CN103471222A - Air conditioning unit box vertical hinged door and sealed door construction component thereof - Google Patents

Abstract

The invention discloses an air conditioning unit box vertical hinged door and a sealed door construction component thereof, and relates to a sealed construction of a vertical hinged type air conditioning unit box access door, and the sealed construction is especially suitable for a combined type air handling unit. The sealed door construction component comprises a door frame body and a fan frame body which can be installed on the door frame body, wherein the door frame body is provided with a door frame body male seam allowance zone part and a door frame body female seam allowance zone part, the door frame body female seam allowance zone part is provided with a frame part female seam allowance zone part sealing structure which is formed by convex ridges and a groove, and the door frame body male seam allowance zone part is provided with a frame part male seam allowance zone part sealing structure which is formed by convex ridges and a groove; the fan frame body is provided with a fan frame body female seam allowance zone part and a fan frame body male seam allowance zone part, the fan frame body female seam allowance zone part is provided with a fan part female seam allowance zone part sealing structure, and the fan frame body male seam allowance zone part is provided with a fan part male seam allowance zone part sealing structure. In the invention, a more optimized solution is provided for solving the problems of sealing, assembly and door leaf transformation and drooping, and the like of the air conditioning unit box body access door.

Description

Air conditioning unit case vertical hinged door and hermatic door structure assembly thereof

Technical field

This case belongs to field of air conditioning, relates to the seal construction of air conditioning unit case flat-open type access door (or window), is specially adapted to the combined air processing group.

Background technology

For the mature industry technology of this class of air-conditioning, the more pursuits of audient be the improvement of product details, although the progress of details more is not easy, as the air conditioning unit case sealing problem of access door wherein.

The described flat-open type access door of this case (or window) refers to that hinge (or hinge) is loaded on reveal face, door (or window) inside or that outwards open.This area is generally known, and access door described herein or access panel do not have essential distinction, at rear general designation access door.

Prior art, as published Chinese patent 00122512 discloses a kind of integral section for window construction, relates to the structure of flat-open type window (door), and it comprises: the elongated member with the cross-sectional profiles that comprises a window frame part and a frame part; Elongated member is cut into to the length section that its size is suitable for forming window; Each segment length's bar part is connected into to window shape, and wherein said window frame partly forms a window frame, and described frame part forms a framework.Then make window frame and framework separate.

Aforesaid information has been described the structure of flat-open type window (door), and described section bar is applicable to the door and window of building, does not relate to the air conditioning unit case access door.

Generally known, central air-conditioning unit casing is different from building construction, therefore the section bar of its access door structure requires to be different from the section bar structure requirement of building;

Also have, the central air-conditioning unit casing wherein Sealing Technology of access door is a key link.

Therefore industry is constantly improved.

Prior art discloses a kind of combined air conditioner housing of modularization as published Chinese patent 200620075476.2.It adopts outside section bar to connect into perpendicular body through heat-barrier material and fixture, outside section bar and fixture connect into sleeping body through heat-barrier material and inner section bar draw-in groove, perpendicular body and sleeping body connect into integral body, and sealing strip, together with inner heat insulation press strip link, embeds in inner section bar draw-in groove.Be intended to solve the inner out-of-flatness of air conditioning box body in the past, insufficient rigidity, exist air leak rate of air curtain and cold bridge 3% or more, the requirement of outside framework inadaptability in structure, the defect such as the leaking out of air conditioning box body, cold bridge and layer are dirty.It is arranged on fixture in profile structure, to reduce screw or hiding screw, reduces air leak rate of air curtain, eliminates cold bridge, easy to manufacture, the cycle is short, and air conditioning box body rigidity strengthens, and internal structure forms labyrinth type, frameless, without patching annex, without cold bridge.

And for example published Chinese patent 00267019.4 discloses a kind of sealed frame for positive section of air conditioner set; comprise the framework and the door-plate that interconnect sealing; be provided with seal between framework and door-plate and coordinate and form sealing surface, described framework is positioned at the outside of sealing surface, and door-plate is positioned at the inboard of sealing surface; This framework improves the structure of existing framework and door-plate, to meet the requirement of malleation section sealing.

And for example published Chinese patent 201020534675.1 discloses a kind of Anti-cold bridge access door of air conditioning cabinet, it comprises doorframe and is assembled in the door-plate on doorframe, described doorframe is installed on casing, described doorframe comprises doorframe one and doorframe two, described doorframe one, between doorframe two and casing, sealing strip one is pasted in the difference embedding, sealing strip two, on described doorframe two, folding has the doorframe annular groove, the embedded subsides sealing strip three of described doorframe annular groove, described door-plate comprises the door-plate big frame, door-plate small frame and be located in thermal insulative board between the two, coordinate the doorframe annular groove, in the side of door-plate, the door-plate annular groove is set, the embedded subsides sealing strip four of described door-plate annular groove, above-mentioned Anti-cold bridge access door of air conditioning cabinet is intended to improve sealing effectiveness, the inside and outside cold and hot transmission of obstruct equipment, and can be mounted to according to actual needs swing-in or outward opening.

And for example published Chinese patent 201220085618.9 discloses a kind of super type air-conditioning box spray chamber antiseep access door of defending, relate to air conditioner technical field, comprise the external door be arranged on heat insulating panel, the inboard relative position of described external door is provided with inside door, described inside door is connected with described heat insulating panel with lower doorjamb by upper doorjamb, be provided with cavity between described external door and inside door, the lower doorjamb that is positioned at described empty cavity position is provided with some apopores.This case is intended to simple in structure, improves water proofing property, and the phenomenon of solve air-conditioning spray chamber access door place infiltration in the past, leaking out produces, and improves sealing property and the heat-insulating property of air-conditioning unit.

The combined air processing group is comparatively huge, and a kind of heat recovery type fresh air unit 200420029142.2 of Chinese patent as existing as the applicant is disclosed is exactly this type.

Described air conditioning unit case vertical hinged door at least comprises a doorframe support body and a fan frame body, and vertical hinged door described here also can be referred to as casement window.Described doorframe support body is arranged on air conditioning unit case, forms the doorframe of vertical hinged door, and described fan frame body is loaded onto the material that includes but not limited to glass and formed door leaf, and this door leaf is arranged on doorframe and forms vertical hinged door.

Existing central air-conditioning door leaf and door frame structure exist following problems urgently to be resolved hurrily.

1. sealing problem, central air-conditioning unit casing is very large because of its inside and outside differential pressure, therefore Air Leakage urgently better solves.

2. frock problem, central air-conditioning unit casing body is huge, and therefore urgently a kind of not only have a seal construction, and also simple and direct, the operating mode assembling better door leaf of suitability of structure and doorframe assembly come out.

3. door leaf is out of shape sagging problem, and the door leaf of vertical hinged door occurs that sagging distortion is common puzzlement, therefore urgently to be resolved hurrily.

The reason of existing its structure of technology reason, can not well overcome above-mentioned problem.

Summary of the invention

Problem to be solved by this invention is to overcome the above-mentioned defect that aforementioned techniques exists, and a kind of air conditioning unit case vertical hinged door and seal construction assembly and doorframe element and fan frame section element are provided.

The primary and foremost purpose of this case is to provide a kind of technical scheme that can solve the sealing problem of prior art air conditioning unit case vertical hinged door, particularly has the air conditioning unit case vertical hinged door of seal door structure unit;

The another purpose of this case is to provide a kind of technical scheme that can solve the frock problem of prior art air conditioning unit case vertical hinged door, particularly has the air conditioning unit case vertical hinged door of hermatic door structure assembly;

A purpose again of this case is to provide a kind of technical scheme that can solve the door leaf distortion sagging problem of prior art air conditioning unit case vertical hinged door, particularly has the air conditioning unit case vertical hinged door of the doorframe element that can form the doorframe support body and the fan frame section element that can form the fan frame body;

A purpose again of this case is to provide a kind of technical scheme that can solve the problems referred to above of prior art air conditioning unit case vertical hinged door, particularly air conditioning unit case swing-in vertical hinged door or outward opening vertical hinged door.

Technical solution problem of the present invention takes following technical scheme to realize, according to a kind of air conditioning unit case vertical hinged door provided by the invention, wherein, it has hermatic door structure assembly, and sealing door structure assembly comprises the doorframe support body and can be arranged on the fan frame body on this doorframe support body.

Aforesaid air conditioning unit case vertical hinged door, wherein, described hermatic door structure assembly consists of doorframe support body and the fan frame body that can be arranged on this doorframe support body.

This case technical solution problem can also take following technical scheme further to realize:

Aforesaid air conditioning unit case vertical hinged door, wherein, the front of described doorframe support body/or the back side one side the public seam of doorframe body district section is set, the back side of this doorframe support body/or a positive side the female seam of doorframe body district section is set, the female seam of described doorframe body district section arranges the female seam of the frame section district part sealing structure formed by convex ridge and groove, and the public seam of the doorframe body of described doorframe support body district section arranges the public seam of the frame section district part sealing structure formed by convex ridge and groove.

Aforesaid air conditioning unit case vertical hinged door, wherein, the front of described fan frame body/or the back side one side the female seam of fan frame body district section is set, the back side of this fan frame body/or a positive side the public seam of fan frame body district section is set, the female seam of the fan frame body of described fan frame body district section arranges the fan section mother's seam district part sealing structure formed by convex ridge and groove; The public seam of described fan frame body district section arranges the public seam of the fan section district part sealing structure formed by convex ridge and groove.

Aforesaid air conditioning unit case vertical hinged door, wherein, also have potted component to be arranged on respectively on doorframe support body and fan frame body.

Aforesaid air conditioning unit case vertical hinged door, wherein, described doorframe support body consists of the doorframe element, and described fan frame body consists of fan frame section element; The seal door structure unit consists of described doorframe element and described fan frame section element; Or the seal door structure unit comprises described doorframe element and described fan frame section element.

Aforesaid air conditioning unit case vertical hinged door, wherein, the front of described doorframe element/or the back side one side be the public seam of described doorframe body district section, the back side of doorframe element/or a positive side be the female seam of described doorframe body district section.

Aforesaid air conditioning unit case vertical hinged door, wherein, the front of the fan frame section element of described fan frame body/or the back side one side be the female seam of described fan frame body district section, opposite side, the back side of fan frame section element/or a positive side be the public seam of described fan frame body district section.

