TWM369362U - Anti-oblique scaffold tread - Google Patents

Description

M369362 V. New description: [New technical field] This creation department and construction _ product, in other words, refers to the structure of the eagle frame pedal, which can firmly set the pedal on the scaffold to prevent the pedal from tilting. [Prior Art] Press , please refer to the figure - Figure 'Showing the structure of the conventional scaffolding pedal (10), including a main body (20), one end of which has two downwardly curved hooks (22), and remains An appropriate distance; a movable buckle (24) is curved, and has an upper positioning hole (25) and a lower positioning hole (26); two rides (28) are respectively inserted into the upper positioning hole (25) and The lower clamping hole (26) pivotally connects the movable buckle (24) to one side of the hanging hook (22); the movable buckle (24) is angularly displaceable on the hanging hook (22). Referring to the second figure, when the pedal (1〇) is mounted on the scaffolding bracket (3〇), the hooks (22) are hooked on the bracket (3〇), so that the pedal (10) is placed on the bracket. (10) Upper 'Remove the movable buckle (24) toward the bracket (30), fasten the movable buckle (24) to the bracket (30), and fix the pedal (10) to the bracket bracket (3〇). The conventional pedal fixing structure is a common structure. The pedal (10) is connected to the bracket (30) only by the hook (22) at the two ends, and the movable buckle (24) is forgotten when the pedal (1〇) is installed. When the buckle is applied, the pedal (10) simply straddles the bracket (3〇). Once the operator steps on the pedal (10)-side, for example, where the arrow A is shown, the weight falls on the hook (22). On the outside, the other side will be lifted because the bottom of the pedal (10) and the bracket (3〇) are not buckled. As shown by the imaginary line, the pedal (1〇) is shaken unsteadily; the most important thing in aerial work is safety? If the pedal (10) has a slight vibration, it will cause instability, which will cause psychological fear to the operator. If the pedal (10) is lifted to a large extent, it will cause life safety hazard to the operator. 3 M369362 Furthermore, the movable buckle (24) and the hook (22) are all metal. After a period of use and after sun and rain, the movable buckle (24) and the hook (22) are easily rusted and stuck. As a result, the pedal (10) cannot be firmly fixed to the bracket (3〇), so the safety in use is much reduced. [New content] The main purpose of this creation is to provide the structure of the age-old pedal, which can firmly fix the pedal to the scaffold to avoid pedal tilt. In order to achieve the above-mentioned purpose, the anti-tilt pedal provided by the present invention includes: - the body, the two end lengths have two hooks of the downward f-fold, and maintain the appropriate distance, the second stop The two sides of the body are disposed on the outer side of the hooks. By the way, the two groups are hung from the scaffolding bracket, and the two cymbals are placed on the top surface of the bracket; therefore, when the operator is at the side of the pedal, the support of the blocking piece can be supported without being tilted. Start to make the pedal more stable and safe. [Embodiment] In order to enable the reviewing committee to further understand the purpose, characteristics, and efficacies of the present invention, a preferred embodiment of the present invention will be described below in detail with reference to the drawings, wherein For: The first picture is a partial perspective view of a conventional scaffolding pedal. The second figure shows that the pedal of the first figure is placed on the scaffolding bracket. The second figure shows a perspective view of a preferred embodiment of the present invention. The fourth figure shows the top view of the third figure. The fifth figure shows a schematic diagram of the active piece being taken into the body. The sixth figure shows a perspective view of the pedal stand of the creation on the scaffold bracket. The seventh drawing shows a cross-sectional view of a partial enlargement of the sixth drawing. M369362 The eighth figure shows the schematic diagram of the two pedals set on the same bracket. The ninth figure shows a cross-sectional view of the movable piece moved into the perforation. Please refer to the third figure, which is a preferred embodiment of the scaffolding pedal (4〇) provided by the present invention, which mainly comprises: a body (5〇), two movable pieces (6〇) and a second stop piece. (70) The body (50) is a rectangular plate body, and the two ends & respectively are provided with two downwardly curved hooks (52) and maintained at an appropriate distance; the two end faces are hooked from the (52) system. The two-holes (54) are respectively disposed on the two end faces of the body (5G) and are located between the two hooks (52). The center lines B and C of the two sets of hooks (52) are respectively located on the two sides of the center line of the body (5〇). As shown in the fourth figure, the two sets of hooks (52) have a difference. . The two ends of the two movable pieces (60) are respectively provided with a locking portion (62) having a larger outer diameter, and the two movable pieces are respectively disposed in the two through holes (54). The locking portion (4) can be stuck against the perforation (4); so that the movable piece _ does not fall out of the pedal (40). The movable pieces (6 inches) at the two ends of the pedal (4 〇) are respectively located on the two sides of the center of the pedal (4 〇) as shown in the fourth figure. The two stop pieces (70) are respectively fixed on the two end faces of the body (5〇) and located on the outer side of the hooks (52), and the two stop pieces (7〇) are located on the body (5〇) The position of the two end faces is in a diagonal state. When the sixth version of 'the pedal (40) is set to the field frame, the G) is used, the two groups are hung 52) across the two brackets (8〇), and then the two movable pieces (6〇) are respectively The perforation (54) of the pedal (40) can be pulled out to make it abut against the bottom surface of the bracket (8 〇), as shown in the sixth and seventh figures; and the second stop (7 〇) is against the bracket ( 8〇) The top surface enables the pedal (40) to steadily straddle the bracket (8〇). Since the stopper piece (70) is attached to the outside of the hook (52) of the main body (5〇), and is close to the top surface of the bracket _ when the operator takes the side of the pedal (10), the same can be achieved by 5 M369362 The side supporting piece (70) abuts against the top surface of the pillar (80), and prevents the other side of the pedal (40) from being tilted up and tilted upward; similarly, if the worker steps on the other side of the pedal (40) At the same time, it is supported and restrained by the stopper piece (70) on the other side to prevent the pedal (40) from picking up. Furthermore, the two movable pieces (6 inches) are engaged with the bottom surface of the bracket (8 inches), and the pedals (40) can be positioned on the brackets (8 inches) with the hooks (52) to make the pedals (40) ) It will not disengage from the bracket (8〇) and increase the safety of the work.

