking a plurality of bricks are all set in The same position, and through each other to form two symmetrical first conveying hole AA and second conveying hole BB; the conveying tool is aligned and inserted into the first conveying hole AA and the second conveying hole BB to convey the entire conveying body. The utility model has remarkable progress in technology, and has obvious positive effects, and is a novel, progressive and practical new design.

The above description is only an overview of the technical solutions of the present utility model. In order to better understand the technical means of the present utility model, it can be implemented according to the contents of the description, and in order to make the above-mentioned and other purposes, features and advantages of the present utility model better It is obvious and easy to understand, and the preferred embodiments are specifically cited below, and in conjunction with the accompanying drawings, the detailed description is as follows.

Description of drawings

Fig. 1 is an exploded view of a single-row brick assembly formed by stacking bricks in the first embodiment of the present invention.

Fig. 2 is a perspective view of a single-row brick assembly formed by stacking bricks in the first embodiment of the present invention.

Fig. 3 is a perspective view of a carrier body formed by stacking packed bricks according to the first embodiment of the present invention.

Fig. 4 is an exploded view of a single-row brick assembly formed by stacking bricks according to the second embodiment of the present invention.

Fig. 5 is a perspective view of a single-row brick assembly formed by stacking bricks according to the second embodiment of the present invention.

Fig. 6 is a perspective view of a carrier body formed by stacking packed bricks according to the second embodiment of the present invention.

Fig. 7 is an exploded view of a single-row brick assembly formed by stacking bricks according to the third embodiment of the present invention.

Fig. 8 is a perspective view of a single-row brick assembly formed by stacking bricks according to the third embodiment of the present invention.

Fig. 9 is a perspective view of a carrier body formed by stacking packed bricks according to the third embodiment of the present invention.

Fig. 10 is an exploded view of a single-row brick assembly formed by stacking bricks according to the fourth embodiment of the present invention.

Fig. 11 is a perspective view of a single-row brick assembly formed by stacking bricks according to the fourth embodiment of the present invention.

Fig. 12 is a perspective view of a carrier body formed by stacking packed bricks according to the fourth embodiment of the present invention.

1: Bricks placed vertically 2: Bricks placed in balance

3: strapping

4: Carrying body 4A: Carrying body

4B: Carrier 4C: Carrier

5: Corner wrapping 11: Bricks

21: Bricks

A: The first jack B: The second jack

AA: the first handling hole BB: the second handling hole

Detailed ways

In order to further explain the technical means and effects of the utility model to achieve the intended purpose of the invention, below in conjunction with the accompanying drawings and preferred embodiments, the specific implementation of the single-row brick assembly formed by stacking bricks according to the utility model Mode, structure, feature and effect thereof are as follows in detail.

The aforementioned and other technical contents, features and effects of the present utility model will be clearly presented in the following detailed description of preferred embodiments with reference to the drawings. For convenience of description, in the following embodiments, the same elements are represented by the same numbers.

Please refer to Figure 1, Figure 2, and Figure 3 together. The single-row brick assembly formed by stacking bricks in the utility model is based on the length, width and height of each brick, and stacks and arranges a single-row brick with the first jack A and the second jack B. Aggregation; the single-row brick aggregate is bundled horizontally with strapping belt 3, the width of the single-row brick aggregate is in the range of 300 mm to 1500 mm, and its height is in the range of 300 mm to 1500 mm; wherein The more commonly used width is in the range of 500 mm to 900 mm, and the more commonly used height is in the range of 500 mm to 1200 mm; the number of layers included in the single row of brick aggregates is greater than or equal to 2, and each layer includes The number of bricks included is greater than or equal to 2, and the specific number of layers included in the single-row brick assembly and the specific number of bricks included in each layer are adjusted or preset within the above range according to needs. The levels are counted upwards from the bottom of the single row brick aggregate.

The above-mentioned first jack A and second jack B are arranged on the second, third, fourth or other levels of the single-row brick assembly, and the first jack A and the second jack B are arranged in the single-row brick assembly. Symmetrically arranged in the brick aggregate; said levels are counted upwards from the bottom of the single row brick aggregate;

A protective wrapping angle 5 is set at the four corners of the single-row brick assembly to facilitate the lateral binding of the packing belt 3 and protect the bricks at the four corners; the wrapping angle 5 adopts Plastic, plastic, wood, cardboard or metal material.