Aforesaid air conditioning unit case vertical hinged door, wherein, the public seam of the doorframe body of described doorframe element district section is the public seam of the frame section district part sealing structure formed by convex ridge and groove; The female seam of the doorframe body of described doorframe element district section is the female seam of the frame section district part sealing structure formed by convex ridge and groove.

Aforesaid air conditioning unit case vertical hinged door, wherein, the female seam of the fan frame body of described fan frame section element district section is the female seam of the fan section district part sealing structure formed by convex ridge and groove; The public seam of described fan frame body district section is the public seam of the fan section district part sealing structure formed by convex ridge and groove.

Aforesaid air conditioning unit case vertical hinged door, wherein, also have potted component to be arranged on respectively this doorframe element or/and on this fan frame section element.

Aforesaid air conditioning unit case vertical hinged door, wherein, described doorframe support body has the doorframe element, and this doorframe element consists of this tagma section of doorframe and frame side pterion section.

Aforesaid air conditioning unit case vertical hinged door, wherein, described fan frame body has fan frame section element, and this fan frame section element consists of fan this tagma section of frame and fan frame flanking region section.

Aforesaid air conditioning unit case vertical hinged door, wherein, described frame side pterion section is arranged in abutting connection with Bu position, this tagma of doorframe; Described fan frame flanking region section is arranged in abutting connection with fan Bu position, this tagma of frame.

Aforesaid air conditioning unit case vertical hinged door, wherein, this tagma section of described doorframe consists of the female seam of doorframe body center section, the male seam of doorframe body district section and doorframe body district section; This tagma section of described fan frame consists of fan frame body center section, fan frame body male seam district section and the female seam of fan frame body district section.

Aforesaid air conditioning unit case vertical hinged door, wherein, the female seam of described doorframe body district section is arranged in abutting connection with a side of doorframe body center section; The female seam of described fan frame body district section is arranged in abutting connection with a side of fan frame body center section.

Aforesaid air conditioning unit case vertical hinged door, wherein, the female seam of described doorframe body district section: there is female seam the first limiting section of framework and female seam the second limiting section of framework/or formed by female seam the first limiting section of framework and female seam the second limiting section of framework; The female seam of described fan frame body district section: there is female seam the first limiting section of fan body and female seam the second limiting section of fan body/or formed by female seam the first limiting section of fan body and female seam the second limiting section of fan body.

Aforesaid air conditioning unit case vertical hinged door, wherein, female seam the first limiting section of framework is used to form seam one direction and places restrictions on, female seam the second limiting section of this framework is used to form the another direction of seam and places restrictions on, and female seam the first limiting section of described framework and the female seam of framework the second limiting section intersection are the female seam root of framework; Female seam the first limiting section of described fan body and the female seam of fan body the second limiting section intersection are the female seam root of fan body, and female seam the first limiting section of fan body is used to form seam one direction and places restrictions on, and female seam the second limiting section of fan body is used to form the another direction of seam and places restrictions on.

Aforesaid air conditioning unit case vertical hinged door, wherein, female seam the second limiting section of described framework arranges the female seam convex ridge of framework, and the female seam convex ridge of this framework forms the female seam groove of framework to leaving spacing between the female seam root of framework; Female seam the second limiting section of described fan body arranges the female seam convex ridge of fan body, and the female seam convex ridge of this fan body forms the female seam groove of fan body to leaving spacing between the female seam root of fan body.

Aforesaid air conditioning unit case vertical hinged door, wherein, female seam first limiting section of framework of the female seam of described doorframe body district section arranges the spacing inclined-plane of the female seam of framework, and female seam the first limiting section of the fan body of the male seam of described fan frame body district section arranges the spacing inclined-plane of the female seam of fan body; The female spacing inclined-plane of seam of described framework and the spacing inclined-plane of the male seam of fan body mate mutually.

Aforesaid air conditioning unit case vertical hinged door, wherein, the angle of inclination on the spacing inclined-plane of the female seam of described framework is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °.

Aforesaid air conditioning unit case vertical hinged door, wherein, the angle of inclination on the spacing inclined-plane of the female seam of described fan body is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °.

Aforesaid air conditioning unit case vertical hinged door, wherein, described potted component installs respectively in the female seam groove of framework and the male seam groove of fan body.

Aforementioned air conditioning unit case vertical hinged door, wherein, the potted component device is in the female seam groove of framework or the male seam groove of fan body.

Aforesaid air conditioning unit case vertical hinged door, wherein, the section configuration of the female seam convex ridge of described framework is general orthogonal or trapezoidal or triangle.

Aforesaid air conditioning unit case vertical hinged door, wherein, the section configuration of the female seam convex ridge of described fan body is general orthogonal or trapezoidal or triangle.

Aforesaid air conditioning unit case vertical hinged door, wherein, the termination section of the female seam convex ridge of described framework is circular-arc; The termination section of the female seam convex ridge of described fan body is circular-arc.

Aforesaid air conditioning unit case vertical hinged door, wherein, the greatest width dimension of the female seam groove of described framework and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the corresponding with it male seam convex ridge of fan body.

Aforementioned air conditioning unit case vertical hinged door, wherein, the greatest width dimension of the female seam groove of described fan body and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the corresponding with it male seam convex ridge of framework.

Aforesaid air conditioning unit case vertical hinged door, wherein, the cross-section structure of the female seam groove of described framework (1-111-3-22) is made as dovetail groove or U-lag or rectangular channel.

Aforesaid air conditioning unit case vertical hinged door, wherein, the cross-section structure of the female seam groove of described fan body (1-211-3-22) is designed to dovetail groove or U-lag or rectangular channel.

Aforesaid air conditioning unit case vertical hinged door, wherein, the public seam of the doorframe body of described doorframe element district section is arranged on the opposite side of doorframe body center section.

Aforesaid air conditioning unit case vertical hinged door, wherein, the public seam district section of described fan frame body (1-211-2) is arranged on the opposite side of fan frame body center section.

Aforesaid air conditioning unit case vertical hinged door, wherein, the public seam of described doorframe body district section: there is public seam the first limiting section (1-111-2-1) of framework and public seam the second limiting section (1-111-2-2) of framework/or formed by public seam the first limiting section of framework and framework public affairs seam the second limiting section.

Aforesaid air conditioning unit case vertical hinged door, wherein, the public seam of described fan frame body district section: there is public seam the first limiting section of fan body and public seam the second limiting section of fan body/or formed by public seam the first limiting section of fan body and public seam the second limiting section of fan body;

Aforesaid air conditioning unit case vertical hinged door, wherein, public seam the first limiting section of described framework and public seam the second limiting section of the framework place that crosses is the public seam root of framework, public seam the first limiting section of framework is used to form seam one direction and places restrictions on, and public seam the second limiting section of framework is used to form the another direction of seam and places restrictions on.

Aforesaid air conditioning unit case vertical hinged door, wherein, public seam the first limiting section of described fan body and public seam the second limiting section of the framework place that crosses is the public seam root of fan body, public seam the first limiting section of fan body is used to form seam one direction and places restrictions on, and public seam the second limiting section of framework is used to form the another direction of seam and places restrictions on.

Aforesaid air conditioning unit case vertical hinged door, wherein, public seam the second limiting section of described framework arranges public seam the first convex ridge of framework, public seam the first convex ridge of this framework arranges public seam the second convex ridge of framework between the public seam root of framework, leaves spacing between public seam the first convex ridge of this framework and public seam the second convex ridge of framework and forms the public seam groove of framework; Public seam the second convex ridge of framework leaves free space between the public seam root of framework, forms a sidewall of framework conduit, is referred to as the framework channel sidewalls.

Aforesaid air conditioning unit case vertical hinged door, wherein, public seam the second limiting section of described fan body arranges the public seam convex ridge of fan body and the public seam boss of fan body, form the public seam groove of fan body by the public seam convex ridge of this fan body to leaving spacing the public seam boss of fan body, extend the public seam root of fan body by the public seam boss of this fan body and form free space, a sidewall that forms the fan body conduit is referred to as the fan body channel sidewalls.

Aforesaid air conditioning unit case vertical hinged door, wherein, public seam first limiting section of framework of the public seam of described doorframe body district section arranges the spacing inclined-plane of the public seam of framework, and the spacing inclined-plane of the male seam of this framework mates mutually with the spacing inclined-plane of the female seam of fan body of the female seam of fan frame body district section.

Aforesaid air conditioning unit case vertical hinged door, wherein, public seam the first limiting section of described fan body is set to the spacing inclined-plane of the public seam of fan body to the direction f inclination certain angle of closing the door, and the spacing inclined-plane of the female seam of framework of the female seam of the spacing inclined-plane of the male seam of described fan body and doorframe body district section mates mutually.

Aforesaid air conditioning unit case vertical hinged door, wherein, the angle of inclination a3 on the spacing inclined-plane of the public seam of described framework is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °.

Aforesaid air conditioning unit case vertical hinged door, wherein, the angle of inclination on the spacing inclined-plane of the public seam of described fan body is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °.

Aforesaid air conditioning unit case vertical hinged door, wherein, described potted component installs respectively in the male seam groove of framework and the female seam groove of fan body, or described potted component device is in the male seam groove of framework or the female seam groove of fan body.

Aforesaid air conditioning unit case vertical hinged door, wherein, described potted component installs respectively in the male seam groove of fan body and the female seam groove of framework; Or described potted component device is in the male seam groove of fan body or the female seam groove of framework.

Aforesaid air conditioning unit case vertical hinged door, wherein, it is identical that the spacing inclined-plane of the female seam of the spacing inclined-plane of the male seam of described framework and framework is set to angle of inclination.

Aforesaid air conditioning unit case vertical hinged door, wherein, it is identical that the spacing inclined-plane of the female seam of the spacing inclined-plane of the male seam of described fan body and framework is set to angle of inclination.

Aforesaid air conditioning unit case vertical hinged door, wherein, public seam the first convex ridge of described framework is or/and the section configuration of public seam the second convex ridge of framework is general orthogonal or trapezoidal or triangle.

Aforesaid air conditioning unit case vertical hinged door, wherein, the section configuration of the public seam convex ridge of described fan body is general orthogonal or trapezoidal or triangle.

Aforesaid air conditioning unit case vertical hinged door, wherein, the section configuration of public seam the first convex ridge of described framework is generally in echelon or triangle, and termination section is circular-arc.

