Adjustable building brick moving device
By designing a building brick handler with adjustable sliding rod and traction mechanism, the problem that the clamping surface cannot be parallel to the bricks in the prior art is solved, and stable clamping and efficient handling of different numbers of bricks are achieved.
Patent Information
- Application Number
- CN202323641831.0
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2023-12-29
- Publication Date
- 2025-01-17
- Estimated Expiration
- 2033-12-29
AI Technical Summary
When existing bricks are clamped with different numbers of bricks, the clamping surface cannot be parallel to the bricks, resulting in insufficient clamping force and the bricks cannot be transported stably.
A building brick carryr is designed including a left clamp, a right clamp, an adjustable sliding rod and a traction mechanism. Through the adjustment of the sliding rod and the traction mechanism, the clamping surface is always parallel to the brick and the clamping force is adjusted to adapt. Different numbers of bricks.
The stable clamping and handling of different numbers of bricks is achieved, ensuring sufficient clamping force, avoiding the problem of the clamping surface not parallel to the bricks, and improving the handling efficiency.
Smart Images
Figure CN222361470U_ABST
Abstract
Description
Technical Field
[0001] The utility model belongs to the technical field of building construction, and in particular provides an adjustable building brick moving device, which is suitable for moving bricks during secondary structure construction. Background Art
[0002] In the process of building construction, bricks are often moved to a designated site to carry out construction work. At present, large-volume bricks are mainly moved by automated handling machinery, while smaller-volume buildings or some occasions where automated brick transportation is not possible still require manual handling.
[0003] The existing brick-moving clamp has a stable clamping force only for a specific number of bricks, and can smoothly complete the handling work; when the number of bricks is greater than the specific number, due to the increase in the clamping range, the clamping surface of the brick-moving clamp cannot be parallel to the bricks, and the clamping force generated is less than the weight of the bricks, so the bricks cannot be moved stably; when the number of bricks is less than the specific number, the clamping range is reduced, the clamping surface of the brick-moving clamp cannot be parallel to the bricks, and the clamping force generated is less than the weight of the bricks, so the bricks cannot be moved stably. Summary of the invention
[0004] The utility model aims to provide an adjustable building brick moving device, which overcomes the problem that the clamping surface of the brick moving clamp cannot be parallel to the bricks, and the like; different numbers of bricks can be stably moved within its clamping range, ensuring smooth completion of the moving work, and the clamp can be automatically opened after one brick is moved.
[0005] The utility model comprises: a left clamping plate 1, a right clamping plate 2, a first butterfly nut 3, a second butterfly nut 4, a first adjustable sliding rod 5, a second adjustable sliding rod 6, a first hexagonal nut 7, a second hexagonal nut 8, a traction mechanism 9, and a handle 10; wherein, the left clamping plate 1 and the right clamping plate 2 are both connected with the first adjustable sliding rod 5 and the second adjustable sliding rod 6 through the first butterfly nut 3 and the second butterfly nut 4, the first adjustable sliding rod 5 and the second adjustable sliding rod 6 are connected with the traction mechanism 9 through the first hexagonal nut 7 and the second hexagonal nut 8, and the traction mechanism 9 and the handle 10 are connected by welding.
[0006] The left clamping plate 1, the right clamping plate 2, the first adjustable sliding rod 5 and the second adjustable sliding rod 6 are used to clamp the bricks, and the traction mechanism 9 drives the adjustable sliding rods.
[0007] The left clamping plate 1 and the right clamping plate 2 are both made of angle iron and welded to the square tube at 90 degrees, and then put on the first adjustable sliding rod 5 and the second adjustable sliding rod 6. The first adjustable sliding rod 5 and the second adjustable sliding rod 6 are connected to the left clamping plate 1 and the right clamping plate 2 with the first butterfly nut 3 and the second butterfly nut 4 to increase the firmness of the connection between the left clamping plate 1, the right clamping plate 2 and the first adjustable sliding rod 5 and the second adjustable sliding rod 6. By moving upward through the traction mechanism 9, the left clamping plate 1 and the right clamping plate 2 begin to clamp the brick until sufficient clamping force is generated, thereby lifting the brick.
