CN116771256A - Glass-frame riser ventilation vertical hinged door - Google Patents

Abstract

The application provides a glass lifting ventilation vertical hinged door, which relates to the technical field of doors and windows and adopts the technical scheme that: the indoor door comprises a frame, a door leaf is hinged, a first placement area and a second placement area are arranged on the door leaf along the direction of outdoor facing indoor, ventilation pieces are fixedly arranged in the first placement area, the ventilation pieces cover partial areas or all areas of the first placement area, and blocking pieces are arranged in the second placement area; the blocking piece comprises a lifting device arranged at the bottom of the door leaf and glass arranged on the lifting device, the glass spans the second placing area and is connected with the door leaf in a sliding manner, and the lifting device drives the glass to slide on the door leaf to cover or uncover a part of the area of the second placing area; the area covered by the ventilation piece in the first placement area is a first coverage area, the area covered by the glass in the second placement area is a second coverage area, and the first coverage area can at least cover the second coverage area. The glass lifting ventilating vertical hinged door provided by the application has the advantage of small thickness.

Description

Glass-frame riser ventilation vertical hinged door

Technical Field

The application relates to the technical field of doors and windows, in particular to a glass lifting ventilating vertical hinged door.

Background

The vertical hinged door is a very common door structure, and generally, the vertical hinged door comprises a door leaf, the door leaf is hinged on a door frame, so that the door leaf can be opened and closed, barriers such as glass and wood boards are arranged in the door leaf, at present, glass is the most commonly used glass, good lighting effect can be provided, meanwhile, the indoor space and the outdoor space can be blocked, when ventilation is needed, the door leaf can be opened, and when an outdoor object is prevented from entering the indoor space, the door leaf can be closed.

In the practical application process, a user often receives the influence of mosquitoes and needs to close the door leaf, and the door leaf is closed and then the ventilation of indoor can be influenced, to this, on the basis that is provided with a glass door leaf, some current vertical hinged doors still can additionally set up a gauze door leaf again, utilize the gauze door leaf to prevent the mosquito specially to get into the room, in order that the user can get in and out indoor and outdoor, consequently also can hinge the gauze door leaf on the door frame, thereby can play the effect of opening and closing, generally speaking, glass door leaf and gauze door leaf can be set to one and open indoor, one is opened outdoor.

However, in the above prior art, a thicker door frame is required for installing the glass door leaf and the gauze door leaf, because two door leaves are required to be installed in one door frame, which often results in a thicker frame than a wall body, resulting in unsatisfactory effects after installation.

In view of the above problems, improvements are needed.

Disclosure of Invention

The application aims to provide a glass lifting ventilating vertical hinged door which has the advantages of small thickness dimension and convenience in use.

In a first aspect, the application provides a glass lifting ventilation vertical hinged door, which has the following technical scheme:

the indoor door comprises a frame, wherein a door leaf is hinged in the frame, the door leaf is of a frame body structure with an indoor side and an outdoor side communicated, a first placement area and a second placement area are adjacently arranged along the direction of the outdoor side towards the indoor side, a ventilation part is fixedly arranged in the first placement area, the ventilation part covers part or all of the area of the first placement area, and a blocking part is arranged in the second placement area;

the blocking piece comprises a lifting device arranged at the bottom of the door leaf and glass arranged on the lifting device, the glass stretches across the second placing area and is connected with the door leaf in a sliding mode, and the lifting device drives the glass to slide on the door leaf to cover or release a part of the area of the second placing area;

The area covered by the ventilation piece in the first placement area is a first coverage area, the area covered by the glass in the second placement area is a second coverage area, and the first coverage area can at least cover all of the second coverage areas.

Through setting up first district that places and be used for fixed setting ventilation spare on the door leaf, set up the second and place the district and be used for setting up the barrier, and the barrier includes elevating gear and the glass of setting on elevating gear, thereby elevating gear can drive the glass action and slide in the second place district, through above-mentioned scheme, set up ventilation spare and barrier on a casement, both can realize ventilation's demand, also can realize the purpose of mosquito-proof worm, specifically, when ventilation is needed, utilize elevating gear to drive glass decline, at this moment, indoor and outdoor through the barrier of ventilation spare, the ventilation spare is specifically the gauze, both can satisfy ventilation demand, also can prevent the mosquito entering indoor, when indoor outdoor complete barrier is needed, reuse elevating gear drives glass and rises, because ventilation spare and barrier all are set up on same door leaf, therefore, after opening the door leaf, the user also can freely go out indoor outdoor, therefore, the technical scheme of the application has the thickness is little, convenient to use's advantage.

Further, in the application, the door leaf at least comprises an upper cross rod and a lower cross rod, an indoor middle part is transversely arranged between the upper cross rod and the lower cross rod and at one side close to the indoor space, an indoor baffle is arranged at the bottom of the indoor middle part, one end of the indoor baffle is connected with the lower cross rod, the blocking piece is arranged at one side, close to the outdoor space, of the lower cross rod, between the indoor middle part and the upper cross rod, and an opening is formed.

In the scheme of the application, the lifting device is arranged to drive the glass to ascend or descend, the lifting device needs to act in the ascending or descending process, the indoor baffle is arranged to block the lifting device from being contacted with the indoor, so that damage caused by contact of indoor personnel, pets and the like with the lifting device is avoided, and meanwhile, the lifting device can be shielded by the indoor baffle, so that the overall attractiveness is improved.

Further, in the application, the lifting device is arranged on the upper surface of the lower cross rod, the bottom surface of the lifting device is provided with a first groove, the upper surface of the lower cross rod is provided with a second groove, and the first groove corresponds to the second groove in position and is provided with a first buffer part between the first groove and the second groove.

