DOUBLE WINDOW SYSTEM OF BUILDING INCLUDING AIR CIRCULATING DEVICE
The present invention refers to double window inside a building portion such that external wall of a building consisting of double window glass exterior or interior building air circulating a vertical air circulation type double window system are disclosed. Recently, e.g. windshield glass building apparatus can supply etc. built outermost building uses. For the architecture of the building or building also hereinafter also 1 and 2 refer to more specifically the on-sensors other. Figure 1 shows a building according to the conventional technique of double window system (10) and for coarse elevational view, Figure 2 A provided A line is coarse section of Figure 1 are disclosed. Also as shown in 1 and 2 also, building double window system (10) is, the control unit defines at least one window portion (I) and an outer (O) building an air conditioning unit (6) on the, said indoor window portion (6) disposed apart from a predetermined distance outwardly from the basic partition wall is formed and an outdoor building window unit (1) having a predetermined wavelength. Said indoor window portion (6) and said outdoor window unit (1) is glass (4) (2) and window (4) (2) (i.e., chassis) supporting wall or support frame (5) comprises (3). Wherein, said indoor window portion (6) to said outdoor window unit (1) due to the spacing between, air receiving space or air insulating section (S) formed therein. As shown in fig. 2, in the case of daytime, the solar (R) and the transmitted light into the air insulating section (S), the increasing temperature of the air insulating section incident solar (R) (S) (S) (H) (I) to produce a final with enemy air insulating section provided is radiant heat or a preparation of heat to heat transfer manner to be coated. According to prior art double window system (10) of heat transfer (H) thus air insulating section (S) into indoor room number is present in particular in the case of point exists in the summer due to high priority order, further according to prior art double window system (10) comprises an air conditioning system with regard for lowering the temperature hot summer power consumption have been significantly increased number point door. In addition, according to prior art double window system (10) due to the daytime winter warm up the solar cell through the air insulating section (I) (S) of heating the indoor space of heat utilizing the impact existed for the network. Thus, the present invention refers to a building to the external double window frame number [...] prior art door number are disclosed. Specifically, the present invention refers to air circulating air insulating section between the air insulating section is positioned at the window indoor outdoor window air flow or heat or a vertical double window frame number utilize [...] number are disclosed. To solve the aforementioned and number for number of and as a result, the present invention refers to, is equipped on the outside of the building indoor space, said indoor window and including indoor indoor indoor window supporting support frame is positioned at the window; said indoor unit to said indoor side window with air insulating form a section at a distance from the window with a outward direction away, said support frame including an outdoor outdoor outdoor window and supporting windshield glass side window; said air insulating section outdoor building air circulation device circulating air into a room or building; building including a double window frame number can be [...]. In addition, preferably, said indoor window portion through said inner wall of said air insulating section which provides communication between the indoor space and indoor, outdoor outdoor outdoor building said communication between said window portion and said air insulating period characterized including through holes. In addition, preferably, the air circulation device, said through hole and said at least one or more indoor or outdoor hole configured to wind the closed in a gastight manner characterized. In addition, preferably, the air circulation device, said opening or closing direction through said indoor indoor indoor through holes into a name that is configured indoor and outdoor direction from automatic damper; opening or closing direction so as to surround said outdoor through holes for indoor and outdoor direction from outdoor through said inlet damper to be able to be moved back and forth; said strap and said indoor damper automatically moving and outdoor damper mark the mobile control unit; characterized by including a a. In addition, preferably, said indoor damper said indoor outdoor damper configured the direction elastic restoration force acts, said outdoor outdoor damper elastic restoration force to be applied to the direction connecting said damper characterized in that it consists in. In addition, preferably, mobile regulator said damper, said damper and said outer peripheral surface of said damper mobile control unit always indoor outdoor damper to make contact with a strap and said damper and said cam manner are specially configured to control indoor outdoor damper characterized. In