TR201718082T3 - A cooler with an easy-to-install handle. - Google Patents

Abstract

In the present invention, at least one cabinet (2) in which the food to be cooled is placed, at least one door (3) providing access to the cabinet (2), at least one handle (4) enabling the door (3) to open and close, a place on the door (3). at least one housing (5), at least one support element (6) located on the side of the handle (4) facing the door (3) and aligned with the slot (5) while the handle (4) is fixed to the door (3), and the handle (4) (3) relates to a refrigerator (1) comprising at least one locking mechanism (7) that ensures its fixation and its handle (4) is easily fixed to the door (3).

Description

DESCRIPTION A COOLER WITH AN EASY ASSEMBLY HANDLE This invention is a handle that allows the door to be opened and closed by being attached to the door. relates to a refrigerant containing

In coolers, for example refrigerators, providing access to the cooler and There are doors that separate the cooling compartment from the outside environment. The capillary It is opened and closed by means of a handle. Location in the state of the art field handles, usually screws etc. multiple fixing elements and external fixed on the door using a tool. Therefore, both labor and In the application, the number of parts used during assembly is reduced and thus A heatsink is described which includes a handle that provides cost reduction. This in practice, the handle is mounted on the door via a two-way spacer. is being done. that can be attached and removed without the use of any tools in the application a handle is described which is firmly mounted on the surface. in the application, thanks to the special structures on them, they do not fit tightly to each other. A heatsink with handle and door which is mounted separately is described.

Korean patent number KR100719254, which is in the state of the art document with at least one keyhole-shaped slot on its door. cooler is defined. The protrusion on the handle allows the larger diameter of the slot It is inserted into the door from the part of the door and shifted towards the smaller diameter part.

In this application, the diameter of the tip of the protrusion is larger than the smaller diameter of the slot. larger, the diameter of the lower part of the protrusion is larger than the smaller diameter of the socket is small. In this way, the protrusion moves from the larger part of the socket to the smaller part. While it can move correctly, it is prevented from coming back out of the slot.

In United States document US 3 426 385, it is described as capable of holding a slip nail. to be fixed to a panel surface with a screw element, having flexible tongues An adapted element is mentioned.

Also a handle mounted with a head Screw US 2 621 357 known from the document. element is adapted to be mounted slidingly through opposing holes. a door handle is mentioned.

The object of the present invention is to construct a door with a handle that is easy to install. realization of the refrigerator.

In order to achieve the purpose of this invention, the first request and the dependent A door providing access to the refrigerating cabinet as defined in the claims a handle for opening and closing and fixing the handle to the door includes at least one locking mechanism. Locking ring, located at the end of the support element on the handle, in the mechanism in the form of a holder and inside the holder, which is located in the slot on the door. there is a quotation mark The locking mechanism according to the invention also includes a carrier. nail carrier sits on it. When the handle is mounted on the door, the holder is placed on the carrier. is based on.

According to the invention, the nail consists of two extensions extending upwards from both sides of the carrier. contains. The extensions press on the edges of the holder from the inside surface and prevents it from moving in the horizontal direction.

In another embodiment of the invention, a stopper between extensions are available. In this application, the stopper is inserted as the nail passes through the opening. it does not prevent the downward movement of the holder by flexing backwards and When the holder fully grasps the alligator and sits on the carrier, it returns to its initial position. rotates and rests on the holder.

In another embodiment of the invention, the stopper consists of two parts, a strut and a set. consists of me. Along extensions up from the strut carrier extends. While one end of the set is attached to the sewing, the other end is empty. your handle During the assembly process, the holder grasps the claws with one hand, while the other it pushes back the stopper from the free end of the set on the side. The holder is completely The stopper is in its original position when it slides over the nail and sits on the surface of the carrier. and prevents it from coming back by covering the set holder.

In another embodiment of the invention, the set is in the form of a right trapezoid. from one end Thanks to the inclined structure of the other end of the set, which is attached to the post, the holder can be it is easier to push the stopper back.

In another embodiment of the invention, the holder is in the form of a hollow half truncated cone. This in practice, the width of the holder expands as you go down from the top, The distance between the extensions decreases from the carrier to the ends. In this way the extensions do not come into contact with the holder until they are fully inserted into the holder. locking is easier.

