CN103670157B - The multi-function moving rotary sealed window of full open - Google Patents

Abstract

The invention discloses the multi-function moving rotary sealed window of a kind of full open, this window mainly comprises window Door and window frame and door pillar of stepping down, and is made by section bar.Window frame and window are provided with as bar is walked in groove, screens, the design of locating hole, locating shaft, knob, limit button structure, then by realizing with the combination of door pillar of stepping down the function that window opens completely, hidden hook and axle bed in the groove of window frame and window, from creation several functions platform, thus the multi-function function of window can be realized by these hooks and axle bed.

Description

Fully open multi-functional movable rotary sealing window

technical field

The technology of the invention belongs to the technical field of building structural parts, and relates to a window, an important part in a building for lighting, heat preservation, wind protection, rain protection, dust prevention, ventilation, sound insulation and beautification.

Background technique

Windows are important structural components widely used in buildings. Existing buildings above the ground such as bungalows, buildings, venues, factories, towers, etc. are equipped with windows. They are integral and important components in buildings.

Most of the windows in existing buildings are made of steel, aluminum, plastic or wood, and their structures all adopt square frames, and some of them adopt circular or polygonal shapes. No matter what the shape of the window is, there are only two types of window opening: 1. The window is opened by rotating with a fixed axis, or left and right, or up and down; no matter which side is opened with a fixed axis, the rotation angle of the window and door cannot exceed 1800. 2 , slide to open the window. The two layers of windows and doors side by side slide along the two parallel raised rails of the upper and lower beams of the window frame, and the windows and doors are opened in a staggered manner.

Above-mentioned two kinds of traditional windows all have respective defectives and solid diseases. For example, the first kind of side-fixed-axis rotation opens the windows and doors. Since the rotation angle of the windows and doors cannot exceed 180°, the glass surface of the outer wall cannot be turned indoors; this makes it difficult to clean the windows and doors of the outer wall, especially for high-rise buildings. Building occupancy or users is a very difficult and dangerous job. And because the side shaft is used to open the window and door, when there are more than two windows and doors, it is necessary to add a central column in the window frame; the opening window supported by the central column as the axis will inevitably be blocked by the two sides of the central column. There is a barrier in the middle of the window and cannot be fully opened; it not only causes visual unsightly, but also affects the smoothness of air circulation. The second kind of sliding open window door, this is a movable window that eliminates the middle column of the window frame, and can remove the window door to clean the back. Although the visual effect is improved and the back glass can be cleaned, the sealing effect is not ideal. The anti-leakage and sound insulation effects are poor; the windows cannot be fully opened, only 1/2-1/3 of the entire window can be opened, which seriously affects the ventilation function; this kind of window can only be installed on a closed balcony or in a room as a floor-to-ceiling curtain Windows, when used as floor-to-ceiling windows, children and old people are often injured by bumping into the windows due to the illusion that the windows and doors are not fully opened. Such windows cannot be widely installed on the exterior walls of various buildings. Along with the day by day appreciation of building in addition, these two kinds of traditional windows that are generally used now can only play traditional functions in this expensive and limited building space and do not get more utilization. Although there are obvious defects and solid diseases in the windows of these two structures, from ancient times to the present, there is no new window with a performance completely surpassing it from home to abroad to replace it.

In recent years, there are also some people who try to change this situation, and design or invent various structures called rotating windows. But compared with traditional windows, these windows which have disclosed the basic features can not reach the functions and requirements of traditional windows on many basic elements such as lighting, heat preservation, wind shelter, rain protection, dustproof, ventilation, sound insulation and beautification. For example, some windows can be rotated, and they still rely on a certain two sides of the window frame to locate and rotate at a fixed axis. Since the rotation radius of the window is greater than the sealing size between the windows; and no effective solution has been found in the structure corresponding to the rotation of the window, this kind of rotating window must leave enough gaps between the window door and the window frame post to rotate the window door , did not achieve the overall sealing of the window, such windows cannot effectively heat preservation, wind, rain, sound insulation and dustproof. There are also some rotating windows that use indefinite axis rotation, but the window rotation axis always slides at a fixed position on the upper and lower beams of the window frame, and there is no good way to seal the upper and lower edges of the window and door, leaving a gap ; Such windows are unsatisfactory in terms of thermal insulation, windshield, rain protection and anti-leakage, and there are also problems that they cannot be fully opened when implementing multiple windows and doors, resulting in unsightly vision and unobstructed air circulation, and cannot be applied. Double-row structural windows widely used in cold regions.

In order to break through the traditional functions of windows, people have made many attempts to increase the functions of windows. Seen from some multifunctional windows having disclosed basic features, the multifunction of these windows all concentrates on the body of the window. That is, more than one appliance with different purposes is constructed on the window at the same time. This innovation undoubtedly added new vitality to the window. In addition, the operation of traditional windows is changed from manual to motorized; these new functions will meet the needs of some people and are a supplement to traditional windows. However, these innovative models have not been organically combined with traditional construction techniques, making it very difficult to implement them widely. This is because each house owner has different needs, models, varieties, quality, facilities, economy, etc. for the new functions of windows, and because the construction industry is a special industry, if there is no wide recognition and recognition and Innovations that are fully integrated with the current technical standards and specifications are difficult to incorporate into the strict and standardized series of general building components; they cannot enter the field of vision of the early design, and cannot be promoted by developers and the market.

There are multiple defects and deficiencies in existing windows, and these defects and deficiencies can be summarized into the following points:

1. There is no one of all types of windows on the market that can fully open the window surface to achieve the best visual and ventilation effects of the window in the state of multiple window and door structures.

2. The opening angle of the existing side-fixed-axis rotary opening windows relying on the window frame column is too small, and the back glass of the window is difficult to clean. For users who live and use floor buildings, cleaning the back glass of the window is very difficult. And dangerous work.

3. Existing side-fixed-axis rotation-opening windows relying on window frame columns. When there are more than two windows and doors, a central column must be added to the window frame; it is necessary to open windows and doors supported by the central column. The blocks are on both sides of the center pillar. It not only causes visual unsightly, but also affects the smoothness of ventilation.

4. The sealing effect of the existing sliding opening windows and doors is not ideal, and the effects of heat preservation, leakage prevention, and sound insulation are poor; the windows and doors can only open 1/2-1/3 of the entire window, which seriously affects the ventilation effect.

5. Existing commonly used windows cannot create more functions and uses except following the traditional functions.

6. The existing generally used window installation process is still relatively troublesome, and it is necessary to fix the 2-3 sides of the window frame before repairing and sealing.