Through setting up first bolster in elevating gear's bottom, utilize first bolster to absorb the vibrations that elevating gear produced in the action process, thereby on the one hand, can reduce the vibrations that are conducted to on the whole door leaf and improve life, on the other hand, can restrain the production of noise owing to absorbed vibrations to bring good user experience for the user.

Further, in the application, the indoor middle part comprises a first frame body, a fixed side baffle and a movable side baffle, the top of the first frame body is a complete plane, the fixed side baffle is fixedly arranged on one side, close to the outside, of the first frame body and extends downwards to protrude out of the bottom of the first frame body, a third groove recessed inwards is formed in one side, close to the inside, of the bottom of the first frame body, the movable side baffle comprises a clamping part, a vertical extending part and a horizontal extending part which are fixedly connected in sequence, the clamping part is embedded into the third groove and is clamped with the first frame body, the vertical extending part extends downwards to protrude out of the bottom of the first frame body, the horizontal extending part extends towards the direction of the fixed side baffle to form a first clamping space with the fixed side baffle, and the indoor baffle is arranged in the first clamping space.

Further, in the application, a first supporting piece is arranged on one side, close to the outside, of the indoor middle part, and the first supporting piece is a supporting sealing rubber strip or a supporting roller.

Further, in the application, a fourth groove which is concave inwards is formed at the bottom of the upper cross rod, the position of the fourth groove corresponds to the position of the glass, and a second buffer piece is arranged in the fourth groove.

Further, in the application, an outdoor middle part is transversely arranged between the upper cross rod and the lower cross rod and at one side close to the outdoor, an outdoor baffle is arranged at the bottom of the outdoor middle part, one end of the outdoor baffle is connected with the lower cross rod, the ventilation part is arranged between the upper cross rod and the outdoor middle part and completely covers all the area between the upper cross rod and the outdoor middle part, and the blocking part is arranged between the outdoor middle part and the indoor middle part.

Further, in the application, the outdoor middle part comprises a second frame body, the top of the second frame body is provided with a first installation part, one side close to the indoor space is provided with a fifth concave groove which is concave inwards, the bottom of the second frame body is provided with a second installation part, and one side close to the indoor space is provided with a sixth concave groove which is concave inwards;

The first installation part comprises a first fixing piece and a first movable piece, the first fixing piece is arranged on one side, close to the outdoor side, of the second frame body, extends upwards and protrudes out of the second frame body, the first movable piece is embedded in the fifth groove, extends upwards and protrudes out of the second frame body and extends towards the direction of the first fixing piece, a second clamping space is formed between the first movable piece and the first fixing piece, and the ventilation piece is arranged in the second clamping space;

the second installation department is including setting up the second framework is close to outdoor one side and downwardly extending and protruding in the second mounting of second framework, and inlay and establish the second movable part in the sixth recess, the second movable part downwardly extending protruding in the second framework and towards the direction of second mounting extends, with the second mounting forms the third centre gripping space, outdoor baffle sets up in the third centre gripping space.

Further, in the application, a second supporting piece is arranged on one side, close to the room, of the first movable piece, and the second supporting piece is a supporting sealing rubber strip or a supporting roller.

Further, in the application, the upper cross bar comprises a third frame body, a third installation part and a fourth installation part are arranged at the bottom of the third frame body along the outdoor-to-indoor direction, the third installation part is used for being connected with the ventilation piece, the fourth installation part is used for being connected with the glass, and a seventh groove which is concave inwards is formed at the position, close to the fourth installation part, of the bottom of the third frame body;

The third installation part comprises a third fixing piece and a third movable piece, the third fixing piece is arranged on one side, close to the outside, of the third frame body, extends downwards and protrudes out of the third frame body, the third movable piece is embedded in the seventh groove, extends downwards and protrudes out of the third frame body and extends towards the direction of the third fixing piece, a fourth clamping space is formed between the third movable piece and the third fixing piece, and the ventilation piece is arranged in the fourth clamping space;

the bottom of the third frame body is provided with a protrusion extending downwards and protruding out of the third frame body, one side of the third movable piece, which is close to the room, is provided with a supporting plane, and the fourth installation part is formed by the supporting plane, the protrusion and the bottom of the third frame body.

According to the glass lifting ventilating vertical hinged door provided by the application, the first placement area is arranged on the door leaf and is used for fixedly arranging the ventilating piece, the second placement area is arranged for arranging the blocking piece, the blocking piece comprises the lifting device and glass arranged on the lifting device, namely, the lifting device can drive the glass to act so as to slide in the second placement area, through the scheme, the ventilating piece and the blocking piece are arranged on one window leaf, the ventilation requirement can be met, the mosquito-proof purpose can also be realized, specifically, when ventilation is needed, the lifting device is used for driving the glass to descend, at the moment, the indoor and the outdoor are blocked by the ventilating piece, the ventilating piece is specifically a gauze, the ventilation requirement can be met, and also, when the indoor and the outdoor are needed to be completely blocked, the lifting device is used for driving the glass to ascend.

Drawings

Fig. 1 is a schematic structural view of a vertical hinged door with ventilation for lifting glass.

Fig. 2 is a schematic structural view of a vertical hinged door with ventilation and lifting glass.

Fig. 3 is a schematic view of a partial structure of a vertical hinged door with ventilation for lifting glass.

Fig. 4 is a schematic view of an indoor middle part structure provided by the application.

Fig. 5 is a schematic view of a partial structure of a vertical hinged door with ventilation for lifting glass.

Fig. 6 is a schematic view of a partial structure of a vertical hinged door with ventilation for lifting glass.

Fig. 7 is a schematic structural view of a vertical hinged door with ventilation for lifting glass.

Fig. 8 is a schematic view of a partial structure of a vertical hinged door with ventilation for lifting glass.