The single-row brick assemblies formed by stacking a plurality of bricks are arranged in the depth direction to form a carrier body 4 of predetermined size or volume, and the number of single-row brick assemblies arranged in the depth direction is greater than or equal to 2. The size of the carrier body 4 along the depth direction or the volume of the carrier body 4 is adjusted or preset according to the needs through the quantity of bundled single-row brick aggregates to make the handling work more efficient;

Along the depth direction of the above-mentioned carrier 4, the strapping belt 3 can be used for multi-track bundling, or multi-track bundling can not be done, and it can also be conveniently transported;

The first insertion hole A and the second insertion hole B on the single-row brick assembly formed by stacking a plurality of bricks are all set at the same position, and they penetrate each other to form two symmetrical first handling holes AA and the second Two carrying holes BB; align and insert the carrying tool (such as the insertion rod of the stacker) into the first carrying hole AA and the second carrying hole BB, and the whole carrying body 4 can be easily, conveniently, fast, safe, economical and high Efficient transport.

Please refer to Figure 1, Figure 2, and Figure 3. Fig. 1 is an exploded view of a single-row brick assembly formed by stacking bricks in the first embodiment of the present invention. Fig. 2 is a perspective view of a single-row brick assembly formed by stacking bricks in the first embodiment of the present invention. Fig. 3 is a perspective view of a carrier body formed by stacking packed bricks according to the first embodiment of the present invention.

The main structure of the single-row brick assembly formed by stacking bricks in the first embodiment of the present invention is as follows:

The first layer of the single row of brick aggregates in this embodiment is composed of vertically placed bricks 1, and the number of bricks 1 can be set according to needs. The vertically placed bricks of the first layer of this embodiment Block 1 is set to be 14 blocks; the levels are counted upwards from the bottom of the single-row brick aggregate;

The second layer of the single-row brick assembly in this embodiment is composed of vertically placed bricks 1 arranged in a row, which is set to 9 in this embodiment, and every 3 is a group, wherein the group on the left side is the same as The left edge of the first layer is aligned; the middle group is arranged in the middle of the first layer; the right group is aligned with the right edge of the first layer; the gap between the above three groups of bricks forms the second One jack A and the second jack B;

The third and fourth floors of the single-row brick assembly in this embodiment are composed of 2 bricks arranged in a balanced manner, which are set to 7 bricks per layer in this embodiment; 3 of them are placed along the depth direction, They are respectively arranged on the left side, the middle part and the right side of the third and fourth floors; another four bricks are arranged horizontally at the two intervals between the above three bricks, and the four horizontally arranged bricks are respectively covered on the second floor. The gap on the second floor is above the first jack A and the second jack B;

The fifth layer of the single-row brick assembly in this embodiment and each layer above the fifth floor are all arranged by bricks 2 arranged in a balanced manner, and the layers are counted upwards from the bottom of the single-row brick assembly. The quantity can be set according to the needs, and it is set on the 5th to 13th floor of the single-row brick assembly, with 7 bricks on each floor, which are placed in a balanced manner along the depth direction;

A single row of brick aggregates formed by stacking a plurality of bricks in this embodiment are arranged along the depth direction to form a carrier 4 of predetermined size or volume; Do multiple bundles; the size of the carrying body 4 along the depth direction or the volume of the carrying body 4 can be adjusted or preset according to needs, so that the handling work can be more efficient;

The first insertion hole A and the second insertion hole B on the single-row brick assembly formed by stacking a plurality of bricks are all set at the same position, and they penetrate each other to form two symmetrical first handling holes AA and the second Two carrying holes BB; align and insert the carrying tool (such as the insertion rod of the stacker) into the first carrying hole AA and the second carrying hole BB, and the whole carrying body 4 can be easily, conveniently, fast, safe, economical and high Efficient transport.

Please refer to Figure 4, Figure 5, and Figure 6. Fig. 4 is an exploded view of a single-row brick assembly formed by stacking bricks according to the second embodiment of the present invention. Fig. 5 is a perspective view of a single-row brick assembly formed by stacking bricks according to the second embodiment of the present invention. Fig. 6 is a perspective view of a carrier body formed by stacking packed bricks according to the second embodiment of the present invention.