To sum up, the various innovative windows that have been disclosed can’t completely surpass the windows with traditional structures in terms of comprehensive performance. Due to the imperfect structure and technical processing of the products themselves, they have not been widely recognized and popular in today’s market. successful implementation of the scope. Still can't compete with traditional structural windows, let alone replace traditional structural windows in some fields.

Contents of the invention

The problem to be solved by the present invention is to break through and improve the defects and deficiencies of the above-mentioned traditional structural windows so that the overall performance of the windows can be completely new and improved.

The problem to be solved by the present invention is realized by relying on the following technical solutions:

A fully-opening multi-functional movable rotary sealed window. The window frame beams and columns on the window, the window and door sides, the window and door relief column, and the card position strips are all made of aluminum alloy, steel or engineering plastics through hot extrusion die processing. profile; the upper, lower, and middle beams of the window frame have three grooves on the surface joining the upper and lower side strips of the window and door; the grooves on both sides are parallel and equal in width and depth, and the grooves on the central axis are more The grooves on both sides are wide and deep; the wide grooves on the central axis are specially designed for positioning, sealing, directional sliding and limiting rotation of the snap-in strips and square head cylinders installed on windows and doors; the two sides are parallel The narrow grooves are set for inlaying sealing plastic strips for windows and doors to slide on them and to strengthen the sealing function of windows; There is a concave groove on the joint surface of the column and the window and door relief column that can completely accommodate the entire entry of the window and door relief column and is in a gap fit. All the beams and columns of the frame also have 1-2 T-shaped grooves on the outer surface. This T-shaped groove is to hide the screws, nuts and other moving parts in its own assembly, and is specially designed for the external installation of other objects. Fixed; the joint surface between the upper and lower side strips of the window and the upper and lower beams of the window frame also has a groove with the same width as the wide groove on the central axis of the upper and lower beams of the window frame, and the groove is also on the central axis of the upper and lower side strips On the top, the groove is specially set for the installation of the square head fixed axis and the card position strip. The joint surface of the left and right side strips on the window door and the window give way doorpost and the joint surface with another window door are all with belts. There are two concave-convex toothed rack surfaces, which can make the two sides joint flat and sealed; there are also T-shaped grooves on the side bars on the inner and outer sides of the window door. This T-shaped groove is to hide the screws in the assembly Caps and other movable parts, this groove can be embedded with decorative rubber strips to make the windows and doors more beautiful and distinctive.

The full-opening multi-functional movable rotary sealing window has a doorpost inside the window; it is a connecting device between the left and right pillars of the window frame and the left and right side strips of the window and door, and is made of aluminum alloy, steel or engineering plastic profiles. It is the same height, same thickness or slightly thicker as the window and door, and its joint surface with the window and door has a concave-convex interlocking rack profile. It is a clearance fit with the left and right columns of the window frame, and it can be inserted into the left Or in the groove of the right window frame column, the main function is to give up a certain space on the window surface for the opening and rotation of the window and door, and to ensure the tight closing and sealing of the window and door when the window is closed.

For the full-opening multi-functional movable rotary sealing window, a hollow square tube made of aluminum alloy, steel or engineering plastic profile is installed in the groove of the joint surface of the upper and lower side strips of the window door and the upper and lower beams of the window frame, and is used as a locking position. Use, it is locked in the groove of the upper and lower side strips of the window door by two pin rods, the axial movement of the groove is restricted by the pin rods, but it can move vertically along the pin rods, when the upper and lower clamps move When part of the bar body is inserted into the grooves of the upper and lower beams of the window frame, the window door cannot be rotated due to the restriction of the upper and lower card position bars, but can be recessed along the upper and lower beams of the window frame under the guidance of the card position bars. The axial sliding of the groove plays the role of stabilizing the window door, sealing the window and installing the square head to fix the shaft.

In the fully open multifunctional movable rotary sealing window, a square head fixed shaft is installed in the upper and lower clamping strips of the window and door. Round rod with a square head, the short side of the square head is as wide as the clamping strip, and the long side is wider than the width of the groove on the upper and lower beams of the window frame. The fixed-axis cylindrical section of the square head is inserted into the central axis of the clamping strip In the set gap fit hole on the screen, the set hole is pre-machined at the left, middle and right of the card position strip; it is the axis circle for the rotation of the window and door orientation to the left, middle and right, and the square head The fixed-axis square head always falls in the groove of the upper and lower beams of the window frame. When the parts of the clamping strips are respectively inserted into the grooves of the upper and lower beams of the window frame and drive the window and door to slide, it also moves along with the window. Move, when the part of the card position running strip is retracted into the groove of the upper and lower side strips of the window door, its square head can still guide the window door to continue to slide, at this time, the window door can also rely on the square head to fix the axis The cylindrical section rotates on a fixed axis; the fixed axis of the square head is a component that guides the sliding of the window door and supports the movable rotation of the window door.

For the full-opening multi-function movable rotary sealing window, a pair of cams or knobs with the same function are installed on the upper and lower side bars of the window door, and the cam knobs are attached to the shaft seats hidden in the T-shaped grooves on the upper and lower side bars. In the hollow wall of the locking strip, when the long arc side of the upper cam is turned upward and the long arc side of the lower cam knob is turned downward, the locking strip will be inserted into the groove of the upper and lower beams of the window frame At this time, the window is in a locked and sealed state, and the cam knob rotates in the opposite direction, and the window door will lose the restraint of the locking strip and be in a state of being able to rotate. The cam knob is a device that controls the rotation of the window door and the sealing of the upper and lower sides of the window door.

The full-open multi-function movable rotary sealing window has a limit button installed on the left and right columns of the window frame, which is designed to limit the entry and exit of the window from the left and right column concave grooves of the window frame; The shaft seat hidden in the T-shaped groove on the column is fixed by the support, and the round or square metal column is used to open or prevent the doorpost from entering and leaving the window frame; when the metal column section inserted into the groove is pulled back to the concave In the edge of the groove, the gate post can be plugged into the concave groove of the left and right posts of the window frame. The space on the window surface can be moved and rotated. When closing the window, only need to push the metal post of the limit button The section advances the groove to block the tail end of the doorpost to enter the groove, and the window and door are locked and sealed; the limit button is a device for controlling the opening and closing of the window.

The full-opening multi-function movable rotary sealing window has a built-in hanging ring installed in the left and right side strips of the window and door. Clothes can be cooled both inside and outside the room.

For the full-open multi-function movable rotary sealing window, more than one movable hook seat is installed in the T-shaped groove outside the lower side bar of each window door, and a plurality of movable hook seats are installed in the T-shaped groove outside the lower beam of the window frame. Window lock hook; the movable window lock hook on the lower beam of the window frame can hook the window and door at any position and angle in the window frame, and can control the arbitrary positioning of the window and door and the wind guiding at any angle.

