Temporary heat shield for window

Abstract

The utility model provides a temporary heat shield for a window, which belongs to the technical field of window accessories and comprises a frame structure, a double-layer glass fixing structure and a window structure. Wherein the double-layer glass fixing structure is mounted in the frame-shaped object structure; the frame-shaped object structure is detachably mounted in the window structure; the frame structure and the double glass fixing structure surround the window structure. The heat insulation device can be conveniently installed on a window and conveniently detached from the window, so that the purpose of temporary heat insulation is achieved, and the heat insulation device has the advantages of being low in heat insulation cost and simple in structure.

Description

Technical Field

[0001] The utility model belongs to the technical field of window accessories, in particular to a temporary heat-insulating cover for a window. Background Art

[0002] At present, with the increasing warming of the earth's climate, the temperature is getting higher and higher. In many areas, especially in high-altitude areas, the sunshine is very serious. The sun shines on the exterior walls and windows of high-rise buildings, which can bring warmth to the interior. However, in areas where the west sun is very serious, the indoor temperature rises quickly, causing the indoor temperature to be too high and causing people to feel uncomfortable. Therefore, it is necessary to insulate the windows to reduce the indoor temperature.

[0003] In the prior art, the heat insulation of windows is mostly achieved by using materials with good heat insulation effects to prepare window structures, such as glass made of heat-insulating materials to isolate external heat. However, this heat insulation method is relatively expensive on the one hand, and on the other hand, it is not necessary to insulate the room all year round. In winter and in low temperature weather, external heat still needs to be transferred to the room to increase the indoor temperature. The window structure made of heat-insulating materials will affect the transfer of external temperature to the room, making it impossible to increase the indoor temperature. Utility Model Content

[0004] In view of the above-mentioned deficiencies in the prior art, the technical problem to be solved by the embodiments of the present utility model is to provide a temporary heat insulation cover for windows.

[0005] In order to solve the above technical problems, the utility model provides the following technical solutions:

[0006] A temporary heat-insulating cover for a window comprises a frame structure, a double-layer glass fixing structure and a window structure;

[0007] Wherein, the double-layer glass fixing structure is installed in the frame structure;

[0008] The frame structure is detachably mounted in the window structure;

[0009] The frame structure and the double-glazed glass fixing structure surround the window structure.

[0010] As a further improvement of the utility model: the frame structure is an adjustable structure;

[0011] The adjustable structure refers to the frame structure whose shape coefficient is adjustable;

[0012] The adjustable structure enables the temporary window heat shield to be installed in a variety of window structures having different form factors.

[0013] As a further improvement of the utility model: the window structure forms a window;

[0014] The window structure is a transparent structure that allows light to penetrate the building;

[0015] The window structure is built into the transparent structure;

[0016] The window structure comprises a window frame and a window transparent structure;

[0017] The window transparent structure is a circular plane structure;

[0018] The window transparent structure is formed of a transparent material;

[0019] The window transparent structure is a component in the window structure that allows light to pass through the window structure.

[0020] As a further improvement of the utility model: the double-layer glass fixing structure is a transparent structure;

[0021] The double-layer glass fixing structure covers the window transparent structure of the window structure, so that part of the light passing through the window transparent structure can also pass through the double-layer glass fixing structure;

[0022] The double-glazed glass fixing structure is flush with the window transparent structure;

[0023] The double-layer glass fixing structure is a circular plane structure;

[0024] The double-layer glass fixing structure is installed in the frame structure;

[0025] The double-glazed glass fixing structure completely surrounds the characteristic hole of the frame structure.

[0026] As a further improvement of the utility model: the double-layer glass fixing structure is a heat-insulating structure;

[0027] The double-glazed fixed structure is a double-glazed window glass with a vacuum formed between the glass plates;

[0028] The frame structure is a circular plane structure;

[0029] The frame structure has a frame shape;

[0030] The frame structure is an adjustable structure;

[0031] The adjustable structure means that the shape coefficient of the periphery of the frame-shaped structure can be adjusted according to the shape coefficient of the window frame of the window structure;

[0032] The frame structure is inserted into the window frame so that the congruent ends of the frame structure overlap with the window transparent structure of the window structure;

[0033] The frame structure forms a heat-insulating structure.