addition, preferably, said damper and said indoor outdoor damper, said damper mobile control unit as a curved contact end brought into contact with the outer circumferential surface of the upper arcuate end including characterized. In addition, preferably, said damper mobile controlled, rotated by the driving motor and a rotating part; a peripheral region of said radially extending, circumferentially at an angle section formed by a peripheral region of said cam form department and number 1; the outer radius of said rotating part which extends upwards, said number 1 number 2 cam form department circumferential cam form department and formed to be spaced from the predetermined angle; including a characterized substrate. In addition, preferably, the sectorial shape and a peripheral region of said cam form department 90° circumferentially by said number 1, one side of the cam form department 180° against an interior surface of said number 2 by said number 1 cam form bringing up for discussion is attached at a location spaced apart by said number 1 and characterized for 90° cam form bringing up for discussion. In addition, preferably, a sensor for sensing said indoor space or building and said air insulating section or said external state; said sensor sensing unit and said air circulation device in accordance with the state number plower a number control unit; characterized by further including a. The aforementioned and is interposed in number according to, the present invention refers to the direction vertical to the air circulation device, double window portion (i.e., indoor outdoor window and window unit) or lowering of heat between air insulating section can be utilizing inside. Specifically, the present invention refers to daytime summer air compressor by discharging high temperature to this building insulation section, can be discharged into the outside of building temperature to this insulating section of heat, thereby air insulating section is high temperature heat into a room can be prevent. As a result, the present invention refers to an air conditioning system capable of reducing the amount of power consumption of and combined cycle, air conditioning system can be significantly save operation of electric charge. In addition, the present invention refers to a building at a high temperature to this daytime winter air compressor by insulating section inlet, air insulating section utilize thermal energy can be selected from the group of heating a central portion of the rotating unit. In addition, the present invention refers to using air circulation itself can be blocking air circulation device, such as winter night insulation to improve existing disapproval. And, the present invention refers to winter day, winter night and daytime summer air circulation number with a simple structure capable of whether direction and air circulation capable of modulating...copyright 2001. Figure 1 shows a double window system for coarse front building according to conventional techniques are disclosed. Figure 2 shows a cross-section of Figure 1 coarse A provided A line is also are disclosed. Figure 3 shows a double window system of the present invention also one in the embodiment according to building for coarse front are disclosed. Figure 4 shows a double window system for coarse block line of the present invention also one in the embodiment according to building are disclosed. Figure 5 shows a double window system of the present invention also one in the embodiment according to building number 1 when operating conditions, B provided B line is coarse section of Figure 3 are disclosed. Figure 6 shows a double window system of the present invention also one in the embodiment according to building number 2 when operating conditions, B provided B line is coarse section of Figure 3 are disclosed. Figure 7 shows a double window system of the present invention also one in the embodiment according to building number 3 when operating conditions, B provided B line is coarse section of Figure 3 are disclosed. Hereinafter, with reference to the embodiment of the present invention preferred embodiment is for a person with skill in the art in the field of drawing objects to describe hereinafter to less than 1000. In other drawing attached drawing on drawing number being changed even when transcribing configuration identical to the possible uses the above-mentioned negative accomplishing the same drawing number significantly. In addition, the present invention is connected to the publicly known or publicly known to operate are described specific description of related subject matter of invention can be decided to be a breach of the analogy described if a hole of the V-shaped. Certain features are described for ease of drawing and the number [...] enlarges or contracts or is simplified and, at the proper ratios to drawing and component thereof shall have shown not disclosed. However one skilled will easily understand details such holes. Figure 3 shows a building of the present invention also one in the embodiment according to double window system (1000) for coarse elevational view and, in the embodiment according to Figure 4 of the present invention one building