Aforesaid air conditioning unit case vertical hinged door, wherein, the termination section of the public seam convex ridge of described fan body is circular-arc.

Aforesaid air conditioning unit case vertical hinged door, wherein, the section configuration of the male seam groove of described framework arranges with the female seam convex ridge coupling of the fan body of fan frame body.

Aforesaid air conditioning unit case vertical hinged door, wherein, the female seam convex ridge coupling of the section configuration of the male seam groove of described fan body and framework arranges.

Aforesaid air conditioning unit case vertical hinged door, wherein, the greatest width dimension of the male seam groove of described framework and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the female seam convex ridge of corresponding with it fan body.

Aforesaid air conditioning unit case vertical hinged door, wherein, the greatest width dimension of the male seam groove of described fan body and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the female seam convex ridge of corresponding with it framework.

Aforesaid air conditioning unit case vertical hinged door, wherein, the cross-section structure of the public seam groove of described framework is designed to dovetail groove or U-lag or rectangular channel.

Aforesaid air conditioning unit case vertical hinged door, wherein, the cross-section structure of the public seam groove of described fan body is designed to dovetail groove or U-lag or rectangular channel.

Aforesaid air conditioning unit case vertical hinged door, wherein, also have, the framework conduit is arranged on the second side-walls of described doorframe body center section, this sidewall is corresponding with the fan frame, leave to form the space of framework conduit between described doorframe body male seam district section and the female seam of doorframe body district section, along the framework conduit, stretch between doorframe body center section and the public seam of doorframe body district section and form share common sidewalls.

Aforesaid air conditioning unit case vertical hinged door, wherein, also have, and the fan body conduit is arranged on fan frame body center section the second side-walls, leaves to form the free space of fan body conduit between described fan frame body male seam district section and the female seam of fan frame body district section; Described fan frame body center section the second sidewall outer wall is simultaneously the one side corresponding with doorframe, form by this fan body conduit bottom, described fan frame body center section the second sidewall inwall is simultaneously the inwall of fan frame body center section hollow via-hole, two auxiliary strong fins of fan frame are set by this, leave spacing between the auxiliary strong fin of this fan frame and the auxiliary strong fin of fan frame and form fan frame body center section groove.

Aforesaid air conditioning unit case vertical hinged door, wherein, be provided for spacing and fixing framework convex edge and framework groove on described framework conduit.

Aforesaid air conditioning unit case vertical hinged door, wherein, the both sides of described fan body conduit arrange respectively the first fan body conduit fin, the second fan body conduit fin.

Aforesaid air conditioning unit case vertical hinged door, wherein, the first fan body conduit fin design is positioned at fan body channel sidewalls position, and the second fan body conduit fin design is corresponding with this first fan body conduit fin, is positioned at the female seam of fan body the second limiting section position.

Aforesaid air conditioning unit case vertical hinged door, wherein, also have, and frame side pterion section is arranged on the front of described doorframe support body/or this side of the back side, and this frame side pterion section is arranged in abutting connection with Bu position, this tagma of doorframe.

Aforesaid air conditioning unit case vertical hinged door, wherein, described fan frame flanking region section is arranged on the front of described fan frame body/or this side of the back side, and this fan frame flanking region section is arranged in abutting connection with fan Bu position, this tagma of frame, and described fan frame flanking region section is connected with the public seam of fan frame body district section.

Aforementioned air conditioning unit case vertical hinged door, wherein, the peripheral side wall of frame side pterion section is set to the inclined-plane of certain angle.

Aforementioned air conditioning unit case vertical hinged door, wherein, the peripheral side wall of fan frame flanking region section is set to the inclined-plane of certain angle.

Aforesaid air conditioning unit case vertical hinged door, wherein, described doorframe body center section is the quadrangle through hole, takes this to form doorframe body center section's the first side wall and doorframe body center section's the second sidewall and doorframe body center section the 3rd sidewall and doorframe body center section the 4th sidewall.

Aforesaid air conditioning unit case vertical hinged door, wherein, described fan frame body center section is general orthogonal quadrangle through hole, takes this to form fan frame body center section the first side wall and fan frame body center section's the second sidewall and fan frame body center section the 3rd sidewall and fan frame body center section the 4th sidewall.

Aforesaid air conditioning unit case vertical hinged door, wherein, the quadrangle through hole of formation is stretched along this doorframe body center section side by the female seam of described doorframe body district section, the male seam of doorframe body district section.Doorframe body center section, the female seam of doorframe body district section, the common formation of the male seam of doorframe body district section have this tagma section of doorframe of hollow structure by this.

Aforesaid air conditioning unit case vertical hinged door, wherein, the female seam of described fan frame body district section, the fan male seam of frame body district section are respectively in abutting connection with doorframe body center section, form the hollow via-hole of general quadrangularly, fan by this frame body center section, the female seam of fan frame body district section, fan this tagma section of fan frame that the common formation of the male seam of frame body district section has hollow structure.

Aforesaid air conditioning unit case vertical hinged door, wherein, described frame side pterion section is the quadrangle through hole in abutting connection with this tagma section of doorframe; This tagma section of doorframe and frame side pterion section form the doorframe element with hollow structure by this.

Aforesaid air conditioning unit case vertical hinged door, wherein, described fan frame flanking region section is the through hole in abutting connection with the general quadrangularly of fan this tagma section of frame; Fan by this fan frame section element that the common formation of this tagma section of frame and fan frame flanking region section has hollow structure.

Aforesaid air conditioning unit case vertical hinged door, wherein, described doorframe body center section the first side wall is to form the share common sidewalls of this tagma section of doorframe between described doorframe body center section and the female seam of doorframe body district section, and the part that described doorframe body center section the first side wall continues to extend has also formed female seam the second limiting section of described framework; The strong point of the female seam root of the framework of take arranges doorframe body center section reinforcement as summit perpendicular to doorframe body center section the first side wall; Described doorframe body center section the second sidewall forms jointly by between framework conduit and doorframe body center section and the public seam of doorframe body district section, forming share common sidewalls; Described doorframe body center section the 3rd sidewall extends and stretches between this tagma section of doorframe and frame side pterion section the sidewall that forms the female seam of doorframe body district section, also forms the common sidewall between this tagma section of doorframe and frame side pterion section.

Aforesaid air conditioning unit case vertical hinged door, wherein, described doorframe body center section the 4th sidewall extends and stretches to the public seam of the doorframe body district section public seam of formation doorframe body district section peripheral side wall.

Aforesaid air conditioning unit case vertical hinged door, wherein, described fan frame body center section the first side wall is also to form the share common sidewalls of fan this tagma section of frame between described fan frame body center section and the female seam of fan frame body district section, and the part that described fan frame body center section the first side wall continues to extend has also formed female seam the second limiting section of described fan body; Described fan frame body center section the second sidewall leaves the spacing that forms the fan body conduit between the female seam district section of fan frame body and the fan male seam of frame body district section, two auxiliary strong fins of fan frame of configuration on described fan frame body center section the second sidewall, and leave the spacing that forms fan frame body center section groove between the auxiliary strong fin of this fan frame and the auxiliary strong fin of fan frame.

Aforesaid air conditioning unit case vertical hinged door, wherein, described fan frame body center section the 3rd sidewall extends and stretches to the female seam of the fan frame body district section formation fan female seam of frame body district section peripheral side wall.

Aforesaid air conditioning unit case vertical hinged door, wherein, the 4th sidewall extension of described fan frame body center section is stretched to the public seam of fan frame body district section and is connected and be connected with the fan body channel sidewalls.

Aforesaid air conditioning unit case vertical hinged door, wherein, the public seam of described fan frame body district section peripheral side wall is arranged between the public seam district section of fan frame body and fan frame flanking region section, the public seam of this fan frame body district section peripheral side wall is to prolong fan frame body center section the 3rd sidewall to penetrate between the public seam district section of fan frame body and fan frame flanking region section, or it is interconnected that the public seam of fan frame body district's section's peripheral side wall and fan frame body center section the 3rd sidewall form left and right.

Aforesaid air conditioning unit case vertical hinged door, wherein, arrange the first fan frame reinforcement and the second fan frame reinforcement in the cavity of the public seam of described fan frame body district section.

This case technical solution problem can take following technical scheme further to realize:

A kind of hermatic door structure assembly of air conditioning unit case vertical hinged door, wherein, sealing door structure assembly comprises the doorframe support body and can be arranged on the fan frame body on this doorframe support body.

Aforesaid hermatic door structure assembly, wherein, described hermatic door structure assembly consists of doorframe support body and the fan frame body that can be arranged on this doorframe support body.

Aforesaid hermatic door structure assembly, wherein, the doorframe element in described doorframe support body consists of this tagma section of doorframe and frame side pterion section; Described frame side pterion section is arranged in abutting connection with Bu position, this tagma of doorframe.

Aforesaid hermatic door structure assembly, wherein, this tagma section of described doorframe consists of the female seam of doorframe body center section, the male seam of doorframe body district section and doorframe body district section; The quadrangle through hole of establishing formation is stretched along direction F mono-side of opening the door of doorframe body center section by the female seam of described doorframe body district section.

Aforesaid hermatic door structure assembly, wherein, the fan frame section element in described fan frame body consists of fan this tagma section of frame and fan frame flanking region section; Described fan frame flanking region section is arranged in abutting connection with fan Bu position, this tagma of frame; This tagma section of described fan frame consists of fan frame body center section, fan frame body male seam district section and the female seam of fan frame body district section; The quadrangle through hole of establishing formation is stretched along direction F mono-side of opening the door of fan frame body center section by the female seam of described fan frame body district section.

Aforesaid hermatic door structure assembly, wherein, the doorframe element in described doorframe support body consists of this tagma section of doorframe and frame side pterion section; Described frame side pterion section is arranged on the position with the female seam of the doorframe body of this tagma section of doorframe district section the same side; Namely described frame side pterion section installs at the position, the female seam district of doorframe body of this tagma section of adjacency doorframe, is used to form vertical hinged door outwards-door-opening type doorframe support body.

Aforesaid hermatic door structure assembly, wherein, the fan frame section element in described fan frame body consists of fan this tagma section of frame and fan frame flanking region section; Described fan frame flanking region section is arranged on the position with the public seam of the fan frame body of fanning this tagma section of frame district section the same side; Namely described fan frame flanking region section arranges in the position of the public seam of the fan frame body district section the same side in abutting connection with fan this tagma section of frame, is used to form vertical hinged door outwards-door-opening type fan frame body.