[0034] As a further improvement of the utility model: the frame structure includes a peripheral structure, a characteristic hole and a double-layer glass fixing structure mounting member;

[0035] Wherein, the characteristic hole is formed in the peripheral structure;

[0036] The double-glazing fixing structure mounting member fixes the double-glazing fixing structure to the peripheral structure.

[0037] As a further improvement of the present invention: the peripheral structure forms the periphery of the frame structure;

[0038] The peripheral structure is a circular planar structure;

[0039] The characteristic hole is formed through the center of the peripheral structure;

[0040] The peripheral structure is an adjustable structure;

[0041] The adjustable structure means that the peripheral shape coefficient of the peripheral structure can be adjusted according to the shape coefficient of the window structure window frame;

[0042] The shape factor of the peripheral structure is adjustable so that the temporary heat insulation cover of the window is flush with the window transparent structure of the window structure.

[0043] As a further improvement of the present invention: the peripheral structure is formed by one or more accordion-type folding structures;

[0044] The shape factor of the peripheral structure can be adjusted by adjusting one or more accordion folding structures to adjust the distance between the characteristic hole and the periphery of the peripheral structure;

[0045] The peripheral structure is a heat-insulating structure;

[0046] The accordion folds of the peripheral structure are formed from a polymer material having a low thermal conductivity.

[0047] As a further improvement of the present invention: the characteristic hole is a negative space formed by the circular plane structure of the peripheral structure;

[0048] The size of the characteristic hole is adapted to the double-glazed glass fixing structure;

[0049] The shape factor of the characteristic hole is geometrically similar to the shape factor of the double-layer glass fixing structure, so that the double-layer glass fixing structure completely surrounds the characteristic hole.

[0050] As a further improvement of the utility model: the double-glazed glass fixing structure mounting piece is a fastening structure;

[0051] The double-layer glass fixing structure installation piece is installed on the peripheral structure so that the double-layer glass fixing structure installation piece surrounds the periphery of the characteristic hole of the frame structure;

[0052] The double-layer glass fixing structure mounting member fixes the double-layer glass fixing structure to the peripheral structure, so that the double-layer glass fixing structure mounting member does not affect the adjustment of the shape coefficient of the peripheral structure;

[0053] The double-layer glass fixing structure mounting member is used to fix the double-layer glass fixing structure on the peripheral structure.

[0054] Compared with the prior art, the beneficial effects of the utility model are:

[0055] The utility model provides a temporary heat-insulating cover for a window, which can be conveniently installed on the window and can be conveniently disassembled from the window, thereby achieving the purpose of temporary heat insulation and having the advantages of low heat insulation cost and simple structure. BRIEF DESCRIPTION OF THE DRAWINGS

[0056] Figure 1 It is a front view of the utility model;

[0057] Figure 2 It is a side view of the utility model;

[0058] Figure 3 It is a top view of the utility model;

[0059] Figure 4 for Figure 1 Section view in the AA direction;

[0060] Figure 5 For the use of the utility model Figure 1 ;

[0061] Figure 6 For the use of the utility model Figure 2 . DETAILED DESCRIPTION

[0062] The technical solution of the utility model is further described in detail below in conjunction with specific implementation methods.

[0063] The embodiments of the present invention are described in detail below, and examples of the embodiments are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present invention, and cannot be understood as limiting the present invention.

[0064] See also Figure 1-6 The present embodiment provides a temporary heat insulation cover 100 for a window. The temporary heat insulation cover 100 for a window is a heat insulation structure, specifically comprising a frame structure 101, a double-layer glass fixing structure 102 and a window structure 103. The double-layer glass fixing structure 102 is installed in the frame structure 101, and the frame structure 101 is detachably installed in the window structure 103. The frame structure 101 and the double-layer glass fixing structure 102 surround the window structure 103.

[0065] The frame structure 101 and the double-glazed fixed structure 102 form a heat-insulating structure, which can enhance the heat-insulating performance of the window structure 103. The frame structure 101 is an adjustable structure. The so-called adjustable structure means that the shape coefficient of the frame structure 101 is adjustable, which enables the utility model 100 to be used in multiple window structures 103 with different shape coefficients.

[0066] The window structure 103 forms a window. The window structure 103 is defined in other parts of the present invention. The window structure 103 is a transparent structure that allows light to pass into and out of the building. The window structure 103 is built into the transparent structure.