double window system (1000) for coarse block leading and, in the embodiment according to Figure 5 of the present invention one building double window system (1000) when the number 1 operating conditions, B provided B line is of Figure 3 coarse cross-sectional drawing and, building one in the embodiment according to Figure 6 of the present invention double window system (1000) when the number 2 operating conditions, B provided B line is of Figure 3 coarse cross-sectional drawing and, in the embodiment according to Figure 7 of the present invention one building double window system (1000) when the number 3 operating conditions, B provided B line is coarse section of Figure 3 are disclosed. Also as shown in the 3 to 7 also, one of the present invention in the embodiment according to building double window system (1000) is, which are the basic partition wall is formed outdoor window unit (100) on, said outdoor window portion (100) forming with air insulating space (S) indoor window unit (200) on, air circulation device (300) having a predetermined wavelength. Wherein, said air circulation device (300) the indoor unit side window unit (200) on an outdoor side window portion (100) (O) (S) air air space between insulation section configured to circulating indoor or outdoor building building, also as shown in 5 to 7 also number 1 operating state, number 2 to operate in a state consists of operating status and number 3. And, as shown in fig. 2, one of the present invention in the embodiment according to building double window system (1000) is, user or by receiving input for receiving the input signals or administrator (1010) on; said indoor space (I) or said air insulating section (S) or an external building said external state (1020) on; said air circulation device (300) for driving the damper driving motor (1040) on; said sensor section (1020) is detected in said air circulation device in accordance with the state (300) and said damper drive motor (1040) plower number a number control unit (1050) on; said number control unit (1050) of number algorithm, said indoor space (I) or said air insulating section (S) or said reference value memory for storing information on the condition of the outside of the building part (1030); further comprises. Wherein, said sensor section (1020) is, aluminum foil pack sensor (1021), temperature sensor (1022) and humidity sensor (1023) can be at least one or more. Preferably, said aluminum foil pack sensor (1020) is an outdoor side window portion (100) mounted on, said temperature sensor and/or said insulation space (S) air humidity sensor can be mounted in. Also as shown in 3 and 5 to 7 may also, said outdoor window unit (100) is the basic part of the partition wall is formed of the building are disclosed. Specifically, said outdoor window unit (100) includes said indoor window unit (200) (S) with air insulating section to form said indoor window unit (200) with a apart outward direction at a distance from the, windshield glass (110) and said windshield glass (110) an outdoor support frame support (120) comprises. Wherein, said outdoor support frame (120) is wall, chassis and an outdoor side damper (320) for the path of movement of separate (outdoor penetrations) can be mounted mounting unit. Said windshield glass (110) directly incident sunlight-receiving plane formed on the substrate. And, said outdoor window unit (100) is (O) (i.e., external) said air insulating space on said outdoor building (S) outdoor communication between the through hole (130) having a predetermined wavelength. Outdoor said through hole (130) is desirably outdoor support frame (120) can be formed. As shown in fig. 3, outdoor said through hole (130) is said outdoor window unit (100) with a laterally a plurality, said plurality of outdoor through hole (130) is said outdoor window unit (100) which comprises a predetermined interval spaced relationship of moving up and combined with each other. Said multiple layer partially outdoor said through hole (130) is [...] air circulation device (300) according to a wavelength of each layer by open or movable. Wherein, said outdoor through hole (130) of the building (O) is an air insulation space (S) outdoor air circulation the temperatures are between and n is an integer. And, said outdoor through hole (130) is [...] outdoor damper (320) by alternately opening and/or closing with each other. Said indoor window portion (200) of the building (I) is equipped on the outside of the indoor space, said indoor space and air insulating section consists of building to isolate (S) (I). Said indoor window unit (200) includes said outdoor window portion (100) and the predetermined position is spaced coated with said indoor window unit (200) outdoor on said window portion (100) between air insulating section (S) formed on the substrate. Specifically, said indoor window unit (200) is, indoor window (210) and, said indoor window (210) support frame supporting an air conditioning unit (220) comprises. Wherein, said indoor support frame (220) is wall, chassis and indoor damper (330) for the path of movement of separate (indoor penetrations) can be mounted mounting unit. Said indoor window unit (200) and said