A camera cable holder assembly for ovens.

Abstract

The invention relates to a camera cable holder device (1) which ensures the fixation of the camera cable (12) on the oven door (10) and facilitates the connection of a camera (11) positioned on the oven door (10) with the electronic circuits and the user, thanks to a cable channel (20) it contains, the first column (30) and the first hinge (40) of the oven door (10) with specific form, holes (22.1, 30.2) and slots (30.1, 40.2).

Description

1 TARIFF A camera cable holder assembly for ovens. Technical Area The invention relates to a camera cable holder assembly for ovens. More specifically, the invention consists of a cable channel, located in the cover column and hinge. The camera is positioned on the oven door via specific shapes, holes, and slots for connection. a device that secures the cable to the cover and facilitates assembly. This relates to the camera cable holder assembly. State of the Art Household ovens are 10 types of appliances that meet basic needs in kitchens such as cooking, heating, and baking. These are appliances. Generally available in electric or gas models, these ovens offer different cooking programs. Temperature settings and timer features offer flexibility to the user. Home ovens are used for cooking. During the cooking process, the ingredients are heated inside a closed cooking chamber. This cooking chamber... configured to withstand high temperatures, materials under the influence of heat and steam 15 to provide proper insulation and sealing so that it can be cooked efficiently It is structured in such a way that the user accesses the cooking chamber through a movable hatch located at the front of the oven. This is made possible thanks to To enhance the user experience and make the cooking process more efficient in modern ovens. For this purpose, the integration of camera systems is becoming widespread. These types of cameras allow users It allows you to observe the food in the cooking chamber without opening the oven door, thus keeping the temperature at 20°C. While losses are minimized, control over the cooking process is increased. Camera systems, especially smart ones, With the proliferation of home technologies, interaction with a screen outside the oven or with mobile devices They are structured in a way that can establish this. In this context, camera systems used in bakeries They must be robust, resistant to high temperatures, and possess optical quality that allows them to provide clear images. is expected. 25 The cameras used in ovens are usually located on the inside of the door. This placement, While providing a wide-angle view of the cooking chamber, the camera lens captures heat, steam, and oil. It also makes it easier to protect against deposits. However, in some applications, the camera can be placed inside the oven. It can be placed in that area, allowing images to be taken from different angles. In both cases... A special 30-degree angle is required to ensure the camera is securely positioned and the clarity of the viewing angle is maintained. 2 Configuration is required. These configurations allow users to easily monitor the cooking process. It allows. The cabling arrangement of camera systems used in bakeries ensures both the continuity of camera performance. This is also important for the safe operation of the oven. In the current state of technology, the camera Cables are usually secured using adhesive fasteners. However, these 5 This method requires additional labor from the operator and complicates production processes. In addition, adhesive bonding ensures durability in harsh oven conditions such as high temperature and humidity. They can lose their lifespan and become short-lived. This situation increases the maintenance requirements for users. Moreover, it can negatively affect the reliability of the camera system in the long run. Therefore... Configurations that ensure cables are securely and permanently fixed are of great importance. 10 It carries. Document number CN218009305U mentions an oven equipped with a camera. Here, the camera... The path through which the cable will pass is glued and compressed between the inside and outside of the cover. (Existing) The cable channel proposed in the invention allows the camera cable to be routed through special forms in the column and hinge. Details regarding its fixation are not explained in the document. 15 Document EP3450853B1 mentions an oven with a camera on the outside of the oven door. This is done through special forms in the cable tray, column and hinge in the document in question. The method of securing the camera cable is not explained. Considering the aforementioned drawbacks, camera cables for ovens with cameras... 20 camera cable holder assembly that secures the cable and facilitates assembly. The need has become apparent. Purpose and Brief Description of the Invention The purpose of this invention is to provide a camera cable that ensures the stability of the camera cable for ovens with cameras. The goal is to establish a protective mechanism. Another purpose of this invention is a camera cable holder that extends the lifespan of ovens with cameras. 