CN115749556A - Energy-saving auxiliary frame ventilation device and installation method thereof - Google Patents
Energy-saving auxiliary frame ventilation device and installation method thereof Download PDFInfo
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- CN115749556A CN115749556A CN202211571802.9A CN202211571802A CN115749556A CN 115749556 A CN115749556 A CN 115749556A CN 202211571802 A CN202211571802 A CN 202211571802A CN 115749556 A CN115749556 A CN 115749556A
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Abstract
The invention provides an energy-saving auxiliary frame ventilation device and an installation method thereof, relating to the field of door and window structures and comprising the following steps: the drive block, the drive block is pegged graft in the inside of control lever, it attaches the frame to be closed structure to have solved current door and window, inside does not have ventilation's design, when opening door and window ventilation, lead to the decline of indoor theftproof thief-proof performance easily, the security is relatively poor, if realize through air conditioner or other ventilation equipment, it is great to use the energy consumption, the problem of not enough energy-conservation, the use headstock gear that can energy-conserving ventilation mechanism is controlled to start and stop control mechanism, thereby make and attach the frame subassembly and be in the encapsulated situation when energy-conserving ventilation mechanism is in the encapsulated situation, can not realize the interaction of indoor outer air, can realize the gas interaction of indoor ware when energy-conserving ventilation mechanism is in the open situation, realize ventilation's operation, high durability and convenient use, ventilation need not to open door and window and can realize, the security is extremely strong.
Description
Technical Field
The invention relates to the technical field of door and window structures, in particular to an energy-saving auxiliary frame ventilation device and an installation method thereof.
Background
The auxiliary frame is a structural frame fixed in the hole before the door and window are installed, and can provide stable supporting effect for the door and window installed on the auxiliary frame, so that stable use of the door and window is guaranteed.
However, with regard to the present auxiliary frame, it is closed structure, and inside does not have ventilation's design to make and can only realize through opening door and window when needs ventilation, opening of door and window leads to indoor theftproof thief-proof performance to descend easily, and the security is relatively poor, can only realize through air conditioner or other ventilation equipment if do not open door and window, and it is great to use the energy consumption, and is not energy-conserving enough, and the practicality is relatively poor.
Disclosure of Invention
In view of the above, the invention provides an energy-saving attached frame ventilation device and an installation method thereof, which comprises an opening and closing control mechanism and an energy-saving ventilation mechanism, wherein the opening and closing control mechanism can control the opening and closing device used by the energy-saving ventilation mechanism, so that an attached frame assembly is in a closed state when the energy-saving ventilation mechanism is in a closed state, interaction of indoor air and outdoor air cannot be realized, gas interaction of indoor equipment can be realized when the energy-saving ventilation mechanism is in an open state, ventilation operation is realized, the use is convenient, ventilation can be realized without opening doors and windows, the safety is strong, the energy-saving ventilation mechanism can freely select the opening number and the opening position, the use requirements of indoor and outdoor ventilation under different environments can be met, and the flexibility, the adaptability and the practicability are strong.
The invention provides an energy-saving attached frame ventilation device, which specifically comprises: the fixed frame body is fixedly arranged inside a door opening of a building wall body; the auxiliary frame assembly consists of an auxiliary mounting frame, an opening and closing control mechanism and an energy-saving ventilation mechanism, the auxiliary mounting frame is fixedly mounted inside the fixed frame body, and a door body is mounted on the side face of the auxiliary mounting frame; the opening and closing control mechanism comprises a control rod, a driving block, an operating block and a positioning block, the control rod is inserted in the mounting auxiliary frame, the driving block is inserted in the control rod, the operating block is fixedly mounted in the middle of the control rod, and the positioning block is inserted in the mounting auxiliary frame; energy-conserving ventilation mechanism attaches the inside of frame including outside intercommunication post, inboard intercommunication post and instruction piece, outside intercommunication post fixed mounting attaches the frame in the installation, and inboard intercommunication post rotates to be connected and attaches the inside of frame in the installation, outside intercommunication post is outdoor, and inboard intercommunication post is indoor, instruct the piece to peg graft in the installation and attach the inside of frame.
Furthermore, four groups of energy-saving ventilation mechanisms are arranged in the mounting auxiliary frame, the number of the energy-saving ventilation mechanisms is not limited to four groups, the number of the energy-saving ventilation mechanisms can be increased or decreased according to the length of the mounting auxiliary frame, and the number of the driving blocks arranged in the control rod is the same as the number of the energy-saving ventilation mechanisms.
