CN212866944U - Special thick liquid ware device of spreading of energy-conserving argil brick - Google Patents
Special thick liquid ware device of spreading of energy-conserving argil brick Download PDFInfo
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- CN212866944U CN212866944U CN202021025200.XU CN202021025200U CN212866944U CN 212866944 U CN212866944 U CN 212866944U CN 202021025200 U CN202021025200 U CN 202021025200U CN 212866944 U CN212866944 U CN 212866944U
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- aluminum alloy
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Abstract
The utility model provides a special thick liquid ware device of spreading of energy-conserving argil brick, including left surface aluminum alloy fender board, the purpose-built fender board body of back row aluminum alloy is installed to left surface aluminum alloy fender board inboard, the right flank aluminum alloy fender board is installed to the purpose-built fender board body right-hand member face of back row aluminum alloy, the purpose-built fender board body of front row aluminum alloy is installed to terminal surface under right flank aluminum alloy fender board and the left surface aluminum alloy fender board, right flank aluminum alloy fender board is connected with movable countersunk screw with the purpose-built fender board body junction of back row aluminum alloy, the utility model discloses the mortar scattering loss is few, and the shop's thick liquid roughness is good, and the shop's thick liquid is fast, and is not high to workman's technical requirement, has higher economic effect and use value.
Description
Technical Field
The utility model belongs to the technical field of the building, specifically be a special thick liquid ware device of spreading of energy-conserving argil brick.
Background
The clay brick wall is built by stacked bricks, the bricks are required to be arranged flatly when the clay brick wall is built, cement needs to be paved among each layer of bricks, and each layer of bricks are firmly fixed with the upper layer of bricks and the lower layer of bricks.
The existing cement laying mode is that cement slurry is contained by a plastering plate or a cement bucket, then a plastering knife is used for scraping cement from the plastering plate or the cement bucket to bricks which are arranged orderly, then the cement scraped to the bricks is leveled by the plastering knife, and redundant cement is removed until the surface of the whole layer of bricks is uniformly paved with one layer of smooth cement, so that the cement laying mode is not only tedious and laborious, the mortar is easy to scatter, the mortar loss rate is high, the cement effects laid by operators with different experiences are inconsistent, if the cement laid is uneven, the laid state is a wall body inclined state, the quality effect is poor, the laying efficiency is slow, and therefore, the special mortar laying device for the energy-saving argil brick is provided.
SUMMERY OF THE UTILITY MODEL
Not enough to prior art exists, the utility model aims at providing a special thick liquid ware device of spreading of energy-conserving argil brick to solve the problem that proposes in the above-mentioned background art, the utility model discloses the mortar scattering loss is few, and it is good to spread the thick liquid roughness, and it is fast to spread the thick liquid, and is not high to workman technical requirement, has higher economic effect and use value.
The purpose of the utility model can be realized by the following technical scheme: the utility model provides a special thick liquid ware device of spreading of energy-conserving argil brick, includes left surface aluminum alloy fender thick liquid board, the purpose-built fender thick liquid board body of back row aluminum alloy is installed to left surface aluminum alloy fender thick liquid inboard, the right flank aluminum alloy fender thick liquid board is installed to the purpose-built fender thick liquid board body right-hand member face of back row aluminum alloy, the purpose-built fender thick liquid board body of front row aluminum alloy is installed to right flank aluminum alloy fender thick liquid board and left surface aluminum alloy fender lower extreme face, right flank aluminum alloy fender thick liquid board is connected with the activity countersunk screw with the purpose-built fender thick liquid board body junction of back row aluminum alloy.
As a further aspect of the present invention: the specially-manufactured baffle plate body for the back-row aluminum alloy comprises a back vertical plate, a back bottom plate, a back mortar thickness limiting plate, a back mortar thickness adjusting code, a back sliding limiting plate and a back baffle reinforcing fastener, wherein the back vertical plate is fixedly provided with the back bottom plate on the lower end face, the back bottom plate is connected with the back mortar thickness limiting plate on the front end face, the back mortar thickness limiting plate is connected to the lower side of the back mortar thickness limiting plate, the back sliding limiting plate is fixedly provided with the back sliding limiting plate on the lower end face, the back baffle reinforcing fastener is connected to the back end face of the back sliding limiting plate, and a movable countersunk screw is connected to the joint of the back mortar thickness limiting plate and the back.
As a further aspect of the present invention: the specially-manufactured fender body of front-row aluminum alloy comprises a front bottom plate, a front fender reinforcement bar, a front sliding limiting plate, a front mortar thickness adjusting code and a front mortar thickness limiting plate, wherein the front sliding limiting plate is fixed on the lower end face of the front bottom plate, the front baffle reinforcement bar is connected to the front end face of the front sliding limiting plate, the front mortar thickness limiting plate is installed on the rear end face of the front bottom plate, the front side of the front mortar thickness limiting plate is connected with the front mortar thickness adjusting code, and the joint of the front mortar thickness limiting plate and the front mortar thickness adjusting code is connected with a movable countersunk screw.
