Double-glazed glass window

Abstract

The most important functions of a window are providing visibility of the outside, ventilating air, and providing light. However, curtains are inevitable when it comes to windows. In this design, slats were placed on the inner and outer sides of the window. These slats are capable of full extension and retraction. The designs made by the holes on different slats are different, such that they scatter light in the form of geometric shapes. These slats reduce the incoming light and the visibility of the indoor space from the outside. Moreover, a plate called the window film is in the middle of this window. This plate can be extended to block light from entering the internal space. In hot seasons, the fan sucks in the outside air and pushes it over the wood wool to cool it down, after which it pushes the cool air into the indoor space.

Description

DOUBLE-GLAZED GLASS WINDOW

[0001] This invention is in the technical field of building windows and especially the integrated window with the ability to cool and limit or eliminate incoming light without the need for curtains.

[0002] 1-The utility model shows a window system with adjustable internal shutters that includes louvers, window frame, A-side glass, B-side glass, solar cell panel, infrared receiver, lithium battery, controller, driving device, light-sensitive sensor and remote control, a window frame is arranged through a hole in the window frame.

[0003] 2- The invention discloses a door and window roller shutter structure for smart home of security engineering, and relates to the technical field of home doors and windows. The door and window roller shutter structure comprises a roller shutter top box, a pair of roller shutter side frames, a sunshade curtain cloth and a shading curtain cloth; a first separating board and a second separating board are arranged in the roller shutter top box in parallel.

[0004] 3- The utility model discloses an intelligent venetian blind for smart home. The curtain comprises a curtain box, a control box and curtain shutters, a motor is arranged in the curtain box; a winding shaft is arranged on one side of the motor; a lifting wire is arranged on the winding shaft; the curtain shutter is arranged on the lifting line; a transparent cover is arranged in front of the curtain box, an illuminating lamp is arranged behind the transparent cover, a reflector is arranged behind the illuminating lamp, the control box is arranged at the top of the curtain box, a power line is arranged on one side of the control box, an electric plug is arranged on the power line, and a single-chip microcomputer is arranged in the control box.

[0005] 4- The invention discloses a multifunctional south elevation window wall plate. The multifunctional south elevation window wall plate comprises a window spacing wall plate and a lighting window plate independently mounted; the window spacing wall plate is integrated with a trans critical carbon dioxide heat pump, a refrigerating system, a fresh air purifying system and a solar auxiliary high-temperature hot water system; the lighting window plate adopts a double-layer curtain wall type glass window system with a breathing function; fresh air is exhausted indoors through an inner cavity of the glass window system; the sun shading coefficient of the glass window system is adjusted through an internal shutter; the sunlight radiation energy is effectively absorbed.

[0006] 5- The utility model relates to an integrated window with a temperature control function, which comprises a window body, the top of the window body is fixedly provided with a sunshade structure, the inner side of the window body is movably provided with a temperature control structure, the outer side of the temperature control structure is fixedly provided with a frame, the front side of the frame is fixedly provided with a motor, and the front side of the frame is fixedly provided with a temperature sensor. A roller shutter is movably installed at the position of an output shaft of the motor, a control switch is fixedly installed on the front face of the frame, a sash window is movably installed on the inner side of the window body.

[0007] The structure of this inventions is completely different from the proposed design.

[0008] The operational principles of the designed window are as follows: The window is equipped with slats on the inner and outer sides. These slats have holes that form a geometrical shape. The slats can be fully extended or retracted. The holes in these slats allow light to pass through while reducing the visibility of the indoor space from the outside. Sometimes, one may need no lights and want to darken the indoor space. For this purpose, we have embedded window film in the middle of the double-glazed window. Activating this window film darkens the indoor space. In hot seasons, a system is needed in hotter regions for cooling the indoor space. For this purpose, an evaporative cooling system was designed in the window that includes a water tank, a pump, a fan, a vent, and wood wool. In this system, the fans suck air from outside, which is cooled down by passing over the wood wool and then enters the indoor space. When the cooler and the vents are not used, the vents can be closed in order to reduce energy loss. Moreover, the closed vents prevent the entrance of dust or insects into the indoor space. These windows can be easily installed on all walls. The light entering through the holes during the day is scattered into a visually pleasing pattern inside. The same happens on the outside at night, giving the building an aesthetic value.

[0009] In this design, we have eliminated the evaporative cooling system and associated ducts. Instead, we have added a similar cooling system to the window. This scheme takes up a smaller space and dissipates less energy than the conventional evaporative cooler. Using this window, one does not need to open the curtains to use cool air from outside. Curtains have been eliminated by the design of this window. When no light is needed, the window film can be activated, and, at the same time, cool air from outside can be allowed to enter. This window reduces energy consumption and costs less than similar products.