Please refer to the eighth figure 'showing that the front and rear pedals (4〇) are mounted on the same bracket (80). The two pedals (40) are aligned with each other on the bracket (80); The hook (52) has a difference, so when the two pedals (4〇) are exempt from the same bracket (8〇), the hooks (52) are staggered with each other, and the movable pieces (60) In the same way as the supporting piece (70), they are staggered on the bracket (8〇) and interfere with each other. When the building is completed and the scaffold (40) is to be removed, simply move the movable piece (60) into the perforations (54) so that it is on the side of the pedal (4〇), such as As shown in the ninth figure, the pedals (4〇) can be easily picked up and stacked neatly, which is convenient and fast. The pedal structure of the creation of the anti-tilt is fresh, and the pedal can be firmly built on the scaffold bracket. The pedal is inclined to avoid the safety of the operator. The embodiments are merely illustrative of the present invention and are not limiting. In summary, this creation is the first structure of the same kind of articles, and effectively knows the lack of pedals, has the attitude of it step, and the age (4) is the patent requirement, and applies for it according to law. [Simple description of the diagram] The first picture is a partial perspective view of the conventional eagle frame stepping pole. The second figure shows that the pedal of the first figure is placed on the scaffolding bracket. 6 M369362 The third figure shows a perspective view of a preferred embodiment of the present invention. The fourth figure shows the top view of the third figure. The fifth picture shows the moving picture of the active piece in the body. The sixth figure shows a perspective view of the pedal stand of the creation on the scaffold bracket. The seventh drawing shows a cross-sectional view of a partial enlargement of the sixth drawing. The eighth figure shows the schematic diagram of the pedals placed on the same bracket. The ninth figure shows a cross-sectional view of the movable piece moved into the perforation. [Main component symbol description] Eagle scaffolding (4〇) Main body (50) Perforation (54) Locking part (62) Bracket (80) Hook (52) Moving piece (60) Stopping piece (7〇)

Claims (1)

M369362 VI. Application for patent scope: 1. A kind of anti-tilt scaffolding pedal, including: - two f's, each of which has two downwardly bent hooks, and keeps - suitable distance, two perforations, The front part is disposed between the two hooks of the body; the stomach and the two movable pieces are arranged in the hole so as not to be separated from the holes t, and can be flexibly displaced forward and backward; The two end faces of the body are located on the outer side; 』 Thereby, the hooks are hooked on the scaffold bracket, and the movable pieces can abut against the bottom surface of the bracket; the second stop pieces are fastened to the top surface of the bracket. 2. If you apply for a patent scope! The anti-tilt scaffolding pedal of the present invention, wherein: the two movable pieces have a stop at each end. 3. The anti-tilt scaffolding pedal according to item i or item 2 of the patent application. The second stop pieces are located at opposite ends of the body. 4. To prevent tilting of the eagle frame as described in item i or 2 of the patent application. a board, wherein: the center lines of the two sets of hooks are respectively located on two sides of the center line of the body, and the system has a difference. 5. The anti-slanting eagle pedal according to claim 3, wherein: the center lines of the two sets of hooks are respectively located on two sides of the center line of the body, and have a difference. 6·—A kind of anti-tilt scaffolding pedal, comprising: a body, the two end faces are respectively provided with two downwardly bent hooks and kept at an appropriate distance; at least two stop pieces are respectively fixed on the The two end faces of the body are located on the outer side of the 8 M369362 hooks; thereby, the hooks are hooked on the scaffold bracket, and the second stop pieces are abutted against the top surface of the bracket. 7. The anti-tilt scaffolding pedal according to claim 6, wherein: the second stop piece is located at a diagonal position on both end faces of the body. 8. The tilt preventing eagle pedal according to claim 6 or 7, wherein: the center lines of the two sets of hooks are respectively located on two sides of the center line of the body, and have a difference.