Fig. 9 is a schematic view of an outdoor middle part structure provided by the application.

Fig. 10 is a schematic structural view of a first movable member provided by the present application.

Fig. 11 is a schematic view of a partial structure of a vertical hinged door with ventilation for lifting glass.

Fig. 12 is a schematic view of a lifting device provided by the application.

In the figure: 100. a frame; 200. a door leaf; 300. a first buffer member; 400. a second buffer member; 210. a first placement area; 220. a second placement area; 230. a ventilation member; 240. a blocking member; 250. an upper cross bar; 260. a lower cross bar; 270. indoor middle square; 280. an indoor baffle; 290. outdoor middle square; 2010. an outdoor baffle; 241. a lifting device; 242. glass; 243. a second groove; 251. a fourth groove; 252. a third frame; 253. a third mounting portion; 254. a fourth mounting portion; 255. a seventh groove; 256. a third fixing member; 257. a third movable member; 258. a protrusion; 259. a support plane; 261. a first groove; 271. a first frame; 272. fixing the side baffle; 273. a movable side baffle; 274. a third groove; 275. a first support; 2731. an engagement portion; 2732. a vertical extension; 2733. a horizontal extension; 291. a second frame; 292. a first mounting portion; 293. a second mounting portion; 294. a first fixing member; 295. a first movable member; 296. a fifth groove; 297. a second fixing member; 298. a second movable member; 299. a sixth groove; 2910. a second support; 2951. a first cross bar; 2952. a second cross bar; 2953. a first longitudinal bar; 2954. a second longitudinal bar; 2955. a first cavity; 2956. a second cavity; 2957. an arc-shaped part.

Detailed Description

The following description of the embodiments of the present utility model will be made more apparent and fully hereinafter with reference to the accompanying drawings, in which some, but not all embodiments of the utility model are shown. The components of the present utility model, which are generally described and illustrated in the figures herein, may be arranged and designed in a wide variety of different configurations. Thus, the following detailed description of the embodiments of the utility model, as presented in the figures, is not intended to limit the scope of the utility model, as claimed, but is merely representative of selected embodiments of the utility model. All other embodiments, which can be made by a person skilled in the art without making any inventive effort, are intended to be within the scope of the present utility model.

It should be noted that: like reference numerals and letters denote like items in the following figures, and thus once an item is defined in one figure, no further definition or explanation thereof is necessary in the following figures. Meanwhile, in the description of the present utility model, the terms "first", "second", and the like are used only to distinguish the description, and are not to be construed as indicating or implying relative importance.

The vertical hinged door is commonly used for a balcony of entering a home, for the vertical hinged door installed on the balcony of entering a home, a glass door leaf is usually arranged on a door frame, the glass door leaf can provide good lighting effect, when ventilation is carried out, the glass door leaf can be opened, at the moment, outdoor mosquitoes can easily enter a room, in this way, a gauze door leaf is generally additionally arranged on the basis of arranging the glass door leaf, the gauze door leaf is hinged on the door frame, and is normally opened indoors, one door leaf is opened outdoors, and particularly, the Chinese patent with the bulletin number of CN206368651U can be seen, the vertical hinged door is provided with the glass door leaf and the gauze door leaf, and two door leaves are hinged on the door frame, so that when the glass door leaf is opened for ventilation, the gauze door leaf can be utilized to prevent the mosquitoes from entering the room, however, the door frame with quite thick thickness is required, the thickness dimension of the door frame is easily larger than that of the wall body, the installation effect is not ideal, and the door frame with the thickness required to be placed is seen from the figure 1 of the prior patent.

In view of the above, referring to fig. 1 to 12, the present application provides a vertical hinged door with ventilation for lifting glass, which has the following technical scheme:

the door leaf 200 is of a frame body structure with an indoor side communicated with an outdoor side, a first placing area 210 and a second placing area 220 are adjacently arranged on the door leaf 200 along the direction of the outdoor side towards the indoor side, a ventilation piece 230 is fixedly arranged in the first placing area 210, the ventilation piece 230 covers part or all of the area of the first placing area 210, and a blocking piece 240 is arranged in the second placing area 220;

the blocking member 240 includes a lifting device 241 disposed at the bottom of the door leaf 200 and a glass 242 disposed on the lifting device 241, the glass 242 straddling the second placement area 220 and being slidably connected with the door leaf 200, the lifting device 241 driving the glass 242 to slide on the door leaf 200 to cover or uncover a partial area of the second placement area 220;

the ventilation member 230 covers a first coverage area in the first placement area 210, and the glass 242 covers a second coverage area in the second placement area 220, where the first coverage area can cover at least the entire second coverage area.

The frame 100 is a structure fixed to a wall.

The door leaf 200 is a frame structure, specifically, the door leaf 200 is an annular frame with a cavity penetrating through the front and the back, in the general prior art, a complete gauze is separately arranged in the cavity to form a gauze door leaf or a complete glass 242 is separately arranged to form a glass door leaf, in the scheme of the application, a first placing area 210 and a second placing area 220 are adjacently arranged along the direction of outdoor facing indoor, wherein the first placing area 210 and the second placing area 220 can be understood as a cavity area surrounding the inner side surface of the door leaf 200.

The ventilation member 230 may be specifically referred to as a gauze.

The ventilation member 230 is mainly used to prevent mosquitoes from entering the room from the outside when ventilation is achieved after the glass 242 is lowered along with the lifting device 241, so that the ventilation member 230 covers at least the first coverage area of the first placement area 210 and can cover at least the second coverage area of the glass 242 in the second placement area 220.

Wherein the glass 242 is disposed across the second placement area 220, i.e., the glass 242 will cover a lateral area of the second placement area 220.