For the fully open multi-functional movable rotary sealing window, two T-shaped grooves are arranged on the inside and outside of the upper, lower, left and right beams and columns on the window frame, and the window lock hooks can be concealed in the grooves. In addition to the limit button device, square head nuts, shaft seats and external T-shaped screws can also be embedded to build a multi-functional installation platform. Using this unique structure, it can be installed indoors and outdoors: protective nets, sunshades, filter snow shields Covers, venetian curtains, double-layer curtains, hangers for toiletries, hangers for books, hangers for flowers and plants and related electrical facilities.

All the beams, columns, edges and bar structural parts on the window are all processed and formed according to the shape, structure and size of the design by aluminum alloy, steel or engineering plastic materials according to the heat extrusion die.

The window includes a window door, a setback post, and a window frame, wherein the setback post is a connecting piece that stands between the left and right posts of the window frame and the window door. It can make the rotating window and door get a tight seal.

The joint surfaces of the upper and lower side strips of the window and door and the upper and lower beams of the window frame are provided with a concave groove of the same size and width along the central axis. When the two central axes of the joint surface are coincident, a rectangular square hole is formed in the grooves where the two notches meet; a hollow square bar with a clearance fit is installed in the rectangular square hole, and this hollow square bar is used The pin rod is locked in the groove of the upper and lower side bars of the window door, which limits the axial movement of the hollow square bar in the groove of the window door, but can vertically move on the upper and lower sides of the window door in the elongated hole locked by the pin Lifting and sliding in the bar groove. When the hollow square bar locked in the upper side bar of the window door rises over the joint surface and enters the groove of the upper beam of the window frame, and at the same time the hollow square bar in the lower side bar of the window door falls into the groove in the lower beam of the window frame, The window and door are firmly locked in the upper and lower beams of the window frame under the restraint of the hollow square bar; at this time, the window and door can slide freely along the axial direction of the concave groove of the window frame under the guidance of the hollow square bar. The present invention refers to the hollow square strip locked in the upper and lower side strips of the window and door as the upper and lower running strips of the card position. When the upper and lower planes of the upper and lower running strips of the card position coincide with the joint surfaces of the window door and the upper and lower beams of the window frame or completely enter the upper and lower edge strip grooves of the window door, the window door loses its restraint and is in a free state. In this state, insert a square-head cylinder into the upper and lower rails of the window and door clamping positions. In clearance fit, the long side should be wider than the width of the groove, the square head can slide axially in the groove of the upper and lower beams of the window frame and the square head cylinder itself cannot rotate in the groove. The diameter of the cylindrical section is smaller than the diameter of the round hole specially opened on the window and door clamping strip. The cylinder with the upper head is inserted into the reserved hole in the upper clamping strip of the window and door from top to bottom. No matter whether the upper clamping position is raised or lowered, the cylindrical section always falls in the upper clamping position, while the square head section is always stuck. In the upper beam groove of the window frame. The square head cylinder is inserted into the reserved hole of the lower clamping strip of the window and door from bottom to top. Regardless of whether the lower clamping strip is lifted or lowered, the cylindrical section always falls in the lower clamping strip, while the square head section is always stuck on the window frame. In the groove of the lower beam. When the upper and lower head cylinders are at the same axis, and the upper and lower clamping strips on the window door are retracted into the grooves in the upper and lower side bars of the window door, the window door can rotate along the axis of the square head cylinder. This square head cylinder is called square head fixed axis in the present invention. The insertion holes of the fixed axis of the square head on the upper and lower card position rails of the window door can be opened in advance at multiple positions such as left, middle, and right on the central axis of the upper and lower side bars of the window door, which can be adjusted according to the user's preferences and rooms. The layout of determines whether the fenestration takes the side of the window or the center of the window as the axis of rotation. When closing the window, use the cam knob to insert the raised part of the upper card position into the groove of the upper beam of the window frame, and lower the part of the lower card position to sink into the groove of the lower beam of the window frame, and the window door goes up and down. Both sides are tightly sealed. Use the cam knob to open the window to lower the upper card position and sink all the strips into the groove of the upper beam of the window frame, and lift the part of the lower card position and retract it into the groove of the lower beam of the window frame; at this time, the window and door It can rotate around the axis of the square head cylinder, and can also be freely dragged along the upper and lower beams of the window frame under the guidance of the rectangular head of the square head cylinder to fully open the window.

The joint surfaces of the upper, lower, left, right, and left side strips of the window and door are all provided with a concave notch, and a concave sealing strip is embedded in the concave notch. Matching, the groove size of the concave rubber strip is closely matched with the thickness of the glass to be inlaid. When the glass is loaded into the window, it can not only get the elastic buffer protection of the concave rubber strip, but also get a tight seal.

The left and right columns of the window frame are connected with the window and door relief columns to form an embedded tight fit. The other side of the window and door relief column is connected with the window and door and adopts two concave and convex vertical tooth rack surfaces that can be inserted into each other to closely cooperate. The left and right columns of the window frame are provided with grooves that can accommodate the embedding of the window and door relief columns in the joint surface with the window and door relief columns. The upper and lower ends of the window and door relief columns are respectively equipped with a section of limit walking strips that are slightly narrower than the columns and can be stuck in the window frame upper and lower beam concave grooves. The window and door relief column can not only slide along the upper and lower beams of the window frame, but also can easily insert the column body into the groove of the left and right columns of the window frame. When the part of the column body of the window and door give way column enters the groove of the left and right columns of the window frame, enough window opening rotation space is given to the window and door. On the left and right columns of the window frame, there are limit buttons for the step-off post. The column is locked in a tight seal. At this point, the entire window surface is in a fully sealed state. When the window is opened, the limit button is retracted, and the doorpost can be moved to give up the window opening and rotation space of the window door. Each window and door in the window frame can be dragged to both sides of the window frame while rotating, and the window is fully open at this time.

The side bars on the left and right sides of the window door are provided with two concave and convex rack surfaces that can be inserted into and occluded with each other in the vertical direction to closely cooperate with the step-off doorpost and another window door. There is a ring for the cool clothes. After opening the window, you can pull out the clothes hanging rings standing in the window and door side strips on both sides of the window frame and insert them into the clothes rod, so you can cool clothes indoors or outdoors at will. Also installed in the groove of the lower beam of the window frame and the lower side column of the window door are the movable hook seat of the window door and the movable lock window hook of the window frame, the positioning of the window door which can be locked and opened at random and the wind direction is dredged.