As a further aspect of the present invention: preceding mortar thickness limiting plate all sets up to 8mm with back mortar thickness limiting plate specification, preceding mortar thickness adjustment sign indicating number is provided with two sets ofly, two sets of preceding mortar thickness adjustment sign indicating number is 2mm and 4mm respectively, back mortar thickness adjustment sign indicating number is provided with two sets ofly, two sets of back mortar thickness adjustment sign indicating number is 2mm and 4mm respectively, left surface aluminum alloy fender thick liquid board and right flank aluminum alloy fender thick liquid board all set up to 40X 3 mm's angle aluminium.
As a further aspect of the present invention: the front baffle reinforcement rod and the rear baffle reinforcement rod are both arranged to be of triangular structures, and the front baffle reinforcement rod and the rear baffle reinforcement rod are respectively arranged on the front row aluminum alloy special-made slurry baffle body and the rear row aluminum alloy special-made slurry baffle body at an interval of 200 mm.
As a further aspect of the present invention: the specially-made fender body of left surface aluminum alloy fender board, back row aluminum alloy, the specially-made fender body of right surface aluminum alloy fender board and the specially-made fender body of front row aluminum alloy all set up three group preformed holes inside, activity countersunk screw and three group preformed holes phase-match.
The utility model has the advantages that:
1. according to the mortar paving device, the rear mortar thickness limiting plate, the front mortar thickness limiting plate and the three groups of preformed holes can meet the requirements of paving mortar with the paving thicknesses of 8mm, 10mm and 12mm and the paving width of 60-100 mm, the assembling operation is convenient and rapid, and various paving requirements are met;
2. the slurry paving device is assembled by assembling and enclosing the left aluminum alloy slurry baffle, the rear aluminum alloy specially-made slurry baffle body, the right aluminum alloy slurry baffle and the front aluminum alloy specially-made slurry baffle body into a slurry filling groove, so that the slurry paving device is assembled, and the slurry paving device is convenient to construct, low in mortar scattering loss, good in slurry paving flatness, high in slurry paving speed, low in technical requirement on workers, good in energy-saving and environment-friendly performance, high in economic effect and high in use value;
3. the front baffle reinforcement rod and the rear baffle reinforcement rod are both arranged to be of triangular structures, and the front baffle reinforcement rod and the rear baffle reinforcement rod are respectively arranged on the front row aluminum alloy special pulp baffle body and the rear row aluminum alloy special pulp baffle body at an interval of 200mm, so that the rear row aluminum alloy special pulp baffle body and the front row aluminum alloy special pulp baffle body are flush.
Drawings
In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
FIG. 1 is a schematic view of the overall structure of a special energy-saving clay brick mortar spreader device of the present invention;
FIG. 2 is a side view of the special energy-saving clay brick mortar spreader device of the present invention;
FIG. 3 is a side view of a specially made rear aluminum alloy baffle plate body in the special energy-saving clay brick mortar spreader device of the utility model;
FIG. 4 is a side view of the specially made front-row aluminum alloy baffle plate body in the special energy-saving clay brick mortar spreader device of the utility model.
In the figure: 1. the left side surface is provided with an aluminum alloy baffle plate; 2. a specially-made rear-row aluminum alloy baffle plate body; 3. a movable countersunk screw; 4. the right side surface is provided with an aluminum alloy baffle plate; 5. a specially-made baffle plate body made of aluminum alloy at the front row; 6. a rear vertical plate; 7. a rear floor; 8. a rear mortar thickness limiting plate; 9. adjusting the thickness of the rear mortar; 10. a rear sliding limit plate; 11. strengthening the rear baffle plate; 12. a front chassis; 13. strengthening the front baffle plate; 14. a front slide limit plate; 15. adjusting the thickness of the front mortar; 16. and a front mortar thickness limiting plate.
Detailed Description
As shown in fig. 1-4, the special energy-saving clay brick mortar spreader device comprises a left aluminum alloy mortar baffle 1, a rear aluminum alloy specially-made mortar baffle body 2 is arranged on the inner side of the left aluminum alloy mortar baffle 1, a right aluminum alloy mortar baffle 4 is arranged on the right end face of the rear aluminum alloy specially-made mortar baffle body 2, a front aluminum alloy specially-made mortar baffle body 5 is arranged on the lower end faces of the right aluminum alloy mortar baffle 4 and the left aluminum alloy mortar baffle 1, and a movable countersunk screw 3 is connected at the joint of the right aluminum alloy mortar baffle 4 and the rear aluminum alloy specially-made mortar baffle body 2.