Since the prior art needs to provide two door leaves 200 on the door frame, thereby resulting in a problem of large door frame thickness, in order to solve the problem of too large door frame thickness, it is first thought whether the glass door leaves and the gauze door leaves can be combined into one, and an integral structure is made, so that the glass 242 and the gauze can be provided in one door leaf 200, and thus an excessively thick door frame is not needed, however, if the glass 242 and the gauze are provided in one door leaf 200, the gauze can lose the meaning of being provided, and in general, the glass 242 and the gauze are fixedly provided on the corresponding door leaf 200, and if the glass 242 and the gauze are simply provided in one door leaf 200, the door leaf 200 needs to be opened when ventilation is needed, and since the gauze and the door leaf 200 are provided in one door leaf 200, the gauze can also move along with the door leaf 200, thereby failing to play the purpose of preventing mosquitoes from entering a room.

In this regard, the present application proposes that the lifting device 241 is disposed at the bottom of the door leaf 200, the glass 242 is disposed on the lifting device 241, and the glass 242 is driven to lift by the lifting device 241, so that the gauze and the glass 242 can be disposed on one door leaf 200 at the same time, and when ventilation is required, the glass 242 is lowered by the lifting device 241, at this time, since the first coverage area can cover at least all the second coverage area, the gauze can cover all the area originally covered by the glass 242, thereby not only realizing ventilation effect, but also playing an effect of preventing outdoor mosquitoes from entering the room.

The lifting device 241 may be a cylinder or a telescopic folding structure, and is mainly used for providing power to drive the glass 242 to lift.

As a preferred manner, referring to fig. 12, the lifting device 241 may specifically adopt a scissor-type folding structure, which occupies a small longitudinal space in a contracted state, so that the glass 242 covers more areas, and the ventilation member 230 needs to completely cover the areas covered by the glass 242, so that it is ensured that after the glass 242 is lowered, mosquitoes are effectively prevented from entering the room from the outside, and therefore, the larger the area covered by the glass 242, the better the lighting performance, the larger the area covered by the ventilation member 230, and the better the ventilation effect.

Through the above scheme, the ventilation member 230 and the blocking member 240 are arranged on one door leaf, so that the requirement of ventilation can be met, the mosquito prevention can be realized, specifically, when ventilation is needed, the lifting device 241 is utilized to drive the glass 242 to descend, at the moment, the indoor and outdoor sides are blocked by the ventilation member 230, the ventilation member 230 is specifically a gauze, the gauze can meet the ventilation requirement, and also can prevent mosquitoes from entering the indoor, when the indoor and outdoor sides are completely blocked, and when the indoor and outdoor sides are needed, the lifting device 241 is utilized to drive the glass 242 to ascend, and as the ventilation member 230 and the blocking member 240 are arranged on the same door leaf 200, the user can freely enter the indoor and outdoor sides after opening the door leaf 200.

Further, referring to fig. 2, in some embodiments, the door leaf 200 includes at least an upper rail 250 and a lower rail 260, an indoor middle part 270 is laterally disposed between the upper rail 250 and the lower rail 260 at a side near the indoor space, an indoor baffle 280 is disposed at the bottom of the indoor middle part 270, one end of the indoor baffle 280 is connected to the lower rail 260, and the blocking member 240 is disposed at a side of the lower rail 260 near the outdoor space between the indoor middle part 270 and the indoor baffle 280, and an opening is disposed between the indoor middle part 270 and the upper rail 250.

The door leaf 200 is a rectangular frame structure, and at least includes an upper rail 250 and a lower rail 260, and typically includes two vertical rods, which are respectively connected to two ends of the upper rail 250 and the lower rail 260 to form a rectangular frame structure.

Since the door leaf 200 is generally rectangular, if the gauze or glass 242 is required to completely cover the cavity in the door leaf 200, the gauze or glass 242 needs to be relatively large in size, and the gauze or glass 242 with a large size has low strength, so that the door leaf is easily damaged and broken.

In this regard, in the prior art, a middle square is generally disposed between the upper rail 250 and the lower rail 260 of the door leaf 200, and generally, the middle square is disposed in a middle area of the door leaf 200, the inner cavity of the door leaf 200 is divided into two independent areas by the middle square, and then the gauze or glass 242 is respectively disposed in the two independent areas, so that the gauze or glass 242 with a larger size can be avoided, which is beneficial to improving stability.

In the present application, an indoor middle part 270 is transversely disposed at one side between the upper rail 250 and the lower rail 260 and close to the indoor, the indoor middle part 270 is not for dividing the inner cavity of the door leaf 200 into two independent areas, and then is used for separately disposing the gauze or glass 242, but is for disposing the indoor baffle 280 at one side close to the indoor, and one end of the indoor baffle 280 is connected with the lower rail 260, that is, the indoor baffle 280 is disposed at the bottom of the door leaf 200 close to the indoor side, and then the blocking member 240 is disposed at one side of the lower rail 260 close to the indoor middle part 270 and the indoor baffle 280, because in the present application, the lifting device 241 is disposed for driving the glass 242 to lift or descend, and the indoor baffle 280 is disposed for blocking the lifting device 241 from the indoor, thereby avoiding damages caused by the contact of indoor personnel, pets, etc. with the lifting device 241, and at the same time, the indoor baffle 280 can block the lifting device 241, thereby improving the overall aesthetic appearance.

Further, referring to fig. 3, in some of the embodiments, the elevating device 241 is disposed on the upper surface of the bottom rail 260, the bottom surface of the elevating device 241 is provided with a first groove 261, the upper surface of the bottom rail 260 is provided with a second groove 243, the first groove 261 corresponds to the position of the second groove 243 and a first buffer 300 is disposed therebetween.