Furthermore, the inside of outside intercommunication post and inboard intercommunication post all is equipped with the intercommunication passageway, and outside intercommunication post and inboard intercommunication post meet one side inside of department all be equipped with two and open and close the passageway, two contained angle angles of opening and close between the passageway are one hundred eighty degrees.
Furthermore, one end of the inner side communication column is provided with an opening and closing gear, the top of the driving block is provided with an opening and closing rack, and the opening and closing rack is in meshing transmission with gear teeth of the opening and closing gear.
Furthermore, a driving top spring is arranged at the bottom of the block body of the driving block, and two ends of the driving top spring are respectively and fixedly connected to the inside of the driving block and the inside of the control rod.
Furthermore, the cylinder outside of inboard intercommunication post is equipped with spiral helicine single control groove, and indicates the bottom of piece and be equipped with single control arch, and single control arch pegs graft in the inside in single control groove.
Furthermore, the top of operation piece is equipped with the action bars, and the body of rod of action bars passes the inside of installation attached frame, and the inside of locating piece is equipped with the constant head tank of "C" shape, and the action bars is pegged graft in the inside of constant head tank.
Furthermore, a positioning top spring is arranged at the bottom of the positioning block, two ends of the positioning top spring are respectively and fixedly connected to the inside of the positioning block and the inside of the mounting auxiliary frame, and the elastic force of the positioning top spring is greater than that of the driving top spring.
Advantageous effects
1. The device is when using, the use headstock gear that the headstock gear can control energy-conserving ventilation mechanism can be controlled to the headstock gear, thereby make and attach the frame subassembly and be in the encapsulated situation when energy-conserving ventilation mechanism is in the closed condition, can not realize the interaction of indoor outer air, can realize the gaseous interaction of indoor ware when energy-conserving ventilation mechanism is in the open condition, realize ventilation's operation, high durability and convenient use, ventilation need not to open door and window and can realize, the security is extremely strong, and energy-conserving ventilation mechanism can the free choice open quantity and open the position, can adapt to indoor outer ventilation user demand of taking a breath under the different environment, the flexibility of the device is improved, safety, adaptability and practicality.
2. Energy-conserving ventilation mechanism has and opens and close two kinds of user state, when the service position coincidence of opening and close the passageway of outside intercommunication post and inboard intercommunication post, indoor outer air can realize alternately through intercommunication passageway and opening and close the passageway this moment, thereby realize indoor outer ventilation and use, when the service position stagger of opening and close the passageway of outside intercommunication post and inboard intercommunication post, energy-conserving ventilation mechanism is in the encapsulated situation this moment, can't realize the mutual use of indoor outer air, can adapt to different user demands, adaptability is extremely strong.
3. All energy-conserving ventilation mechanism's user state can be through opening and close control mechanism unified opening and close control, pulling the action bars about when, the action bars drives control lever synchronous motion, thereby the inside drive block of control lever can follow control lever synchronous motion, the drive block drives the inboard intercommunication post rotation of the teeth of a cogwheel interlock transmission of opening and close the rack and opening and close the gear under the effect of drive top spring when the drive block is removing, thereby the user position of the passageway of opening and close of inboard intercommunication post has been changed, thereby the function of the state of opening and close of the energy-conserving ventilation mechanism of same control has been realized, the use is nimble, it is convenient to adjust.
4. The use position of control lever can be fixed a position through the locating piece, and the locating piece makes the action bars be in the position of the lowest position of constant head tank all the time under the effect of location top spring to make the control lever can not unexpected the removal change energy-conserving ventilation mechanism's user state when using, it is stable to use.
5. The indication block can indicate the using state of the energy-saving ventilation mechanism, when the energy-saving ventilation mechanism is in a closed state, the indication block retracts into the interior of the auxiliary frame for installation, the single control protrusion is located at the innermost end of the single control groove, when the energy-saving ventilation mechanism is switched to an open state from the closed state, the inner side communication column can rotate, therefore, when the inner side communication column rotates, the single control groove can drive the indication block to move outwards to protrude the interior of the auxiliary frame for installation through the single control protrusion, and therefore the using state of the energy-saving ventilation mechanism can be indicated.
