TR201719387T3 - A coupling means. - Google Patents

Abstract

The present invention provides a first support member (3) mounted on the side wall of one of the cooling devices (C1) and a second support member mounted on the side wall of the other cooling devices (C2) suitable for being placed between two cooling devices (C1, C2) arranged next to each other. (3).

Description

DESCRIPTION A COMBINATION VEHICLE This invention is a coupling combining two or more refrigeration devices. relates to the vehicle.

Grouping of two or more cooling devices in the state of the art There are different methods available for For example, the cooler to be combined Connection holes are formed on the outer surfaces of the devices and connection holes are cooling devices together with a connector placed on the are held. However, the grouped cooling devices must be used separately. their aesthetic appearance because they are deformed when requested. is deteriorating. In addition, the deformation of the cooling devices grouped in this way The insulation thickness in the parts they touch is decreasing, therefore the cooler the cooling performance of the device decreases.

British patent numbered GB1387339 in the state of the art A connector that enables grouping of two refrigeration devices in the document is explained. A rectangular frame for fastening is mentioned. Each The unit is equipped with a flange that extends downward on its upper edge and upwards on its lower edge. It includes an extending flange. If the units are placed side by side, the corresponding their flanges extend parallel to each other in the horizontal direction. units, among the flanges of the connector, the slots on the upper edge and the lower edge respectively of the connector. It is connected by sliding it to extend into it.

The connection provided by fastening elements containing Velcr0® tape is described.

In Japanese patent document JPH11210718A, inside the protrusion of the second structure to connect two parts containing a first structure with an indentation a tool is mentioned.

The aim of this invention is to avoid any deformation on the cooling devices. two or more refrigeration appliances securely It is the realization of a merger that enables grouping.

The first request made to achieve the purpose of this invention and depending on this request The side wall of one of the jointing cooling devices described in the claims a first support element mounted on it is the side of the other cooling devices. a second support element mounted on the wall and cooling devices side by side When they are brought, they are passed between the first support element and the second support. two fasteners connecting the element to each other at their opposite ends contains.

In one embodiment of the invention, the support elements are connected to cooling devices. extends across the surface. In this way, the support elements are connected to the cooling devices. it is connected in a more durable way.

In the present invention, the coupling means is mounted on at least one of the support members. between at least one screw path and fastener support elements at least, which allows the fastener to be fixed to the screw path after it has been threaded. includes a screw. Screw passed through fastener, support connection by connecting to the screw path on at least one of the elements fixes the element to the support element.

Joining means, fastener and support in one embodiment of the invention fastener and support, located on the Screw that fixes the element to each other. contains a spring between the element. Spring, connection during assembly pushes the element out of the support element, so that the connection element connection location, user connecting the fastener to the support element can be adjusted by Fastener per screw with spring effect Since it is connected, ease of assembly is provided.

In one embodiment of the invention, at least one of the support members is almost includes a Screw path that runs through the support member. In this way, two The fastener can be fixed to both ends of a single Screw path, making the fasteners combines.

In one embodiment of the invention, the connection elements are symmetrical with each other.

In one embodiment of the invention, the first support member and the second support member are the same. In this way, stock follow-up of support staff is easy. can be done.

Cooling devices combined thanks to the light and robust jointing device can be moved together.

Relating to a means of incorporation carried out to achieve the purpose of this invention sample applications are shown in the attached figures, of which; Figure 1 - Explosion of an assembly vehicle in one embodiment of the invention is the view.

Figure 2 - Front of a coupling means in one embodiment of the invention is the view.

Figure 3 - is a front view of support staff in an application of the invention.

Figure 4 - In one embodiment of the invention, a cooling device and its support elements perspective view.

Figure 5 - In one embodiment of the invention, a support member and connection view of the elements.

Figure 6 - In one embodiment of the invention, two cooling devices and a coupling is a partial view from the rear of the vehicle.

Figure 7 - is the view of detail A in Figure 6.

Figure 8 - is a partial view of the coupling means in one embodiment of the invention.

The parts in the figures are numbered one by one and the corresponding numbers are given below.

means of merging connector Support personnel Extension screw way . Arrow cl. First cooling device C2. Second cooling device Joining means (1), between two refrigerating appliances (C 1, C2) placed side by side on the side wall of one of the cooling devices (Cl), suitable for installation a first support element (3) attached to the side of the other cooling device (C2) it comprises a second support element (3) mounted on its wall.

The inventive coupling means (1), cooling devices (C1, C2) side by side When they are brought, the first support element (3) and the second support are passed between them. of the support elements (3) of the cooling devices connecting the element (3) to each other. (C1, C2) two fasteners attached to the two opposite ends facing the front and rear (2) contains.

The distance between the cooling devices (C1, C2) that the user wants to combine position them side by side. Support elements (3) cooler to be flush on the side walls of the devices facing each other. places it. It then connects the cooling devices (C1, C2). Cooling devices When (C1, C2) are brought into this position, the fastener (2) supports the support elements (3) is driven through. The support elements (3) of the cooling devices (C1, C2) two fasteners (2) attached to their opposite ends facing the front and rear sides it connects the support elements (3). In this way, the user can easily It can group devices (C1, C2), two or more cooling devices (C1, C2, ...) can move together.

