TR2021014754A2 - A Carrier Roof Beam for Vehicles, Mounted on a Single Axis, with a Single Fixing Element - Google Patents

Abstract

It is the jaw assembly (B) adapted to the lath body (C) and the vehicle on the load-bearing roof bars (100) adapted to the upper outer ceiling surface of the vehicles. said jaw assembly (B) includes a single screw movement and a guiding screw (24) that enables it to be fixed to the vehicle ceiling surface using a screw, and a locking unit (10) and a slider unit (20) that provides fastening with a single movement.

Description

specification A Carrier Ceiling Mounted with a Single Fixing Element on a Single Axis for Vehicles Technical Area The invention is used in the vehicle roof of the trunk, which creates additional volume in cases where the vehicle trunk is insufficient. It relates to the carrier ceiling slats which are mounted on the ceiling surface for the purpose of carrying it. Prior Art load-bearing roof slats; It is fixed on the vehicle roof and used to carry loads. auxiliary automotive elements. Placing it in the trunk when the trunk of the vehicle is insufficient Inappropriately long items are placed in the vehicle roof area. However, this is what you are the roof to distribute the load on the vehicle carrier frame structure and to prevent the roof from being damaged by the load. cheetahs are used.

A brand in Turkey and in the world in the production of products called roof bar or roof bar TR201812331 was created and belongs to Can Automotive, one of the leading companies in this field. In the patent application no. long and different structure, whose volumetric feature is not suitable for the trunk Carrier bar and fixing group configured on the vehicle roof surface for placing items It is a load-bearing roof truss and its feature is; rotation in the vertical axis to said fixing group from the jaw holder fixed by means of the vertical fixing element in such a way as to make the movement. is mentioned.

Another application of Can Automotive is; It is a patent application numbered TR202005527. This in the application; Upper jaw body jaw assembly and cheetah adapted to the upper outer roof surface of the vehicles It is a load-bearing roof bar containing the body; feature; said fixed upper jaw body the movable jaw fixed by means of the fastener, 52 - 32 of the said movable jaw loop radius allowing partial circular movement in the directions and said loop radius , which at the same time provides the fixation of the movable jaw and the desired partial cycle. A structure containing a radius bed is mentioned.

Disclosure of the Invention The aim of the invention is to bring a new perspective in this field compared to the ceiling beams used in the current technique. having different technical features.

It is an object of the invention to tighten and loosen the mechanism by means of a single key, while the fixing group both It is fixed to the vehicle roof and also locks the carrier bar.

The other purpose of the invention is to enable the user to use the roof rail alone without the need for technical personnel. is easily adaptable.

Another object of the invention is to provide a mechanism that is uncomplicated to set up and easy to use. is to be put.

In order to fulfill the above-mentioned purposes; only via a fixation axis (X) a linear motion that simultaneously moves the gripper jaws and upper claws in 21 and 2 directions. includes a locking unit.

Figures to Help Understand the Invention Figure 1; The subject of the invention is the general perspective view of the vehicle roof beam.

Figure-2; Close-up interior perspective detail of the locking and sliding mechanism of the fixing head is the view.

Figure-3; Disassembly perspective of the vehicle roof bar fixing head, which is the subject of the invention is the view.

Figure-4; Close-up interior perspective detail of the locking and sliding mechanism of the fixing head disassembly view.

Figure-5; Interior perspective detail of the locking and sliding mechanism of the fixing head from different areas is the view.

Figure-6; Side section close-up perspective detail view of the fixing head.

Figure-7; Disassembly showing the assembly of the body and sub-plate by means of tabs and tabs is the view.

Figure-8; Linear sliding movement in the slide area of the sliding group and the fastening screw P It is a representative view showing the rotational motion on its axis.

PART N NUMBERS A- Carrier roof bar B- Jaw assembly C- Cheetah body -Locking Unit 11-Inner body 12-Bearing pin 13-Positioning element 13.1 Screw hole 14-Sagittarius 14.1 Positioning zone -Latch 16-Main carrier body 17-Quotes 101-Bearing hole 102-Nut bearing 103- retaining surface 104-Print surface 105-Pushing surface 106-Aquaplaning surface 107-Sl0t slot 108- T channel 109-Circular structure 110-Bottom quotes 111-Nail slots -Slide Unit 21-Inner block 22-Sliding part 23-Positioning pin 24-Diversion Screw -Screw passage gap 26-Cocoon channel - Auxiliary Units 31-Body 32-Lower Table 33-Locking Chassis 34-Lower Gasket -Top cover SES-Bottom Cover 37.1 Hanger 38-Clamp Gasket 39-Fise Lock Detailed Description of the Invention The invention is a cheetah in load-bearing roof bars (100) adapted to the upper outer roof surface of the vehicles. It is the jaw assembly (B) adapted to the body (C) and the vehicle, and due to its novelty feature; the vehicle roof surface using a single screw action of said jaw assembly (B) and a screw. with the guiding screw (24) that ensures its fastening and multi-point movement with a single movement and it includes the locking unit (10) and the bolt unit (20) where the fastening is provided.