6. The using state of each energy-saving ventilation mechanism can be independently switched and controlled through the indicating block, when the energy-saving ventilation mechanism is in an opening state, the indicating block is pressed into the inside of the installation auxiliary frame at the moment, the energy-saving ventilation mechanism can be switched to the closing state, when the indicating block moves towards the inside of the installation auxiliary frame, the single control protrusion drives the inner side communication column to rotate through the single control groove, in the process, the acting force of the positioning top spring on the positioning block is larger than the acting force of the driving top spring on the driving block, therefore, when the inner side communication column rotates, the opening and closing gear and the gear tooth bevel edge of the opening and closing gear are mutually extruded to enable the opening and closing gear to move downwards to avoid the rotation of the opening and closing gear, accordingly, the corresponding energy-saving ventilation mechanism is independently closed under the condition that the using states of the rest energy-saving ventilation mechanisms are not changed, the use is convenient, the adjustment is flexible, the indoor and outdoor ventilation using requirements under different environments can be met, and the adaptability is extremely strong.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings of the embodiments will be briefly described below.
The drawings in the following description relate to some embodiments of the invention only and are not intended to limit the invention.
In the drawings:
fig. 1 is a schematic view of the overall structure of the present invention.
Fig. 2 is a schematic structural view of the sub-frame assembly of the present invention.
Fig. 3 is a schematic structural diagram of the interior of the energy-saving ventilating mechanism in a closed state.
Fig. 4 is a structural schematic diagram of the opening and closing control mechanism of the invention after disassembly.
Fig. 5 is a schematic structural view of the energy-saving ventilation mechanism of the invention after disassembly.
Fig. 6 is a schematic side view of the invention shown in fig. 5.
Fig. 7 is a schematic structural diagram of the inside of the energy-saving ventilating mechanism in an open state.
Fig. 8 is a schematic view of the inside of the energy-saving ventilating mechanism of fig. 7 with the left-hand second closed.
Fig. 9 is an enlarged schematic view of the portion a of fig. 3 according to the present invention.
Fig. 10 is an enlarged structural view of the portion B in fig. 7 according to the present invention.
Fig. 11 is an enlarged schematic structural view of the C-site in fig. 3 according to the present invention.
Description of reference numerals:
1. fixing the frame body; 2. installing an auxiliary frame; 3. an opening and closing control mechanism; 301. a control lever; 302. a drive block; 3021. opening and closing the rack; 3022. driving a top spring; 303. an operation block; 3031. an operating lever; 304. positioning blocks; 3041. positioning a groove; 3042. positioning a top spring; 4. an energy-saving ventilation mechanism; 401. an outer communication column; 4011. a communication channel; 402. an inner side communication column; 4021. opening and closing the channel; 4022. opening and closing the gear; 4023. a single control slot; 403. an indication block; 4031. a single control bulge; 5. a door body.
Detailed Description
In order to make the objects, aspects and advantages of the embodiments of the present invention more apparent, the embodiments of the present invention will be described in detail with reference to the accompanying drawings. Unless otherwise indicated, terms used herein have the ordinary meaning in the art. Like reference symbols in the various drawings indicate like elements.
The embodiment of the device is as follows: please refer to fig. 1 to 11:
the invention provides an energy-saving attached frame ventilation device, which comprises a fixed frame body 1, wherein the fixed frame body 1 is fixedly arranged in a door opening of a building wall body; the auxiliary frame assembly comprises an auxiliary mounting frame 2, an opening and closing control mechanism 3 and an energy-saving ventilation mechanism 4, the auxiliary mounting frame 2 is fixedly mounted inside the fixed frame body 1, and a door body 5 is mounted on the side face of the auxiliary mounting frame 2; as shown in fig. 4, the opening and closing control mechanism 3 includes a control rod 301, a driving block 302, an operation block 303 and a positioning block 304, as shown in fig. 3, the control rod 301 is inserted into the mounting auxiliary frame 2, and the driving block 302 is inserted into the control rod 301, as shown in fig. 4, the operation block 303 is fixedly mounted in the middle of the control rod 301, as shown in fig. 8, and the positioning block 304 is inserted into the mounting auxiliary frame 2; energy-conserving ventilation mechanism 4 is including outside intercommunication post 401, inboard intercommunication post 402 and instruction piece 403, and outside intercommunication post 401 fixed mounting attaches the inside of frame 2 in the installation, and inboard intercommunication post 402 rotates to be connected and attaches the inside of frame 2 in the installation, and outside intercommunication post 401 is outdoor, and inboard intercommunication post 402 is indoor, and instruction piece 403 is pegged graft in the installation and attaches the inside of frame 2.