The single-row brick assembly formed by stacking bricks in the second embodiment of the utility model has its main structural composition as follows:

The first layer of the single-row brick assembly in this embodiment is composed of vertically placed bricks 1 arranged in a row, and the quantity of bricks 1 can be set according to needs. Block 1 is set to be 15 blocks; the levels are counted upwards from the bottom of the single-row brick aggregate;

The second layer of the single-row brick assembly in this embodiment is composed of vertically placed bricks 1 arranged in a row, which is set to 9 in this embodiment, and every 3 is a group, wherein the group on the left side is the same as The left edge of the first layer is aligned; the middle group is arranged in the middle of the first layer; the right group is aligned with the right edge of the first layer; the gap between the above three groups of bricks forms the second One jack A and the second jack B;

The third and fourth floors of the single-row brick assembly in this embodiment are composed of 2 bricks arranged in a balanced manner, which are set to 7 bricks per layer in this embodiment; 3 of them are placed along the depth direction, They are respectively arranged on the left side, the middle part and the right side of the third and fourth floors; another four bricks are arranged horizontally at the two intervals between the above three bricks, and the four horizontally arranged bricks are respectively covered on the second floor. The gap on the second floor is above the first jack A and the second jack B;

The fifth layer of the single-row brick assembly in this embodiment and each layer above the fifth floor are all composed of vertically placed bricks 1, and the layers are counted upwards from the bottom of the single-row brick assembly. The quantity can be set according to needs, in the present embodiment is arranged on 5-8 layer, every layer of 15 bricks, all is vertically placed along the depth direction;

A single row of brick aggregates formed by stacking a plurality of bricks in this embodiment are arranged in the depth direction to form a carrier 4A of predetermined size or volume; Do multiple bundles; the size of the carrying body 4A along the depth direction or the volume of the carrying body 4A can be adjusted or preset according to needs, so that the handling work can be more efficient;

The first insertion hole A and the second insertion hole B on the single-row brick assembly formed by stacking a plurality of bricks are all set at the same position, and they penetrate each other to form two symmetrical first handling holes AA and the second Two carrying holes BB; align and insert the carrying tool (for example, the insertion rod of the stacker) into the first carrying hole AA and the second carrying hole BB, and the whole carrying body 4A can be easily, conveniently, quickly, safely, economically and highly Efficient transport.

Please refer to Figure 7, Figure 8, and Figure 9. Fig. 7 is an exploded view of a single-row brick assembly formed by stacking bricks according to the third embodiment of the present invention. Fig. 8 is a perspective view of a single-row brick assembly formed by stacking bricks according to the third embodiment of the present invention. Fig. 9 is a perspective view of a carrier body formed by stacking packed bricks according to the third embodiment of the present invention.

The single-row brick assembly formed by stacking bricks according to the third embodiment of the utility model has its main structural composition as follows:

The first layer of the single-row brick assembly of the present embodiment is composed of bricks 11 arranged, and the quantity of the bricks 11 can be set according to needs, and the bricks 11 of the first layer of the present embodiment are set to 13; Levels are counted upwards from the bottom of the single-row brick aggregate;

The second layer of the single-row brick assembly in this embodiment is composed of bricks 11 arranged, set to 8 in this embodiment, every 2 as a group, wherein the group on the left side is the same as the left side of the first layer. The side edges are aligned; the two groups in the middle are arranged side by side in the middle of the first layer; the right group is aligned with the right edge of the first layer; the gap between the above four groups of bricks forms the first socket A and the second jack B;

The third layer of the single-row brick assembly in this embodiment is composed of bricks 11 arranged, which are set to 12 in this embodiment; all are arranged horizontally, and are respectively covered in the gaps of the second layer, that is, the first jack A and the top of the second jack B;

The fourth layer of the single-row brick assembly of the present embodiment is made up of bricks 11 arranged, and is set to 10 in the present embodiment; The side edges are aligned; the middle group is arranged in the middle of the first layer; the right group is aligned with the right edge of the third layer; the other two groups are arranged horizontally at the two intervals between the above three groups of bricks bricks, where two bricks in each group are aligned with the corresponding edges of the third layer, leaving gaps in between;