control unit (I) is said air insulating space (S) building which provides communication between the indoor through hole (230) having a predetermined wavelength. Said indoor through hole (230) is desirably indoor support frame (220) can be formed. Wherein, said indoor through hole (230) of the building (I) indoor space is air insulation space (S) between air circulation wing and n is an integer. And, indoor said through hole (230) is [...] indoor damper (330) by alternately opening and/or closing with each other. As shown in fig. 5, indoor said through hole (230) is said indoor window unit (200) with a laterally a plurality, said a plurality of indoor through hole (230) is said indoor window portion (200) of moving up and down away into a loading platform which comprises a combined with each other. Said multiple layer partially indoor said through hole (230) is [...] air circulation device (300) according to a wavelength of each layer by open or movable. In addition, a plurality of said indoor or more layers comprising a through opening (230) is the front-rear direction of the building outdoor through hole (130) corresponding can be faced. Also as shown in 3 and 5 to 7 may also, said air circulation device (300) includes said indoor through hole (230) and said outdoor through hole (130) consists of at least one of a through hole to opening and closing the valve. Specifically, said air circulation device (300) includes, outdoor damper (320) on, indoor damper (330) on, damper mobile control unit (340) having a predetermined wavelength. Said outdoor damper (320) includes outdoor said through hole (130) to open or close said outdoor through hole (130) for direction and indoor outdoor movably consists of drive. Said outdoor damper (320) is said outdoor damper (320) indoor side the direction (i.e., air insulating space (S) facing) consists of elastic restoration force to be applied to. For example, outdoor said damper (320) window on said outdoor unit (100) with a between elastic member, said elastic member said outdoor damper (320) is always subjected to elastic restoration force indoor direction combined with each other. Preferably, said outdoor damper (320) is, said damper mobile control unit (340) as brought into contact with the outer circumferential surface of the upper arcuate curved end contact end (321) having a predetermined wavelength. Said contact end (321) is arcuate curved the optical axis, [...] damper mobile control unit (340) of cam form department number 1 (343) and cam form department number 2 (344) for interlocking with the hereinafter can be. And, said indoor damper (330) is indoor said through hole (230) to open or close said indoor through hole (230) for indoor and outdoor side movably consists of drive direction. Said indoor damper (330) is said indoor damper (330) to the direction (i.e., air insulating space (S) facing) outdoor elastic restoration force acts to consists of. E.g., said indoor damper (330) on said indoor window unit (200) between with a elastic member, said elastic member said indoor damper (330) is always subjected to outdoor elastic restoration force direction combined with each other. Said indoor damper (330) is, said damper mobile control unit (340) as brought into contact with the outer circumferential surface of the upper arcuate curved end contact end (331) without using a tool. Said contact end (331) is arcuate curved the optical axis, [...] damper mobile control unit (340) of cam form department number 1 (343) and cam form department number 2 (344) for interlocking with the hereinafter can be. Said damper mobile control unit (340) is said indoor damper (330) and automatically moving said outdoor damper (320) consists of automatically moving to adjust. In particular, said damper mobile control unit (340) is said indoor damper (330) and automatically moving said outdoor damper (320) to be moved back and forth (i.e., to adjust for application to the skin) of simultaneously regulating consists of. To this end, said damper mobile control unit (340) said damper includes a mobile control unit (340) always an outer periphery of said indoor damper (330) and said outdoor damper (320) to contact consists of. And, said damper mobile control unit (340) outline includes manner said indoor damper (330) and said outdoor damper (320) (simultaneously) of strap and to adjust consists of. Also as shown in 5 to 7 also, said damper mobile control unit (340) is, rotating part (342) on, said rotating part (342) accordance with the rotation of said outdoor damper (320) on said indoor damper (330) said a rotating part (342) for pushing out the outer radius configured to cam form department number 1 (343) and cam form department number 2 (344) having a predetermined wavelength. Said rotating part (342) forward and/or reverse direction by a drive motor (or damper drive motor) rotates. Said rotating part (342) cross section of the center, said rotating part (342) not have a rotating shaft rotated by the driving motor (341) which are provided with, said axis of rotation (341) is said rotating part (342) to rotates with said rotating part (342) coupled with each other. Triazines are shown in the drawing but, said driving motor