T-shaped grooves are arranged on the indoor and outdoor surfaces of the four side strips of the window and door, and this structure strengthens the material properties and mechanical strength of the side strips. All the structural parts in the windows and doors, such as the suspension rings of the clothes, the upper and lower locking strips of the windows and doors, and the positioning and fastening inserts of the window and door side strips are assembled and locked by screws or pins hidden in the T-shaped grooves, or mounted on Sliding use in T-slot. The T-shaped slot is also equipped with colored plastic decorative strips. After the assembly is completed, the T-shaped slots facing the interior of the window and door will be inlaid with colored plastic decorative strips to make the windows more beautiful and distinctive.

There are 1-2 T-shaped slots on the upper, lower, middle, and left and right columns of the window frame facing outward. This structure not only strengthens the mechanical strength of the window frame, but also gives the window a platform for multiple functions. Nuts and shaft seats can be pre-installed in the T-shaped slot, and T-shaped head screws can also be inserted into the slot from outside the slot to allow users to install suitable devices and appliances arbitrarily. For example, light and beautiful protective nets, sunshades, light filters, snow covers, indoor blinds, double-layer art curtains, hanging racks for toilet toiletries, multi-layer hanging bookshelves in living rooms, and many window electric appliances created by people in recent years. wait. The biggest advantage of creating a multifunctional platform for windows is that it can adapt to the preferences of any group of people, and you can decide and do it yourself without damaging the walls and surrounding decorations. In addition, the T-shaped slot can be used to covertly install the limit button of the door post and the movable hook seat for positioning the window and door.

The T-slot on the side of the frame can also make the installation and replacement of the window very simple. No matter what the condition of the new or old building is, only one side of the window hole in the wall can be positioned and installed; One side of the steel plate is locked on any positioning side of the window frame with a T-shaped slot, and the other side of the right-angle steel plate is nailed to any positioning side of the window opening or even suspended on the beam surface, and then piled up for decoration and sealing; after installation, it can be Inlaid colored plastic decorative strips in the T-shaped grooves on the interior surface to make the windows more beautiful and distinctive.

The window of the present invention has the following beneficial effects:

1. Fully open, multi-functional, movable and sealed new windows that fully comply with existing building codes, design concepts, installation techniques, public aesthetics and usage habits.

2. This new type of window fully satisfies and has all the traditional functions of the best lighting, heat preservation, wind protection, rain protection, dust protection, ventilation, sound insulation and beautification, and can also provide users with a creation that can play multiple functions. platform.

3. Each door of this new type of window can be rotated more than 3600 degrees on the window frame; it can be rotated while dragging between the upper and lower window frames, and the window door can be positioned at any position in the window frame. The 6 sides of the window and door are easy to clean indoors.

4. This new type of window does not need the middle column of the window frame to realize the full transparent opening of the window surface in the structure with multiple windows and doors side by side. All windows and doors can be pulled to both sides of the window frame, so that the visual effect and ventilation effect of the window can be optimized.

5. This new type of window not only has a number of simple additional functions such as cooling clothes, wind direction, etc., but also can rely on its own special structural profiles to create a number of different functions and uses for the user's own hobbies and orientations; such as installation Portable and beautiful window protective nets, indoor curtains, blinds, washroom toiletry racks, small bookshelves, window sunshades, light filters, snow shields and other manual or electric windows and various related equipment and appliances inside and outside the windows will never be damaged Building and decoration facilities around the window.

6. The installation process of this new type of window is particularly simple and convenient. Whether it is initial installation, decoration or replacement, it only needs to be positioned and installed on one side of the building; even the upper beam of the house can be hung and positioned for installation.

7. This new type of window can be adapted to the installation and use of any building; it can be used in both tropical regions in the south and cold regions in the north. It can be installed on the exterior wall of the building, and can be installed in various indoor rooms. It can also be installed as a closed balcony and as a floor-to-ceiling window in the living room.

Description of drawings

Fig. 1A is a schematic diagram of the overall structure of the present invention;

Fig. 1B is a schematic diagram of the state of positioning and opening windows on the sides of windows, windows and doors in the present invention;

Fig. 1C is a schematic diagram of the window opening state in the middle of the window, window and door in the present invention;

Fig. 2A is a different orientation view of windows, windows and doors in the present invention;

Fig. 2B is a schematic diagram of the state of windows, windows, and doors closed in the present invention;

Fig. 2C is a schematic diagram of the state of windows, windows and doors closed in the present invention;

Fig. 3A is an enlarged cross-sectional view of the state of windows, windows and doors closed in the present invention;

Fig. 3B is an enlarged cross-sectional view of the state of opening windows, windows and doors in the present invention;

Fig. 4A is a schematic structural view of a window frame in the present invention;

Fig. 4B1 is a schematic diagram of the combination of the window door and the window frame of the window in the present invention;

Fig. 4B2 is a schematic diagram of the combination of the window and the window frame of the window in the present invention;

Fig. 4B3 is a combined schematic diagram of the opening state of the window and the window frame of the window in the present invention;

Fig. 4C is a structural schematic diagram of part C of the combination of the window door and the window frame of the window in the present invention;

Fig. 4D is a structural schematic diagram of the combination D part of the window and the window frame of the window in the present invention;

Fig. 4E is a schematic structural view of the combination of the window door and the window frame of the window in the present invention;

Fig. 5 is an enlarged cross-sectional view of the window and window frame of the middle window in the present invention in combination with part C of the structure;

6A and 6B are enlarged cross-sectional views of the window and window frame of the window in the present invention in combination with part D;

Fig. 7A is a combined sectional view of the edge of the window door and the window frame of the window in the present invention;

Fig. 7B is a side sectional view of the combination of the window door and the window frame of the window in the present invention;

Fig. 7C is a cross-sectional view of the combination switch state of the window door and the window frame in the present invention;

Figure 7D is a combined front view of the window door, window frame and door post of the window in the present invention;

Fig. 7E is a combined cross-sectional view of the window door, window frame and doorpost of the window in the present invention;

8A, 8B, and 8C are schematic diagrams of different opening states of windows in the present invention;

Figures 9A, 9B, and 9C are schematic diagrams of the window for drying clothes in the present invention;

Fig. 10A, 10B, 10C are the schematic diagrams of window installation protection net in the present invention;

Figures 11A, 11B, and 11C are schematic diagrams of curtains installed on windows in the present invention;

Fig. 12A, 12B are the function schematic diagrams of window installation sunshade in the present invention;

13A and 13B are schematic diagrams of the functions of window-installed toiletries and books hangers in the present invention;