In another embodiment of the invention, on the door-facing surface of the support member There is a recess located just behind the holder. Nail As the holder passes through it, its mobility is increased thanks to this cavity, makes it easy to attach the handle to the door.

In another embodiment of the invention, all elements of the locking mechanism It is made of plastic material. In this way, the parts that come into contact with each other It stretches more easily and makes assembly easier. Also in part costs drop is provided.

In another embodiment of the invention, the cooler is located at the lower and upper ends of the handle. one support member, each receiving support, to meet the support members. two slots positioned and two for each slot-support pair Includes locking mechanism. In total for each handle in this application four locking mechanisms are used.

In the refrigerator of the invention, the handle is easily mounted on the door.

No fixing elements are required during the assembly process. is not heard. In this way, parts and labor costs are reduced.

In order to achieve the purpose of this invention, the cooler attached shown and from these figures; Figure 1 - The schematic view of a cooler.

Figure 2 - Perspective of the door and handle before the handle is mounted on the door is the view.

Figure 3 - Perspective view of the door and handle.

Figure 4 - Perspective of the handle, support member and locking mechanism is the view.

Figure 5 - is the view of detail A in Figure 4.

Figure 6 - Perspective view of the handle and support element.

Figure 7 - Handle, support member and part of locking mechanism is the view.

The parts in the figures are numbered one by one and the corresponding numbers are given below. 1. Cooler 2. Cabin 3. Door 4. Handle . nest 6. Support member 7. Locking mechanism 8. Holder 9. Openness . Nail ll. Extension 12. Stopper 13. Carrier 14. Sewing . Set 16. Hollow Refrigerator (1), at least one cabinet (2) in which the food to be cooled is placed, cabinet (2) at least one door (3) that provides access to the inside of the door (3) at least one handle (4), at least one slot (5) located on the door (3), the handle (4) to the door (3) and the handle (4) to the door (3) at least one support member (6) and handle (4) aligned with the slot (5) while fastening at least one locking mechanism (7) that allows it to be mounted on the door (3) (Sekill, Figure 2, Figure 3).

Locking mechanism (7); 0 connected to the support element (6) at both ends and from the support element (6) a retainer (8) in the form of a bridge extending outward, 0 an opening (9) located between the support member (6) and the holder (8) and 0 is located inside the slot (5), through the opening (9) when mounting the handle on the door. abutting the holder (8) and preventing the handle (4) from moving. a quotation (10) (Figure 4, Figure 6).

During the assembly of the handle (4) to the door (3) with the support element (6) the slot (5) aligns and the holder (8) extends into the slot (5).

When the handle (4) is pulled down, the holder (8), the tab (10) will snap into the opening (9) it moves downwards in this way. The nail (10) is completely inserted into the opening (9). When it is seated, it comes into contact with the holder (8) and causes the holder (8) to move. hinders. In this way, the handle (4) is fixed to the door (3).

According to the invention, the locking mechanism (7) is a carrier on which the tab (10) rests. (13) includes. In this application, when the gripper (8) tab (10) passes, the carrier (13) it sits on it and the holder (8) is prevented from moving in the downward direction.

Thus, a solid connection is obtained between the door (3) and the handle (4). According to the invention, the locking mechanism (7) contacts the holder (8) from its opposite sides. at least two extensions (11) extending from both sides of the carrier (13) so as to contains. In this application, there is a space between the extensions (11).

When the holder (8) is placed on the tab (10), one of the extensions (11) (8) prevents it from moving to the right, and the other to the left. Also, extensions Since (11) enters the opening (9) separately from each other, its flexibility increases and a stronger connection is obtained (Fig. 5).

In another embodiment of the invention, the nail (10), located between the extensions (11), When the extensions (11) are inserted into the opening (9), resting on the holder (8) (8) includes a stopper (12) that prevents its movement. From the nail (10) As the (9) passes, the stopper (12) flexes, causing the holder (8) to move downwards. and when the holder (8) fully grasps the tab (10), the first it returns to its position and applies pressure to the holder (8). In this way, the holder (8) its upward movement is prevented (Figure 5).