Furthermore, the four auxiliary frame assemblies are spliced to support a complete and closed installation frame body, so that the door body 5 can be installed inside the installation frame body, the using length of the auxiliary frame 2 can be adjusted according to actual requirements, the four groups of the energy-saving ventilation mechanisms 4 are arranged inside the auxiliary frame 2, the number of the energy-saving ventilation mechanisms is not limited to four groups, the number of the energy-saving ventilation mechanisms can be increased or decreased according to the length of the auxiliary frame 2, and the number of the driving blocks 302 arranged inside the control rod 301 is the same as the number of the energy-saving ventilation mechanisms 4.
Further, the inside of outside intercommunication post 401 and inboard intercommunication post 402 all is equipped with intercommunication passageway 4011, and outside intercommunication post 401 and inboard intercommunication post 402 junction's one side inside all is equipped with two and opens and close the passageway 4021, the contained angle between two opening and close passageways 4021 is one hundred eighty degrees, in use, energy-conserving ventilation mechanism 4 has two kinds of user state of opening and closing, when the user position of the passageway 4021 of opening and close of outside intercommunication post 401 and inboard intercommunication post 402 is coincided, indoor outer air can realize alternately through intercommunication passageway 4011 and opening and close passageway 4021 this moment, thereby realize indoor outer ventilation and use, when the user position of the passageway 4021 of opening and close of outside intercommunication post 401 and inboard intercommunication post 402 is crisscross, energy-saving ventilation mechanism 4 is in the closed condition this moment, can't realize the interactive use of indoor outer air, can adapt to different user demands, adaptability is extremely strong.
Further, one end of the inner side communication column 402 is provided with an opening and closing gear 4022, the top of the driving block 302 is provided with an opening and closing rack 3021, the opening and closing rack 3021 is in meshing transmission with the gear teeth of the opening and closing gear 4022, in use, the use state of all the energy-saving ventilation mechanisms 4 can be uniformly opened and closed through the opening and closing control mechanism 3, when the operating rod 3031 is pulled left and right, the operating rod 3031 drives the control rod 301 to move synchronously, so that the driving block 302 in the control rod 301 can move synchronously along with the control rod 301, the bottom of the block body of the driving block 302 is provided with a driving top spring 3022, and two ends of the driving top spring 3022 are respectively and fixedly connected in the driving block 302 and in the control rod 301, when the driving block 302 moves, the driving block 302 drives the opening and closing rack 3021 and the meshing gear teeth of the opening and closing gear 4022 to drive the inner side communication column 402 to rotate, so that the use position of the opening and closing channel 4021 of the inner side communication column 402 is changed, thereby realizing the function of controlling the opening and closing state of the same energy-saving mechanism 4, the ventilation mechanism, which is flexible to use and convenient to adjust.
Further, a spiral single control groove 4023 is arranged outside the column body of the inner side communication column 402, a single control protrusion 4031 is arranged at the bottom of the indication block 403, the single control protrusion 4031 is inserted into the single control groove 4023, in use, the indication block 403 can indicate the use state of the energy-saving ventilation mechanism 4, when the energy-saving ventilation mechanism 4 is in the closed state, the indication block 403 retracts into the inside of the installation auxiliary frame 2, the single control protrusion 4031 is located at the innermost end of the single control groove 4023, when the energy-saving ventilation mechanism 4 is switched from the closed state to the open state, the inner side communication column 402 rotates, so that when the inner side communication column 402 rotates, the single control groove 4023 can drive the indication block 403 to move outwards to protrude out of the installation auxiliary frame 2 through the single control protrusion 4031, and the function of indicating the use state of the energy-saving ventilation mechanism 4 is achieved.
Further, an operating rod 3031 is arranged at the top of the operating block 303, a rod body of the operating rod 3031 penetrates through the inside of the mounting auxiliary frame 2, a C-shaped positioning groove 3041 is arranged inside the positioning block 304, and the operating rod 3031 is inserted into the positioning groove 3041, in use, the use position of the control rod 301 can be positioned through the positioning block 304, the positioning block 304 enables the operating rod 3031 to be always located at the lowest position of the positioning groove 3041 under the action of the positioning top spring 3042, so that the control rod 301 cannot be accidentally moved to change the use state of the energy-saving ventilation mechanism 4 when in use, and the use is stable.