is mounting (310) being provided, said motor mounting (310) is also based on at least one or more sides of building 3 fixed to the direction opposite to the force is removed. Said drive motor is provided with a plurality can be provided and needed, building the direction opposite to the motor mounting (310) other than rotating shaft (341) with additional intermediate can be. Cam form department said number 1 (343) is, said rotating part (342) the outer diameter of which extends upwards, said rotating part (342) formed by the circumference of the predetermined angle interval. Preferably, as shown in also 5 to 7 also, cam form department said number 1 (343) is said rotating part (342) can be formed by one circumferential direction of the generally sectorial 90°. And, said number 1 cam form department (343) side under the rounding processing so, indoor damper (330) and/or outdoor damper (320) for interlocking with the hereinafter can be. Cam form department said number 2 (344) is said rotating part (342) the outer diameter of which extends upwards, said number 1 cam form department (343) formed apart circumferentially on an angle. Preferably, said number 2 cam form department (344) is having an elongated, said number 2 cam form department (344) includes a cam form department said number 1 (343) and by cam form department 180° against an interior surface of one side of said number 1 (343) with respect to the change of the 90° spaced position can be. And, said number 2 cam form department (344) is said indoor damper (330) and/or said outdoor damper (320) abutting against the contact end opposing contact end (344a) and, opposite said contact end (344a) is so edge rounding processing, indoor damper (330) and/or outdoor damper (320) for interlocking with the hereinafter can be. Said double window system (1000) is also 5 as shown in both indoor and outdoor side through holes number 1 through hole closing and can be operated in a state, in this case said number 1 state (I) (O) (S) includes an outdoor unit and an indoor space on the air insulating space between the exhaust pipe and body to the migration may have effect. For example, night winter operating state preferably said number 1 on support. And, said double window system (1000) is also 6 as shown in indoor and outdoor through holes through wind and closing can be operated in a state number 2, in this case the air insulating space (S) said number 2 in a state the indoor unit (C1) can be circulated air space (I). For example, daytime winter operating state preferably said number 2 on support. In addition, said double window system (1000) is also 7 as shown in outdoor wind through port side through holes and closing can be operated in a state number 3, in this case the insulation space (S) said number 3 in a state air is re-circulated to outdoor air (C2) of the building (O) can be or a drain. For example, daytime summer operating state preferably said number 3 on support. According to the foregoing, the present invention refers to the direction vertical to the air circulation device, double window portion (i.e., indoor outdoor window and window unit) or lowering of heat between air insulating section can be utilizing inside. Specifically, the present invention refers to daytime summer air compressor by discharging high temperature to this building insulation section, can be discharged into the outside of building temperature to this insulating section of heat, thereby air insulating section is high temperature heat into a room can be prevent. As a result, the present invention refers to an air conditioning system capable of reducing the amount of power consumption of and combined cycle, air conditioning system can be significantly save operation of electric charge. In addition, the present invention refers to a building at a high temperature to this daytime winter air compressor by insulating section inlet, air insulating section utilize thermal energy can be selected from the group of heating a central portion of the rotating unit. In addition, the present invention refers to using air circulation itself can be blocking air circulation device, such as winter night insulation to improve existing disapproval. And, the present invention refers to winter day, winter night and daytime summer air circulation number with a simple structure capable of whether direction and air circulation capable of modulating...copyright 2001. In the embodiment of the present invention exemplify the above technical idea for specific shown and described but to, such as specific in the embodiment on the present invention refers to said configuration identical to the and functional only and not limited to, various modifications of the present invention limit can be wider in the embodiment. The, such deformation and must equal to the range of the present invention, the range of the present invention determined by claim should carry. 