Due to the arrangement of the lifting device 241, the glass 242 needs to be driven to lift by the lifting device 241, vibration is generated and noise is generated in the lifting process, on one hand, the noise can cause discomfort of a user, on the other hand, the vibration generated by the lifting device 241 can be transmitted to the whole door leaf 200, so that the whole service life is influenced.

Further, referring to fig. 3 and 4, in some embodiments, the indoor middle part 270 includes a first frame 271, a fixed side baffle 272 and a movable side baffle 273, the top of the first frame 271 is a complete plane, the fixed side baffle 272 is fixedly disposed on one side of the first frame 271 near the outdoor and extends downward to protrude from the bottom of the first frame 271, an inward concave third groove 274 is disposed on one side of the bottom of the first frame 271 near the indoor, the movable side baffle 273 includes a fastening portion 2731, a vertical extending portion 2732 and a horizontal extending portion 2733 which are fixedly connected in sequence, the fastening portion 2731 is embedded in the third groove 274 to be fastened with the first frame 271, the vertical extending portion 2732 extends downward to protrude from the bottom of the first frame 271, the horizontal extending portion 2733 extends toward the direction of the fixed side baffle 272 to form a first clamping space with the fixed side baffle 272, and the indoor baffle 280 is disposed in the first clamping space.

The first frame 271 is a hollow frame structure, which can maintain good rigidity and strength under the condition of reducing weight, and the top of the first frame 271 is provided with a complete plane, and an opening is arranged between the indoor middle side 270 and the upper cross bar 250, so that the glass 242 can be conveniently installed and fixed on the lifting device 241 from the opening between the indoor middle side 270 and the upper cross bar 250, for the prior art, the glass 242 is generally directly installed on the middle side, that is, the existing middle side is generally provided with a mounting groove at the top position, while in the scheme of the application, the glass 242 is not arranged on the indoor middle side 270 but is arranged on the lifting device 241, and the top of the traditional middle side is provided with a mounting groove, if the traditional middle side is directly used in the scheme of the application, the glass 242 is easy to collide with the mounting groove when being installed on the lifting device 241, and in the specific use process, the indoor user is easy to collide with the mounting groove, so that the glass 242 is not easily contacted with the plane after the first frame 242 is arranged on the first side, the top of the lifting device 271 is also easy to collide with the plane when the top of the traditional middle side is provided.

In addition, a fixed side baffle 272 extending downward and protruding from the bottom is disposed on one side of the first frame 271 near the outside, a third groove 274 recessed inward is disposed on one side of the bottom near the inside, a movable side baffle 273 is embedded into the third groove 274 to be clamped with the first frame 271, and the indoor baffle 280 is disposed in the first clamping space between the movable side baffle 273 and the fixed side baffle 272.

The purpose of the above-mentioned setting is to set up activity side shield 273 in the one side that is close to the room and with first framework 271 joint to can dismantle activity side shield 273 in one side in the room, and unpack activity side shield 273 after, then can take out indoor shield 280, and then conveniently detect and maintain elevating gear 241, simultaneously, because activity side shield 273 sets up in the one side that is close to the room, can't dismantle activity side shield 273 outdoors, can improve the security.

The movable side shutter 273 includes a locking portion 2731, a vertical extending portion 2732, and a horizontal extending portion 2733 that are sequentially and fixedly connected, the locking portion 2731 is embedded in the third groove 274 to be locked with the first frame 271, the vertical extending portion 2732 extends downward to protrude from the bottom of the first frame 271, and the horizontal extending portion 2733 extends toward the direction of the fixed side shutter 272 to form a first clamping space with the fixed side shutter 272.

The purpose of the above arrangement is to make the movable side shutter 273 more easily elastically deformed, thereby facilitating the disassembly and assembly of the movable side shutter 273 and the third recess 274.

Further, in some embodiments, a first support 275 is disposed on a side of the indoor middle side 270 near the outdoor side, and the first support 275 is a supporting sealing rubber strip or a supporting roller.

In the scheme of the application, the lifting device 241 is required to drive the glass 242 to lift, namely, the glass 242 and the door leaf 200 are movably arranged, the first supporting piece 275 is arranged on one side, close to the outside, of the indoor middle side 270, the glass 242 is supported in the lifting process through the first supporting piece 275, so that the stability in the action process of the glass 242 can be improved, wherein the supporting roller can reduce the friction force in the lifting process of the glass 242, the supporting sealing rubber strip can provide support for the glass 242, the sealing performance can be improved, and sundries such as dust and the like can be reduced from the outside to fall into the lifting device 241.

Further, referring to fig. 5, in some embodiments, a fourth groove 251 is formed at the bottom of the upper rail 250 and recessed inward, the position of the fourth groove 251 corresponds to the position of the glass 242, and a second buffer 400 is disposed in the fourth groove 251.

Because in the solution of the present application, the lifting device 241 is required to lift the glass 242, and the glass 242 is required to block the interior cavity of the door leaf 200 from the outside, that is, the glass 242 is required to block the interior cavity of the door leaf 200, wherein the indoor baffle 280 is disposed between the indoor middle 270 and the bottom rail 260, the indoor baffle 280 blocks the area below the indoor middle 270, so that the glass 242 is required to block the area above the indoor middle 270 and the top rail 250, and therefore, the height of the glass 242 is at least not less than the height from the indoor middle 270 to the top rail 250, in order to ensure the effect of the glass 242 blocking the door leaf 200, the top of the glass 242 is required to be in contact with the top rail 250, and if the glass 242 is directly in contact with the top rail 250 under the driving of the lifting device 241, the problem of collision damage is easily caused, in this way, the fourth groove 251 recessed inwards is formed at the bottom of the top rail 250, and then the second buffer 400 is disposed in the fourth groove 251, so that the glass 242 is contacted with the top of the glass 242 through the second buffer 400, and the glass 242 is prevented from being damaged under the driving of the lifting device 250, and the glass 242 is prevented from being damaged.