25 The goal is to establish a system. Another purpose of this invention is a camera cable that simplifies the assembly process of ovens with cameras. The goal is to establish a protective mechanism. The invention is a cooking chamber into which food to be cooked is placed, and the cooking chamber in question. a surrounding body, with 30 located at the front of the aforementioned body providing access to the cooking chamber. 3 and features an oven door that includes a camera so the user can see inside the oven, a camera with a cable holder and a socket in an oven configured for cooking food It is a camera cable holder assembly for securing the cable, and the camera cable is placed in the oven. to be fixed to the cover and to facilitate assembly,  at least one bed where the camera cable mentioned sits and the camera in question 5 the cable in question is to restrict its movement along a first axis at least one cable duct with at least one third holder in which the holder is located,  a certain distance above the aforementioned cable channel towards the center of the oven door structured as a protruding section that advances and terminates, and controls the movement of the camera cable. at least one first column with at least one fifth clamp obstructing on the second axis and 10  configured as an overhang in which the aforementioned socket can sit, and the said having at least one socket housing that obstructs the movement of the socket along the aforementioned first axis at least one first hinge It includes. Brief Description of Figures 15 Figure 1 shows the camera cable holder assembly components in an exploded view, rear-facing, at an angle. A perspective view is provided. Figure 2 shows an angled, perspective view of the cable duct from the side. Figure 3 shows an angled, perspective view from the side of the first hinge. Figure 4 shows the first column and the first hinge assembled, viewed from the side, at an angle, perspective. The appearance is given. Figure 5 shows the camera cable holder assembly assembled, viewed from the rear at an angled perspective. The appearance is given. Figure 6 shows another angled perspective view from the rear of the camera cable holder assembly in its assembled state. The appearance is given. 25 Figure 7 shows the camera cable holder assembly assembled, viewed from the side, at an angle, perspective. The appearance is given. 4 Reference Numbers 1 Camera cable holder assembly Oven door 10.1 Handle 11 Cameras 5 12 Camera cables 12.1 Cable holder 13 Sockets Cable tray 21 First holder 10 22 Second holder 22.1 First hole 23 Third holder 24 Beds First wall 15 26 The Second Wall 27 Fasteners 28 Fourth holder First column 30.1 First slot 20 30.2 Second hole 30.3 Connection protrusion 30.4 Fifth retainer 31 Second column 40 First hinge 25 40.1 Socket holder 40.2 Socket opening 41 Second hinge A. First axis B Second axis 30 Detailed Description of the Invention The invention consists of a cable channel (20), oven door (10) in the first column (30) and first hinge. (40) certain retainers (21, 22, 23, 28, 30.4), holes (22.1, 30.2) and slots (30.1, 40.2) thanks to a camera (11) positioned on the oven door (10) with electronic circuits and the user ensuring that the camera cable (12) connecting to the oven door (10) is fixed and 35 It relates to a camera cable holder assembly (1) which provides ease during assembly (Figure 1). A In other words, the invention is a cooking chamber into which food to be cooked is placed, the cooking chamber in question a body surrounding the chamber, with access to the cooking chamber located at the front of the aforementioned body. an oven door (10) which provides and contains a camera (11) so that the user can see inside the oven. an oven equipped with elements for cooking food, a cable holder (12.1) and a socket 40 (13) has a camera cable holder assembly (1) for securing a camera cable (12). The camera cable (12) should be fixed to the oven door (10) to facilitate mounting. It is being structured. The camera cable holder assembly (1) consists of a first column (30) in the preferred configuration of the invention and 5 The first hinge (40) is located on the inside of the oven door (10) according to the user. and both columns (30, 31) and hinges (40, 41) have the same configuration. They can be arranged. For ease of explanation, the columns (30, 31) and hinges (40, 41) are in pairs. It has been called an element. In this context, the camera cable holder assembly (1) of the oven door (10) Which side it is on cannot be considered a limitation of the invention. When providing detailed descriptions of the invention, terms such as direction, axis, orientation, etc., should be understood better. 