The fifth layer of the single-row brick assembly in this embodiment and each layer above the fifth layer are all arranged by bricks 11. The layers are counted upwards from the bottom of the single-row brick assembly, and the number of layers can be determined according to the needs. And setting, be arranged on 5-7 layer in the present embodiment, every layer of 13 bricks is all vertically placed along the depth direction;

A single-row brick assembly formed by stacking a plurality of bricks in this embodiment is arranged along the depth direction to form a carrier 4B of predetermined size or volume; Multi-way bundling; the size of the carrier 4B along the depth direction or the volume of the carrier 4B can be adjusted or preset according to needs, so that the handling work can be more efficient;

The jacks on the single-row brick assembly formed by stacking a plurality of bricks are all arranged at the same position, and they are connected to each other to form two symmetrical handling holes; The entire carrier 4B can be transported simply, conveniently, quickly, safely, economically and efficiently by inserting it into the carrying hole.

Please refer to Fig. 10, Fig. 11 and Fig. 12. Fig. 10 is an exploded view of a single-row brick assembly formed by stacking bricks according to the fourth embodiment of the present invention. Fig. 11 is a perspective view of a single-row brick assembly formed by stacking bricks according to the fourth embodiment of the present invention. Fig. 12 is a perspective view of a carrier body formed by stacking packed bricks according to the fourth embodiment of the present invention.

The single-row brick assembly formed by stacking bricks in the fourth embodiment of the utility model has its main structural composition as follows:

The first layer of the single-row brick assembly of the present embodiment is composed of bricks 21 arranged, and the quantity of the bricks 21 can be set according to needs, and the bricks 21 of the first layer of the present embodiment are set to 11; Levels are counted upwards from the bottom of the single-row brick aggregate;

The second layer of the single-row brick assembly of the present embodiment is composed of bricks 21 arranged, set to 6 in the present embodiment, every 2 as a group, wherein the group on the left side is the same as the left side of the first layer. The side edges are aligned; the middle group is arranged in the middle of the first layer; the right group is aligned with the right edge of the first layer; the gap between the above three groups of bricks forms the first socket A and Second jack B;

The third layer of the single-row brick assembly in this embodiment is composed of bricks 21, which are set to seven in this embodiment; one of the bricks is arranged on the left edge of the second layer along the depth direction, and the rest 6 bricks are arranged horizontally, each brick is aligned with the corresponding edge of the second layer, leaving a gap in the middle; and covered on the gap of the second layer, that is, the first jack A and the second jack B ;

The fourth layer of the single-row brick assembly in this embodiment is composed of bricks 21, which are set to seven in this embodiment; one of the bricks is arranged on the right edge of the third layer along the depth direction, and the rest The 6 bricks are arranged horizontally, each brick is aligned with the corresponding edge of the third layer, leaving a gap in the middle;

The fifth layer of the single-row brick assembly in this embodiment and each layer above the fifth layer are all arranged by bricks 21. The layers are counted upwards from the bottom of the single-row brick assembly, and the number of layers can be determined according to needs. And setting, be arranged on 5-9 layer in the present embodiment, every layer of 11 bricks all is vertically placed along the depth direction;

A single-row brick assembly formed by stacking a plurality of bricks in this embodiment is arranged along the depth direction to form a carrier body 4C of predetermined size or volume; Multi-way bundling; the size of the carrier body 4C along the depth direction or the volume of the carrier body 4C can be adjusted or pre-set according to needs, so that the handling work can be more efficient;

The jacks on the single-row brick assembly formed by stacking a plurality of bricks are all arranged at the same position, and they are connected to each other to form two symmetrical handling holes; By inserting it into the carrying hole, the entire carrying body 4C can be carried in a simple, convenient, fast, safe, economical and efficient manner.

The above are only preferred embodiments of the present utility model, and do not limit the utility model in any form. Although the utility model has been disclosed as above with preferred embodiments, it is not intended to limit the utility model. Any Those skilled in the art can use the technical content disclosed above to make some changes or modify them into equivalent embodiments without departing from the technical solution of the present utility model. Content, any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the utility model still belong to the scope of the technical solution of the utility model.