The second buffer 400 may be a spring, a rubber having elasticity, or the like.

Further, referring to fig. 7, in some of the embodiments, an outdoor middle part 290 is laterally provided between the upper rail 250 and the lower rail 260 at a side near the outside, an outdoor baffle 2010 is provided at the bottom of the outdoor middle part 290, one end of the outdoor baffle 2010 is connected to the lower rail 260, a ventilation member 230 is provided between the upper rail 250 and the outdoor middle part 290 and entirely covers the entire area between the upper rail 250 and the outdoor middle part 290, and a blocking member 240 is provided between the outdoor middle part 290 and the indoor middle part 270.

Since in the solution of the present application, the lifting device 241 is required to lift the glass 242, and the lifting device 241 is disposed on the side of the indoor baffle 280 close to the outside, that is, the lifting device 241 is disposed near the outside, since the lifting device 241 is disposed in the second placement area 220 and the ventilation member 230 is disposed in the first placement area 210, the ventilation member 230 is disposed between the lifting device 241 and the outside, and the ventilation member 230 mainly functions to prevent mosquitoes outside from entering the room, specifically, the ventilation member 230 is a gauze, which is provided with a lot of meshes for ventilation, and impurities such as dust, rainwater still enter the lifting device 241 through the meshes.

In this regard, the present application proposes that an outdoor middle square 290 is transversely disposed between the upper rail 250 and the lower rail 260 and near the outdoor side, an outdoor baffle 2010 is disposed at the bottom of the outdoor middle square 290, one end of the outdoor baffle 2010 is connected to the lower rail 260, and the outdoor baffle 2010 is used for isolating the lifting device 241 from the outdoor, so as to protect the lifting device 241.

In addition, if the gauze covers from the upper rail 250 to the lower rail 260, the gauze is easily mistakenly bumped by a pet or mistakenly kicked by a user due to lower strength of the gauze itself, and thus the gauze is damaged, and the outdoor baffle 2010 is provided at the bottom position, the above problems can be well solved, and both the gauze and the elevating device 241 are protected.

Further, referring to fig. 8 and 9, in some embodiments, the outdoor center 290 includes a second frame 291, a first mounting portion 292 is provided at a top of the second frame 291, an inwardly recessed fifth groove 296 is provided at a side near the indoor, a second mounting portion 293 is provided at a bottom of the second frame 291, and an inwardly recessed sixth groove 299 is provided at a side near the indoor;

the first mounting portion 292 includes a first fixing member 294 provided at the second frame 291 near the outdoor side and extending upward and protruding from the second frame 291, and a first movable member 295 fitted in the fifth groove 296, the first movable member 295 extending upward and protruding from the second frame 291 and extending in the direction of the first fixing member 294, forming a second clamping space with the first fixing member 294, and the ventilation member 230 is provided in the second clamping space;

The second installation part 293 includes a second fixing member 297 disposed at the side of the second frame 291 near the outside and extending downward and protruding from the second frame 291, and a second movable member 298 fitted in the sixth groove 299, the second movable member 298 extending downward and protruding from the second frame 291 and extending in the direction of the second fixing member 297, forming a third clamping space with the second fixing member 297, and the outdoor baffle 2010 is disposed in the third clamping space.

The second frame 291 is a hollow frame structure, which can maintain good rigidity and strength under the condition of reducing weight, and for the prior art, the gauze is generally directly mounted on the middle square, that is, the top of the prior art is generally provided with a mounting groove, and the gauze is directly clamped into the mounting groove. In the present embodiment, the first fixing member 294 extending upward and protruding from the second frame 291 is provided on the side of the second frame 291 near the outside of the room, the fifth recess 296 recessed inward is provided on the side near the inside of the room, the first movable member 295 is embedded in the fifth recess 296, the first movable member 295 extends upward and protruding from the second frame 291 and extends in the direction of the first fixing member 294, a second clamping space is formed with the first fixing member 294, and the ventilation member 230 is provided in the second clamping space, so that the ventilation member 230 needs to be detached from the indoor direction when being detached, but cannot be detached from the outdoor direction, and thus the safety can be ensured.

Similarly, a second fixing member 297 extending downward and protruding from the second frame body 291 is provided on the side of the second frame body 291 close to the outside, an inward concave sixth groove 299 is provided on the side close to the inside, a second movable member 298 is embedded in the sixth groove 299, the second movable member 298 extends downward and protruding from the second frame body 291 and extends in the direction of the second fixing member 297, a third clamping space is formed between the second movable member 298 and the second fixing member 297, and an outdoor baffle 2010 is provided in the third clamping space, so that when the outdoor baffle 2010 is detached, the outdoor baffle 2010 needs to be detached from the indoor direction, and cannot be detached in the outdoor direction, thereby ensuring safety.

The indoor middle party 270 and the outdoor middle party 290 may be disposed at the same level or may be disposed at different levels, and generally, they are disposed at the same level for ensuring the beauty.

Further, in some embodiments, a second support 2910 is disposed on a side of the first movable member 295 near the room, and the second support 2910 is a support joint strip or a support roller.

In the solution of the present application, the lifting device 241 is required to be used to drive the glass 242 to lift, that is, the glass 242 and the door leaf 200 are movably disposed, the second supporting member 2910 is disposed on the side of the first movable member 295 close to the room, and the second supporting member 2910 supports the glass 242 during lifting, so that stability of the glass 242 during operation can be improved, wherein the supporting roller can reduce friction force during lifting of the glass 242, and the supporting sealing rubber strip can provide support for the glass 242, and can improve tightness and reduce impurities such as dust falling into the lifting device 241 from the outside.