The support elements (3) can be dismounted on the cooling devices (C1, C2). is stuck. Refrigerant devices grouped by the user (1) When you want to separate (C1, C2), fasteners (2) support elements (3) takes it out. Refrigerant devices (C1, C2) with disconnection (2) becomes separable. from the surfaces on which the support elements (3) are attached. Thanks to their detachability, the cooling devices (C1, C2) can be separated from each other and When it is wanted to be used on its own, its aesthetic appearance does not deteriorate. Combining means (1) of each of the cooling devices (C1, C2) to be combined. It includes support elements (3) that are affixed on the side wall facing each other.

The support elements (3) are attached to the side surfaces of the cooling device (C1, C2) with double-sided tape. is pasted through. The support elements (3) are in the form of gussets.

The support elements (3) connect the upper and side walls of the cooling device (C1, C2). placed on the edges. The joining means (l) is the support element. (3) towards the upper wall of the refrigeration appliance (C1, C2) located on its upper edge. on the side wall of the cooling device (C1, C2) of the support element (3) by reaching out an extension (4) that allows its position in the vertical direction to be determined contains. Thanks to the extension (4), it can be mounted separately on the cooling devices. When the support elements (3) cooling devices (C1, C2) are brought side by side is in the aligned position. The highest point on each support element (3) when at least one duct (5) and cooling devices (C1, C2) are brought side by side into a slot (6) formed by the channels (5) aligned with each other. suitable for insertion, protruding from the side surfaces of the fastener (2) It includes projections (7) extending along the connecting elements (2) in the figure. This In this way, it is ensured that the support elements (3) are joined.

In one embodiment of the invention, the joining means (1) is the most important of the support elements (3). It comprises two fasteners (2) fixed to at least one of them. Connection fixing the position of the element (2) of the cooling devices (C1, C2) back and forth It ensures that its position in the direction does not change.

In one embodiment of the invention, the support element (3) is connected to the cooling devices (C1, C2). extends in the direction of its attachment. In this way, the support elements (3) is more strongly connected to the cooling devices (C1, C2).

In one embodiment of the invention, the jointing means (1) is the largest of the support elements (3). at least one screw path (8) and fastener (2) located on at least one of the support After being inserted between the elements (3), the screw path of the fastener (2) (8) contains at least one screw (9) that ensures its fastening. connector (2) the screw (9) passed through at least one of the support elements (3) by connecting to the screw hole (8) on the connector element (2) to the support element (3) fixes it.

In one embodiment of the invention, the coupling means (1), the fastener (2) and the support fastener (2), which is passed on the screw (9) that fixes the element (3) to each other. and a spring (10) between the support member (3). Spring (10) connection it pushes the element (2) out of the socket (6), so that the connection element (2) connection position, user connecting the connector (2) to the support element (3) can be adjusted by

In one embodiment of the invention, at least one of the support elements (3) the screw path (8) extending immediately along the support element (3). In this way the fastener (2) is firmly fixed. Cooling devices (C1, C2) facing the front and rear, attached to the opposite ends of the support members (3) The fasteners (2) are fixed to a single screw track (8).

In one embodiment of the invention, the connecting elements (2) are of a symmetrical structure. In this way flexibility of use is provided.

In one embodiment of the invention, the fasteners (2) are identical. In this way, production convenience is provided.

Thanks to the invention, two or more cooling devices (C1, C2, ...) can be grouped without being subjected to deformation. to user service personnel You can easily group refrigeration devices (C1, C2, ...) without the need for and this increases customer satisfaction. Support small-size connectors (3) attaching only to the front and rear-end portions are combined with the elements (2). Cooling devices (C1, C2, ...), light solidly with connecting means (1) of construction are combined.

Claims (5)

REQUESTS 1. For combining two cooling devices (C1, C2); a first support element (3) and a second support element (3) suitable to be placed between two cooling devices (C1, C2) placed side by side, the first support element (3) suitable for mounting on the side wall of one of the cooling devices (CI), the second support member (3) is suitable for mounting on the side wall of the other cooling device (C2); When the cooling devices (C1, C2) are brought side by side, they are passed between them and connect the first support element (3) and the second support element (3), and are attached to the two opposite ends of the support elements (3) facing the front and rear of the cooling devices (C1, C2). Each of the fasteners (2), which includes the fastener (2), is located on at least one of the support elements (3), and after the fastener (2) is inserted between the support elements (3), the fastener (2) is inserted into the screw path (8). ) at least one screw path (8) containing at least one screw (9) ensuring its fastening, at least one channel (5) on each support element (3) and cooling devices (C1, C2) that are aligned with each other when brought side by side. a connecting means (1), suitable for insertion into a slot (6) formed by the channels (5), and characterized by protrusions (7) extending along the fasteners (2) in a way that protrudes from the side surfaces of the connector (2). 2. A coupling means (1) as in Claim 1, characterized by the support element (3) extending along the direction of its connection to the cooling devices (C1, C2). 3. A coupling as in any one of the above claims, characterized by a spring (10) that is passed on the screw (9) that fixes the connection element (2) and the support element (3) to each other, remaining between the connection element (2) and the support element (3). through (l) 4. A coupling means (1) as in any one of the above claims, characterized by the screw path (8) extending almost along the support elements (3). 5. A coupling means (1) as in any one of the above claims, characterized by connection elements (2) that are identical to each other.