[0010] The most important functions of a window are providing visibility of the outside, ventilating air, and providing light. However, curtains are inevitable when it comes to windows. Although windows are seldom used without curtains, they obstruct the functionality of windows. For example, curtains must be drawn open in order to allow air ventilation through the window. In this design, slats were installed on the inside and outside of the window with geometric designs on the slats that scatter the incoming light into an aesthetic design. These slats reduce the visibility of the indoor space and, hence, can replace curtains. When no light is needed indoors, the window film in the middle of the double-glazed glass can be activated to prevent the passage of light. In addition, the cooling systems embedded in the window can provide cool air in hot seasons and eliminate the need for evaporative coolers. The internal space can be fully darkened using the window film. As an alternative method, the incoming light can be limited using the slats while still allowing cool air to enter the space.

[0011] This design reduces energy consumption and building costs. It also adds an aesthetic quality to the building. Moreover, this design is able to limit or fully obstruct the incoming light without the need for curtains. It can also be installed on various types of walls. Furthermore, the vents reduce the entrance of dust or insects into the indoor space.

[0012] Window frameWater tankWood wool containerFan mountFanTop opening of the window frameElectronic board frameWindow slatsWindow filmDouble-glazed glassWood woolWater pumpTemperature and humidity sensorsStepper motor for moving the window slatsDisplayControl switchesBuoyFirst pane of double-glazed glassSecond pane of double-glazed glassMetal strip between the two panesCooler ventsFig.1

[0013] [Rectified under Rule 91, 08.08.2023][Fig.1]

[0014] This window includes slats on the outer and inner sides with the ability to be extended and retracted (8). A motor (14) was installed at the bottom of these slats in order to move them. Sometimes, no light is desired. For these cases, a plate (10) was installed in the middle of the double-glazed glass that can be activated to block light from outside (9). At the bottom of the window (lower side), there is a water tank (2) with a buoy (17) for controlling the water level in the tank. Also, the design includes a pump (12) for transporting water to the wood wool (11). The wood wool is installed along with the fan mount (4) on a panel (3). The fan (5), which is installed on the fan mount, draws in air from outside and pushes it over the wood wool (11) and into the indoor space (5) through the vent (21). A plate is installed on the fan (5) space over which the top opening of the window frame (6) is located. On the inside of the bottom of the window, there is a control section that contains the cooling system control switches and the electronic board (7). There are switches (16) on this board for controlling the window. Moreover, there is a display (15) on the control panel at the top of the window frame (1). The double-glazed glass (10) is made up of several parts: the first pane (18), the second pane (19), and a metal strip (20) in between.Examples

[0015] This design is used as a window in the construction industry.

[0016] 1- CN212535500 - A WINDOW SYSTEM WITH ADJUSTABLE BUILT-IN LOUVERS IS PROVIDED, The utility model discloses a window system with adjustable built-in louvers, which comprises louvers, a window frame, A-side glass, B-side glass, a solar cell panel, an infrared receiver, a lithium battery, a controller, a driving device, a photosensitive sensor and a remote controller, a window frame through hole is arranged in the window frame, and the A-side glass and the B-side glass are arranged at two ends of the window frame through hole. Wherein the shutter is arranged between the A-side glass and the B-side glass, the solar cell panel and the infrared receiver are arranged on the window frame, the lithium battery, the controller, the driving device and the photosensitive sensor are arranged in the window frame, and the remote controller is wirelessly connected with the infrared receiver. The utility model belongs to the technical field of smart home, and particularly provides a window system with adjustable built-in louvers, which is capable of being remotely controlled, automatically adjusting the light inlet amount, achieving dual-mode switching, energy-saving, environment-friendly, high in explosion-proof performance, easy to implement, long in service life and high in utilization rate.

[0017] 2-CN109882058 - DOOR AND WINDOW ROLLER SHUTTER STRUCTURE FOR SMART HOME OF SECURITY ENGINEERING,the invention discloses a door and window roller shutter structure for smart home of security engineering, and relates to the technical field of home doors and windows. The door and window roller shutter structure comprises a roller shutter top box, a pair of roller shutter side frames, a sunshade curtain cloth and a shading curtain cloth; a first separating board and a second separating board are arranged in the roller shutter top box in parallel; the interior of the roller shutter top box is separated into a first cavity, a second cavity and a third cavity by the first separating board and the second separating board; a pair of roller shutter feeding and discharging ports are formed in the surface of the second cavity in parallel; a pair of roller shutter rotating shafts are arranged in the second cavity in parallel; the two roller shutter side frames are symmetrically fixed to the surface of the lower part of the roller shutter top box correspondingly; and the two roller shutter rotating shafts is wound with the sunshade curtain cloth and the shading curtain cloth on separately and correspondingly, and one side edge of the sunshade curtain cloth and one side edge of the shading curtain cloth penetrate through the two roller shutter feeding and discharging ports in sequence separately and correspondingly. According to the door and window roller shutter structure for the smart home of security engineering, the sunshade curtain cloth and the shading curtain cloth are arranged in a matched mode, a shading or sunshade effect can be realized, use requirements of current users are met, and high market population value is achieved