10 References will be made to the figures indicated for this. Here, according to the figures; the first axis (A) is the furnace. The vertical axis extending from the top to the bottom of the cover (10) according to the user, second Axis (B) represents the horizontal axis extending from the oven door (10) towards the baking chamber. (Figures 5, 7) The camera cable holder assembly (1) is for ovens containing a camera (11) on the oven door (10), 15 Basically, at least one camera cable (12), at least one cable duct (20), at least one first column (30) and It includes at least one primary hinge (40) component. The cable channel (20) includes at least one primary holder (21), at least one second holder (22), at least one third holder (23), at least one bed (24), at least one first wall (25) has at least one second wall (26) and at least one fourth holder (28). The second holder (22) has at least It has a first hole (22.1). The first column (30) has at least one first slot (30.1), at least one second hole 20 (30.2) has at least one connecting protrusion (30.3) and at least one fifth retainer (30.4) component. First The hinge (40) must have at least one socket housing (40.2) and the aforementioned socket housing (40.2) must have at least one socket holder. It has components (40.1). An oven refers to the element designed for cooking food. The body forms the outer frame of the oven. and is the outermost layer surrounding the cooking chamber. The body has a rectangular prism geometry and is 25 The front part, which is behind the oven door, is open. The body consists of the aforementioned front part of the body. It has a front wall in the form of a frame. At least one oven door mentioned (10) corresponds to the front wall. It is connected to the front wall in such a way that the user can access the cooking chamber by opening and closing it. It provides the user with the ability to open and close the oven door (10) comfortably. There is a handle (10.1) that is structured as a protrusion from the lid (10) towards the user. 30 In alternative configurations of the invention, the oven can also be made with different handle (10.1) configurations such as recesses etc. The lid (10) can be opened and closed. 6 Within the scope of the invention, the camera (11) located on the oven door (10) allows the user to see the cooking chamber. The camera (11) allows him to observe the inside of the oven clearly, at high temperature and humidity. It is designed to withstand challenging conditions such as these, ensuring the sustainability of optical performance. The camera cable (12) coming out of the camera (11) provides signal and power transmission to the camera. The cable is arranged to pass through the cable holder assembly (1). The end of the camera cable (12) is connected to a 5 Equipped with socket (13), which ensures a safe and stable electrical connection. It allows for the provision of a connection compatible with the electrical infrastructure in the oven's internal structure. Socket (13) When creating the point, it supports the efficient operation of the camera (11) system. Socket (13), It fits into a socket housing (40.2) located in the first hinge (40), while the socket housing (40.2) The socket holders (40.1) are structured as protrusions on the outer edges of the socket (13) 10 on the first axis. (A) prevents movement. The camera cable (12) is connected to the socket (13) at the point where the camera cable is connected to the socket (13). An additional cable holder (12.1) element is included which helps to secure the cable (12). The aforementioned cable holder (12.1) is in the form of a cylinder with channels on it, wider than the cable. and sits on the corresponding part of the third holder (23). The cable channel (20) is structured as a rectangular profile with one end open, and the open part is 15 The cable faces the cooking chamber, or in other words, the rear from the user's perspective (Figure 2). channel (20) is basically designed to prevent the movement of the camera cable (12) on a first axis (A). At least one third holder (23) where the aforementioned cable holder (12.1) is located, facing the oven door (10) in the section, sitting on the connecting projection (30.3) of the first column (30), ending after covering a certain distance In a flat strip structure, a bearing (24) on which the camera cable (12) sits, and 20 on which the first column (30) sits. a projection from the oven door (10) towards the cooking chamber that ends by covering a certain distance on the surface a first wall (25) and opposite the aforementioned first wall (25) another In other words, a bed (24) is located near the edge of the oven door (10) close to the center of a certain configured as a projection from the oven door (10) towards the cooking chamber, ending by covering a distance It consists of a second wall (26) component. The first holder (21) mentioned above is the 25 of the furnace door. (10) as a projection from the first wall (25) towards the cooking chamber, at a short distance from the top. is being configured and sits in the first slot (30.1) element in the corresponding first column (30). It helps to fix the cable channel (20). The first slot (30.1) is the first column (30) It is positioned at a point that will be aligned with the first holder (21) and the first holder (21) By fitting it, it ensures the connection of the cable channel (20) with the first column (30). First holder 30 (21) to ensure the connection and fixation of the mentioned cable channel (20) to the first column (30); It fits into a first slot (30.1) in the first column (30) and one end of the cable channel (20) It ensures that it is fixed. The second holder (22) is placed at a short distance from the bottom of the oven door (10). It is configured as a projection from the first wall (25) towards the cooking chamber and has a Using the connecting element (27), it is inserted into the second hole (30.2) in the first column (30) where it is aligned. 