Table 1 is a detailed list of main parts of the fully open multi-functional movable rotary sealing window

Table 1 List of main parts and components of the fully open multi-functional movable rotary sealing window

1 window door 2 give way goal post 3 window frame

1-01 window top strip 2-01 Give way to concave pusher 3-01 sash top beam 1-02 lower side strip 2-02 Give way to the limit of the goal post 3-02 sash lower beam 1-03 window door left 3-03 window frame left column 1-04 window door right 3-04 sash right column 1-05 Window pusher 3-05 window frame beam 1-06 T-slot decorative strips for windows and doors 3-06 Window frame movable door buckle 1-07 Fixed axis of upper head of window door 3-07 window frame limit button 1-08 Slip on the window and door 3-08 Window frame built-in square head nut 1-08-1 Square head fixed shaft reserved hole 3-09 Window frame sealant 1-09 Window Cam Knobs 3-10 Window frame movable lock window hook 1-10 Built-in rings in windows and doors 3-11 Window frame fastening inserts 1-11 window glass 3-12 Window frame moldings 1-12 Window and door glass sealant strip 1-13 fixed axis under the window door 1-14 Window and door card position guide 1-15 Window and door trim fastening inserts 1-16 Window and door movable hook seat 1-17 Window and door limit pin rod 1-18 Built-in square head shaft seat for windows and doors

Detailed ways

Figure 1A shows the overall shape of the fully open multi-functional movable rotary sealing window, which is composed of three main components: window door 1, step-off post 2, and window frame 3. These three major components form the windows of the double-layer 8-window door structure in Fig. 1A.

When the windows are closed, these three components are in the same plane. The 4 windows and doors 1 on the upper floor in Fig. 1A are closely connected with the door post 2, the upper beam of the window frame 3-01, the left column of the window frame 3-03, the right column of the window frame 3-04, and the middle beam of the window frame 3-05. Connected into a tightly sealed flat.

When the window is opened, the window frame limit button 3-07 is first pulled out of the limit section (see Fig. 6A, 6B), and the gate post 2 can be retreated from the window surface into the window frame left column 3-03 or the window frame right column. In the groove of the post 3-04, the door post 2 has given way to a space between the left side bar 1-03 of the window door or the right side bar 1-04 of the window door at this time; The beam 3-01 and the lower beam 3-02 of the window frame or the middle beam 3-05 of the window frame perform sliding and rotating movements. The four windows and doors 1 of the lower floor in Fig. 1 are pulled to both sides of the window frame 3 in this way, showing the lower floor The window is rotated and dragged to Transparency On.

Fig. 1A-Fig. 7E has demonstrated the innovative structure of the present invention and the spare parts in each main component.

4 side strips 1-01, 1-02, 1-03, 1-04 of the upper, lower, left and right side strips 1-01, 1-02, 1-03, 1-04 of the window door on the window door 1 in the window, and the door post 2, the window frame upper beam 3-01, The side joint surfaces between the middle beams 3-05 of the window frame all adopt concave and convex rack-shaped surface joints (see Fig. 2A, Fig. 2B, Fig. 2C, Fig. 6A, Fig. 6B, Fig. 7A, Fig. 7B, Fig. 7C, Figure 7D, Figure 7E). Among them, there is an axis between the upper side strip 1-01 of the window door and the upper beam 3-01 of the window frame, the lower side strip 1-02 of the window door and the lower beam 3-02 of the window frame or the middle beam 3-05 of the window frame Concave grooves with coincident lines and equal width. In the grooves of the upper and lower side strips 1-01 and 1-02 of the window and door, there is respectively installed a width ratio of the width of the window and door 1 called the upper locking strip 1-08 of the window and door and the lower locking strip 1-14 of the window and door. A slightly shorter hollow square tube (see Figure 3A, Figure 3B). The two end sides of these two square empty pipes all have a elongated slotted hole, are fixed in the groove of upper and lower side bars 1-01, 1-02 of the window door with the window door stop pin bar 1-17 ( See Figure 3A, Figure 3B). The axial movement of the upper and lower card position strips 1-08 and 1-14 in the grooves of the upper and lower side strips 1-01 and 1-02 of the window and door is locked; but the cam knob 1-09 of the window and door Under the control of the window and door limit pin rod 1-17, the upper and lower clamping strips 1-08, 1-14 of the window and door can be vertically moved up and down within the length range of the elongated slotted hole. (See Figure 3A, Figure 3B, Figure 5). The upper and lower card position running strips 1-08 and 1-14 of the window door are respectively equipped with a fixed axis 1-07 and 1-13 of the upper and lower head of the window door, which is a cylindrical rod with a rectangular square head , the short side of the rectangular square head is as wide as the window and door card position strip 1-08, and the long side is longer than the groove width of the upper, lower, and middle beams 3-01, 3-02, and 3-05 of the window frame. A kind of square head can be inserted into the groove, can slide along the groove, cannot rotate in the groove under the restraint of the long side, but can be used as the fixed axis of the window door 1 rotation. The diameter of its cylindrical head is smaller than the width of the window and door clamping strip 1-08, and it can be inserted into the multiple square head fixed axis reserved holes 1-08 on the window and door clamping strip 1-08. -1 in any of the left, middle and right holes; if the fixed axis of the square head is installed in the left and right holes on the card position strip, the window door 1 will rotate on the side axis (see the section in Figure 1B), and the square head If the fixed shaft is put into the middle hole on the card position walking strip, the window door 1 will rotate with the door central axis (seeing the section of Fig. 1C). When installing, insert the fixed shafts 1-07 and 1-13 of the upper and lower heads of the window and door into the reserved holes 1-08- 1 in. The upper head fixed shaft 1-07 is installed on the upper side bar 1-01 of the window and door, and it is inserted from top to bottom into the square head fixed shaft reserved hole 1-08 in the locking position on the window and door. In 08-1, the cylindrical end enters the hollow tube of the window and door clamping strip, the square end stays in the groove of the upper beam 3-01 of the window frame, and the one installed on the lower side strip 1-02 of the window and door is called the bottom Head fixed axis 1-13, which is inserted from bottom to top into the square head reserved hole 1-08-1 in the lower card position guide 1-14 of the window and door, and the cylindrical end enters the hollow tube of the window and door card position guide , the square head section stays in the groove of the window frame lower beam 3-02 or the window frame middle beam 3-05 (see Fig. 3A, Fig. 3B, Fig. 5). When the upper locking strip 1-08 of the window and door is lifted and crosses the upper side strip 1-01 of the window and door and enters the groove of the upper beam 3-01 of the window frame, at the same time the lower locking strip 1-14 of the window and door falls and crosses to the window When the lower side strip 1-02 of the door enters the groove of the lower beam 3-02 of the window frame or the middle beam 3-05 of the window frame, the window door 1 is restricted to the upper beam 3-05 of the window frame by the upper and lower locking bars of the window door 01 and window frame lower beam (3-02) or window frame middle beam (3-05). At this time, the window door 1 is firmly locked in the window frame 3, and the upper and lower sides of the window door are tightly sealed, but the window door 1 can still be locked on the upper and lower sides of the window door and guided by the guide strips and the square head fixed axis. The grooves of the upper and lower beams of the window frame slide axially. When the window door cam knob 1-09 on the upper and lower side bars of the window door is turned, the upper card position guide bar 1-08 of the window door is put down, and the lower card position guide bar 1-14 of the window door is jacked up and retracted to the window door upper bar 1 respectively. -01. In the groove of the lower side strip 1-02 of the window door, the square head of the fixed axis of the upper and lower head of the window door is still in the groove of the upper and lower beams of the window frame; although the window door 1 has got rid of the upper and lower locking strip Constrained by the upper and lower beams of the window frame, but still constrained by the fixed axis of the square head of the window and door, it stands firmly in the window frame 3 (see Figure 5, Figure 7A, Figure 7B, Figure 7C, Figure 7D, Figure 7E) But at this time, the window door 1 can not only slide axially along the upper and lower beams of the window frame by relying on the square head section with the fixed axis of the square head, but also can rotate arbitrarily relying on the cylindrical section with the fixed axis of the square head, and can also rotate while dragging Pull the window door 1 to any position in the window frame 3 (see Fig. 1B, Fig. 1C) to realize the full opening of the movable rotation of the window (see Fig. 1A).