Inner block (21) centered on the same axis by said positioning pin (23) and the slider unit (20) with the slider (22) the guiding surfaces of said slider unit (20) (106) through the main carrier body (16) through which it is skidded, and through the bearing hole (101) the locking unit (10) provided with the inner body (11) and the bearing pin (12) to which it is centered, and in the region where said guiding screw (24) is screwed and centered during screwing includes a positioning element (13) that is rotated.

With this; guide screw (24) and holder that is fixed to the vehicle surface with a single movement the clamp (37) is the hanger that allows the said holding clamp (37) to be hung on the bearing pin (12). (37.1) cheetah with the rotational movement of the positioning element (13) configured on the inner body (1 1) In the movable structure that applies a pulling movement to the body (C), the inner body (11) claw (17) and the mentioned a fixed nail (17') attached to the cheetah body (C) configured on the main carrier body (16) contains. On the other hand; lower claws (1 10) and their in the x-axis relative to the vehicle surface via the corresponding tab slots (111) and the T-groove (108) The lower table (32) and the locking frame (33) on which the positioning is provided with the rotary movement, Screw formed on the positioning element (13) to which the guiding screw (24) is screwed hole (13.1) and said guiding screw (24) to be intervened and a working The inner block (21) forming the area and the screw passage (25) formed on the slide piece (22) contains.

In Figure-1, there are three main parts: the carrier roof bar (A), the jaw assembly (B) and the profile cheetah body (C). The structure consisting of the building is presented as a general perspective.

In Figure-3; locking unit (10), slide unit (20) and auxiliary units (30) can be used for disassembly. is illustrated. Inner body (11), latch (15) and main carrier body (16) bearing while the positioning element (13) is fixed by means of the bearing pin (12) through its hole (101) The supporting body (16) is confined to the inner surfaces of the retaining surface (103) (see figure-6) In Figure-3, there are also auxiliary units (30), body (31), bottom plate (32), locking frame (33), bottom gasket. as pictured.

In the positioning region (14.1) where the spring (14) is imprisoned, it holds the inner body through the retaining surface (103). (11) is constantly pushing down on the bearing hole (101) axis. For this reason, the inner body The claws (17) on the upper part of (11) sink downwards, and the aluminum to be used performs the fixing process to the profile cheetah body (C).

By applying manual pressure on the pressure surface of the latch (15) (104), the bedding is on the hole (101) axis. When the downward circular movement is provided, the latch (15) push surface (105) is placed on the inner body (1 1). It compresses the spring (14) when it comes into contact with the pushing surface (105) and pushes it upwards. In this way the locking process is released and the movement in the channel located at the bottom of the profile cheetah body (C) it is provided to do.

The inner block (21) with the positioning pin (23) is inserted into the slide piece (22). Then skid It is mounted on the locking unit (10) with the help of a sliding structure from its surface (106) and the guiding screw (24) it is screwed to the positioning element (13) with a nut-screw relationship.

Tightening and loosening the guiding screw (24) and the positioning element (13) in the form of a cylindrical the slider unit (20) moves up and down the axis of the skid surface (106). it is allowed to move. The positioning element is essentially a piece that acts as a nut. However by tightening and loosening the screw (24) due to its rotating motion on the axis it is mounted on. The sliding part (22) is provided to slide on the skid surface (106).

The holding clamp (37) is inserted into the positioning pin (23) by passing it through the interior of the slider unit (20). This During operation, the positioning pin (23) goes up thanks to the slot slot (107) in the inner block (21). moves towards and the holding clamp (37) reaches the upper part. When the retaining clamp (37) moves to the upper part the positioning pin (23) goes down again and the holding clamp (37) hangs on the positioning pin (23) hangs (see figure-ö) The locking frame (33) is mounted on the body (31) by means of the T channel (108) by insertion. lower table Thanks to the circular structure (109) in the part where (32) and locking frame (33) are combined, the lower table (32) achieves a circular motion capability. During the assembly, the different on the roof of the vehicles It is brought to the appropriate angle with respect to the surfaces. Lower tabs located on the lower part of the locking frame(33) (110) is locked by snapping into the nail slots (111) of the lower plate (32) and these two parts are fixed to each other. While tightening the guiding screw (24) the slider unit (20) is on the guiding surface of the locking unit (10). As (106) moves upwards, it also pulls the holding clamp (37) upwards along with it.

As the holding clamp (37) moves upwards in the z-axis, the lower plate (32) presses against its surface. While tightening with the guiding screw (24) is in progress the guiding screw (24) pulls the positioning element (13) towards itself in the y-axis. This together with the drawing process, the group to which it is attached, namely the inner body (11), the bearing hole (101) and by pulling the claw (17) downwards in the z-axis by making a rotational movement in the center of the claw. (17) applying a pulling action to the cheetah body (C) and compressing it by pulling downwards and fixing is in progress.