Aforesaid hermatic door structure assembly, wherein, be provided for the fin of reinforced sidewall intensity on described doorframe body center section the 3rd sidewall.

Aforementioned hermatic door structure assembly, wherein, fan body pivot dress recess arrangement is at section's peripheral side wall place, the female seam district of described fan frame body.

Technical solution problem of the present invention can also take following each technical scheme to realize:

A kind of hermatic door structure assembly, comprise doorframe support body 1-1 and can be arranged on the fan frame body 1-2 on this doorframe support body, or, described hermatic door structure assembly consists of doorframe support body 1-1 and the fan frame body 1-2 that can be arranged on this doorframe support body, it is characterized in that, the positive E/ of described doorframe support body or back side e mono-side arrange the 1-111-2 of the public seam of doorframe body district section, opposite side, the back side e/ of this doorframe support body or positive E mono-side arrange the 1-111-3 of the female seam of doorframe body district section, form thus the double stopper structure of this part of doorframe support body.The female seam of described doorframe body district section arranges the female seam district part sealing structure 1-111-3-m of the frame section formed by convex ridge and groove, and the public seam of the doorframe body of described doorframe support body district section arranges the public seam district part sealing structure 1-111-2-m of the frame section formed by convex ridge and groove.

Form thus doorframe double containment structure, for setting and the interlock potted component.

Aforesaid hermatic door structure assembly, wherein, the positive E/ of described fan frame body or back side e mono-side arrange the 1-211-3 of the female seam of fan frame body district section, opposite side, the back side e/ of this fan frame body or positive E mono-side arrange the 1-211-2 of the public seam of fan frame body district section, form thus the fan frame body and construct suitable double stopper structure with the seam of doorframe support body, for spacing, the location between doorframe and door leaf and support.

Aforesaid hermatic door structure assembly, wherein, the female seam of the fan frame body of described fan frame body district section arranges the female seam district part sealing structure 1-211-3-m of the fan section formed by convex ridge and groove; The public seam of described fan frame body district section arranges the public seam district part sealing structure 1-211-2-m of the fan section formed by convex ridge and groove; Form thus door leaf double containment structure, for the respective ridges with the doorframe support body and groove, form snappable structure.

Aforesaid hermatic door structure assembly, wherein, also have potted component 1-311,1-312; 1-321,1-322 are arranged on respectively on doorframe support body and fan frame body, described potted component can be inlaid in the doorframe support body or/and the make configuration among the hermetically-sealed construction of fan frame body.

So far form double stopper structure and double containment structure that the fan frame body is combined with the coupling of doorframe support body, both can realize between doorframe and door leaf spacing, the location with the support, the effect with the interlock potted component further can be realized setting in doorframe support body and the seam joint portion of fan frame body, realize sealing, can form thus and there is the double stopper structure or/and the hermatic door structure assembly of double sealing structure.

So far the hermatic door structure assembly formed comprises such example:

Described hermatic door structure assembly is comprised of doorframe support body 1-1 and fan frame body 1-2.

Described hermatic door structure assembly is by doorframe support body 1-1 and fan frame body 1-2, reach potted component forms.

Described hermatic door structure assembly comprises doorframe support body 1-1 and fan frame body 1-2.

Described hermatic door structure assembly comprises doorframe support body 1-1 and fan frame body 1-2, reaches potted component.

So far arrange and only can realize by two kinds of section bars material of deciding, cutting becomes section technical purpose that can manufacture the hermatic door structure assembly with double sealing structure and double stopper structure, by such component design, the operator can carry out adaptation by the operating mode situation, prepares the vertical hinged door of different size requirements, different shape demand.

The preferred hollow profile of described section bar, solid profile also can be realized.

So far, described doorframe support body is or/and the fan frame body is to become the linear profile sections of preset length by the hollow profile cutting, form the doorframe element or/and fan frame section element, described doorframe element and doorframe element, fan frame section element and fan frame section element, be interconnected to respectively the doorframe support body or/and fan frame body, described doorframe support body is or/and the fan frame body includes but not limited to the shape of rectangle.The shape of the frame body of fanning is consistent with the form fit of doorframe support body.

Technical solution problem of the present invention can also take following each technical scheme to realize:

A kind of seal door structure unit of hermatic door structure assembly, wherein, described doorframe support body consists of doorframe element 1-11, and described fan frame body consists of fan frame section element 1-21; Seal door structure unit 10 consists of described doorframe element 1-11 and described fan frame section element 1-21.

Aforesaid seal door structure unit, wherein, seal door structure unit 10 comprises described doorframe element 1-11 and described fan frame section element 1-21.

Aforementioned seal door structure unit, wherein, the positive E/ of described doorframe element 1-11 or back side e mono-side are the public seam of described doorframe body district sections, opposite side, and the back side e/ of doorframe element 1-11 or positive E mono-side are the female seam of described doorframe body district sections; The positive E/ of the fan frame section element 1-21 of described fan frame body or back side e mono-side are the female seam of described fan frame body district sections, opposite side, and the back side e/ of fan frame section element or positive E mono-side are the public seam of described fan frame body district sections.

Form thus doorframe element 1-11 and fan frame section element adaptive double stopper structure mutually, to realize spacing, the location and support between doorframe and door leaf.

Aforesaid seal door structure unit, wherein, the public seam of the doorframe body of described doorframe element district section is the public seam district part sealing structure 1-111-2-m of frame section formed by convex ridge and groove; The female seam of the doorframe body of described doorframe element district section is the female seam district part sealing structure 1-111-3-m of frame section formed by convex ridge and groove; Form thus doorframe double containment structure in the seal door structure unit, for setting and the interlock potted component.

Aforesaid seal door structure unit, wherein, the female seam of the fan frame body of described fan frame section element district section is the female seam district part sealing structure 1-211-3-m of fan section formed by convex ridge and groove; The public seam of described fan frame body district section is the public seam district part sealing structure 1-211-2-m of fan section formed by convex ridge and groove, form thus door leaf double containment structure in the seal door structure unit, for the respective ridges with the doorframe support body and groove, form snappable structure.

Aforesaid seal door structure unit, wherein, also have potted component to be arranged on respectively this doorframe element or/and on this fan frame section element; Described potted component can be inlaid in the doorframe element or/and the make configuration among the hermetically-sealed construction of fan frame section element.

The effect with the interlock potted component further can be realized setting in doorframe element 1-11 and the seam joint portion of fan frame section element 1-21 by this, can form thus and have the double stopper structure or/and sealing is realized in the seal door structure unit of double sealing structure.

Described seal door structure unit nationality is formed the frame of vertical hinged door by doorframe element 1-11 and fan frame section element 1-21, each seal door structure unit assembles and forms doorframe, fan frame assembly.Thus, form the air conditioning unit case vertical hinged door with hermatic door structure assembly in conjunction with the configuration potted component.

So far the seal door structure unit formed comprises such example:

Described seal door structure unit consists of doorframe element 1-11 and fan frame section element 1-21.

Described seal door structure unit is comprised of doorframe element 1-11 and fan frame section element 1-21 and potted component.

Described seal door structure unit comprises doorframe element 1-11 and fan frame section element 1-21.

Described seal door structure unit comprises doorframe element 1-11 and fan frame section element 1-21, reaches potted component.

The seal door structure unit arranged thus can realize allowing the shape of doorframe support body and fan frame body be prepared into rectangle or circle or triangle or trapezoidal or other existing variation shape, to adapt to the diversified market demand.All right, described doorframe support body is made required doorframe shape by the doorframe element is one-body molded, and described fan frame body is made required fan shaped as frame shape by fan frame section element is one-body molded.Standardized doorframe support body that like this can one-body molded preparation different model and fan frame body, i.e. standardized hermatic door structure assembly, thus improve the whole efficiency of assembling of unit.It not only can optimize manufacturing process greatly, reduces manufacturing cost, effectively improves the operating mode packaging efficiency, and good on-the-spot suitability can also be arranged, and is more conducive to the flexible strain in operation.

So far, the doorframe support body and the fan frame body that by doorframe element and fan frame section element, are prepared, double stopper structure wherein and the ingenious configuration of double sealing structure, can play the better technique effect coordinated with each other between structure,, double stopper structure between doorframe element and fan frame section element is by the staggered cooperation of female, male seam, not only can guarantee spacing, location and the effect supported between doorframe and door leaf, also double containment therebetween be constructed to the effect of playing further guarantee sealing property; And interconnected by convex ridge and groove of the double containment structure between doorframe element and fan frame section element not only guaranteed sealing effectiveness, also to providing between doorframe and door leaf, further guarantee is spacing, the effect of location and support.

Technical solution problem of the present invention can also take following each technical scheme to realize:

Doorframe element in a kind of hermatic door structure assembly, wherein, described doorframe element 1-11 consists of this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section; The described frame side pterion 1-112 of section is arranged in abutting connection with the position of the 1-111 of this tagma section of doorframe, is used to form the Yan Kou with unit box body XT adjacency; The 1-111 of this tagma section of described doorframe consists of the doorframe body center 1-111-1 of section, the male seam of the doorframe body district 1-111-2 of section and the 1-111-3 of the female seam of doorframe body district section, and the 1-111-3 of the female seam of described doorframe body district section is arranged in abutting connection with a side of doorframe body center section; This side refers to the position that can allow the female seam of described doorframe body district section corresponding with the 1-211-2 of the male seam of fan frame body district section in the fan frame body, for realizing the female seam of doorframe and the adaptation of fanning the male seam of frame.

Aforesaid doorframe element, wherein, the female seam of described doorframe body district section: there is female seam the first limiting section 1-111-3-1 of framework and female seam the second limiting section 1-111-3-2/ of framework or formed by female seam the first limiting section of framework and female seam the second limiting section of framework; Horizontal stroke one direction that female seam the first limiting section of this framework is used to form the seam X-direction is placed restrictions on, the vertical another direction that female seam the second limiting section of this framework is used to form the seam Y direction is placed restrictions on, and female seam the first limiting section of described framework and the female seam of framework the second limiting section intersection are the female seam root of framework 1-111-3-0.