Figure 4A, Figure 4B1, Figure 4B2, Figure 4B3, Figure 4C, Figure 4D, Figure 4E, Figure 6A, Figure 6B, Figure 7A, Figure 7B, Figure 7C, Figure 7D, and Figure 7E show the upper, lower and left sides of the window frame , right, middle 5 beams and columns 3-01, 3-02, 3-03, 3-04, 3-05 and the relation of cohesiveness between the goal post 2 of giving way. The upper and lower ends of the doorpost 2 are inlaid with the doorpost limit strips 2-02 inserted into the grooves of the upper and lower beams 3-01 and 3-02 of the window frame. Can slide along the upper and lower beams 3-01 and 3-02 of the window frame under the restraint and guidance of the limit walking strip 2-02. The joint surfaces of the left and right columns 3-03, 3-04 of the window frame and the door post 2 for giving way have all opened a concave groove that can just accommodate the door post 2 for giving way. After the doorpost 2 is inserted, enough space can be left for the connected window and door 1 to be rotated to open the door; when the window is closed, a section of the column body is left to be inserted in the left and right columns 3-03, 3 of the window frame to give way to the doorpost 2 -04 grooves, which can keep windows tightly sealed. The joint surfaces of the door post 2 and the left and right side bars 1-03, 1-04 of the window and door are equal in width and have two concave and convex surfaces interlocking to make the window surface smooth, tight and sealed. There is only one switch to control the opening and closing of the whole window, and it is exactly the window frame limit button 3-07 on the left and right columns 3-03,3-04 of the window frame. The window frame limit button 3-07 is pulled out of the limit section, so that the door post 2 can be loosened and retreated into the window frame post, and the window door 1 can be opened and rotated. When the window door 1 is to be closed, any one of the left and right doorposts 2 is pulled out of the window frame column groove and the limit section of the window frame limit button 3-07 is pressed into the groove to withstand the opening of the doorpost 2 The tail end prevents him from retreating into the groove, and then the windows and doors 1 are rotated and pushed and pulled to the side of the fixed step-off post 2, and the sides of the double racks connected to each other can easily bite the multiple windows and doors 1 firmly, If it needs to be sealed, turn the upper and lower card position strips 1-08 and 1-14 to the closed state (except for stormy and sandstorm days in spring, summer and autumn, it is not necessary to turn the window for easy operation. The tightest sealing of the upper and lower card position strips 1-08 and 1-14 of the window and door, because there are two window frame sealing strips 3-09 to play a sealing role). Otherwise, another doorpost 2 is directly pressed against the window door 2 at the farthest end and the limit section of the window frame limit button 3-07 is pressed into the groove to withstand the tail end of this doorpost 2, Lock the entire window door 1 firmly in the window frame 3 (see Fig. 1A, Fig. 1B, Fig. 1C, Fig. 6A, Fig. 6B, Fig. 7A, Fig. 7B, Fig. 7C, Fig. 7D, Fig. 7E).

Pulling out and pressing the limit button 3-07 are the first and last two actions of window opening and closing. There is no window lock device on the window door 1, and it is firmly sealed by the jointing and sealing of the profile structure surfaces of the door post 2, the left and right side bars 1-03, 1-04 sides of the window door. Only the window door cam knob 1-09 (see Fig. 2A, Fig. 2B, Fig. 2C, Fig. 5) controls rotation or sealing on the window door 1 .

Figure 5, Figure 6A, Figure 6B, Figure 7A, Figure 7B, Figure 7C, Figure 7D, and Figure 7E also show the sealing structure between the joint surface of the window door 1 and the window frame 3. After the lower locking strip 1-14 of the window and door is inserted into the groove of the lower beam 3-02 of the window frame, the two joint surfaces are locked and sealed. Before and after the groove of the lower beam 3-02 of the window frame, two narrow grooves are opened within the width of the lower side strip 1-02 of the window and door, and a window frame sealing strip 3 is inlaid in each of these two narrow grooves -09; sealing strip 3-09 is made of engineering plastics such as wear-resistant nylon and extruded through a mold. After adding two sealant strips 3-09, the two dust-proof and rain-proof functions of the window are increased, and the window and door 1 can avoid the wear and tear between the metals when sliding between the window frame 3 and ride on it. Slide on the upper and lower two nylon strips, and the friction between the nylon strip and the metal can produce self-lubricating effect, so that the window and door 1 can be rotated and dragged quietly and conveniently; when the nylon strip is worn to the same surface as the window frame 3, it can be easily Pull out and replace (see Figure 5).