[0018] 3-CN210714407 - INTELLIGENT VENETIAN BLIND FOR SMART HOME,the utility model discloses an intelligent venetian blind for smart home. The curtain comprises a curtain box, a control box and curtain shutters, a motor is arranged in the curtain box; a winding shaft is arranged on one side of the motor; a lifting wire is arranged on the winding shaft; the curtain shutter is arranged on the lifting line; a transparent cover is arranged in front of the curtain box, an illuminating lamp is arranged behind the transparent cover, a reflector is arranged behind the illuminating lamp, the control box is arranged at the top of the curtain box, a power line is arranged on one side of the control box, an electric plug is arranged on the power line, and a single-chip microcomputer is arranged in the control box. The beneficial effects are that the microphone is used to receive voice information, voice control is facilitated, control convenience is increased, the illuminating lamp is arranged so that illumination can be guaranteed when light in a room is dim, and unified management can be guaranteed through radio access to an intelligent household network.

[0019] 4-CN108151217 - MULTIFUNCTIONAL SOUTH ELEVATION WINDOW WALL PLATE,the invention discloses a multifunctional south elevation window wall plate. The multifunctional south elevation window wall plate comprises a window spacing wall plate and a lighting window plate independently mounted; the window spacing wall plate is integrated with a trans critical carbon dioxide heat pump, a refrigerating system, a fresh air purifying system and a solar auxiliary high-temperature hot water system; the lighting window plate adopts a double-layer curtain wall type glass window system with a breathing function; fresh air is exhausted indoors through an inner cavity of the glass window system; the sun shading coefficient of the glass window system is adjusted through an internal shutter; the sunlight radiation energy is effectively absorbed, and the temperature of the inner cavity of the glass window is adjusted, so that the glass window system achieves a better thermal insulation function; meanwhile, warm fresh air and high-temperature hot water are provided to indoor users in winter; and in summer, cool fresh air is provided indoors, and electricity is indirectly generated through solar auxiliary evaporation of carbon dioxide.

[0020] 5-CN215761338 - INTEGRATED WINDOW WITH TEMPERATURE CONTROL FUNCTION,The utility model relates to an integrated window with a temperature control function, which comprises a window body, the top of the window body is fixedly provided with a sunshade structure, the inner side of the window body is movably provided with a temperature control structure, the outer side of the temperature control structure is fixedly provided with a frame, the front side of the frame is fixedly provided with a motor, and the front side of the frame is fixedly provided with a temperature sensor. A roller shutter is movably installed at the position of an output shaft of the motor, a control switch is fixedly installed on the front face of the frame, a sash window is movably installed on the inner side of the window body, a temperature control protection film is fixedly installed on the front face of the sash window, a plug is movably installed on the front face of the sash window, and a spin lock is movably installed on the front face of the sash window. According to the integrated window with the temperature control function, the temperature control structure is arranged, reversible conversion of infrared light from transmission to reflection is caused by the change of the structure before and after phase change of the temperature control protection film, after the sash window is fixed, the infrared light entering a room is automatically adjusted, and therefore the purposes of heat insulation and temperature control are achieved.

Claims

This window is a product that can be installed on various types of walls. It has double-glazed glass in the middle with a plate, called a window film, attached to it. This plate can be activated to prevent light from entering. There are slats on the inside and outside of the window with holes in them that form geometric patterns. The holes in these slats allow light to pass through while reducing the visibility of the indoor space from the outside. As a result, there will be no need for curtains. When light shines on the slats, it passes through the geometrically distributed holes and, therefore, enters the indoor space in a visually pleasing form. These slats can be extended or retracted. There is a cooling system at the bottom of the product that guides cool air into the internal space. This part is made up of the following components:A fan (including a suction and a blowing part) and cooler ventsA water pump and a water tankCooling system control switches and an electronic boardBased on Claim 1, geometric patterns are formed by the empty spaces in the slats that allow light to pass through. During the day, the window acts as a light painting on the inside. The opposite is true at night, when light shines from the inside to the outside, and this light pattern appears on the façade of the building. This limits the amount of light passing through and the visibility of the inside from the outside, hence maintaining privacy. The slats can be extended, retracted, and replaced with slats having different geometric designs. This will eliminate the need for curtains on the window.Based on Claim 1, two identical fans were designed for sucking in the inside air, cooling it by passing it over the wood wool, and then pushing it into the indoor space. Cooling and rapidly transferring air without the need for long ducts results in the fast cooling of the indoor space and eliminates the need for other cooling systems. The cooler vent can be closed when not required in order to prevent the entrance of dust and insects and prevent energy loss via its low air permeability coefficient.According to Claims 1, 2, and 3, the window film is attached to the double-glazed glass in the middle of the window. [unclear] Activating the window film completely blocks light. However, cool air can still flow in from the cooler vents.Based on Claims 1 and 3, a water pump and a water tank were designed at the bottom of the window. The pump transfers water from the tank onto the wood wool.Based on Claim 1, touch-activated cooler control switches and an electronic board were designed on the window frame. The board is responsible for turning the cooling system on and off and setting the rpm at high or low. It is also tasked with extending and retracting the window film and the slats.

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