CONCEALED CONDENSATE COLLECTION CASSETTE WITH HIDDEN DRAINAGE THAT IS INSTALLED ON THE INSIDE OF THE WINDOW SILL.

Abstract

This utility model relates to a condensate collection cassette designed to collect and drain condensate water that forms on the window surface. The cassette consists of a removable cassette body that can be attached to the inside sill, the lower sash area, or the inner supporting surface of the window; a drip-breaking lip that collects the condensate water running down the window surface; a concealed drain channel that carries the water along a flow path not directly visible from the outside within the cassette body; and at least one drain outlet that discharges the water from the side or bottom. The cassette can preferably be secured to the window using clips, clamps, snaps, or similar fastening systems without screws, and may include a removable maintenance compartment for cleaning accumulated water or sediment. In this way, condensate water forming on the window surface is collected and drained in a controlled manner without spreading onto the inside sill.

Description

CONCEALED DRAINAGE INSTALLED ON THE INSIDE OF THE WINDOW FRAME. CONDENSATION COLLECTION TAPE 1. TECHNICAL FIELD This utility model covers building elements, window accessories, condensate management, and liquid It relates to collection and discharge devices. The utility model specifically applies to the inner sill of the window, the lower sash area, or the inside of the window. removable and attachable to the carrier area near the surface, on the window surface It collects the condensation droplets that form and stores the collected liquid in a hidden compartment created inside the body. a condensate that is directed through a drain channel to an outlet area on the side or bottom It relates to the compilation cassette. 2. STATE OF KNOWLEDGE OF THE ART Windows are particularly problematic in cold weather, high indoor humidity, or insufficient ventilation. Condensation occurs on the glass surface and in areas close to the window frame during circulation. This is possible. The water droplets that form flow down the glass surface, towards the inner frame. It accumulates on the surface and over time causes surface deterioration, paint blistering, and damage to the wood. This can lead to deformations, mold growth, and unwanted contamination. In current practices, condensation problems are mostly solved using absorbent cloths, temporary plastic containers, or windows. Simple gutter-like parts placed underneath or drainage systems incorporated into the overall structure of the window. These solutions are often attempted through various channels. However, these solutions often have negative consequences later on. It can be installed, cleaned regularly, removed and reinstalled, and does not spoil the interior appearance of the window. It does not offer a usable, compact product structure. While some window designs have drainage channels integrated into the frame, this type Solutions are generally permanent structural elements designed during the window's manufacturing phase. 35. Condensation sealant used on the interior sill, which can be applied to an existing window later. independent system that takes the water drop by drop in a controlled manner and discharges it through an invisible internal flow path. No cassette tapes have been found. 1 5 In addition, existing simple water collection devices only involve drawing the liquid into an open reservoir. The subject is the controlled channeling of the liquid, reducing the risk of overflow, Cleaning the accumulation area and making the product look more aesthetically pleasing on the window. The visibility is not provided at a sufficient level. Therefore, it can be installed without damaging the inner window frame or the lower sash area. The condensation droplet can be collected by a droplet-breaking lip at the front, and the liquid is channeled through the cassette body. It can be directed and cleaned when necessary thanks to a hidden drainage channel created inside. or a new technical product is needed that may include a removable maintenance compartment. 3. PURPOSE OF THE UTILITY MODEL The purpose of this utility model is to control the condensation water that forms on the window surface. a retrofittable window condensate drain that allows for the collection and drainage of condensate. The goal is to develop a compilation cassette. Another purpose of the utility model is; • with a drip-breaking lip structure that collects condensation droplets from the window surface. directing the fluid through a hidden drainage channel created inside the body The goal is to offer a compact product structure. Another purpose of the utility model is; • The product can be attached to the inner window sill, the lower sash area, or equivalent window frame. removable using snap-on, clamp-on, clip-on, and similar methods, without requiring screws to the surface. The aim is to enable mounting using attachable mounting structures. Another purpose of the utility model is; • directing the collected condensate water to the side or bottom outlet area, temporary storage when necessary and cleaning for maintenance purposes The goal is to create a cassette structure that makes this possible. 35 Another purpose of the utility model is; • reduces water accumulation in the lower part of the window, protects the inner sill surface, and It offers a practical design that facilitates cleaning after use. 2 5 4. EXPLANATION OF THE FIGURES 4.1 No figures are included in the application. 5. EXPLANATION OF REFERENCES IN THE FIGURES 5.1 Since no figures are included in the application, a reference list is not provided. 6. DETAILED DESCRIPTION OF THE UTILITY MODEL 6.1 General structure 6.1.1 The utility model is designed to collect and drain condensation water that forms on the window surface. It relates to a condensate collection cassette designed for this purpose. 