A hinge lock plate with a locking system.

Abstract

This invention relates to a furnace hinge (1) containing a wedge (2) with a cam profile (2.1.) extending from its upper surface in the form of an inclined projection, connected from one end to a connecting piece of the furnace (5) and from a second end opposite to the aforementioned first end to the hinge body (1.1); a movable lock plate (3) located on the wedge (2) and configured to fit into a slotted connection structure (4) with the wedge (2) and to have a locking wedge (3.1) integrated into the surfaces between its front and rear surfaces; and a slot channel (4.1.) located in the aforementioned slotted connection structure (4) which connects the wedge (2) and the movable lock plate (3) and is positioned in such a way that its central axis forms an inclination with the fixed axis of the pin (4.2).

Description

30915.23 1 TARIFF A hinge lock plate with a locking system. Technical Field This invention provides a way to securely attach the oven door to the oven body. a hinge that includes wedge and briquette sheet metal and provides comfortable use lg ld r. Previous Tech 10 In the application of the technique, one end of the wedge in the oven hinges is in the oven. The connecting piece located inside the body is positioned within the hinge, connecting the oven. The wedge fastens the lid. The other end of the wedge is attached to the oven door. The hinge body is positioned and connected to the hinge system. 15 During its operation, wedges of various sizes pass through the hinge body. Forces are acting on it. Under the influence of these forces, the hinge system's safety and... In the current technique for stable operation, the wedge is located on and connected to the wedge. A locking piece is used, positioned between the connecting parts. The locking part is subjected to variable moment forces coming from the hinge. The wedge-shaped connector is unable to perform its clamping function, and the system... Balance cannot be established. Patent application number ITMI942646A1, which is included in the technical status, document br 25 used in electric, gas and microwave or similar ovens. The hinge mechanism is related to the oven body. The document in question states that the hinge is located on the oven body. the connecting piece located between the wedge and the connecting element It contains a problem due to incompatibility between the locking element and the connecting piece; The wedge may move and its stability may be compromised during the opening and closing of the hinge. This is the case. In this situation, the user is provided with a hinge system that operates stably and comfortably. 30 It cannot be presented. 30915.23 2 These problems experienced with current technology make a reliable oven hinge a crucial component. This has made its development necessary. Brief Description of the Invention The aim of this invention is to create an oven hinge that will operate stably under varying loads. It is to accomplish. Another aim of this invention is to create an oven that provides comfortable and safe use. The hinge is to be realized. 10 Detailed Description of the Invention This invention relates to an oven hinge that was developed to achieve its purpose. from the figures; 15 Figure 1. Perspective fiber view of the hinge structure that is the subject of the invention. Figure 2. Invention hinge structure of the lock plate wedge. This is the perspective FBR view of the connection piece in a position where it is not interlocked. Figure 3. The subject of the invention is the hinge structure of the lock plate with wedge. This is a side view of the position where the connecting piece is not clamped. 20 Figure 4. The subject of the invention is the hinge structure of NBR with rotating movement of the locking plate. This is a side view of the machine while it is in operation. Figure 5. The subject of the invention is the rotating hinge structure of the lock plate. This is a side view of the completed position of the motion n. Figure 6. The subject of the invention is the hinge structure of the lock plate with wedge 25 This is a side view of the clamping position between the connecting parts. Figure 7. The subject of the invention is the hinge structure of the locking plate wedge. This is the perspective view of the connector when it is in the interlocking position. Figure 8. The subject of the invention is the hinge structure of the lock plate with wedge and This is a side view of the connector when it is in the interlocking position. 30 30915.23 3 Figure 9. Other configuration of the invention, with the lock plate in the interlocking position. It is the perspective fbr view where it is not present. Figure 10. The alternative configuration of the invention, the rotational movement of the lock plate. This is a side view of the completed product. Figure 11. The alternative configuration of the invention, the lock plate rotates. 5 This is a side view of the vehicle in that state. Figure 12 shows a view of another configuration of the invention. Figure 13. An alternative fiber view of another configuration of the invention. Figure 14. An application of the invention between the key plate and the wedge and connecting piece. This is a side view of the metal when it is in the interlocking position. 10 Figure 15. An application of the invention between the wedge and connecting piece of the lock plate. This is the perspective view of the fiber optic cable when it is in the interlocking position. Figure 16. Application of the invention with the locking plate rotating. This is a side view. Figure 17. A key application of the invention completed the rotational movement of the sheet metal. This is a side view of the vehicle in that position. The parts in the figures are individually numbered, and these numbers correspond to the following: It is given below. 1. Oven hinge 20 1.1. Hinge body 2. Wedge 2.1. Cam profile 3. K-shaped sheet metal 3.1. K lt wedge 25 3.2 Handle 4. Slotted connection structure 4.1. Slot channel 4:2 pm 5. Connector 30 α: Cam profile inclination angle 30915.23 4 β: Slot channel slope angle F: S stem force Fb: B-type force A broiler hinge suitable for use in ovens, 5  brbr nc end to the furnace br connection piece (5), to the mentioned br nc end The hinge body is attached to the opposite end of the bridge (1.1.), upper a cam profile (2.1) extending in the form of a protruding incline from the surface wedge (2),  located on the wedge (2) and suitable for the wedge (2) and the slotted connection structure (4) 10 will be integrated into the surfaces between the front and rear surfaces. movable briquette sheet configured to have a wedge (3.1) (3) and - In the mentioned slotted connection structure (4), wedge (2) and movable lock will align the hair (3) and the central axis pmn (4.2) fixed axis with br inclination 15 slot channel positioned in the form to create (4.1) It contains. The subject of the invention is the wedge (2) inside the oven hinge (1), located in the body of the oven. The wedge (2) end is connected to the connecting piece (5). The wedge 20 (2) The third end of the mentioned third end is opposite to the oven door. The hinge body (1.1) is positioned and attached to the top of the wedge (2). on the surface, extending in the form of an inclined projection and integrated with the wedge (2) br cam profile (2.1) is located. Cam profile (2.1) connection piece (5) The inclination angle (α) of the viewing surface is preferably between 0.1° and 10°. ed leb lmekted r. Between the wedge (2) and the connecting piece (5) briquette sheet (3) positioned and klt sheet (3) with wedge (2) br slot channel (4.1) and brpm (4.2) The slotted connection structure (4) is connected to the lock sheet. In this way, the lock sheet (3) Rotational and sliding movement occurs on the wedge (2). Slotted connection structure (4) slot channel (4.1), center axis pmn (4.2) fixed axis le 30 The beam is positioned to create a slope angle (β). The angle β is between 0.1° and 15°. 30915.23 It can be optimized between the front and back surfaces of the lock sheet (3). The briclite wedge (3.1) which extends and integrates with these surfaces and has a structure of briclite. It contains. In the opening and closing operations of the oven door, the hinge body A force (F) acts on the wedge (2) through (1.1) in the direction of the connecting piece (5). The variability of the force F depends on the operation of the oven hinge (1) 5 It shows that under the influence of force F, the lock plate (3), slotted connection structure (4) Thanks to this, a rotating part is directed towards the connecting piece (5) on the wedge (2). It is moving. While force F is acting; slot channel (4.1) angle β le positioned and cam profile (2.1) contacts the lock sheet (3) at angle α c n, on the lock plate (3) the lock plate (3) will provide the sliding movement of the lock plate (3) downwards 10 br Fb b a combined force is created. In this way, the klt sheet (3), connecting piece (5) and The wedge (2) will be clamped between the oven hinge (1) and the opening and closing during which the connection of the wedge (2) with the connecting piece (5) is stable and secure This will ensure that the oven offers a comfortable user experience. hinge (1) will be provided. 15 In the configuration of the invention, the slot channel (4.1.) is on the wedge (2) It is positioned. In this configuration of the invention, the klt sheet (3), the inside of the pmn (4.2) contains a slot in which it is located. In this way, the lock plate (3), wedge (2) It can perform sliding and rotational movements on it and the wedge (2) and the connecting piece 20 (5) during the opening and closing movement of the lid by interlocking between them The oven hinge (1) ensures stable operation. In the design of the invention, the slot channel (4.1) is on the lock sheet (3). is positioned. In this application of the invention, the wedge (2), the inside of the pmn (4.2) 25 It contains a slot in which it is located. In this way, the lock plate (3) is on the wedge (2). It can perform sliding and rotational movement and between the wedge (2) and the connecting piece (5). The oven opens and closes its lid by locking it together. The hinge (1) ensures stable operation. 30915.23 6 In the design of the invention, the oven hinge (1) is on the lock plate (3). It includes at least one handle (3.2) located in the lock. The handle (3.2) is a lock. It is a structure that extends as a protrusion from the upper end of the sheet metal (3). Handle (3.2) Thanks to this, the locking mechanism (3) can be opened and closed by hand. The invention is a preferred one In the application, the handle (3.2) is on the front and rear surfaces of the lock sheet (3) at the upper end of 5 There are b units of each. In one application of the invention, the handle (3.2) is attached to the lock plate (3) The integrated KBR is in form. 15 25