Female seam the second limiting section of described framework arranges the female seam convex ridge of framework 1-111-3-21, and the female seam convex ridge of this framework forms the female seam groove of framework 1-111-3-22 to leaving spacing between the female seam root of framework 1-111-3-0.

So far, the female seam convex ridge 1-111-3-21 of the framework of female seam the second limiting section of described framework and the female seam groove of framework 1-111-3-22 form the female seam district part sealing structure 1-111-3-m of frame section that the female seam of described doorframe body district section is formed by convex ridge and groove.

Aforesaid doorframe element, wherein, female seam first limiting section of framework of the female seam of described doorframe body district section is set to the spacing inclined-plane 1-111-3-11 of the female seam of framework to the direction F inclination certain angle that opens the door, be used to form the doorframe seam and generally become the structure of Microspeaker mouth to the direction of opening the door, the spacing inclined-plane of the female seam of this framework mates mutually with the spacing inclined-plane 1-211-2-11 of the male seam of fan body of the fan male seam of frame body district section.

Aforesaid doorframe element, wherein, the angle of inclination a2 of the spacing inclined-plane 1-111-3-11 of the female seam of described framework is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °.

Aforesaid doorframe element, wherein, described potted component 1-311,1-312; 1-321,1-322 install respectively in the female seam groove of framework and the male seam groove of fan body, are used to form the effect of two-stage sealing.Or described potted component 1-311,1-321 device, in the female seam groove of framework or the male seam groove of fan body, are used to form the effect of primary seal.

Aforementioned doorframe element, wherein, the section configuration of the female seam convex ridge of described framework is general orthogonal or trapezoidal or triangle;

Aforesaid doorframe element, wherein, the termination section of the female seam convex ridge of described framework is circular-arc, convex ridge does not form sharp keen cutting edge thus, for guaranteeing the security of parts.

Aforesaid doorframe element, wherein, the greatest width dimension H of the female seam groove of described framework and depth dimensions B are slightly larger than greatest width dimension h and the depth dimensions b of the corresponding with it male seam convex ridge of fan body, the male seam convex ridge of fan body can be embedded in the potted component " encirclement " in the female seam groove of framework like this, to guarantee the better tightness of parts.

Aforesaid doorframe element, wherein, the cross-section structure of the female seam groove of described framework 1-111-3-22 is made as dovetail groove or U-lag or rectangular channel.

So far, the female seam convex ridge of framework and the female seam groove of framework form the female seam of the described frame section formed by convex ridge and groove district section.

The female seam of the doorframe arranged thus is just as the Microspeaker mouth, and corresponding door leaf is just as the wedge shape part towards the direction f wedging of closing the door, " wedge " to door frames, and design can effectively avoid that between doorframe or door leaf, door fits badly, the trouble of bad pass because micro-deformation brings thus.

So far not only can effectively improve the sealing property of vertical hinged door, what can also make switch gate become is lighter, brings frock convenient to the assembling vertical hinged door simultaneously.Hermetically-sealed construction, for setting and the interlock potted component, form doorframe double containment structure.

The female seam groove of described framework has two effects, and the one, stretch into for holding the public seam convex ridge of fan body that wherein to form one-level spacing.The 2nd, set wherein for holding potted component, and can hold the public seam convex ridge of fan body and stretch into, thereby make the public seam convex ridge of fan body form interlocking pattern to the sealing element, realize primary seal.The female seam convex ridge of described framework, it also has two effects, and the one, can put in that to form another level in the public seam groove of fan body of fan frame body spacing, the 2nd, can form interlock to the potted component in the public seam groove of fan body, realize another level sealing.

So far, the female seam of described door body and the male seam combination of corresponding fan framework, the staggered interlock of convex ridge and groove, the structure usefulness power that provides two-stage spacing not only has been provided, also possessed the structure usefulness power that the two-stage sealing is provided simultaneously, that is to say, the operator can assemble primary seal or two-stage sealing as required herein, for the operating mode adaptation is provided convenience.

Aforesaid doorframe element, wherein, the 1-111-2 of the public seam of the doorframe body of described doorframe element district section is arranged on the opposite side of doorframe body center section, this side refers to the position that can allow the male seam of described doorframe body district section corresponding with the 1-121-3 of the female seam of fan frame body district section of fan frame body, for realizing the male seam of doorframe and the adaptation of fanning the female seam of frame.

Aforesaid doorframe element, wherein, the public seam of described doorframe body district section: there is public seam the first limiting section 1-111-2-1 of framework and public seam the second limiting section 1-111-2-2/ of framework or formed by public seam the first limiting section of framework and public seam the second limiting section of framework.

Aforesaid doorframe element, wherein, public seam the first limiting section of described framework and public seam the second limiting section of the framework place that crosses is the public seam root of framework 1-111-2-0, horizontal stroke one direction that public seam the first limiting section of framework is used to form the seam X-direction is placed restrictions on, and the vertical another direction that public seam the second limiting section of framework is used to form the seam Y direction is placed restrictions on.

Aforesaid doorframe element, wherein, public seam the second limiting section of described framework arranges public seam the first convex ridge 1-111-2-21 of framework, public seam the first convex ridge of this framework arranges public seam the second convex ridge 1-111-2-23 of framework between the public seam root of framework 1-111-2-0, leaves spacing between public seam the first convex ridge of this framework and public seam the second convex ridge of framework and forms the public seam groove of framework 1-111-2-22; Public seam the second convex ridge 1-111-2-23 of framework leaves free space between the public seam root of framework 1-111-2-0, forms the sidewall of framework conduit 1-111-124, is referred to as framework channel sidewalls 1-111-2-24.

So far, public seam the first convex ridge 1-111-2-21 of the framework of public seam the second limiting section of described framework and public seam the second convex ridge 1-111-2-23 of framework and the public seam groove of framework 1-111-2-22 have formed the public seam district part sealing structure 1-111-2-m of frame section that the public seam of described doorframe body district section is formed by convex ridge and groove.

Aforesaid doorframe element, wherein, public seam first limiting section of framework of the public seam of described doorframe body district section is set to the spacing inclined-plane 1-111-2-11 of the public seam of framework to the direction F inclination certain angle that opens the door, and the double stopper structure that is used to form doorframe is all generally to become the structure of Microspeaker mouth to the direction of opening the door.The spacing inclined-plane of the male seam of this framework mates mutually with the spacing inclined-plane 1-211-3-11 of the female seam of fan body of the female seam of fan frame body district section.

Aforesaid doorframe element, wherein, the angle of inclination a3 of the spacing inclined-plane 1-111-2-11 of the public seam of described framework is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °.

Aforesaid doorframe element, wherein, described potted component installs respectively in the male seam groove of framework and the female seam groove of fan body, is used to form the effect of two-stage sealing.Or described potted component device, in the male seam groove of framework or the female seam groove of fan body, is used to form the effect of primary seal.

Aforesaid doorframe element, wherein, it is identical that the spacing inclined-plane 1-111-3-11 of the female seam of the spacing inclined-plane of the male seam of described framework and framework is set to angle of inclination.

Aforesaid doorframe element, wherein, public seam the first convex ridge of described framework is or/and the section configuration of public seam the second convex ridge of framework is general orthogonal or trapezoidal or triangle.

Aforesaid doorframe element, wherein, the section configuration of public seam the first convex ridge of described framework is generally in echelon or triangle, and termination section is circular-arc, for guaranteeing the security of parts, also is more conducive to convex ridge and recognizes into groove better interlock potted component.

Aforesaid doorframe element, wherein, the section configuration of the male seam groove of described framework 1-111-3-22 arranges with the female seam convex ridge coupling of the fan body of fan frame body.

Aforesaid doorframe element, wherein, the greatest width dimension of the male seam groove of described framework and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the female seam convex ridge of corresponding with it fan body, the female seam convex ridge of fan body can be embedded in the potted component " encirclement " in the male seam groove of framework like this, to guarantee the better tightness of parts.

Aforesaid doorframe element, wherein, the cross-section structure of the public seam groove of described framework is designed to dovetail groove or U-lag or rectangular channel.

The female seam of door body is set thus, the male seam of door body becomes respectively the Microspeaker mouth, and corresponding door leaf appropriate section is fanned the male seam of framework, the female seam of fan framework just as the wedge shape part towards the direction f wedging of closing the door, respectively " wedge " to door frames, and the vertical hinged door of design forming double stopper structure can effectively be avoided between doorframe or door leaf fitting badly door, the criminal of the closing the door problems such as not light that " resist ", close the door because micro-deformation brings thus.

So far not only can effectively improve the sealing property of vertical hinged door, what can also make switch gate become is lighter, brings frock convenient to the assembling vertical hinged door simultaneously.

So far, public seam the first convex ridge 1-111-2-21 of framework and the public seam groove 1-111-2-22 of framework and public seam the second convex ridge of framework have formed the basic structure of public seam the second limiting section of framework, be the public seam district part sealing structure 1-111-2-m of the described frame section formed by convex ridge and groove, for setting and the interlock potted component, form doorframe double containment structure.

Public seam the first convex ridge 1-111-2-21 of described framework, it has two effects, and the one, can put in that to form one-level in the female seam groove of fan body of fan frame body spacing, the 2nd, can form interlock to the potted component in the female seam groove of fan body, realize primary seal.

The public seam groove of described framework 1-111-2-22 also has two effects, and the one, stretch into for the female seam convex ridge of fan body that holds fan frame body that wherein to form another level spacing.The 2nd, set wherein for holding potted component, and can hold the female seam convex ridge of fan body and stretch into, thereby make the female seam convex ridge of fan body form interlock to the sealing element, realize another level sealing.

So far, the male seam of described door body and the female seam combination of corresponding fan framework, the staggered interlock of convex ridge and groove, the structure usefulness power that provides two-stage spacing not only has been provided, also possessed the structure usefulness power that the two-stage sealing is provided simultaneously, that is to say, the operator also can assemble primary seal or two-stage sealing as required herein, for the operating mode adaptation is provided convenience.

Aforesaid doorframe element, wherein, framework conduit 1-111-124 is arranged on the second sidewall 1-111-12 place of described doorframe body center section, this sidewall is corresponding with the fan frame, leave to form the space of framework conduit 1-111-124 between the male seam of the described doorframe body district 1-111-2 of section and the 1-111-3 of the female seam of doorframe body district section, stretch between doorframe body center section and the 1-111-2 of the public seam of doorframe body district section and form share common sidewalls 1-111-125 along framework conduit 1-111-124, the the second sidewall 1-111-12 of doorframe body center section bears the task of forming the framework conduit thus, also play the reinforcement effect of support door frame section element hollow via-hole, be responsible for the task of the female seam convex ridge of support frame simultaneously, achieve many things at one stroke.