[0008] The first adjustable sliding rod 5 and the second adjustable sliding rod 6 are made of galvanized square tubes. During the manufacturing process, equally spaced circular holes are drilled on the top and bottom surfaces of the first adjustable sliding rod 5 and the second adjustable sliding rod 6. The size of the clamp can be changed by adjusting the position of the traction mechanism 9 and changing the positions of the first hexagonal nut 7 and the second hexagonal nut 8. Equally spaced circular holes are also arranged on the side, and the positions of the left clamp 1 and the right clamp 2 can be changed by changing the positions of the first butterfly nut 3 and the second butterfly nut 4, thereby adjusting the number of bricks clamped.
[0009] The traction mechanism 9 is made of square tubes and channel steels welded vertically, with holes punched at both ends to connect with the first adjustable sliding rod 5 and the second adjustable sliding rod 6 through the first hexagonal nut 7 and the second hexagonal nut 8. The traction purpose is achieved by controlling the direction of the first adjustable sliding rod 5 and the second adjustable sliding rod 6.
[0010] The handle 10 is welded with a round tube, a flat iron and the traction mechanism 9. After the handle transmits force to the traction mechanism, the adjustable sliding rod and the clamping plate are put into operation.
[0011] Beneficial effects of the utility model:
[0012] Compared with the traditional building brick mover, the utility model has a clamping plate and a traction mechanism that slides horizontally on an adjustable sliding rod. When it is necessary to clamp the brick, the traction mechanism is pulled upward, so that the left clamping plate and the right clamping plate are clamped on the brick by the gravity of the brick, and then the brick is lifted and moved away; wherein, since the left clamping plate and the right clamping plate clamp the floor tiles by horizontal movement, different numbers of bricks can be transported, and when clamping different bricks, the clamping direction of the clamping plate is always horizontal, thereby ensuring that there is sufficient clamping force to clamp the brick. BRIEF DESCRIPTION OF THE DRAWINGS
[0013] Figure 1 This is the front view of the brick mover.
[0014] Figure 2 It is a cross-sectional schematic diagram.
[0015] In the figure: a left clamping plate 1, a right clamping plate 2, a first butterfly nut 3, a second butterfly nut 4, a first adjustable sliding rod 5, a second adjustable sliding rod 6, a first hexagonal nut 7, a second hexagonal nut 8, a traction mechanism 9, and a handle 10. DETAILED DESCRIPTION
[0016] The utility model comprises: a left clamping plate 1, a right clamping plate 2, a first butterfly nut 3, a second butterfly nut 4, a first adjustable sliding rod 5, a second adjustable sliding rod 6, a first hexagonal nut 7, a second hexagonal nut 8, a traction mechanism 9, and a handle 10; wherein, the left clamping plate 1 and the right clamping plate 2 are both connected with the first adjustable sliding rod 5 and the second adjustable sliding rod 6 through the first butterfly nut 3 and the second butterfly nut 4, the first adjustable sliding rod 5 and the second adjustable sliding rod 6 are connected with the traction mechanism 9 through the first hexagonal nut 7 and the second hexagonal nut 8, and the traction mechanism 9 and the handle 10 are connected by welding.
[0017] The left clamp 1 and the right clamp 2 are made of angle irons and welded to the square tube at 90 degrees, and then put on the first adjustable sliding rod 5 and the second adjustable sliding rod 6. The sliding rod and the clamp are connected by the adjustable first butterfly nut 3 and the second butterfly nut 4 to increase the firmness of the connection between the left and right clamps and the sliding rods. The first adjustable sliding rod 5 and the second adjustable sliding rod 6 are made of galvanized square tubes. During the production process, equally spaced circular holes are drilled on the top and bottom surfaces of the sliding rods. The size of the clamp can be changed by adjusting the position of the traction mechanism 9 and changing the position of the hexagonal nuts 7 and 8. The traction mechanism 9 is made of square tubes and channel steels welded vertically, and holes are punched at both ends to connect with the first adjustable sliding rod 5 and the second adjustable sliding rod 6 through the first hexagonal nut 7 and the second hexagonal nut 8. The traction mechanism moves upward, and the left and right clamps begin to clamp the bricks until sufficient clamping force is generated to lift the bricks. 1. Material preparation:
[0018] Hot-dip galvanized angle steel 40*40*4mm, used as left and right splints;
[0019] Galvanized square tubes are used as materials for making sliding rods and traction mechanisms;
[0020] Galvanized round tube and flat iron are used as the materials for the handle;
[0021] The hexagonal nut is used as the connecting material between the traction mechanism and the adjustable sliding rod;
[0022] The butterfly nut is used as the connecting material between the clamping plate and the adjustable sliding rod;
[0023] E4340 welding rod.