In another embodiment of the invention, the stopper (12) is an extension along the extension (11). The holder (8) located at the upper end of the stud (14) and the stud (14) is placed on the tab (10). it includes a set (15) that rests on the holder (8) when placed. Nail (10) clearance When the holder (9) starts to enter into it, the holder (8) comes into contact with the set (15) and closes the stopper. (12) pushes back. As the holder (8) moves along the tab (10), the strut (14) Thanks to its flexible structure, the stopper (12) moves further back from its initial position. It is in the position and does not prevent the movement of the holder (8). Conservative When (8) is seated on the carrier (13), the set (15) is released from the holder (8) and (8) rests on it and causes the holder (8) to move in the upward direction. (Figure 5, Figure 7).

In another embodiment of the invention, the free end of the set (15) is inclined. In this way as soon as the holder (8) first touches the set (15) and thus the stopper (12) it is easier to push it back without hindering its movement.

In another embodiment of the invention, the holder (8) is in the form of a hollow half truncated cone.

In this application, the width of the holder (8) is increased from top to bottom. expanding, the distance between the extensions (11) is from the carrier (13) to the ends. is decreasing. In this way, until the extensions (11) are completely inserted into the holder (8). Since it does not force the holder (8), the locking process is easier.

In another embodiment of the invention, the locking mechanism (7) is attached to the support element (6). on the surface of the holder (8) almost opposite. a cavity (16). In this way, it is supported by the nail (10) and the holder (8) element (6) is provided to move more easily between them.

In another embodiment of the invention, the locking mechanism (7) is made of plastic. is produced. In this way, the mobility of the locking mechanism (7) are being developed and the assembly process is made easier.

In another embodiment of the invention, the cooler (1) is located at the lower and upper ends of the handle (4). each of the support elements (6) located in the positioned in two slots (5) and in each pair of slots (5) - support member (6) It includes two locking mechanisms (7). In this way, the handle (4) and A solid connection is obtained between the door (3).

With this invention, the handle (4) can be placed on the door (3) without any tools. It can be easily mounted without being heard. In this way, parts and labor costs are reduced.

The invention is not limited to the above-described applications, but is provided to the person skilled in the art. can easily demonstrate different applications of the invention. Find these should be evaluated within the scope of the protection claimed by the claims.

Claims (2)

REQUIREMENTS At least one cabinet (2) in which the food to be cooled is placed, at least one door (3) providing access to the cabinet (2), at least one handle (4) that enables the door (3) to be opened and closed, located on the door (3) at least one slot (5), at least one support member (6) located on the side of the handle (4) facing the door (3) and aligned with the slot (5) when the handle (4) is fixed to the door (3), and at least one support member (6) of the handle (4) to the door ( 3) at least one locking mechanism (7), which enables it to be mounted, to a bridge-shaped annular holder (8), which is connected to the support element (6) at both ends, to an opening located between the support element (6) and the holder (8). (9), 0 a carrier (13), 0 located inside the slot (5) and sitting on the carrier (13), while the handle (4) is mounted on the door (3), entering the holder and passing through the opening (9), which rests on the holder (8). and a locking mechanism (7) with a claw (10) that prevents the handle (4) from moving, so as to contact the holder (8) from their opposite sides. A cooler (1), characterized by a claw (10) extending from both sides of the holder (13) and containing at least two extensions (11) that prevent the holder (8) from moving horizontally by pressing the inner surface of the edges of the holder (8). As in Claim 1, the cooler ( one). extension (l 1) and a set (15) located at the upper end of the post (14) which abuts against the holder (8) when the holder (8) is placed on the tab (10). 2), as in Claim 2, and Cooler (1) as in Claim 3, characterized by the set (15) whose free end is inclined. . Cooler (1) as in any one of the above claims, characterized by a holder (8) in the form of a hollow half truncated cone. . Cooler (1) as in any one of the above claims, characterized by a recess (16) formed on the surface of the support element (6), almost opposite the holder (8). . Cooler (1) as in any one of the above claims, characterized by the locking mechanism (7) produced from plastic material. . One support element (6) located at the lower and upper ends of the handle (4), two slots (5) positioned to meet the support elements (6) and two locking mechanisms (7 each) in each pair of slot (5) - support element (6). Cooler (1) as in any one of the above claims, characterized by ).