35 7 It has a first hole (22.1) which is structured as a gap that enables the connection. The second holder (22) the connection of the mentioned cable channel (20) to the first column (30) by means of a connecting element (27). and to ensure its fixation; a second hole (30.2) located in the first column (30) is aligned with one It has the first hole (22.1). The third holder (23) is from the first wall (25) to the center of the oven door (10). It is structured as a projection that travels a certain distance and ends, with 5 in the middle section. It is configured in such a way that the channels in the corresponding cable holder (12.1) can fit. The aforementioned bed (24) is configured so that the camera cable (12) can sit on it, It is structured as a strip with a certain width and length and sits on the edge of the first column (30). at least one first wall (25) and at least one second wall on the edge facing the center of the oven door (10). (26) is configured to be located. The cable holder (12.1) is connected to the third holder (23) 10 By sitting, it prevents the camera cable (12) from moving on the first axis (A). The fourth holder (28), by emptying the second wall (26) to the bed (24) so ​​that it has a certain width or It has a nail configuration formed by cutting. In other words, the fourth holder (28), The second wall (26) mentioned will have a certain width up to a part near the bed (24). It is created by emptying it in this way and 15 is placed on it to prevent the camera cable (12) from moving. It is configured as a bendable claw. One of the preferred configurations of the invention is... near the first hole (30.1) in the second wall (26) near the center of the other second wall (26) three fourth holders (28) located in the part, another one near the hinge (40) There are four holders (28) on the camera cable (12) during assembly. It restricts its movement on the second axis (B) by bending. 20 In the present invention, on both sides of the oven door (10), supporting the oven door (10) and the internal structure There are columns that ensure its integrity. One of these columns is the camera cable holder assembly (1) The column which is an element is called the first column (30), and the other is called the second column (31). The first column (30) allows the first holder (21) to be fixed thanks to the first slot (30.1) on it. It allows. The first holder (21) fits into the first slot (30.1) and provides a secure 25 for the camera cable (12). It forms a fixing point. The second hole (30.2) located on the first column (30) is the second holder. (22) is connected by the use of the connector (27) with the first hole (22.1). This configuration, cable fixing of channel (20) and secure routing of camera cable (12) It forms a supporting connection point. The second hole (30.2) connects the first column (30) to the second retainer (22) and It is positioned at a point to align with the first hole (22.1) and a connecting element 30 (27) connection of the cable channel (20) to the first column (30) and the first hinge (40) It provides. On the surface where the first column (30) sits on the oven door (10), a certain distance from the oven door (10) There is at least one connecting projection (30.3) which is structured as a projection that progresses and terminates. 8 In the preferred configuration of the invention, one is on the top of the oven door (10) and the other is on the bottom. There are two connection protrusions (30.3), however, in alternative configurations the connection protrusion It can be configured in a structure that continues along the first column (30). Connection projection (30.3) in a structure on which the cable channel (20) bearing (24) element can sit for mounting It is configured. The connection projection (30.3) is 5 from the first column (30) to the center of the furnace door (10). It is structured as a proper projection and the cable channel (20) is on the first column (30) It helps in the placement of the camera cable (1) in the camera cable holder assembly (12). Another element that ensures its stability is the fifth retaining element (30.4). The fifth retaining element (30.4) is the first Starting at a certain distance from the surface of the furnace door (10) of the column (30), to the center of the furnace door (10) It is correctly structured as a protrusion with a specific width, length, and thickness. The aforementioned fifth holder is 10. (30.4) undertakes more than one task. The fifth retainer (30.4) element is both one or more intermediate In oven doors containing glass (10), the intermediate glass panels carry the load as well as the cables. Because the camera cable (12) sits directly on the channel (20) on the second axis (B) It restricts its movement. In the preferred configuration of the invention, the cable channel (20) is immediately 15 There are three fifth retainers (30.4). For oven doors (10) containing more than one intermediate glass, the intermediate numerous fifth holders (30.4) at a certain distance where the glass can sit It can be used. The fifth holder (30.4) runs the aforementioned cable towards the center of the oven door (10). The camera is structured as a protrusion that extends a certain distance above the channel (20) and ends there. It is configured in a structure that prevents the movement of the cable (12) on a second axis (B). 