Aforesaid doorframe element, wherein, arrange spacing and fixing for setting element 1-4 of framework convex edge 1-111-1242 and framework groove 1-111-1241 on described framework conduit 1-111-124, can effectively avoid thus setting element to skid, be shifted.

Aforesaid doorframe element, wherein, the frame side pterion 1-112 of section is arranged on positive E/ or this side of back side e of described doorframe support body, this frame side pterion 1-112 of section is arranged in abutting connection with the position of the 1-111 of this tagma section of doorframe, be used to form the Yan Kou that covers the limit mouth, not only can cover whereby the gap at doorframe support body and the adjacent place of unit box body XT, improve the sealing of unit box body, can also guarantee that the vertical hinged door outer surface is smooth attractive in appearance, kills two birds with one stone.

Aforesaid doorframe element, wherein, the peripheral side wall 1-112-1 of the described frame side pterion 1-112 of section is set to the inclined-plane of certain angle.

Aforesaid doorframe element, wherein, the described doorframe body center 1-111-1 of section is general orthogonal quadrangle through hole, takes this to form the doorframe body center the first side wall 1-111-11 of section and the second sidewall 1-111-12 of doorframe body center section and the 3rd sidewall 1-111-13 of doorframe body center section and the 4th sidewall 1-111-14 of doorframe body center section.

The 1-111-3 of the female seam of described doorframe body district section, the 1-111-2 of the male seam of doorframe body district section stretch the quadrangle through hole of formation along this doorframe body center section side.The doorframe body center 1-111-1 of section, the 1-111-3 of the female seam of doorframe body district section, the common formation of the 1-111-2 of the male seam of doorframe body district section have the 1-111 of this tagma section of doorframe of hollow structure by this.

The described frame side pterion 1-112 of section is the quadrangle through hole in abutting connection with the 1-111 of this tagma section of doorframe.The common formation of this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section has the doorframe element of hollow structure by this.

Aforesaid doorframe element, wherein, the described doorframe body center the first side wall 1-111-11 of section forms the share common sidewalls of the 1-111 of this tagma section of doorframe between described doorframe body center section and the 1-111-3 of the female seam of doorframe body district section, this doorframe body center section the first side wall plays the reinforcement effect of support door frame section element hollow via-hole on the one hand, this doorframe body center section the first side wall stretches to the strong point that seam direction one end has formed the female seam root of framework 1-111-3-0 on the other hand, section bar integral body is played to the effect of strengthening and supporting.The part that the described doorframe body center the first side wall 1-111-11 of section continues to extend has also formed female seam the second limiting section 1-111-3-2 of described framework.

Aforesaid doorframe element, wherein, the strong point of the female seam root of the framework of take 1-111-3-0 arranges the doorframe body center reinforcement 1-111-15 of section as summit perpendicular to the doorframe body center the first side wall 1-111-11 of section, formed thus another reinforcement of support door frame section element hollow via-hole, provide further support to the female seam root of framework, and then section bar integral body is played to the effect of further reinforcement and support.

Aforesaid doorframe element, wherein, described doorframe body center the second sidewall 1-111-12 of section forms jointly by between framework conduit 1-111-124 and doorframe body center section and the public seam of doorframe body district section, forming share common sidewalls 1-111-125, the the second sidewall 1-111-12 of doorframe body center section can have the duty of formation framework conduit and the reinforcement effect of doorframe element hollow via-hole concurrently thus, the task of also having the female seam convex ridge of support frame, simple structure, but can hold number " duty ".

Aforesaid doorframe element, wherein, the 3rd sidewall 1-111-13 of described doorframe body center section extends and stretches between this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section the sidewall 1-111-32 that forms the 1-111-3 of the female seam of doorframe body district section, also form the common sidewall between this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section, form by this another reinforcement of doorframe element hollow via-hole.

Aforesaid doorframe element, wherein, the 4th sidewall 1-111-14 of described doorframe body center section extends and stretches to the peripheral side wall 1-111-21 of the public seam of the doorframe body district 1-111-2 of the section formation public seam of doorframe body district section.

Aforesaid doorframe element, wherein, the doorframe element 1-11 in described doorframe support body consists of this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section.

Aforesaid doorframe element, wherein, the described frame side pterion 1-112 of section is arranged in abutting connection with the position of the 1-111 of this tagma section of doorframe, is used to form the Yan Kou with unit box body XT adjacency.

Aforesaid doorframe element, wherein, the 1-111 of this tagma section of described doorframe consists of the doorframe body center 1-111-1 of section, the male seam of the doorframe body district 1-111-2 of section and the 1-111-3 of the female seam of doorframe body district section.

Aforesaid doorframe element, wherein, the 1-111-3 of the female seam of described doorframe body district section stretches along direction F mono-side of opening the door of doorframe body center section the quadrangle through hole of establishing formation.

Arrange thus and can be prepared into two kinds of doorframe structures, be i.e. vertical hinged door outwards-door-opening type doorframe structure and vertical hinged door inward-opening type doorframe structure.

Aforesaid doorframe element, wherein, the doorframe element 1-11 in vertical hinged door outwards-door-opening type doorframe support body consists of this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section; The described frame side pterion 1-112 of section is arranged on the position with the 1-111-3 of section the same side, the female seam district of the doorframe body of the 1-111 of this tagma section of doorframe.Namely the described frame side pterion 1-112 of section arranges in the 1-111-3 of the section position, the female seam district of doorframe body of the 1-111 of this tagma section of adjacency doorframe.

Aforesaid doorframe element, wherein, the doorframe element 1-11 in described vertical hinged door inward-opening type doorframe support body consists of this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section; The described frame side pterion 1-112 of section is arranged on the position with the 1-111-2 of section the same side, the public seam district of the doorframe body of the 1-111 of this tagma section of doorframe.Namely the described frame side pterion 1-112 of section is at the doorframe body center 1-111-1 of section of the 1-111 of this tagma section of adjacency doorframe, and arranges with the position of the 1-111-2 of section the same side, the public seam district of doorframe body.

Aforesaid doorframe element, wherein, arrange fin 1-111-131 on the 3rd sidewall 1-111-13 of section of described doorframe body center, for reinforced sidewall intensity.This setting is particularly useful for vertical hinged door inward-opening type doorframe structure.

Technical solution problem of the present invention takes following each technical scheme to realize:

Fan frame section element in a kind of hermatic door structure assembly, wherein, the fan frame section element 1-21 in described fan frame body 1-2 consists of the fan 1-211 of this tagma section of frame and the fan frame flanking region 1-212 of section.

The described fan frame flanking region 1-212 of section is arranged in abutting connection with the position of the fan 1-211 of this tagma section of frame, is used to form the Yan Kou with unit box body XT adjacency.

Aforesaid fan frame section element, wherein, the 1-211 of this tagma section of described fan frame consists of the fan frame body center 1-211-1 of section, the fan male seam of the frame body district 1-211-2 of section and the 1-211-3 of the female seam of fan frame body district section.

Aforesaid fan frame section element, wherein, the 1-211-3 of the female seam of described fan frame body district section is arranged in abutting connection with a side of fan frame body center section, this side refers to the position that can allow the female seam of described fan frame body district section corresponding with the 1-111-2 of the male seam of doorframe body district section in the doorframe support body, for realizing fanning the adaptation of frame mother's seam and the male seam of doorframe.

Aforesaid fan frame section element, wherein, the female seam of described fan frame body district section: there is female seam the first limiting section 1-211-3-1 of fan body and female seam the second limiting section 1-211-3-2/ of fan body or formed by female seam the first limiting section of fan body and female seam the second limiting section of fan body.

Aforesaid fan frame section element, wherein, female seam the first limiting section of described fan body and the female seam of fan body the second limiting section intersection are the female seam root of fan body 1-211-3-0, horizontal stroke one direction that female seam the first limiting section of fan body is used to form the seam X-direction is placed restrictions on, and the vertical another direction that female seam the second limiting section of fan body is used to form the seam Y direction is placed restrictions on.

Aforesaid fan frame section element, wherein, female seam the second limiting section of described fan body arranges the female seam convex ridge of fan body 1-211-3-21, and the female seam convex ridge of this fan body forms the female seam groove of fan body 1-211-3-22 to leaving spacing between the female seam root of fan body 1-211-3-0.

So far, the female seam convex ridge 1-211-3-21 of fan body and the female seam groove of fan body 1-211-3-22 have formed the basic structure of female seam the second limiting section of fan body, be the female seam district part sealing structure 1-211-3-m of the described fan section formed by convex ridge and groove, for setting and the interlock potted component, form fan frame double containment structure.

Aforesaid fan frame section element, wherein, female seam the first limiting section of described fan body is set to the spacing inclined-plane 1-211-3-11 of the female seam of fan body to the direction f inclination certain angle of closing the door, be used to form the structure of fan frame seam to the general wedgewise of direction of closing the door, the spacing inclined-plane 1-111-2-11 of Men Tigong seam of the female spacing inclined-plane of seam of this fan body and the male seam of doorframe body district section mates mutually; The door leaf arranged thus is just as the wedge shape part towards the direction f wedging of closing the door, and the female seam of corresponding doorframe is just as the Microspeaker mouth, receive door leaf " wedge " to door frames, design can effectively avoid that between doorframe or door leaf, door fits badly, the trouble of bad pass because micro-deformation brings thus.

Aforesaid fan frame section element, wherein, the angle of inclination A2 of the spacing inclined-plane 1-211-3-11 of the female seam of described fan body is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °, so far not only can effectively improve the sealing property of vertical hinged door, what can also make switch gate become is lighter, brings frock convenient to the assembling vertical hinged door simultaneously.

The female seam groove of described fan body 1-211-3-22 has two effects, and the one, stretch into for holding the public seam convex ridge of framework 1-111-2-21 that wherein to form one-level spacing.The 2nd, set wherein for holding potted component, and can hold the public seam convex ridge of framework and stretch into, thereby make the public seam convex ridge of framework form interlocking pattern to the sealing element, realize primary seal.