Purpose-built fender body 2 of back row aluminum alloy is including back riser 6, back bottom plate 7, back mortar thickness limiting plate 8, back mortar thickness adjustment sign indicating number 9, back slip limiting plate 10 and backplate reinforcement are tied 11, the terminal surface is fixed with back bottom plate 7 under the back riser 6, the terminal surface is connected with back mortar thickness limiting plate 8 before the back bottom plate 7, 8 downside of back mortar thickness limiting plate are connected with back mortar thickness adjustment sign indicating number 9, the terminal surface is fixed with back slip limiting plate 10 under the 7 back bottom plates, 10 rear end faces of back slip limiting plates are connected with backplate reinforcement and are tied 11, back mortar thickness limiting plate 8 is connected with movable countersunk screw 3 with back mortar thickness adjustment sign indicating number 9 junction, make things convenient for the installation of each part fixed.
The specially-manufactured front-row aluminum alloy slurry baffle body 5 comprises a front bottom plate 12, a front baffle reinforcement 13, a front sliding limiting plate 14, a front mortar thickness adjusting code 15 and a front mortar thickness limiting plate 16, the lower end face of the front bottom plate 12 is fixedly provided with the front sliding limiting plate 14, the front end face of the front sliding limiting plate 14 is connected with the front baffle reinforcement 13, the rear end face of the front bottom plate 12 is provided with the front mortar thickness limiting plate 16, the front side of the front mortar thickness limiting plate 16 is connected with the front mortar thickness adjusting code 15, and the joint of the front mortar thickness limiting plate 16 and the front mortar thickness adjusting code 15 is connected with a movable countersunk head screw 3, so that the parts can be conveniently and.
Preceding mortar thickness limiting plate 16 all sets up to 8mm with 8 specifications of back mortar thickness limiting plate, preceding mortar thickness adjustment sign 15 is provided with two sets ofly, two sets of preceding mortar thickness adjustment sign 15 are 2mm and 4mm respectively, back mortar thickness adjustment sign 9 is provided with two sets ofly, two sets of back mortar thickness adjustment sign 9 are 2mm and 4mm respectively, left surface aluminum alloy fender 1 and right flank aluminum alloy fender 4 all set up to 40 x 3 mm's angle aluminium, can satisfy the thickness of mating formation and be 8mm, 10mm, 12mm, the mortar of the width of mating formation for 60 ~ 100mm is laid, assemble convenient operation, it is swift, satisfy multiple demand of mating formation.
The front baffle reinforcing ribs 13 and the rear baffle reinforcing ribs 11 are both arranged to be of triangular structures, the front baffle reinforcing ribs 13 and the rear baffle reinforcing ribs 11 are arranged on the front row aluminum alloy special pulp baffle body 5 and the rear row aluminum alloy special pulp baffle body 2 respectively at intervals of 200mm, and the rear row aluminum alloy special pulp baffle body 2 and the front row aluminum alloy special pulp baffle body 5 are parallel and level.
Three groups of preformed holes are formed in the left side aluminum alloy pulp baffle 1, the rear row aluminum alloy specially-made pulp baffle body 2, the right side aluminum alloy pulp baffle 4 and the front row aluminum alloy specially-made pulp baffle body 5, and the movable countersunk head screws 3 are matched with the three groups of preformed holes, so that the installation width is convenient to adjust.
The utility model discloses when specifically implementing: according to the required mortar spreading width, a left aluminum alloy baffle plate 1, a rear aluminum alloy specially-made baffle plate body 2, a right aluminum alloy baffle plate 4 and a front aluminum alloy specially-made baffle plate body 5 are respectively inserted into proper preformed holes through movable countersunk screws 3 for fixing, the specifications of a front mortar thickness adjusting code 15 and a rear mortar thickness adjusting code 9 are selected according to the required mortar spreading thickness, the movable countersunk screws 3 are respectively fixed on a front mortar thickness limiting plate 16 and a rear mortar thickness limiting plate 8, a front sliding limiting plate 14 and a rear sliding limiting plate 10 are clamped above a clay brick, mortar is introduced into the middle of a groove formed by assembling the left aluminum alloy baffle plate 1, the rear aluminum alloy specially-made baffle plate body 2, the right aluminum alloy baffle plate 4 and the front aluminum alloy specially-made baffle plate body 5, and one groove is spread by using an external plastering plate, and (5) sliding along the argil bricks to pave the slurry, and repeating the steps to complete slurry paving.
The foregoing is merely exemplary and illustrative of the structure of the invention, and various modifications, additions and substitutions as described in the detailed description may be made by those skilled in the art without departing from the structure or exceeding the scope of the invention as defined in the claims.