20 The oven door (10) facilitates opening and closing movements and ensures the oven door (10) is securely closed. In order to ensure that it stays in place, the first hinge (40) and the second hinge (41) It is equipped with hinges (40, 41) that allow the lid (10) to move while also being fixed and It forms a durable connection. The first hinge (40) is at the bottom of the oven door (10), first column (30) and the second hinge (41) will be connected to the second column (31) in such a way as to be its symmetrical counterpart. 25 They are positioned in this way (figures 3, 4). This configuration involves the hinges (40, 41) with the columns (30, 31) By enabling integrated operation, it increases the stability and service life of the lid (10). First The hinge (40) is an element of the camera cable holder assembly (1) and is located at the end of the camera cable (12). It contains a socket housing (40.2) component into which the socket (13) can fit. The socket housing (40.2) is configured as a space in which the socket (13) can fit. The socket housing is 30 (40.2) The socket holder (40.1) elements, which are structured as protrusions on the outer edges, are separated from the socket (13) It has a lower width and during assembly the socket (13) flexes away from the socket holders. (40.1) passes through, and after it sits in the socket housing (40.2) the aforementioned socket holders (40.1) It remains fixed thanks to the socket housing (40.2); a protrusion into which the aforementioned socket (13) can sit. It is configured as such and the movement of the socket (13) in question is on the first axis (A) 35 9 It prevents the socket housing (40.2) from remaining in place after the socket (13) has been mounted. In order to provide, at least one of its edges must have a certain width and length toward the center of the socket housing (40.2). and a protrusion with a wall thickness through which the socket (13) can pass by flexing during assembly. It has at least one socket holder (40.1) configured. During the installation of the camera cable holder assembly (1), the first step is to attach the columns (30, 5) to the oven door (10). 31) and mounting of the hinges (40, 41). Following this operation, the cable channel (20) connection. It is fitted into its protrusions (30.3). At this time, the first holder (21) fits into the first socket (30.1), the second The first hole (22.1) on the holder (22) is aligned with the second hole (30.2), the third holder (23) socket It rests on its socket (40.2). After this process, the second is made by using a connecting element (27). The holder (22) is connected to the first column (30). Afterwards, the camera (11) is inside the oven door (10). It sits in a socket located in this part and the camera cable (12) is connected to the camera (11). This is provided. Subsequently, the camera cable (12) is placed in the cable channel (20) and socket (13) is inserted into the fifth It is advanced from under the holders (30.4) to the socket housing (40.2) and from the socket holders (40.1) It is inserted and seated into the socket housing (40.2). Finally, it has a tab configuration. The fourth holders (28) are placed on the first column (30), in other words on the camera cable (12) 15 An additional element is introduced that prevents the camera cable (12) from moving by bending it, camera The assembly of the cable holder assembly (1) is completed. The camera cable holder assembly (1) ensures that all components located on the oven door (10) are compatible and It features an innovative structure that allows for a robust connection between the cables. Integrated structure of channel (20) with columns (30, 31) and hinges (40, 41), camera cable holder 20 This makes the assembly process of the device (1) easier and increases post-assembly stability. This configuration saves time during the installation phase and also ensures the camera cable... (12) It offers long-lasting use by preventing movement. Camera cable holder assembly (1), It incorporates a rational structure that allows the operator to perform flawless assembly. Furthermore, the connection of the camera cable (12) to socket (13) should be neatly placed in the cable channel (20) 25 The reliability of the system is ensured by its placement and secure fixation in the socket housing (40.2). Camera cable holder assembly (1), camera (11) systems in ovens are being increased. It not only simplifies integration but also elevates the user experience to the next level.