Further, a positioning top spring 3042 is arranged at the bottom of the positioning block 304, two ends of the positioning top spring 3042 are respectively and fixedly connected to the inside of the positioning block 304 and the inside of the installation auxiliary frame 2, the elastic force of the positioning top spring 3042 is greater than that of the driving top spring 3022, in use, the use state of each energy-saving ventilation mechanism 4 can be independently switched and controlled through the indicating block 403, when the energy-saving ventilation mechanism 4 is in an open state, the indicating block 403 is pressed into the inside of the installation auxiliary frame 2 at the moment, that is, the energy-saving ventilation mechanism 4 can be switched to a closed state, when the indicating block 403 moves towards the inside of the installation auxiliary frame 2, the single-control protrusion 4031 drives the inner-side communication column 402 to rotate through the single-control slot 4023, in the process, because the acting force of the positioning top spring 3042 on the positioning block 304 is greater than that of the driving top spring 302, when the inner-side communication column 402 rotates, the opening and closing rack 3021 is squeezed by bevel edges, so that the opening and closing rack 3021 moves downwards to open and close the opening and closing rack 4022, thereby enabling the energy-saving ventilation mechanism to adapt to different use conditions, and enabling the indoor environment to be convenient to be used independently.
The method comprises the following steps:
the embodiment provides an installation method of the energy-saving auxiliary frame ventilation device, which comprises the following steps: step one, installing a fixed frame body 1 in a door opening of a building, splicing four groups of auxiliary frame assemblies, supporting a complete and closed installation frame body, installing the installation frame body in the fixed frame body 1, and finally installing a door body 5 in the installation frame body; step two, after the installation is completed, the energy-saving ventilation mechanism 4 has two using states of opening and closing, when the using positions of the opening and closing channel 4021 of the outer side communication column 401 and the inner side communication column 402 are coincident, indoor and outdoor air can be interacted through the communication channel 4011 and the opening and closing channel 4021, so that indoor and outdoor ventilation is used, when the using positions of the opening and closing channel 4021 of the outer side communication column 401 and the inner side communication column 402 are staggered, the energy-saving ventilation mechanism 4 is in a closed state, the interactive use of indoor and outdoor air cannot be realized, the using states of all the energy-saving ventilation mechanism 4 can be uniformly controlled through the opening and closing control mechanism 3, when the operating rod 3031 is pulled left and right, the operating rod 3031 drives the control rod 301 to synchronously move, so that the driving block 302 in the control rod 301 can synchronously move along with the control rod 301, when the driving block 302 moves, the driving block 302 drives the gear teeth of the rack 3021 and the opening and closing gear 4022 to drive the inner side communication column 402 to rotate, so that the energy-saving ventilation mechanism 402 is in a single-indicating groove 4021, when the using state of the energy-saving ventilation mechanism is in a single-indicating box 4024, and the energy-saving ventilation mechanism is in a single-indicating state, so that the energy-saving ventilation mechanism is in a single-indicating box 4024 rotating state, the using position of the control rod 301 can be located through the locating block 304, the locating block 304 enables the operating rod 3031 to be always located at the lowest position of the locating groove 3041 under the action of the locating top spring 3042, so that the using state of the energy-saving ventilation mechanism 4 cannot be changed by accidental movement of the control rod 301 in use, the using state of each energy-saving ventilation mechanism 4 can be independently switched and controlled through the indicating block 403, when the energy-saving ventilation mechanism 4 is in an open state, the indicating block 403 is pressed into the installation auxiliary frame 2 at the moment, namely, the energy-saving ventilation mechanism 4 can be switched to a closed state, when the indicating block 403 moves towards the interior of the installation auxiliary frame 2, the single-control protrusion 4021 drives the inner-side communicating column 402 to rotate through the single-control slot 4023, in the process, because the acting force of the locating top spring 3042 on the locating block 304 is greater than the acting force of the driving top spring 3022 on the driving block 302, when the inner-side communicating column 402 rotates, the opening and closing gear 4022 and the bevel edge of the opening and closing rack 3021 extrude each other bevel edges to mutually so that the opening and closing gear 3021 can move downwards to open and close the rack 3021, thereby being convenient for adjusting the energy-saving ventilation mechanism in use under different conditions.
Finally, it should be noted that, when describing the positions of the components and the matching relationship therebetween, the present invention is usually illustrated by one/a pair of components, however, it should be understood by those skilled in the art that such positions, matching relationship, etc. are also applicable to other/other pairs of components.