Fig. 4A also shows that the middle beam 3-05 of the window frame is a long column with the same width and the same shape as the upper end surface of the upper end surface of the window frame upper beam 3-01, and the upper end surface of the lower end surface of the window frame lower beam 3-02. There are also 3 grooves on both ends, which are also fixed with the upper and lower side strips 1-01 and 1-02 of the window and door, the upper and lower card position strips 1-08 and 1-14 of the window and door, and the upper and lower heads of the window and door. The shafts 1-07 and 1-13 are in mutual cooperation and play the same role as the upper and lower beams 3-01 and 3-02 of the window frame to cooperate with the windows and doors for sealing, locking, guiding, and rotating (see Figure 4A, Figure 4B1, Figure 4B2, Figure 4B3, Figure 4C, Figure 4D, Figure 4E).

Fig. 4A and Fig. 5 have shown that the upper and lower edges of the indoor surface of the upper beam 3-01 of the window frame and the upper and lower edges of the indoor surface of the lower beam 3-02 of the window frame are respectively equipped with more than one movable door catch 3 of the window frame. -06. It is a slightly longer movable lock catch than the upper and lower head fixed axis 1-07, 1-13 of the window door upper and lower beams 3-01, 3-02 wall edges completely coincident with the window frame. It blocks the upper and lower beams 3-01 and 3-02 of the window frame and the same width as it, and the height is the gap from the bottom of the groove of the upper and lower beams 3-01 and 3-02 of the window frame to the height of the edge. It is fixed on the upper and lower beams 3-01 and 3-02 of the window frame by buckle and screw double locking (see Figure 5). When window door 1 will change glass, only need take off window frame movable door buckle 3-06 and just can take out window frame 3.

Fig. 2A, Fig. 2B, Fig. 2C, Fig. 6A, Fig. 6B, Fig. 7A, Fig. 7B, Fig. 7C, Fig. 7D, and Fig. 7E show the upper, lower, left and right side strips 1-01, 1- 02, 1-03, 1-04 and the window and door glass 1-11 are all provided with a concave notch, and a concave window and door glass sealing strip 1-12 is embedded in the concave notch, and the window and door glass is sealed The outer dimensions of the rubber strip 1-12 closely match the inner wall dimensions of the upper, lower, left and right side strips 1-01, 1-02, 1-03, and 1-04 of the window and door, and the glass of the window and door is sealed The inner width of the groove of the strip 1-12 closely matches the thickness of the glass to be inlaid. When the glass 1-11 is installed in the window and door 1, the elastic buffer protection of the window and door glass sealing strip 1-12 is obtained, and the tightness is obtained. The seal (see Figure 5).

Fig. 2A, Fig. 2B, Fig. 2C, Fig. 5, Fig. 6A, Fig. 6B, Fig. 7A, Fig. 7B, Fig. 7C, Fig. 7D, Fig. 7E also show the upper and lower side strips 1-01, 1-02, window The special structure of the upper and lower beams 3-01 and 3-02 of the frame, a concave T-shaped groove is opened on the indoor and outdoor surfaces of the upper and lower side bars 1-01 and 1-02 of the window and door, and the upper and lower beams of the window frame 3 -01, 3-02 have 1-2 inner concave T-shaped grooves on the indoor and outdoor surfaces and the outer end faces. These T-shaped slots can be concealedly installed with window and door push handle 1-05, window and door cam knob 1-09, window and door built-in hanging ring 1-10, window and door edge strip fastening insert 1-15, and door post limit Position strip 2-02, window frame fastening insert 3-11, window door movable hook seat 1-16, window frame movable door buckle 3-06, window frame built-in square head nut 3-08, window frame movable lock Window hooks 3-10, window and door T-slot decorative strips 1-06, window frame decorative strips 3-12 and many other parts can also be inserted into T-shaped slots from the outside with T-shaped screws and connected at right angles The installation of the window can be implemented only by locking the steel plate on a datum plane of the building, which is much easier to install than the currently used windows.

The multi-channel T-shaped grooves in the upper, lower, left, and right beams of the window frame in the section shown in Figure 5 also provide a creative platform for the windows to achieve more functions and uses for various people with different preferences. For example, install lightweight and beautiful steel wire protective nets (Figure 10A, Figure 10B, Figure 10C), install blinds or double-layer curtains (Figure 11A, Figure 11B, Figure 11C), outdoor sunshade (Figure 12A, Figure 12B), Washrooms are equipped with hanging racks for toiletry items, book hanging racks are installed in children's rooms (Figure 13A, Figure 13B) and many other practical and functional products. It is also possible to install a variety of electric products that are closely connected to the window. Certainly, this window also comes with other multiple functions without affecting the traditional norms, design concepts and installation techniques of the building, such as the movable hook seat 1-16 of the window door and the movable lock window hook 3-10 of the window frame, these 2 The two parts can lock the window door 1 and place it in any position in the window frame 3 to guide the wind at any angle; it can also implement the rotary cleaning of the window door of double rows of windows and achieve full opening and transparency (Fig. 7A, Fig. 7B, Fig. 7C, Fig. 7D, 7E); the built-in suspension rings 1-10 on both sides of the window and door can be used to realize indoor, outdoor or indoor and outdoor cooling clothes at the same time (Fig. 8A, Fig. 8B, Fig. 8C). In Fig. 8A, 11 represents the inner layer For windows, 22 represents ceramic tiles, aluminum or stainless steel plates, and 33 represents outer windows.

Through the above embodiments, the practical functions, technical methods, mechanical structures, profile processing, and component manufacturing of the present invention are all feasible. The novel window that obtains according to the present invention has reached following several innovations:

1. The novel window obtained by adopting the present invention can be fully opened regardless of one or more windows and doors, and there is no central column in the window frame; the entire surface of the window is transparent, and the best effect of vision and ventilation can be achieved.

2. No matter one or more novel windows obtained by adopting the present invention, no matter one or more layers of windows and doors, each window and door can be freely rotated in the window frame. Each side of the window door can be wiped clean indoors.

3. The novel window obtained by adopting the present invention can be fully opened and the window and door can rotate freely, and can be completely sealed when the window is closed.

4. No matter one or more novel windows obtained by adopting the present invention, no matter one or more layers, all the windows and doors do not have latches, but the windows are closed tightly and sealed. Only one limit button on the left and right columns of the window frame is needed to switch the window and door.

5. The novel window obtained by adopting the present invention can be fully opened and the window door can be freely rotated, and it can also be installed and used with double rows of windows and achieve the same function.

6. The novel window obtained by adopting the present invention not only has new functions such as wind guide and cooling clothes, but also creates a creative platform for users to add functions and uses by themselves.

7. The novel window obtained by the present invention simplifies the installation process and makes initial installation and replacement easier.