Claims

REQUESTS 1. The invention describes a cooking chamber in which food to be cooked is placed, and the said cooking chamber... a surrounding casing, located at the front of the aforementioned casing and providing access to the cooking chamber. an oven door which provides access and contains a camera (11) so that the user can see inside the oven (10) A cable holder (12.1) and 5 in an oven configured for cooking food, having the elements. a camera cable holder assembly for securing a camera cable (12) to a socket (13) (1) and its feature is that the camera cable (12) is fixed on the oven door (10) and easy to mount. to provide,  at least one bed (24) on which the mentioned camera cable (12) rests and the said To prevent the movement of the camera cable (12) on a first axis (A) 10 having at least one third holder (23) in which the aforementioned cable holder (12.1) is placed a cable channel (20),  On the aforementioned cable channel (20) towards the center of the oven door (10) structured as a protrusion that extends a distance and terminates, and the camera cable (12) having at least one fifth holder (30.4) which prevents its movement on a second axis (B) 15 at least one first column (30) and  configured as a protrusion into which the aforementioned socket (13) can sit and the said at least one socket that obstructs the movement of the socket (13) on the first axis (A) mentioned above. at least one first hinge (40) having a socket (40.2) It is characterized by its inclusion. 20 2. A camera cable holder assembly (1) according to claim 1, the feature of which is; the part facing the cooking chamber. Configured as a rectangular profile to be open, it sits on the oven door (10) at least one bearing (24) on the surface, at least one first wall (25) on the surface where it rests on the first column (30) and at least one second wall (26) on the surface facing the center of the oven door (10) It is characterized by containing a cable channel (20). 25 3. According to Claim 1, a camera cable holder assembly (1) is required, the feature of which is; the aforementioned cable channel (20) to ensure the connection and fixation of the first column (30); located in the first column (30) at least one first holder (21) which secures one end by fitting into a first socket (30.1) It is characterized by its inclusion. 11 4. According to Claim 1, a camera cable holder assembly (1) is characterized by the fact that the aforementioned cable channel (20) to ensure its connection and fixation to the first column (30) by means of a connecting element (27). so that; having a first hole (22.1) aligned with a second hole (30.2) in the first column (30). It is characterized by containing at least one second retainer (22).

5. According to claim 2, a camera cable holder assembly (1) whose feature is; the camera cable (12) 5 as a strip with a specific width and length, configured so that it can sit on it at least one first wall (25) and oven on the edge where it sits on the first column (30) at least one bed with at least one second wall (26) on the edge facing the center of the cover (10). (24) is characterized by its inclusion.

6. According to claim 5, a camera cable holder assembly (1) is required, the feature of which is; 10 of the second wall (26) mentioned. by emptying it to a certain width up to a part close to the bed (24) a tab that is created and can be bent over to prevent the camera cable (12) from moving. It is characterized by containing at least one fourth holder (28) with the following configuration.

7. According to claim 3, a camera cable holder assembly (1) is required, the feature of which is; the first column (30) first 15 positioned at a point to be aligned with the holder (21) with the seating of the first holder (21). at least one first socket (30.1) which connects the cable channel (20) to the first column (30) It is characterized by its inclusion.

8. According to claim 4, a camera cable holder assembly (1) is characterized by being the second of the first column (30). a holder (22) and positioned at a point to align with the first hole (22.1) and a Using the connecting element (27), the cable channel (20) is connected to the first column (30) and the first hinge (40) 20 It is characterized by containing at least one second hole (30.2) which provides the connection.

9. According to claim 4, a camera cable holder assembly (1) is available, the feature of which is; from the first column (30) oven. The first column of the cable channel (20) is structured as a protrusion towards the center of the cover (10). (30) is characterized by having at least one connecting protrusion (30.3) which helps in its placement on (30). It is done. 25 10. According to Claim 1, a camera cable holder assembly (1) is characterized by its socket housing. (40.2); to ensure that the socket (13) stays in place after it has been mounted, its edges must be at least In one of them, towards the center of the socket housing (40.2) there is a one with a certain width, length and wall thickness and at least one socket (13) is configured as a protrusion through which the socket can pass by flexing during assembly. It is characterized by containing a socket holder (40.1). 30