With this linear movement applied to the holding clamp (37) the door of the vehicle being mounted the surface between is comprehended. Positioning element (13) bearing while tightening is in progress While pulling the hole (101) towards itself on its axis, it moves the inner body (1 1) in the same axis. This As a result, the cheetahs used while the claws (17) of the inner body (11) move downwards. It is permanently fixed to the body (C). Thus, by tightening a single guiding screw (24) the grip of both the retaining clamp (37) between the vehicle's door and the vehicle's lower gasket (34) it is placed by pressing on the surface on the ceiling and the inner body (11) is in the axis of the bearing hole (101). By moving downwards, the jaw assembly (B) is fixed to the cheetah body (C) at the same time. synchronous is done. In the next process, even if the latch (15) is pressed, the locking process cannot be canceled and a safe assembly is made.

On the other hand, in Figure-8, the sliding part (22) slips on the guiding surface (106) of the main carrier body (16). movement is illustrated. The slide (22) descends linearly at an angle in the z-axis is making the move. In the creation of this linear movement, with a single screw, that is, orientation. With the rotation of the screw (24), both the linear movement of the screw in the y-axis and the p-axis the main carrier body (16) of the sliding piece (22) while performing the axial rotation movement. It is also provided to slide from the surface (106).

Claims (14)

REQUESTS It is the jaw assembly (B) adapted to the cheetah body (C) and the vehicle on the load-bearing roof bars (100) adapted to the upper outer roof surface of the vehicles, and its feature is; - the guiding screw (24) that enables the said jaw assembly (B) to be fixed to the vehicle ceiling surface using a single screw movement and a screw, - the locking unit (10) and the slider, which provides movement and fixation from multiple points with a single guiding screw (24) and a single action unit (20). It is the jaw assembly (B) according to claim 1, and its feature is; It comprises a slider unit (20) with an inner block (21) and a sliding piece (22) centered on the same axis by means of the positioning pin (23). It is the jaw assembly (B) according to claim 1, and its feature is; it consists of the main carrier body (16) where the said sliding unit (20) is skidded by means of the guiding surfaces (106) and the inner body (1 1) where it is centered through the bearing hole (101) and the locking unit (10) which is provided with the bearing pin (12). It is the jaw assembly (B) according to claim 1, and its feature is; it includes a positioning element (13) that rotates in the region where the said guiding screw (24) is screwed and centered during screwing. It is the jaw assembly (B) according to claim 1, and its feature is; it contains a single guiding screw (24) and a holding clamp (37) that is attached and fixed to the vehicle surface with a single movement. It is a jaw assembly (B) in accordance with claim 5, and its feature is; it contains a hanger (37.1) that allows the said holding clamp (37) to be hung on the bearing pin (12). It is the jaw assembly (B) according to claim 1, and its feature is; The positioning element (13) constructed on the inner body (11) includes a claw (17) on the inner body (11) in the movable structure that applies a pulling motion to the cheetah body (C) with the rotational movement. It is the jaw assembly (B) according to claim 3. feature; it contains a fixed nail (17') attached to the cheetah body (C) configured on the said main carrier body (16). It is the jaw assembly (B) according to claim 1, and its feature is; It contains a spring (14) that pushes down on its axis in the positioning region where it is imprisoned. 10- It is the jaw assembly (B) in accordance with claim 1, and its feature is; When manual pressure is applied to the pressure surface (104) and a downward circular motion is provided in the axis of the bearing hole (101), the profile is contacted with the pushing surface (105) on the inner body (11) and compresses the spring (14) while pushing it upwards, thus releasing the locking process. It contains a latch (15) that enables the cheetah body (C) to move in the channel located at the bottom. 11- It is a jaw assembly (B) in accordance with claim 1, and its feature is; Bottom plate (32) where positioning is achieved by rotary motion in x-axis relative to the vehicle surface by means of lower claws (1 1 0) and the corresponding claw slots (1 1 1) and T-groove (108) with the insertion technique without using any fastening elements, and locking chassis (33). 12- It is the jaw assembly (B) in accordance with claim 1, and its feature is; it contains a screwed hole (13.1) formed on the positioning element (13) to which the said guiding screw (24) is screwed. 13- It is the jaw assembly (B) in accordance with claim 1, and its feature is; it contains an inner block (21) that allows intervention to the said guiding screw (24) and creates a working area, and a screw passage space (25) formed on the sliding piece (22). 14- It is a jaw assembly (B) in accordance with claim 5, and its feature is; said holding clamp (37) includes a slot slot (107) located in the inner block (21) and moves the positioning pin (23) upwards while being attached to the positioning pin (23) by passing it through the interior of the slider unit (20).