6.1.2 Cassette; cassette body, drip-breaking lip, concealed discharge channel, at least one discharge It consists of an exit area, a window attachment structure, and a maintenance compartment. 6.1.3 The cassette is installed on the inner sill of the window, in the lower sash area, on the inner surface near the frame. and / or can be placed in an equivalent load-bearing window element It is being organized. 6.2 Cassette body 6.2.1 Cassette body for the collection, direction and discharge of condensate water. It forms the main load-bearing structure. 6.2.2 Cassette body: extended channel body, split cassette body, cassette with bottom chamber It is arranged in the form of a body and a multi-part assembly body. 6.2.3 Cassette body: plastic-based material, elastic-modified polymer, composite. material, thin metal-backed part or equivalent water-resistant material It can be produced. 6.2.4 Sealing of the bottom surface of the cassette body, in the area in contact with the window. The support surface, gasket seat, or seating surface may be present to enhance the effect. 6.3 Droplet-breaking lip structure 6.3.1 Front of the cassette body near the window glass or condensate flow path At zone 35, a droplet breaker is used to collect the descending condensation droplet. There are lips. 6.3.2 The drip-breaking lip directs water running down the glass surface directly onto the inner sill. It prevents the liquid from falling out and directs it towards the cassette body. 3 5 6.3.3 Droplet breaker lip: flat profile, bevel profile, stepped profile, elastic contact It can be arranged in a directional profile with either a pointed edge or a thin tip. 6.3.4 The drip-breaking lip is preferably manufactured as a single piece with the cassette body, Alternatively, it can be attached to the body as a separate part. 6.4 Secret escape route 6.4.1 Water is drawn in by the drip-breaking lip inside the cassette body from the outside. A hidden drain channel carrying waste along a path not directly visible. It is located. 6.4.2 Concealed discharge channel, closed channel within the cassette body, semi-closed channel, partitioned It is created as a streaming channel or sub-routing gallery. 6.4.3 The concealed drainage channel allows the fluid to move in a controlled manner through the cassette. longitudinal slope, stepped base, guiding surface or overhang to provide It includes a limiting partition. 6.4.4 The concealed drain channel directs the water to a side drain outlet, a bottom drain outlet, or a temporary one. It is directed to the collection compartment. 6.5 Evacuation exit area 6.5.1 At least one end or bottom of the cassette contains a hidden drain channel. There is a drain outlet that allows the liquid to be discharged. 6.5.2 Discharge outlet area: side outlet, bottom discharge outlet, hose connection outlet. The opening is designed as a drain port with a lid, or a controlled flow opening. 6.5.3 Discharge outlet area, directing the liquid directly into a specific container, external orientation. This allows it to be transferred to a separate container or a temporary collection bin. 6.6 Window attachment structure 6.6.1 The cassette can be removed so that it can be installed without damaging the window. It includes an attachable fastening structure. 6.6.2 This adhesion structure; • clip holder, 35 • spring-loaded clamping element, • artificial nails, • clamp-on seat, 4 5 • elastic grip profile, • gasket-printed seating structure It is organized in this way. 6.6.3 Thanks to its holding structure, the cassette can be attached to the window interior, preferably without the use of screws. It is fixed to the frame and the lower wing area. 6.6.4 The grip structure is adjustable to accommodate different window sizes. spacer, support element of different thickness and replaceable holder part It includes. 6.7 Maintenance compartment 6.7.1 The cassette is designed to facilitate the removal of accumulated water, sediment, and dirt. It preferably includes a removable maintenance compartment. 6.7.2 The maintenance compartment in question has a drawer-type container, a sliding base, and removable parts. The nozzle is arranged in the form of a reservoir and a cleaning cartridge. 6.7.3 The maintenance compartment provides access to the fluid flow path inside the cassette housing and It makes the cleaning process easier. 6.7.4 Maintenance compartment, guide surfaces to prevent incorrect installation, limiting shoulders and includes directional tabs. 6.8 Working method 6.8.1 Condensation water forming on the window surface flows downwards and into the cassette. The droplet in the front is absorbed by the lip. 6.8.2 The collected water is discharged into a concealed drainage channel created within the cassette body. is being transferred. 6.8.3 Water flows in a controlled manner along the concealed drain channel, to the side or It is directed to the discharge outlet area at the bottom. 6.8.4 If necessary, water can be temporarily stored in the maintenance compartment and The maintenance compartment can be removed and emptied. 6.8.5 Thanks to this design, condensation water is collected directly on the inside of the window sill. They are being collected and evacuated in a controlled manner without dispersing. 35 7. APPLICATION METHODS IN INDUSTRY 5. The subject of the utility model is a condensate collection cassette, based on existing plastic processing and molding. Suitable for mass production using extrusion, thermoforming, cutting and assembly techniques. It can be produced. The cassette body and drip-breaking lip can be produced as a single piece or in multiple pieces. Grabbing structures and maintenance compartments can be varied depending on the product family. The product is suitable for residential windows, office windows, educational buildings, commercial buildings, and condensation problems. It can be used in other interior window systems seen. 6