[0067] The window structure 103 includes a window frame 131 and a window transparent structure 132. The definition of the window frame 131 can be found in other parts of the utility model. The window transparent structure 132 is a circular planar structure. The window transparent structure 132 is made of a transparent material, such as glass. The window transparent structure 132 is a component of the window structure 103. The window transparent structure 132 allows light to pass through the window structure 103.

[0068] The double-layer glass fixing structure 102 is a transparent structure. The double-layer glass fixing structure 102 covers the window transparent structure 132 of the window structure 103, so that part of the light passing through the window transparent structure 132 will also pass through the double-layer glass fixing structure 102. The double-layer glass fixing structure 102 is flush with the window transparent structure 132. The double-layer glass fixing structure 102 is a circular planar structure. The double-layer glass fixing structure 102 is installed in the frame structure 101. The double-layer glass fixing structure 102 completely surrounds the characteristic hole 112 of the frame structure 101.

[0069] The double-layer glass fixing structure 102 is a heat-insulating structure, which can suppress the transfer of heat from the window transparent structure 132 to the inner space of the structure including the window frame 131. In a first possible embodiment of the utility model, the double-layer glass fixing structure 102 is a double-layer window glass, and a vacuum is formed between the glass windows.

[0070] The frame structure 101 is a circular planar structure. The frame structure 101 is frame-shaped. The frame structure 101 is an adjustable structure. The so-called adjustable means that the shape coefficient around the frame structure 101 can be adjusted according to the shape coefficient of the window frame 131 of the window structure 103. After the frame structure 101 is inserted into the window frame 131, the congruent ends of the frame structure 101 overlap with the window transparent structure 132 of the window structure 103. The frame structure 101 forms a heat-insulating structure, which can improve the heat insulation of the window structure 103. The frame structure 101 is connected to the window structure 103 using a detachable adhesive. The frame structure 101 includes a peripheral structure 111, a characteristic hole 112 and a double-glazed fixed structure mounting member 113.

[0071] The peripheral structure 111 constitutes the periphery of the frame structure 101. The peripheral structure 111 is a circular planar structure. The characteristic hole 112 is formed through the center of the peripheral structure 111. The peripheral structure 111 is an adjustable structure. The so-called adjustable means that the peripheral shape coefficient of the peripheral structure 111 can be adjusted according to the shape coefficient of the window frame 131 of the window structure 103. The shape coefficient of the peripheral structure 111 can be adjusted to make the utility model 100 flush with the window transparent structure 132 of the window structure 103. The peripheral structure 111 is formed by one or more accordion-type folding structures. The shape coefficient of the peripheral structure 111 can be adjusted by adjusting one or more accordion-type folding structures to adjust the distance between the characteristic hole 112 and the periphery of the peripheral structure 111.

[0072] The peripheral structure 111 is a heat-insulating structure, and the accordion-shaped folded structure of the peripheral structure 111 is made of a polymer material with a low thermal conductivity coefficient.

[0073] The characteristic hole 112 is a negative space formed by the circular plane structure of the peripheral structure 111. The size of the characteristic hole 112 is adapted to the double-layer glass fixing structure 102. The shape coefficient of the characteristic hole 112 is geometrically similar to the shape coefficient of the double-layer glass fixing structure 102, so that the double-layer glass fixing structure 102 completely surrounds the characteristic hole 112.

[0074] The double-layer glass fixing structure mounting piece 113 is a fastening structure. The double-layer glass fixing structure mounting piece 113 is installed on the peripheral structure 111 so that the double-layer glass fixing structure mounting piece 113 surrounds the periphery of the characteristic hole 112 of the frame structure 101. The double-layer glass fixing structure mounting piece 113 fixes the double-layer glass fixing structure 102 on the peripheral structure 111. In this way, the double-layer glass fixing structure mounting piece 113 will not affect the adjustment of the shape coefficient of the peripheral structure 111. The double-layer glass fixing structure mounting piece 113 can permanently fix the double-layer glass fixing structure 102 on the peripheral structure 111.

[0075] This utility model uses the following definitions:

[0076] Accordion-type folding structure: In the present utility model, the accordion-type folding structure is a corrugated structure, similar to the bellows of an accordion.