The female seam convex ridge of described fan body 1-211-3-21, it also has two effects, and the one, can put in that to form another level in the public seam groove of framework spacing, the 2nd, can form interlock to the potted component in the public seam groove of framework, realize another level sealing.

Aforesaid fan frame section element, wherein, described potted component 1-321,1-322; 1-311,1-312 install respectively in the female seam groove of fan body and the male seam groove of framework; Can form the effect of two-stage sealing.

Aforesaid fan frame section element, wherein, described potted component 1-321,1-311 device can form the effect of primary seal in the female seam groove of fan body or the male seam groove of framework.

So far, the female seam of fan body and the male seam combination of corresponding framework, the staggered interlock of convex ridge and groove, the structure usefulness power that provides two-stage spacing not only has been provided, also possessed the structure usefulness power that the two-stage sealing is provided simultaneously, that is to say, the operator can assemble primary seal or two-stage sealing as required herein, for the operating mode adaptation is provided convenience.

Aforementioned fan frame section element, wherein, the section configuration of the female seam convex ridge of described fan body is general orthogonal or trapezoidal or triangle.

Aforesaid fan frame section element, wherein, the termination section of the female seam convex ridge of described fan body is circular-arc; Convex ridge does not form sharp keen cutting edge thus, for guaranteeing the security of parts.

Aforesaid fan frame section element, wherein, the greatest width dimension of the female seam groove of described fan body and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the corresponding with it male seam convex ridge of framework, the male seam convex ridge of framework can be embedded in the potted component " encirclement " in the female seam groove of fan body like this, to guarantee the better tightness of parts.

Aforesaid fan frame section element, wherein, the cross-section structure of the female seam groove of described fan body 1-211-3-22 is designed to dovetail groove or U-lag or rectangular channel.

Aforesaid fan frame section element, wherein, the 1-211-2 of the public seam of described fan frame body district section is arranged on the opposite side of fan frame body center section, this side refers to the position that can allow the male seam of described fan frame body district section corresponding with the 1-111-3 of the female seam of doorframe body district section of doorframe support body, for realizing fanning the adaptation of the male seam of frame and the female seam of doorframe.

Aforesaid fan frame section element, wherein, the public seam of described fan frame body district section: there is public seam the first limiting section 1-211-2-1 of fan body and public seam the second limiting section 1-211-2-2/ of fan body or formed by public seam the first limiting section of fan body and public seam the second limiting section of fan body.

Aforesaid fan frame section element, wherein, public seam the first limiting section of described fan body and public seam the second limiting section of the framework place that crosses is the public seam root of fan body 1-211-2-0, horizontal stroke one direction that public seam the first limiting section of fan body is used to form the seam X-direction is placed restrictions on, and the vertical another direction that public seam the second limiting section of framework is used to form the seam Y direction is placed restrictions on.

Aforesaid fan frame section element, wherein, public seam the second limiting section of described fan body arranges the public seam convex ridge 1-211-2-21 of fan body and the public seam boss of fan body 1-211-2-23, form the public seam groove of fan body 1-211-2-22 by the public seam convex ridge of this fan body to leaving spacing the public seam boss of fan body 1-211-2-23, extend the public seam root of fan body 1-211-2-0 by the public seam boss of this fan body 1-211-2-23 and form free space, a sidewall that forms fan body conduit 1-211-124 is referred to as fan body channel sidewalls 1-211-2-24, so far, the public seam convex ridge 1-211-2-21 of fan body and the public seam boss 1-211-2-23 of fan body and the public seam groove of fan body 1-211-2-22 have formed the basic structure of public seam the second limiting section of fan body, be the described public seam district part sealing structure 1-211-2-m of fan section that comprises that convex ridge and groove form, for setting and the interlock potted component, form fan frame double containment structure.

Aforesaid fan frame section element, wherein, auxiliary element fan body conduit is whereby installed, as be loaded on the fan frame, by the lock element 6-1-5 of door knob transmission component 6 transmissions, this lock element forms and coordinates for the setting element 1-4 with on doorframe, completes door lock, location tasks.

The public seam convex ridge of described fan body 1-211-2-21, it has two effects, and the one, can put in that to form one-level in the female seam groove of framework spacing, the 2nd, can form interlock to the potted component in the female seam groove of framework, realize primary seal.

The public seam groove of described fan body 1-211-2-22 also has two effects, and the one, stretch into for holding the female seam convex ridge of framework that wherein to form another level spacing.The 2nd, set wherein for holding potted component, and can hold the female seam convex ridge of framework and stretch into, thereby make the female seam convex ridge of framework form interlock to the sealing element, realize another level sealing.

Aforesaid fan frame section element, wherein, public seam the first limiting section of described fan body is set to the spacing inclined-plane 1-211-2-11 of the public seam of fan body to the direction f inclination certain angle of closing the door, and the double stopper structure that is used to form the fan frame is all the structure to the general wedgewise of direction of closing the door.The spacing inclined-plane 1-111-3-11 of the female seam of framework of the female seam of the spacing inclined-plane of the male seam of described fan body and doorframe body district section mates mutually.

The female seam of the fan body arranged thus, the male seam of fan body are all the structures to the general wedgewise of direction of closing the door, and the corresponding male seam of doorframe appropriate section framework, framework mother seam are just as the Microspeaker mouth towards the direction of opening the door, hold the female seam of fan body and the male seam of fan body " wedge " to door frames, the vertical hinged door of design forming double stopper structure can effectively be avoided between door leaf or doorframe fitting badly because micro-deformation brings thus, the criminal of closing the door " resists ", closes the door the problems such as not light.

Aforesaid fan frame section element, wherein, the angle of inclination A3 of the spacing inclined-plane 1-211-2-11 of the public seam of described fan body is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °.

So far not only can effectively improve the sealing property of vertical hinged door, what can also make switch gate become is lighter, brings frock convenient to the assembling vertical hinged door simultaneously.

Aforesaid fan frame section element, wherein, described potted component installs respectively the effect that is used to form the two-stage sealing in the male seam groove of fan body and the female seam groove of framework.

Aforesaid fan frame section element, wherein, described potted component device is used to form the effect of primary seal in the male seam groove of fan body or the female seam groove of framework.

Aforesaid fan frame section element, wherein, it is identical that the spacing inclined-plane 1-111-3-11 of the female seam of the spacing inclined-plane 1-211-2-11 of the male seam of described fan body and framework is set to angle of inclination.

So far, the male seam of described fan body and the female seam combination of corresponding framework, the staggered interlock of convex ridge and groove, the structure usefulness power that provides two-stage spacing not only has been provided, also possessed the structure usefulness power that the two-stage sealing is provided simultaneously, that is to say, the operator also can assemble primary seal or two-stage sealing as required herein, for the operating mode adaptation is provided convenience.

Aforesaid fan frame section element, wherein, the section configuration of the public seam convex ridge of described fan body is general orthogonal or trapezoidal or triangle, or/and the termination section of the public seam convex ridge of described fan body is circular-arc; The female seam convex ridge of the section configuration of the male seam groove of described fan body 1-211-3-22 and framework 1-111-3-21 coupling arranges.Convex ridge does not form sharp keen cutting edge like this, guarantees the security of parts, also has, and is more conducive to convex ridge yet and recognizes into groove better interlock potted component.

Aforesaid fan frame section element, wherein, the greatest width dimension of the male seam groove of described fan body and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the female seam convex ridge of corresponding with it framework, the female seam convex ridge of framework can be embedded in the potted component " encirclement " in the male seam groove of fan body like this, to guarantee the better tightness of parts.

Aforesaid fan frame section element, wherein, the cross-section structure of the public seam groove of described fan body is designed to dovetail groove or U-lag or rectangular channel.

Aforesaid fan frame section element, wherein, described fan body conduit 1-211-124 is arranged on fan frame body center section the second sidewall 1-211-12 place, leaves to form the free space of fan body conduit 1-211-124 between the male seam of the described fan frame body district 1-211-2 of section and the 1-211-3 of the female seam of fan frame body district section, described fan frame body center section the second sidewall outer wall is simultaneously the one side corresponding with doorframe, form by this fan body conduit bottom, described fan frame body center section the second sidewall inwall is simultaneously the inwall of fan frame body center section hollow via-hole, two auxiliary strong fin 1-211-15 of fan frame are set by this, leave spacing between the auxiliary strong fin of this fan frame and the auxiliary strong fin of fan frame and form the fan frame body center groove 1-211-125 of section, design can reach two technique effects thus:, article two, the auxiliary strong fin of fan frame forms the better reinforcement of fan frame section element on the one hand, fan on the other hand the groove formed between the auxiliary strong fin of frame, formed the frock structure of assembling lock element 6-1-5, securing member can form spacing whereby, and complete fixing with the lock combination of elements, kill two birds with one stone.

Fanning thus the second sidewall 1-211-12 of frame body center section is to bear the task of forming the fan body conduit, is also to have concurrently to have formed the frock structure, is also the acts that obtain more.

Aforesaid fan frame section element, wherein, the both sides of described fan body conduit 1-211-124 arrange respectively the first fan body conduit fin 1-211-2-25, the second fan body conduit fin 1-211-3-25, for assembling location, can realize to the lock element 6-1-5 of door knob transmission component 6 transmissions the location assembling, the lock element can form and coordinate with setting element 1-4 on doorframe like this, completes door lock, location tasks.

Aforesaid fan frame section element, wherein, the first fan body conduit fin design is positioned at fan body channel sidewalls 1-211-2-24 position, and the second fan body conduit fin design is corresponding with this first fan body conduit fin, is positioned at the female seam of fan body the second limiting section 1-211-3-2 position.

Aforesaid fan frame section element, wherein, the described fan frame flanking region 1-212 of section is arranged on positive E/ or this side of back side e of described fan frame body, this fan frame flanking region 1-212 of section is arranged in abutting connection with the position of the fan 1-211 of this tagma section of frame, the described fan frame flanking region 1-212 of section is connected with the 1-211-2 of the public seam of fan frame body district section, can form the Yan Kou that covers the limit mouth thus, not only can cover whereby the gap at fan frame body and the adjacent place of unit box body XT, improve the sealing of unit box body, can also guarantee that the vertical hinged door outer surface is smooth attractive in appearance, kills two birds with one stone.