Claims

30915.23 7 REQUESTS 1. This is an oven hinge suitable for use in ovens, and its features are:  brbr nc from the end of the furnace to the br connecting piece (5), the mentioned br nc opposite end to the hinge body (1.1.) 5 a raised, protruding projection extending from its upper surface cam profile (2.1) containing a wedge (2), - located on wedge (2) and with wedge (2) and a slotted connection structure (4) in a suitable manner and between the front and back surfaces 10 that are configured to have an integrated ribbed wedge (3.1) movable briquette sheet (3) and - In the mentioned slotted connection structure (4), wedge (2) and movable klt sheet metal (3) will be attached to the rt and the central axis pmn (4.2) will be fixed t slot channel positioned in such a way as to create an inclination along the axis (4.1) Çermes Dr. 15 2. A suitable oven hinge according to Request 1, with the feature of a slot channel (4.1) the wedge (2) is on it.

3. A suitable oven hinge according to Request 2, its feature is; 20 inside the lock plate (3). pmn (4.2) is located in a nest enclosure d r.

4. A suitable oven hinge according to Request 1, the feature of which is; slot channel (4.1) lock. It is on the sheet metal (3).

5. A furnace hinge conforming to Request 4, its feature being; inside the wedge (2) pmn is located in (4.2) br nest d r.

6. Any of the systems above has an oven hinge, like the one in the list above. The feature is that the lock plate (3) has at least one handle (3.2) at the top end. 30 30915.23 8 7. Request 6'min gbbr oven hinge, feature ğ ; handle (3.2) lock. The sheet metal (3) is integrated into the upper end in the form of kbr.

8. Any of the systems above has a similar oven hinge, The characteristic is that the cam profile's (2.1) inclination angle is between 0.1° and 10°. 5 9. Any of the systems above has a similar oven hinge, The feature is that the slope angle of the slot channel (4.1) is between 0.1° and 15°. 15 25

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