Claims (10)

1. A single-row brick aggregate formed by stacking bricks is characterized in that the size of the single-row brick aggregate is based on the length, width, and height of each brick, and the middle and lower parts of the aggregate have The first socket (A) and the second socket (B), on the radially outer side of the assembly, a laterally bundled strap (3) is arranged; The width of the single-row brick assembly is in the range of 300 mm to 1500 mm, and its height is in the range of 300 mm to 1500 mm; The single-row brick assembly includes a number of levels greater than 2, and each level includes a number of bricks greater than 2, said levels being counted upwards from the bottom of the single-row brick assembly. 2. The single-row brick assembly formed by stacking bricks according to claim 1, wherein said first socket (A) and second socket (B) are arranged in the single-row brick assembly In the second layer, the third layer, the fourth layer or other layers, the first socket (A) and the second socket (B) are arranged symmetrically in the single-row brick assembly. 3. The single-row brick assembly formed by stacking bricks according to claim 1 is characterized in that the single-row brick assembly formed by a plurality of said bricks stacking constitutes a carrier (4), and said The single-row brick assembly formed by stacking bricks is arranged along the depth direction; The first insertion hole (A) and the second insertion hole (B) on the single-row brick assembly formed by stacking a plurality of bricks are all set at the same position, and they penetrate each other to form two symmetrical first handling A hole (AA) and a second carrying hole (BB); the carrying tool is arranged in the first carrying hole (AA) and the second carrying hole (BB). 4. The single-row brick assembly formed by stacking bricks according to claim 3, characterized in that the carrier (4) is provided with multiple packing belts (3) along its depth direction. 5. The single-row brick assembly formed by stacking bricks according to claim 1, characterized in that its commonly used width is in the range of 500 mm to 900 mm, and its commonly used height is in the range of 500 mm to 1200 mm . 6. The single-row brick aggregate formed by stacking bricks according to claim 1 is characterized in that protective wrapping angles (5) are set at the four-corner edges of the single-row brick aggregate, and the wrapping angles (5) Made of plastic, plastic, wood, cardboard or metal materials. 7. The single-row brick assembly formed by stacking bricks according to any one of claims 1 to 6, wherein the first layer of the single-row brick assembly is composed of 14 vertically placed The bricks (1) placed are arranged in an arrangement; The second layer of the single-row brick assembly is composed of 9 vertically placed bricks (1) arranged in groups of 3, of which the left group is aligned with the left edge of the first layer ; One group in the middle is arranged in the middle part of the first layer; One group on the right is aligned with the right edge of the first layer; The gap between the above three groups of bricks is the first jack (A) and the second Jack (B); The third and fourth floors of the single-row brick assembly are composed of 7 balanced bricks (2), of which 3 bricks are placed along the depth direction and are respectively arranged on the third and fourth floors. The left side, the middle part and the right side; at the two intervals between the above-mentioned 3 bricks, another 4 bricks are arranged horizontally, and the 4 bricks arranged horizontally are respectively covered in the first socket (A ) and the top of the second jack (B); The 5th to 13th floors of the single-row brick assembly are composed of 7 bricks (2) arranged in a balanced manner along the depth direction; A single row of brick assemblies formed by stacking a plurality of bricks is arranged along the depth direction to form a carrier (4) of predetermined size or volume; multiple bundles are arranged along the depth direction of the carrier (4) Tape (3); The first insertion hole (A) and the second insertion hole (B) on the single-row brick assembly formed by stacking a plurality of bricks are all set at the same position, and they penetrate each other to form two symmetrical first handling A hole (AA) and a second carrying hole (BB); the carrying tool is arranged in the first carrying hole (AA) and the second carrying hole (BB). 8. The single-row brick assembly formed by stacking bricks according to any one of claims 1 to 6, wherein the first layer of the single-row brick assembly is composed of 15 vertically placed The bricks (1) placed are arranged in an arrangement; The second layer of the single-row brick assembly is composed of 9 vertically placed bricks (1) arranged in groups of 3, of which the left group is aligned with the left edge of the first layer ; One group in the middle is arranged in the middle part of the first layer; One group on the right is aligned with the right edge of the first layer; The gap between the above three groups of bricks is the first jack (A) and the second Jack (B); The third and fourth floors of the single-row brick assembly are composed of 7 balanced bricks (2), of which 3 bricks are placed along the depth direction and are respectively arranged on the third and fourth floors. The left side, the middle part and the right side; at the two intervals between the