[0077] Adhesive: For the purposes of this invention, an adhesive is a chemical substance that can be used to adhere two or more objects to one another. Types of adhesives include, but are not limited to, epoxy, polyurethane, polyimide or cyanoacrylate, silicone or latex-based adhesives. See also removable adhesive, pressure sensitive adhesive, heat activated adhesive.

[0078] Center: For the purposes of this specification, a center is a point that includes: 1) a point in a circle that is equidistant from all points on the circumference of the circle; 2) a point in a regular polygon that is equidistant from all vertices of the regular polygon; 3) a point on a line that is equidistant from both ends of the line; 4) a point, pivot, or axis about which something rotates; or, 5) the center of mass or first moment of an area or structure. In cases where the appropriate definition is not obvious, the fifth option should be used to interpret the specification.

[0079] Round plane: In the present invention, a round plane is a prismatic object with a flat appearance. The round plane is formed by two congruent ends connected by a side surface. The sum of the surface areas of the two congruent ends of the prismatic object forming the round plane is greater than the surface area of ​​the side surface of the prismatic object forming the round plane. In the present invention, the congruent ends of the prismatic structure forming the round plane are called the faces of the round plane.

[0080] Flush: In the present invention, the term “flush” is used to describe the alignment of a first surface and a second surface to form a single structure selected from the group consisting of Euclidean planes and non-Euclidean planes.

[0081] Form Factor: In this disclosure, the term "form factor" refers to the size and shape of an object.

[0082] Thermal Insulation Structure (Heat): For purposes of this invention, a thermal insulation structure is a structure that is capable of inhibiting (preferably preventing) the transfer of heat through the thermal insulation structure. Thermal insulation structures can also be used to inhibit or prevent the transfer of sound through the thermal insulation structure. Methods for forming thermal insulation structures include, but are not limited to, the following: 1) using materials with low thermal conductivity; and 2) using structural design to create a vacuum in the thermal insulation structure over the expected transfer path of heat or sound.

[0083] Inside: In this utility model, inside is a relational term, meaning that an object is contained within the boundaries of a structure or space.

[0084] Frame: In the present invention, "frame" means a length of a first linear structure, including but not limited to an axis, wire, rope, or mesh structure, which is: 1) folded and connected at both ends to form a closed space; or 2) bent to form a closed or nearly closed space within the first linear structure. In both cases, the space formed within the first linear structure enables a second linear structure (such as a wire, rope, or hook) to pass through the space formed within the first linear structure. In this case, the first linear structure is said to surround the second linear structure.

[0085] Negative space: In this context, negative space is a method of defining an object by using open or empty space to define the object itself, or by using open or empty space to describe the boundaries of an object.

[0086] Removable Adhesive: For purposes of this invention, a removable adhesive is a commercially available adhesive designed to have a low tack or stickiness such that when a first object is adhered to a second object with the removable adhesive, the first object can be easily removed, ideally without leaving any adhesive residue on the second object, but in practice adhesive residue may be left. Repositionable adhesives are a subset of removable adhesives, the purpose of which is to re-adhere the first object to a third object or a second object at its original position or at a different position. For purposes of this invention, removable adhesives are considered to include repositionable adhesives. Removable adhesives are often referred to as escape adhesives.

[0087] Distance: In this utility model, "distance" refers to the distance span between any two objects.

[0088] Upward: In the present invention, the term "upward" refers to a direction reference that is parallel to and opposite to gravity when an object is normally positioned or used.

[0089] Vacuum: In this invention, vacuum is used to describe a first space containing gas, where the gas pressure is reduced relative to the gas pressure in a second space. If the first space and the second space are connected together, this pressure difference will cause the gas to move from the second space to the first space until the pressure difference is eliminated.

[0090] Window: For purposes of this disclosure, a window is an opening formed in a structure that has glass or other transparent material mounted in a frame to allow light to pass through the structure.

[0091] Window frame: In this context, a window frame is a structure that mounts a window to a structure. The window frame forms the perimeter of the window on the structure. The window frame transfers the load of the window to the structure.

[0092] The preferred embodiments of the present invention are described in detail above, but the present invention is not limited to the above embodiments, and various changes can be made within the knowledge scope of ordinary technicians in this field without departing from the purpose of the present invention.