Claims (6)
1. The utility model provides a special thick liquid ware device of spreading of energy-conserving argil brick, its characterized in that, includes left surface aluminum alloy fender thick liquid board (1), the purpose-built fender thick liquid body of back row aluminum alloy (2) is installed to left surface aluminum alloy fender thick liquid board (1) inboard, the right flank aluminum alloy fender thick liquid board (4) is installed to the purpose-built fender thick liquid body of back row aluminum alloy (2) right-hand member face, the purpose-built fender thick liquid body of front-seat aluminum alloy (5) is installed to the terminal surface under right flank aluminum alloy fender thick liquid board (4) and left surface aluminum alloy fender thick liquid board (1), right flank aluminum alloy fender thick liquid board (4) and the purpose-built fender thick liquid body of back row aluminum alloy (2) junction are connected with activity countersunk screw (.
2. The special energy-saving clay brick slurry spreading device according to claim 1, the specially-made rear-row aluminum alloy slurry baffle plate body (2) comprises a rear vertical plate (6), a rear bottom plate (7), a rear mortar thickness limiting plate (8), a rear mortar thickness adjusting code (9), a rear sliding limiting plate (10) and a rear baffle reinforcing rod (11), a rear bottom plate (7) is fixed on the lower end surface of the rear vertical plate (6), the front end surface of the rear bottom plate (7) is connected with a rear mortar thickness limiting plate (8), the lower side of the rear mortar thickness limiting plate (8) is connected with a rear mortar thickness adjusting code (9), a rear sliding limiting plate (10) is fixed on the lower end face of the rear bottom plate (7), the rear end face of the rear sliding limiting plate (10) is connected with a rear baffle plate reinforcing rod (11), and a movable countersunk head screw (3) is connected at the joint of the rear mortar thickness limiting plate (8) and the rear mortar thickness adjusting code (9).
3. The special mortar spreader device for the energy-saving argil bricks according to claim 2, wherein the special mortar spreader body (5) for the front-row aluminum alloy comprises a front bottom plate (12), a front baffle reinforcement rod (13), a front sliding limiting plate (14), a front mortar thickness adjusting code (15) and a front mortar thickness limiting plate (16), the lower end surface of the front bottom plate (12) is fixed with the front sliding limiting plate (14), the front end surface of the front sliding limiting plate (14) is connected with the front baffle reinforcement rod (13), the rear end surface of the front bottom plate (12) is provided with the front mortar thickness limiting plate (16), the front side of the front mortar thickness limiting plate (16) is connected with the front mortar thickness adjusting code (15), and the joint of the front mortar thickness limiting plate (16) and the front mortar thickness adjusting code (15) is connected with a movable countersunk screw (3).
4. The special energy-saving clay brick mortar spreader device according to claim 3, wherein the front mortar thickness limiting plate (16) and the rear mortar thickness limiting plate (8) are both 8mm in specification, the front mortar thickness adjusting code (15) is provided in two sets, the front mortar thickness adjusting code (15) is 2mm and 4mm in specification, the rear mortar thickness adjusting code (9) is provided in two sets, the rear mortar thickness adjusting code (9) is 2mm and 4mm in specification, and the left side aluminum alloy mortar baffle plate (1) and the right side aluminum alloy mortar baffle plate (4) are both 40 x 3mm in specification.
5. The special energy-saving clay brick slurry spreading device according to claim 3, wherein the front baffle reinforcement tie (13) and the rear baffle reinforcement tie (11) are both arranged in a triangular structure, and the front baffle reinforcement tie (13) and the rear baffle reinforcement tie (11) are both arranged on the front row aluminum alloy special slurry blocking plate body (5) and the rear row aluminum alloy special slurry blocking plate body (2) at an interval of 200 mm.
6. The special energy-saving clay brick slurry spreading device according to claim 1, wherein three groups of reserved holes are formed in the left side aluminum alloy slurry baffle (1), the rear row aluminum alloy specially-made slurry baffle body (2), the right side aluminum alloy slurry baffle (4) and the front row aluminum alloy specially-made slurry baffle body (5), and the movable countersunk head screws (3) are matched with the three groups of reserved holes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021025200.XU CN212866944U (en) | 2020-06-05 | 2020-06-05 | Special thick liquid ware device of spreading of energy-conserving argil brick |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021025200.XU CN212866944U (en) | 2020-06-05 | 2020-06-05 | Special thick liquid ware device of spreading of energy-conserving argil brick |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212866944U true CN212866944U (en) | 2021-04-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021025200.XU Active CN212866944U (en) | 2020-06-05 | 2020-06-05 | Special thick liquid ware device of spreading of energy-conserving argil brick |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212866944U (en) |
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2020
- 2020-06-05 CN CN202021025200.XU patent/CN212866944U/en active Active
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