The above description is intended to be illustrative of the present invention and not to limit the scope of the invention, which is defined by the claims appended hereto.
Claims (10)
1. An energy-saving attached frame ventilation device is characterized by comprising: the fixed frame body (1), the fixed frame body (1) is fixedly arranged in a door opening of a building wall body; the auxiliary frame assembly is composed of an auxiliary mounting frame (2), an opening and closing control mechanism (3) and an energy-saving ventilation mechanism (4), the auxiliary mounting frame (2) is fixedly mounted inside the fixed frame body (1), and a door body (5) is mounted on the side face of the auxiliary mounting frame (2); the opening and closing control mechanism (3) comprises a control rod (301), a driving block (302), an operating block (303) and a positioning block (304), the control rod (301) is inserted in the installation auxiliary frame (2), the driving block (302) is inserted in the control rod (301), the operating block (303) is fixedly installed in the middle of the control rod (301), and the positioning block (304) is inserted in the installation auxiliary frame (2); energy-conserving ventilation mechanism (4) are including outside intercommunication post (401), inboard intercommunication post (402) and instruction piece (403), outside intercommunication post (401) fixed mounting attaches the inside of frame (2) in the installation, and inboard intercommunication post (402) rotate to be connected and attach the inside of frame (2) in the installation, outside intercommunication post (401) are outdoor, and inboard intercommunication post (402) are indoor, instruct piece (403) to peg graft in the installation and attach the inside of frame (2).
2. The energy-saving ventilation device with an attached frame as claimed in claim 1, wherein: four groups of energy-saving ventilation mechanisms (4) are arranged in the auxiliary mounting frame (2), the number of the energy-saving ventilation mechanisms is not limited to four groups, the number of the energy-saving ventilation mechanisms can be increased or decreased according to the length of the auxiliary mounting frame (2), and the number of the driving blocks (302) arranged in the control rod (301) is the same as that of the energy-saving ventilation mechanisms (4).
3. The energy-saving ventilation device with an attached frame as claimed in claim 1, wherein: the inside of outside intercommunication post (401) and inboard intercommunication post (402) all is equipped with intercommunication passageway (4011), and outside intercommunication post (401) and inboard intercommunication post (402) one side of junction inside all is equipped with two and opens and close passageway (4021), and two contained angle angles of opening and close between passageway (4021) are one hundred eighty degrees.
4. The energy-saving ventilation device with an attached frame as claimed in claim 1, wherein: one end of the inner side communication column (402) is provided with an opening and closing gear (4022), the top of the driving block (302) is provided with an opening and closing rack (3021), and the opening and closing rack (3021) is in meshing transmission with the gear teeth of the opening and closing gear (4022).
5. The energy-saving ventilation device with an attached frame as claimed in claim 1, wherein: the bottom of the block body of the driving block (302) is provided with a driving top spring (3022), and two ends of the driving top spring (3022) are respectively and fixedly connected with the inside of the driving block (302) and the inside of the control rod (301).
6. The energy-saving ventilation device with an attached frame as claimed in claim 1, wherein: the outer part of the column body of the inner side communication column (402) is provided with a spiral single control groove (4023), the bottom of the indication block (403) is provided with a single control protrusion (4031), and the single control protrusion (4031) is inserted into the single control groove (4023).
7. The energy-saving ventilation device with an attached frame as claimed in claim 1, wherein: an operating rod (3031) is arranged at the top of the operating block (303), a rod body of the operating rod (3031) penetrates through the inside of the mounting auxiliary frame (2), a C-shaped positioning groove (3041) is arranged inside the positioning block (304), and the operating rod (3031) is inserted into the positioning groove (3041).
8. The energy-saving ventilation device with an attached frame as claimed in claim 1, wherein: the bottom of the positioning block (304) is provided with a positioning top spring (3042), two ends of the positioning top spring (3042) are respectively and fixedly connected with the inside of the positioning block (304) and the inside of the mounting auxiliary frame (2), and the elastic force of the positioning top spring (3042) is larger than that of the driving top spring (3022).