1000: one in the embodiment according to building double window system of the present invention 100: outdoor window unit 130: outdoor hole 200: indoor window unit 230: indoor hole 300: air circulation device 310: motor mounting 320: outdoor damper 330: indoor damper 340: damper mobile control unit The present invention relates to a double window system of a building including an air circulating device, which circulates air in a double window portion to the outside or the inside of a building in the building including the double window portion, wherein external walls of the building are almost composed of windows. More specifically, according to the present invention, the double window system of a building including an air circulating device comprises: an indoor side window portion provided at an external side of an indoor space of the building, and having an indoor window and an indoor support frame supporting the indoor window; an outdoor side window portion provided to be spaced in an external side direction at a predetermined distance in the indoor side window portion to form an air insulation section along with the indoor side window portion, and having an outdoor window and an outdoor support frame supporting the outdoor window; and an air circulating device circulating air in the air insulation section to the outside or the inside of the building. COPYRIGHT KIPO 2017 The control unit is equipped on the outside of the building, an air conditioning unit including indoor indoor indoor window and said support frame is positioned at the window glass support; said indoor unit to said indoor side window with air insulating form a section outward direction at a distance from the window with a apart, said support including an outdoor outdoor outdoor window and windshield glass support frame is positioned at the window; said air insulating section outdoor building air circulation device circulating air into a room or building; including a building air circulation type double window system. According to Claim 1, said indoor window portion through said inner wall of said air insulating section which provides communication between the indoor space and indoor, outdoor outdoor outdoor building said air insulating periods and said communication between said window portion including through holes characterized vertical air circulation type double window system. According to Claim 2, said air circulation device is, through said through hole and said at least a one or more indoor outdoor wind or closed in a gastight manner characterized configured vertical air circulation type double window system. According to Claim 2, said air circulation device is, for opening or closing said indoor indoor indoor through holes through said direction into a name that is configured indoor and outdoor direction from automatic damper; opening or closing direction so as to surround said outdoor through holes for indoor and outdoor direction from outdoor through said inlet damper to be able to be moved back and forth; said strap and said indoor damper automatically moving and outdoor damper mark the mobile control unit; characterized in including a vertical air circulation type double window system. According to Claim 4, said indoor damper said indoor outdoor damper configured the direction elastic restoration force acts, said outdoor outdoor damper elastic restoration force to be applied to the direction connecting said damper characterized in that it consists in building air circulation type double window system. According to Claim 5, mobile regulator said damper, said damper and said outer peripheral surface of said damper mobile control unit always indoor outdoor damper configured to contact the cam manner to adjust said damper and said indoor outdoor damper strap and a building air circulation characterized double window system. According to Claim 6, said damper and said indoor outdoor damper, said damper vertically arcuate curved contact end brought into contact with the outer circumferential surface of the end mobile control unit characterized as including vertical air circulation type double window system. According to Claim 5, and an adjustable damper in the drive motor which it blows and rotated by said rotating part; and a peripheral region of said and extending radially outward therefrom, a peripheral region of said predetermined angle interval formed by circumferential cam form department and number 1; the outer radius of said rotating part which extends upwards, said number 1 number 2 cam form department circumferential cam form department and formed to be spaced from the predetermined angle; characterized in including a vertical air circulation type double window system. According to Claim 8, said number 1 by the sectorial shape and a peripheral region of said cam form department circumferentially 90°, one side of the cam form department 180° against an interior surface of said number 2 by said number 1 cam form bringing up for discussion is attached at a location spaced apart by said number 1 characterized 90° cam form bringing up for discussion and for vertical air circulation type double window system. According to Claim 3, said indoor space or said air insulating section or portion of the building said external phase; said sensor sensing unit and said air circulation device in accordance with the state number plower a number control unit; characterized in further including vertical air circulation type double window system.