In some preferred embodiments, the top plane of the first movable member 295 is flush with the top plane of the first frame 271, and the first support 275 and the second support 2910 are disposed at the same horizontal level.

That is, the first support 275 and the second support 2910 support the glass 242 at both sides of the glass 242, respectively, thereby improving the stability of the glass 242 during lifting and lowering.

In order to improve stability of the glass 242 in the lifting process, a second supporting member 2910 is disposed on one side of the first movable member 295, which is close to the room, the second supporting member 2910 cooperates with the first supporting member 275 to support the glass 242, and since the second supporting member 2910 needs to support the glass 242, a certain requirement is imposed on strength of the glass, and the first movable member 295 mainly functions to form a second clamping space with the first fixed member 294 to install the ventilation member 230, and the first movable member 295 is clamped in the fifth groove 296, so that the glass is convenient to disassemble and assemble.

In this regard, referring to fig. 10, the specific structure of the first movable member 295 according to the present application includes the first rail 2951, the second rail 2952, the first vertical rail 2953 and the second vertical rail 2954, and the first rail 2951, the second rail 2952, the first vertical rail 2953 and the second vertical rail 2954 are enclosed to form a frame structure, so that the overall strength can be improved. Wherein the first rail 2951 is located above, the second rail 2952 is located below, the first vertical rail 2953 is located on the left side, the second vertical rail 2954 is located on the right side, a first concave cavity 2955 is formed at a connection position of the second vertical rail 2954 and the first rail 2951, the first concave cavity 2955 is used for providing the second supporting member 2910. Wherein, the junction of second longitudinal bar 2954 and second transverse bar 2952 is provided with second cavity 2956 that is concave inwards, and the side of second cavity 2956 that is located second transverse bar 2952 is provided with the barb that protrudes downwards, and this second cavity 2956 is used for cooperating with one side of fifth recess 296, and the barb is used for hanging and detaining in fifth recess 296. Wherein, the junction of second horizontal pole 2952 and first vertical pole 2953 is provided with arc portion 2957, and arc portion 2957 is the opening setting, and the arc portion 2957 of opening is used for cooperating with the opposite side of fifth recess 296.

Further, referring to fig. 6, in some embodiments, the upper rail 250 includes a third frame 252, a third mounting portion 253 and a fourth mounting portion 254 are provided at the bottom of the third frame 252 along the outdoor-to-indoor direction, the third mounting portion 253 is used for connecting with the ventilation member 230, the fourth mounting portion 254 is used for connecting with the glass 242, and a seventh recess 255 recessed inwards is provided at the bottom of the third frame 252 near the fourth mounting portion 254;

the third installation part 253 includes a third fixing member 256 disposed on the third frame 252 near the outdoor side and extending downward and protruding from the third frame 252, and a third movable member 257 embedded in the seventh groove 255, the third movable member 257 extending downward and protruding from the third frame 252 and extending in the direction of the third fixing member 256, forming a fourth clamping space with the third fixing member 256, and the ventilation member 230 disposed in the fourth clamping space;

the bottom of the third frame 252 is provided with a protrusion 258 extending downward and protruding from the third frame 252 near the indoor side, the side of the third movable member 257 near the indoor side is provided with a supporting plane 259, and the supporting plane 259, the protrusion 258 and the bottom of the third frame 252 form a fourth mounting portion 254.

The third frame 252 has a hollow frame structure, which can maintain good rigidity and strength under the condition of reducing weight, a third fixing member 256 extending downwards and protruding from the third frame 252 is arranged on one side of the third frame 252 close to the outside, a seventh groove 255 recessed inwards is arranged at the bottom of the third frame 252 close to the fourth mounting portion 254, a third movable member 257 is embedded in the seventh groove 255, the third movable member 257 extends downwards and protrudes from the third frame 252 towards the direction of the third fixing member 256, a fourth clamping space is formed between the third movable member 257 and the third fixing member 256, and the ventilation member 230 is arranged in the fourth clamping space, so that the ventilation member 230 is required to be dismounted from the indoor direction when being dismounted, and cannot be dismounted from the outdoor direction, thus ensuring safety.

The third movable member 257 has the same structure as the first movable member 295, a supporting plane 259 may be disposed on a side of the third movable member 257 near the room for supporting the glass 242, specifically, the supporting plane 259 may be provided with a third supporting member, which may be a supporting sealing adhesive tape or a supporting roller, and since the third movable member 257 also needs to support the glass 242, the third movable member 257 has the same structure as the first movable member 295, so that the third movable member 257 can be detached in the indoor direction and has better strength for supporting the glass 242.

The above description is only an example of the present application and is not intended to limit the scope of the present application, and various modifications and variations will be apparent to those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application should be included in the protection scope of the present application.

Claims (10)

1. The utility model provides a glass-frame lift ventilation vertical hinged door, includes frame (100), articulated in frame (100) have door leaf (200), door leaf (200) are the frame structure of indoor side and outdoor side intercommunication, a serial communication port, door leaf (200) are provided with first area (210) and second area (220) of placing along outdoor orientation indoor direction adjacently, first area (210) internal fixation of placing is provided with ventilation piece (230), ventilation piece (230) cover first area (210) of placing partial region or whole region, second area (220) of placing is provided with barrier (240);

the blocking piece (240) comprises a lifting device (241) arranged at the bottom of the door leaf (200) and glass (242) arranged on the lifting device (241), the glass (242) spans the second placing area (220) and is in sliding connection with the door leaf (200), and the lifting device (241) drives the glass (242) to slide on the door leaf (200) so as to cover or uncover a partial area of the second placing area (220);

The area covered by the ventilation piece (230) in the first placement area (210) is a first coverage area, the area covered by the glass (242) in the second placement area (220) is a second coverage area, and the first coverage area can at least cover all of the second coverage area.