9. An installation method of the energy-saving auxiliary frame ventilation and air exchange device as claimed in any one of claims 1 to 8, characterized in that: the method comprises the following steps:
the method comprises the following steps that firstly, a fixed frame body (1) is installed inside a building door opening, then four groups of auxiliary frame assemblies are spliced to support a complete and closed installation frame body and then are installed inside the fixed frame body (1), and finally a door body (5) is installed inside the installation frame body;
step two, when indoor and outdoor ventilation is carried out, the position of the inner side communication column (402) is adjusted, so that the use positions of the opening and closing channel (4021) of the outer side communication column (401) and the inner side communication column (402) are overlapped, and at the moment, the indoor and outdoor air can be interacted with each other through the communication channel (4011) and the opening and closing channel (4021), so that the indoor and outdoor ventilation is realized; after ventilation and air exchange are finished, the position of the inner side communication column (402) is adjusted, so that when the use positions of the opening and closing channels (4021) of the outer side communication column (401) and the inner side communication column (402) are staggered, the energy-saving ventilation mechanism (4) is in a closed state, and interaction of indoor air and outdoor air cannot be achieved.
10. The method as claimed in claim 9, wherein the energy-saving ventilation device with attached frame is installed,
in the second step, when indoor and outdoor ventilation is carried out, or after the ventilation is finished, the operating rod (3031) is pulled leftwards or rightwards, so that the operating rod (3031) drives the control rod (301) to move synchronously, the driving block (302) in the control rod (301) can move synchronously along with the control rod (301), and when the driving block (302) moves, the driving block (302) opens and closes the gear teeth meshing transmission of the rack (3021) and the opening and closing gear (4022) under the action of the driving top spring (3022) to drive the inner side communication column (402) to rotate, so that the use position of the opening and closing channel (4021) of the inner side communication column (402) is changed, and the opening and closing channels (4021) of the outer side communication column (401) and the inner side communication column (402) are staggered or overlapped;
in the second step, when indoor and outdoor ventilation is performed, the energy-saving ventilation mechanism (4) is switched from a closed state to an open state, and the inner side communication column (402) is rotated, so that the single control groove (4023) drives the indication block (403) to move outwards through the single control protrusion (4031) to protrude out of the installation auxiliary frame (2) so as to indicate that the energy-saving ventilation mechanism (4) is in the open state to perform ventilation;
in the second step, the using position of the control rod (301) can be positioned through the positioning block (304), and the positioning block (304) enables the operating rod (3031) to be always positioned at the lowest position of the positioning groove (3041) under the action of the positioning top spring (3042), so that the control rod (301) cannot move accidentally to change the using state of the energy-saving ventilation mechanism (4) when in use;
in the second step, when the energy-saving ventilation mechanism (4) is in an open state, the indication block (403) is pressed into the auxiliary mounting frame (2), the energy-saving ventilation mechanism (4) can be switched to a closed state, and the indication block (403) moves towards the inside of the auxiliary mounting frame (2), so that the single control protrusion (4031) drives the inner side communication column (402) to rotate through the single control groove (4023), and in the process, because the acting force of the positioning top spring (3042) on the positioning block (304) is greater than the acting force of the driving top spring (3022) on the driving block (302), when the inner side communication column (402) rotates, the inclined sides of the gear teeth of the opening and closing gear (4022) and the opening and closing rack (3021) are pressed against each other, so that the opening and closing rack (3021) moves downwards, and the rotation of the opening and closing gear (4022) is avoided, and the corresponding energy-saving ventilation mechanism (4) is independently closed without changing the use state of the other energy-saving ventilation mechanisms (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN202211571802.9A CN115749556A (en) | 2022-12-08 | 2022-12-08 | Energy-saving auxiliary frame ventilation device and installation method thereof |
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| CN202211571802.9A CN115749556A (en) | 2022-12-08 | 2022-12-08 | Energy-saving auxiliary frame ventilation device and installation method thereof |
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| CN115749556A true CN115749556A (en) | 2023-03-07 |
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| CN202211571802.9A Pending CN115749556A (en) | 2022-12-08 | 2022-12-08 | Energy-saving auxiliary frame ventilation device and installation method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117266715A (en) * | 2023-09-19 | 2023-12-22 | 广州市鹿境门控科技有限公司 | Partition door capable of supplying power wirelessly |
-
2022
- 2022-12-08 CN CN202211571802.9A patent/CN115749556A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117266715A (en) * | 2023-09-19 | 2023-12-22 | 广州市鹿境门控科技有限公司 | Partition door capable of supplying power wirelessly |
| CN117266715B (en) * | 2023-09-19 | 2024-04-16 | 广州市鹿境门控科技有限公司 | Wireless power supply partition door |
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