[0024] 2. Mechanical preparation:
[0025] Electric welder, cutter, electric drill, portable wrench.
[0026] 3. Processing of plywood
[0027] Choose a flat site and it is recommended to use 150mm thick C15 concrete for hardening.
[0028] The clamps 1 and 2 are cut and made of hot-dip galvanized angle steel and welded to the square tube at 90°, and then put on the first adjustable sliding rod 5 and the second adjustable sliding rod 6. The sliding rod and the clamps are connected with butterfly nuts to increase the firmness of the connection between the left and right clamps and the sliding rods. The size of the clamp is changed by changing the position of the first butterfly nut 3 and the second butterfly nut 4, thereby determining the number of bricks clamped.
[0029] 4. Processing of adjustable sliding rod
[0030] The first adjustable sliding rod 5 and the second adjustable sliding rod 6 are made of galvanized square tubes. During the manufacturing process, a drill is used to drill equally spaced circular holes on the top and bottom surfaces of the sliding rods. The size of the clamp is changed by adjusting the position of the traction mechanism 9 and changing the positions of the first hexagonal nut 7 and the second hexagonal nut 8. Equally spaced circular holes are also arranged on the side. The positions of the left clamp 1 and the right clamp 2 are changed by changing the positions of the first butterfly nut 3 and the second butterfly nut 4, thereby adjusting the number of bricks clamped.
[0031] 5. Processing of traction mechanism
[0032] The traction mechanism 9 is made of square tubes and channel steels welded vertically, with holes punched at both ends to connect with the first adjustable sliding rod 5 and the second adjustable sliding rod 6 through the first hexagonal nut 7 and the second hexagonal nut 8, so as to achieve the purpose of traction by controlling the direction of the sliding rod.
[0033] 6. Processing of handle
[0034] The handle 10 is welded with a round tube, a flat iron and the traction mechanism 9. After the handle transmits force to the traction mechanism, the adjustable sliding rod and the clamping plate are put into operation.
Claims
1. An adjustable building brick mover, characterized in that: The invention comprises: a left clamping plate (1), a right clamping plate (2), a first butterfly nut (3), a second butterfly nut (4), a first adjustable sliding rod (5), a second adjustable sliding rod (6), a first hexagonal nut (7), a second hexagonal nut (8), a traction mechanism (9), and a handle (10); the left clamping plate (1) and the right clamping plate (2) are connected to the first adjustable sliding rod (5) and the second adjustable sliding rod (6) through the first butterfly nut (3) and the second butterfly nut (4); the first adjustable sliding rod (5) and the second adjustable sliding rod (6) are connected to the traction mechanism (9) through the first hexagonal nut (7) and the second hexagonal nut (8); and the traction mechanism (9) and the handle (10) are connected by welding.
2. The adjustable building brick moving device according to claim 1, characterized in that: The left clamping plate (1) and the right clamping plate (2) are both made of angle iron and welded to the square tube at 90 degrees, and are sleeved on the first adjustable sliding rod (5) and the second adjustable sliding rod (6).
3. The adjustable building brick moving device according to claim 1, characterized in that: The first adjustable sliding rod (5) and the second adjustable sliding rod (6) are both made of galvanized square tubes, and circular holes with equal spacing are drilled on the top and bottom surfaces of the first adjustable sliding rod (5) and the second adjustable sliding rod (6).
4. The adjustable building brick moving device according to claim 1, characterized in that: The traction mechanism (9) is formed by vertically welding a square tube and a channel steel, and holes are punched at both ends to connect the first adjustable sliding rod (5) and the second adjustable sliding rod (6) through a first hexagonal nut (7) and a second hexagonal nut (8).
5. The adjustable building brick mover according to claim 1, characterized in that: The handle (10) is formed by welding a round tube, a flat iron and a traction mechanism (9).