2. The vertical hinged door according to claim 1, wherein the door leaf (200) comprises at least an upper cross bar (250) and a lower cross bar (260), an indoor middle part (270) is transversely arranged between the upper cross bar (250) and the lower cross bar (260) and at one side close to the indoor space, an indoor baffle (280) is arranged at the bottom of the indoor middle part (270), one end of the indoor baffle (280) is connected with the lower cross bar (260), the blocking piece (240) is arranged at one side, close to the outdoor space, of the lower cross bar (260) and the indoor baffle (280), and an opening is arranged between the indoor middle part (270) and the upper cross bar (250).

3. The glass-frame-lift ventilated side-hung door according to claim 2, wherein the lifting device (241) is disposed on the upper surface of the bottom rail (260), a first groove (261) is disposed on the bottom surface of the lifting device (241), a second groove (243) is disposed on the upper surface of the bottom rail (260), and the first groove (261) corresponds to the second groove (243) in position and a first buffer member (300) is disposed therebetween.

4. The vertical hinged door according to claim 2, wherein the indoor middle part (270) comprises a first frame body (271), a fixed side baffle (272) and a movable side baffle (273), the top of the first frame body (271) is a complete plane, the fixed side baffle (272) is fixedly arranged on one side of the first frame body (271) close to the outdoor and extends downwards to protrude from the bottom of the first frame body (271), a third groove (274) recessed inwards is arranged on one side of the bottom of the first frame body (271) close to the indoor, the movable side baffle (273) comprises a clamping part (2731), a vertical extending part (2732) and a horizontal extending part (2733) which are fixedly connected in sequence, the clamping part (2731) is embedded into the third groove (274) and is clamped with the first frame body (271), the vertical extending part (2732) extends downwards to protrude from the bottom of the first frame body (271), and the horizontal extending part (272) extends towards the fixed side (272) and forms a clamping space in the first clamping space.

5. The vertical hinged door according to claim 2, wherein a first supporting member (275) is disposed on a side of the indoor middle side (270) close to the outdoor side, and the first supporting member (275) is a supporting sealing rubber strip or a supporting roller.

6. The vertical hinged door according to claim 2, wherein a fourth groove (251) recessed inwards is formed in the bottom of the upper cross bar (250), the position of the fourth groove (251) corresponds to the position of the glass (242), and a second buffer member (400) is arranged in the fourth groove (251).

7. The vertical hinged door according to claim 2, wherein an outdoor middle part (290) is transversely arranged between the upper cross bar (250) and the lower cross bar (260) and at a side close to the outdoor, an outdoor baffle (2010) is arranged at the bottom of the outdoor middle part (290), one end of the outdoor baffle (2010) is connected with the lower cross bar (260), the ventilation member (230) is arranged between the upper cross bar (250) and the outdoor middle part (290) and completely covers the whole area between the upper cross bar (250) and the outdoor middle part (290), and the blocking member (240) is arranged between the outdoor middle part (290) and the indoor middle part (270).

8. The vertical hinged door according to claim 7, wherein the outdoor middle part (290) comprises a second frame body (291), a first installation part (292) is arranged at the top of the second frame body (291), a fifth concave groove (296) which is concave inwards is formed at one side close to the indoor space, a second installation part (293) is arranged at the bottom of the second frame body (291), and a sixth concave groove (299) which is concave inwards is formed at one side close to the indoor space;

The first installation part (292) comprises a first fixing part (294) which is arranged on one side of the second frame body (291) close to the outdoor and extends upwards and protrudes out of the second frame body (291), and a first movable part (295) which is embedded in the fifth groove (296), wherein the first movable part (295) extends upwards and protrudes out of the second frame body (291) and extends towards the direction of the first fixing part (294), a second clamping space is formed by the first movable part and the first fixing part (294), and the ventilation part (230) is arranged in the second clamping space;

the second installation part (293) comprises a second fixing part (297) which is arranged on one side, close to the outside, of the second frame body (291) and extends downwards and protrudes out of the second frame body (291), and a second movable part (298) which is embedded in the sixth groove (299), wherein the second movable part (298) extends downwards and protrudes out of the second frame body (291) and extends towards the direction of the second fixing part (297), a third clamping space is formed between the second movable part and the second fixing part (297), and the outdoor baffle plate (2010) is arranged in the third clamping space.

9. The vertical hinged door according to claim 8, wherein a second supporting member (2910) is disposed on a side of the first movable member (295) close to the room, and the second supporting member (2910) is a supporting sealing rubber strip or a supporting roller.

10. The vertical hinged door according to claim 2, wherein the upper cross bar (250) comprises a third frame body (252), a third installation part (253) and a fourth installation part (254) are arranged at the bottom of the third frame body (252) along the outdoor-to-indoor direction, the third installation part (253) is used for being connected with the ventilation piece (230), the fourth installation part (254) is used for being connected with the glass (242), and a seventh groove (255) which is concave inwards is formed at the position, close to the fourth installation part (254), of the bottom of the third frame body (252);

the third installation part (253) comprises a third fixing piece (256) which is arranged on one side, close to the outside, of the third frame body (252) and extends downwards and protrudes out of the third frame body (252), and a third movable piece (257) which is embedded in the seventh groove (255), wherein the third movable piece (257) extends downwards and protrudes out of the third frame body (252) and extends towards the direction of the third fixing piece (256), a fourth clamping space is formed between the third movable piece and the third fixing piece (256), and the ventilation piece (230) is arranged in the fourth clamping space;

the bottom of third framework (252) is close to indoor one side and is provided with downwardly extending and protrusion (258) in third framework (252), one side that third movable part (257) is close to indoor is equipped with supporting plane (259), by supporting plane (259), protrusion (258) and the bottom of third framework (252) constitutes fourth installation department (254).