Claims

1. To collect and drain condensation water that forms on the window surface. It is a regulated condensate collection cassette; its feature is that it is attached to the inside sill of the window, at the bottom. It can be removed and reattached to the wing area or the inner supporting surface of the window. a cassette body that can be inserted, located in the front section of the said cassette body a drip-breaking lip that collects condensation water running down the area and window surface, drip Water drawn in by the crushing lip enters the cassette body directly from the outside. a hidden drain channel and concealed discharge carrying water along an unseen flow path at least one drain outlet that directs the water coming from the channel to the outside from the side or bottom. It includes the region.

2. Condensation collection cassette according to claim 1, characterized by its extended cassette body. channel body, split cassette body, bottom chamber cassette body or multi-part It is arranged in the form of a mounting body.

3. Condensation collection cassette according to claim 1, characterized by its flat droplet-breaking lip. profiled, beveled profiled, stepped profiled, with elastic contact edge or thin tip It must have at least one of the routing profile formats.

4. Condensation collection cassette according to claim 1, its characteristic is that it has a closed concealed drain channel. in the form of a channel, semi-enclosed channel, compartmentalized flow channel or sub-diverter gallery It is the fact that it has been created.

5. Condensation collection cassette according to claim 1, its characteristic is; liquid concealed drain channel. longitudinal slope, stepped base, guiding surface and to direct the flow It includes an overflow limiting compartment.

6. Condensation collection cassette according to claim 1, its characteristic is; side of the discharge outlet area. outlet, bottom discharge port, hose connection outlet port, drain port with cover or It must include at least one of 35 controlled flow openings. 7 5 7. Condensation collection cassette according to claim 1, its characteristic is; the cassette attaches to the window. Its structure includes a clip-on retainer, a spring-loaded clamping element, a snap-on tab, and a tight-fitting mechanism. part, elastic grip profile or gasket-printed seating structure, at least one of It should include a cassette that can preferably be fixed to the window without screws.

8. Condensation collection cassette according to Claim 1; its feature is adaptability to different window sizes. adjustable spacer to provide support elements of different thicknesses or It includes a replaceable retaining part.

9. Condensation collection cassette according to Claim 1, its characteristic is that the cassette collects the accumulated water or Drawer-type container for easy cleaning of sediment, sliding bottom part, a removable tip arranged in the form of a reservoir or cleaning cartridge It includes a maintenance compartment.

10. Condensation collection cassette according to claim 9, its characteristic is; the maintenance compartment is incorrect. guide surfaces, limiting shoulders, or guide tabs that prevent jamming It includes.

11. Condensation collection cassette according to claim 1, its characteristic is; on the bottom surface of the cassette body support surface, gasket seat or seating surface to increase sealing It is the presence of.

12. Condensation collection cassette according to claim 1, its characteristic is; droplet-breaking lip cassette. either formed as a single piece with the body or as a separate piece attached to the cassette body. It is the combination. 8