Claims (9)

1. the multi-function moving rotary sealed window of full open, is characterized in that: the window frame beam column on window, window limit, window are stepped down, and to walk bar be all aluminium alloys, steel or the engineering plastics section bar through hot extruding die machine-shaping for post, screens; Wherein upper and lower, the central sill of window frame have 3 grooves on the face engaged with lower sid strip on window; The groove on both sides is parallel and wide even depth, and the groove on axis is wider than the groove on both sides and dark; Wide groove on axis be aim at that bar is walked in the screens be arranged on window, square toes cylinder positions, seal, oriented sliding and restriction rotate setting; The parallel narrow groove in both sides slides for inlaying sealed plasthetic bar thereon for window and strengthen the sealing function of window and set; The outer wide size of two narrow grooves is less than the width of lower sid strip on window, left and right post and the window of window frame step down the mating face of post have together with can hold window post whole piece of stepping down completely and enter and be in the concave groove of matched in clearance, window post turnover concave groove of stepping down aims at opening and closing window and sealing; All beam columns of window frame also all have 1-2 bar T-shaped groove at external surface, and this T-shaped groove is hide screw nut in self assembling and other movable part, is other object of plug-in installation and setting especially; On the upper lower sid strip of window and window frame, the mating face of underbeam also has a groove wide with the wide groove on underbeam axis on window frame, groove is also on the axis of lower sid strip, groove aims at installation square toes dead axle and bar setting is walked in screens, left and right edge strip on window and window step down door pillar mating face and be all with the uneven tooth bar face of twice with another mating face of fanning window, two sides can be made to engage plain sealing; Inside and outside window two sides edge strip on also all have T-shaped groove, this T-shaped groove be hide self assembling in screw nut and other movable part.

2. the multi-function moving rotary sealed window of full open according to claim 1, is characterized in that: door pillar of stepping down in window; It is the linkage between window frame left and right post and window left and right edge strip, it is made by aluminium alloys, steel or engineering plastic profile,, uniform thickness contour with window, or it is contour with window, slightly thick, the mating face of it and window is all mutually with uneven tooth bar profile, connect with window frame left and right post is that gap is contained and coordinated, it can inject in the groove of left or right window frame post, Main Function on window face, abdicates certain space open for window and rotate, and can ensure closing and sealing of window during Window closing.

3. the multi-function moving rotary sealed window of full open according to claim 1, it is characterized in that: on window on lower sid strip and window frame underbeam bonding surface groove in be all provided with one with aluminium alloys, the hollow square tube that steel or engineering plastic profile make, do screens to use, it is locked in the groove of lower sid strip on window by two pin rods, the movement of groove axis is limited by pin rod, but can do vertical mobile along pin rod, when the part bar status that bar is walked in upper and lower two screens is not inserted in the groove of underbeam on window frame, the restriction that window walks bar by upper and lower two screens can not be rotated, but can sliding axially along underbeam groove on window frame under the guiding of bar is walked in screens, it plays firm window sealing window and installs the effect of square toes dead axle.

4. the multi-function moving rotary sealed window of full open according to claim 3, is characterized in that: the upper and lower screens of window walks in bar to be also installed with a square toes dead axle, and it is steel, one end be rectangle square toes,

One end is the square toes round bar of circular roofbolt, the minor face of square toes and screens walk bar with wide, long limit is wider than the width of underbeam face upper groove on window frame, the cylindrical section of square toes dead axle is inserted to screens and walks in the clearance fit hole of the setting on bar axis, and left, center, right 3 place that setting hole walks bar in screens processes in advance; It is the axle center circle that window orientation left, center, right 3 place rotates, the square toes of square toes dead axle drop in the groove of underbeam on window frame all the time, when the part bar status that bar is walked in screens not to be inserted in the groove of underbeam on window frame and to drive window to slide, it is also dynamic with window, when the part bar status that bar is walked in screens is not retracted in the groove of lower sid strip on window, its square toes still bootable window continuation slip, now window also can rely on the cylindrical section of square toes dead axle to make System of Rotating about Fixed Axis; Square toes dead axle guides window to slide and supports the parts of window moving rotary.

5. the multi-function moving rotary sealed window of full open according to claim 4, it is characterized in that: knob lower sid strip being all provided with window pair of cams or phase same-action, the built-in axle bed of T-shaped groove on the above lower sid strip of cam knob is rely on to attach to walk in the hollow wall of bar in screens, when the long arc limit of overhead cam is screwed into upward, when the long arc limit of lower cam knob is screwed into down, screens is walked bar and is just stuffed in the groove of underbeam on window frame, now window is in locking sealing state, otherwise cam knob rotates, window will lose screens and walks the constraint of bar and be in the state that can rotate, cam knob is exactly control window to rotate and the following device sealed on window.

6. the multi-function moving rotary sealed window of full open according to claim 1, is characterized in that: window frame left and right post is provided with a limit button, and it aims at restriction window and steps down door pillar into and out of window frame left and right post Baltimore groove; It is fixing for relying on the axle bed that T-shaped groove on the post of window frame left and right is built-in, opens or stop door pillar turnover window frame of stepping down with circular or square metal column; Be pulled back in the limit of groove when putting in the metal shell of column in groove, door pillar of stepping down just can be filled in the Baltimore groove of window frame left and right post, the window space of planes that it is abdicated can allow window move rotation, when closing window, only limit button metal shell of column need be advanced groove, the tail end stopping door pillar of stepping down enters groove, and namely window is blocked sealing; Limit button is the device controlling window unlatching, close.

7. the multi-function moving rotary sealed window of the full open according to any one of claim 1-6, it is characterized in that: built-in suspension ring are all installed in the edge strip of window left and right, after window is opened, built-in suspension ring can put on the cool clothing of round bar from the pull-out of window side, can simultaneously cool clothing outside room in room.

8. the multi-function moving rotary sealed window of the full open according to any one of claim 1-6, it is characterized in that often fanning the Removable hook seat having installed more than 1 outside window lower sid strip in T-shaped groove, multiple active lock window hook has been installed in the T-shaped groove outside window frame underbeam; Active lock window hook on window frame underbeam can hook the window being in any position in window frame, any angle, can control window and locate arbitrarily and arbitrarily angled wind-guiding.

9. the multi-function moving rotary sealed window of the full open according to any one of claim 1-6, it is characterized in that: the inside and outside face of the upper and lower, left and right beam column in window frame is all provided with 2 T-shaped grooves, in groove can built-in lock window hook, outside limit button device, also pre-buried square toes nut, axle bed and extrapolation T-shaped screw can build multi-function mounting platform, utilize this peculiar structure can at installment inside and outside room: protective screening, sky shade, optical filtering gear snow cover, sun blind, double-layer window curtain, gargle washing article hanger, books and other things concerned with books hanger, flowers and plants hanger and associated appliance facility.