Claims

1. A temporary heat insulation cover for a window, characterized in that: Including frame structure, double-glazed glass fixing structure and window structure; Wherein, the double-layer glass fixing structure is installed in the frame structure; The frame structure is detachably mounted in the window structure; The frame structure and the double-glazed glass fixing structure surround the window structure.

2. A temporary heat insulation cover for windows according to claim 1, characterized in that: The frame structure is an adjustable structure; The adjustable structure refers to the frame structure whose shape coefficient is adjustable; The adjustable structure enables the temporary window thermal shield to be installed in a variety of window structures having different form factors.

3. A temporary heat insulation cover for windows according to claim 1, characterized in that: The window structure forms a window; The window structure is a transparent structure that allows light to penetrate the building; The window structure is built into the transparent structure; The window structure comprises a window frame and a window transparent structure; The window transparent structure is a circular plane structure; The window transparent structure is formed of a transparent material; The window transparent structure is a component in the window structure that allows light to pass through the window structure.

4. A temporary heat insulation cover for windows according to claim 1, characterized in that: The double-layer glass fixing structure is a transparent structure; The double-layer glass fixing structure covers the window transparent structure of the window structure, so that part of the light passing through the window transparent structure can also pass through the double-layer glass fixing structure; The double-glazed glass fixing structure is flush with the window transparent structure; The double-layer glass fixing structure is a circular plane structure; The double-layer glass fixing structure is installed in the frame structure; The double-glazed glass fixing structure completely surrounds the characteristic hole of the frame structure.

5. A temporary heat insulation cover for windows according to claim 3, characterized in that: The double-glazed glass fixing structure is a heat-insulating structure; The double-glazed fixed structure is a double-glazed window glass with a vacuum formed between the glass plates; The frame structure is a circular plane structure; The frame structure has a frame shape; The frame structure is an adjustable structure; The adjustable structure means that the shape coefficient of the periphery of the frame-shaped structure can be adjusted according to the shape coefficient of the window frame of the window structure; The frame-like structure is inserted into the window frame; The frame structure forms a heat-insulating structure.

6. A temporary heat insulation cover for windows according to claim 5, characterized in that: The frame structure includes a peripheral structure, a characteristic hole and a double-glazed glass fixing structure mounting member; Wherein, the characteristic hole is formed in the peripheral structure; The double-glazing fixing structure mounting member fixes the double-glazing fixing structure to the peripheral structure.

7. A temporary heat insulation cover for windows according to claim 6, characterized in that: The peripheral structure forms the periphery of the frame structure; The peripheral structure is a circular planar structure; The characteristic hole is formed through the center of the peripheral structure; The peripheral structure is an adjustable structure; The adjustable structure means that the peripheral shape coefficient of the peripheral structure can be adjusted according to the shape coefficient of the window structure window frame; The shape factor of the peripheral structure is adjustable so that the temporary heat insulation cover of the window is flush with the window transparent structure of the window structure.

8. A temporary heat insulation cover for windows according to claim 7, characterized in that: The peripheral structure is formed by one or more accordion-type folded structures; The shape factor of the peripheral structure can be adjusted by adjusting one or more accordion folding structures to adjust the distance between the characteristic hole and the periphery of the peripheral structure; The peripheral structure is a heat-insulating structure; The accordion folds of the peripheral structure are formed from a polymer material having a low thermal conductivity.

9. A temporary heat insulation cover for windows according to claim 6, characterized in that: The characteristic hole is a negative space formed by the circular planar structure of the peripheral structure; The size of the characteristic hole is adapted to the double-glazed glass fixing structure; The shape factor of the characteristic hole is geometrically similar to the shape factor of the double-layer glass fixing structure, so that the double-layer glass fixing structure completely surrounds the characteristic hole.

10. A temporary heat insulation cover for windows according to claim 6, characterized in that: The double-glazed glass fixing structure mounting piece is a fastening structure; The double-layer glass fixing structure installation piece is installed on the peripheral structure so that the double-layer glass fixing structure installation piece surrounds the periphery of the characteristic hole of the frame structure; The double-layer glass fixing structure mounting member fixes the double-layer glass fixing structure to the peripheral structure, so that the double-layer glass fixing structure mounting member does not affect the adjustment of the shape coefficient of the peripheral structure; The double-layer glass fixing structure mounting member is used to fix the double-layer glass fixing structure on the peripheral structure.

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