above-mentioned 3 bricks, another 4 bricks are arranged horizontally, and the 4 bricks arranged horizontally are respectively covered in the first socket (A ) and the top of the second jack (B); The 5th to 8th floors of the single-row brick assembly are all composed of 15 vertically placed bricks (1). A single row of brick aggregates formed by stacking a plurality of said bricks is arranged along the depth direction to form a carrier (4A) of predetermined size or volume; multiple packs are arranged along the depth of the carrier (4A) belt(3); The first insertion hole (A) and the second insertion hole (B) on the single-row brick assembly formed by stacking a plurality of bricks are all set at the same position, and they penetrate each other to form two symmetrical first handling A hole (AA) and a second carrying hole (BB); the carrying tool is arranged in the first carrying hole (AA) and the second carrying hole (BB). 9. The single-row brick aggregate formed by stacking bricks according to any one of claims 1 to 6, wherein the first layer of the single-row brick aggregate is composed of 13 bricks (11 ) arrangement composition; The second layer of the single-row brick assembly is made up of 8 bricks (11), and every 2 bricks form a group, wherein the left group is aligned with the left edge of the first layer; the middle two groups Set side by side in the middle of the first floor; the right group is aligned with the right edge of the first floor; the space between the above four groups of bricks is the first jack (A) and the second jack (B ); The third layer of the single-row brick assembly is composed of 12 bricks (11) arranged in a horizontal direction, respectively covering the first socket (A) and the second socket (B) of the second layer ; The fourth layer of the single-row brick assembly is composed of 10 bricks (11) arranged in groups of 2 bricks, wherein the left group is aligned with the left edge of the third layer; the middle group Set above the middle part of the first layer; the right group is aligned with the right edge of the third layer; another two groups of bricks are arranged horizontally at the two intervals between the above three groups of bricks, wherein each group The two bricks of the third layer are respectively aligned with the corresponding edges, leaving a gap in the middle; The 5th to 7th levels of the single-row brick aggregate are all arranged in 13 bricks (11) and arranged vertically along the depth direction; the levels are counted upwards from the bottom of the single-row brick aggregate, A single-row brick assembly formed by stacking a plurality of bricks is arranged along the depth direction to form a carrier (4B) of predetermined size or volume; multiple bundles are arranged along the depth direction of the carrier (4B) Tape (3); The sockets on the single-row brick assembly formed by stacking a plurality of bricks are all arranged at the same position, and are connected to each other to form two symmetrical first handling holes (AA) and second handling holes (BB); The carrying means are provided in the first carrying hole (AA) and the second carrying hole (BB). 10. The single-row brick assembly formed by stacking bricks according to any one of claims 1 to 6, wherein the first layer of the single-row brick assembly is composed of 11 bricks (21 ) arrangement composition; The second layer of the single-row brick assembly is composed of 6 bricks (21) arranged in a group, and every 2 bricks are a group, wherein the left group is aligned with the left edge of the first layer; the middle group Set in the middle of the first layer; the right group is aligned with the right edge of the first layer; the space between the above three groups of bricks is the first socket (A) and the second socket (B) ; The third layer of the single-row brick assembly is composed of 7 bricks (21), one of which is arranged on the left edge of the second layer along the depth direction, and the remaining 6 bricks are arranged horizontally, and each The bricks are respectively aligned with the corresponding edges of the second layer, leaving a space in the middle; and covered on the first jack (A) and the second jack (B) of the second layer; The fourth layer of the single-row brick assembly is composed of 7 bricks (21), one of which is arranged on the right edge of the third layer along the depth direction, and the remaining 6 bricks are arranged horizontally, and each The bricks are respectively aligned with the corresponding edges of the third layer, leaving gaps in the middle; The 5th to 9th levels of the single row of brick aggregates are composed of 11 bricks (21) arranged vertically along the depth direction; the layers are counted upwards from the bottom of the single row of brick aggregates; A single row of brick aggregates formed by stacking a plurality of said bricks is arranged along the depth direction to form a carrier (4C) of predetermined size or volume; multiple channels are arranged along the depth direction of the carrier (4C) strapping (3); The sockets on the single-row brick assembly formed by stacking a plurality of bricks are all arranged at the same position, and are connected to each other to form two symmetrical first handling holes (AA) and second handling holes (BB); The carrying means are provided in the first carrying hole (AA) and the second carrying hole (BB). the

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