Aforesaid fan frame section element, wherein, the peripheral side wall 1-212-1 of described fan frame flanking region section is set to the inclined-plane of certain angle, not only improve security performance and the apparent aesthetic degree of section bar, and the sealing joint performance is better.

Aforesaid fan frame section element, wherein, the described fan frame body center 1-211-1 of section is general orthogonal quadrangle through hole, takes this to form the fan frame body center the first side wall 1-211-11 of section and fan the second sidewall 1-211-12 of frame body center section and fan the 3rd sidewall 1-211-13 of frame body center section and fan the 4th sidewall 1-211-14 of frame body center section.

Aforesaid fan frame section element, wherein, the 1-211-3 of the female seam of described fan frame body district section, the 1-211-2 of the fan male seam of frame body district section are respectively in abutting connection with doorframe body center section, form the hollow via-hole of general quadrangularly, fan by this frame body center 1-211-1 of section, the 1-211-3 of the female seam of fan frame body district section, fan the 1-211 of this tagma section of fan frame that the common formation of the 1-211-2 of the male seam of frame body district section has hollow structure.

Aforesaid fan frame section element, wherein, the described fan frame flanking region 1-212 of section is the through hole in abutting connection with the general quadrangularly of the fan 1-211 of this tagma section of frame.Fan by this fan frame section element that the 1-211 of this tagma section of frame and the common formation of the fan frame flanking region 1-212 of section have hollow structure.

Aforesaid fan frame section element, wherein, the described fan frame body center the first side wall 1-211-11 of section forms the share common sidewalls of the fan 1-211 of this tagma section of frame between the described fan frame body center 1-211-1 of section and the 1-211-3 of the female seam of fan frame body district section, this fan frame body center section the first side wall plays the reinforcement effect of supporting fan frame section element hollow via-hole on the one hand, this fan frame body center section the first side wall stretches to the strong point that seam direction one end has formed the female seam root of fan body 1-211-3-0 on the other hand, section bar integral body is played to the effect of strengthening and supporting.The part that the described fan frame body center the first side wall 1-211-11 of section continues to extend has also formed female seam the second limiting section 1-211-3-2 of described fan body.

Aforesaid fan frame section element, wherein, described fan frame body center the second sidewall 1-211-12 of section leaves the spacing that forms fan body conduit 1-211-124 between the female seam district 1-211-3 of section of fan frame body and the 1-211-2 of the fan male seam of frame body district section, two auxiliary strong fin 1-211-15 of fan frame of configuration on described fan frame body center section the second sidewall, and leave the spacing that forms the fan frame body center groove 1-211-125 of section between the auxiliary strong fin of this fan frame and the auxiliary strong fin of fan frame, fan thus frame body center section the second sidewall and can have the duty that forms the fan body conduit and the forming the frock structure of task concurrently, simple structure, but can hold number " duty ".

Aforesaid fan frame section element, wherein, the 3rd sidewall 1-211-13 of described fan frame body center section extends and stretches to the peripheral side wall 1-211-31 of the female seam of the fan frame body district 1-211-3 of the section formation fan female seam of frame body district section.

Aforesaid fan frame section element, wherein, the 4th sidewall 1-211-14 extension of described fan frame body center section is stretched to the 1-211-2 of the public seam of fan frame body district section and is connected and be connected with fan body channel sidewalls 1-211-2-24.

Aforesaid fan frame section element, wherein, the peripheral side wall 1-211-21 of the public seam of described fan frame body district section is arranged between the public seam district 1-211-2 of section of fan frame body and the fan frame flanking region 1-212 of section, the peripheral side wall 1-211-21 of the public seam of this fan frame body district section prolongs fan the 3rd sidewall 1-211-13 of frame body center section to penetrate between the public seam district 1-211-2 of section of fan frame body and the fan frame flanking region 1-212 of section, or it is interconnected that the public seam of the fan frame body district peripheral side wall 1-211-21 of section and the 3rd sidewall 1-211-13 of fan frame body center section form left and right.

Aforesaid fan frame section element, wherein, arrange the first fan frame reinforcement 1-211-23 in the cavity of the public seam of described fan frame body district section, and the second fan frame reinforcement 1-211-22.

Aforesaid fan frame section element, wherein, the fan frame section element 1-21 in described fan frame body consists of the fan 1-211 of this tagma section of frame and the fan frame flanking region 1-212 of section.

The described fan frame flanking region 1-212 of section is arranged in abutting connection with the position of the fan 1-211 of this tagma section of frame, is used to form the Yan Kou with unit box body XT adjacency.

The 1-211 of this tagma section of described fan frame consists of the fan frame body center 1-211-1 of section, the fan male seam of the frame body district 1-211-2 of section and the 1-211-3 of the female seam of fan frame body district section.

The 1-211-3 of the female seam of described fan frame body district section stretches along direction F mono-side of opening the door of fan frame body center section the quadrangle through hole of establishing formation.

To sum up arrange and can be prepared into two kinds of doorframe structures, be i.e. vertical hinged door outwards-door-opening type fan frame section structure and vertical hinged door inward-opening type fan frame section structure.

Described vertical hinged door inward-opening type fan frame section structure is:

Aforesaid fan frame section element, wherein, described fan frame section element 1-21 consists of the fan 1-211 of this tagma section of frame and the fan frame flanking region 1-212 of section; The described fan frame flanking region 1-212 of section is arranged on the position with the 1-211-3 of section the same side, the female seam district of the fan frame body of fanning the 1-211 of this tagma section of frame.Namely the described fan frame flanking region 1-212 of section arranges in the 1-211-3 of the section position, the female seam district of fan frame body in abutting connection with the fan 1-211 of this tagma section of frame;

Fan body pivot dress recess 1-211-4 is configured in the peripheral side wall 1-211-21 of section place, the public seam district of described fan frame body, and this fan body pivot dress recess is installed for fanning frame.

Thus, described the first fan frame reinforcement 1-211-23 and the second fan frame reinforcement 1-211-22 have formed the reinforcement structure in the public seam of fan frame body district section cavity.

Described vertical hinged door outwards-door-opening type fan frame section structure is:

Aforesaid fan frame section element, wherein, described fan frame section element 1-21 consists of the fan 1-211 of this tagma section of frame and the fan frame flanking region 1-212 of section; The described fan frame flanking region 1-212 of section is arranged on the position with the 1-211-2 of section the same side, the public seam district of the fan frame body of fanning the 1-211 of this tagma section of frame.Namely the described fan frame flanking region 1-212 of section arranges in the position of the 1-211-2 of the section the same side, the public seam district of fan frame body in abutting connection with the fan 1-211 of this tagma section of frame.

Aforesaid fan frame section element, wherein, fan body pivot dress recess 1-211-4 is configured in the peripheral side wall 1-211-31 of section place, the female seam district of described fan frame body, and this fan body pivot dress recess is installed for fanning frame.

Thus, described the first fan frame reinforcement 1-211-23 and the second fan frame reinforcement 1-211-22 and the peripheral side wall 1-211-21 of the public seam of fan frame body district section have formed the public seam of fan frame body district section connection with the reinforcement structure in the cavity of the fan frame flanking region 1-212 of section.Can effectively strengthen fan body intensity thus.

The present invention compared with prior art has significant advantage and beneficial effect, and from above technical scheme, the present invention, under excellent structure configuration, not only has above-mentioned advantage, also has:

This case setting has the double stopper structure or/and the hermatic door of double sealing structure is constructed assembly, can solve better the sealing problem of air conditioning unit case, overcomes central air-conditioning unit casing because its inside and outside differential pressure is large, the Air Leakage brought.

This case setting has the double stopper structure or/and the seal door structure unit of double sealing structure, can solve better the frock problem of air conditioning unit case, overcome central air-conditioning unit casing huge because of body, operating mode assembling suitability problem not fully up to expectations, the setting of this case is simple and convenient assembling not only, and can also be by configuration double stopper structure or/and double sealing structure has good sealing by cabinet.

This case arranges interconnected by convex ridge and groove of double containment structure between doorframe element and fan frame section element, not only guarantee sealing effectiveness, also to providing between doorframe and door leaf, further guarantee is spacing, the effect of location and support, and the door leaf that can be good at solving vertical hinged door is out of shape sagging problem.

Also have the rational structure of this case can make manufacturing process more optimize, manufacturing cost is lower, the industry of being more convenient for promotion and application.This case has completed aforesaid technical purpose.

The specific embodiment of the present invention is provided in detail by following examples and accompanying drawing thereof.

The accompanying drawing explanation

Fig. 1 is this case air conditioning unit case vertical hinged door (or window) closed condition structural representation.

Fig. 2 is that in this case vertical hinged door (or window), the fan frame body of seal construction assembly is contained on the doorframe support body, the closed condition structural representation.

Fig. 2 a is that in this case vertical hinged door (or window), the fan frame body of seal construction assembly is contained on the doorframe support body, one of (external-open or swing-in) embodiment structural representation.

Fig. 2 b is that in this case vertical hinged door (or window), the fan frame body of seal construction assembly is contained on the doorframe support body, two structural representations of (Nei Kai or outward opening) embodiment.

Fig. 3 be the A-A of Fig. 2 to the section structure schematic diagram, be also seal door structure unit 10(external-open or swing-in in this case seal construction assembly) the section structure schematic diagram of one of embodiment.

Fig. 3 a is the structural representation of doorframe element in Fig. 3.

Fig. 3 b is the structural representation of Fig. 3 middle fan frame section element.

Fig. 4 be the A-A of Fig. 2 to the section structure schematic diagram, be also in this case seal construction assembly, in seal door structure unit 10(, to open or outward opening) two the section structure schematic diagram of embodiment.

Fig. 4 a is the structural representation of doorframe element in Fig. 4.

Fig. 4 b is the structural representation of Fig. 4 middle fan frame section element.

Fig. 5 is setting element in this case seal construction assembly and the assembly structure schematic diagram of lock element.

The specific embodiment

Below in conjunction with preferred embodiment, to according to the specific embodiment provided by the invention, feature and effect thereof, be described in detail as follows; For simple and purpose clearly, hereinafter appropriate omission the description of known technology, in order to avoid those unnecessary details impacts are to the description of the technical program.

Shown in Fig. 1-5, a kind of air conditioning unit case vertical hinged door at least comprises a doorframe support body 1-1 and a fan frame body 1-2, described doorframe support body is arranged on air conditioning unit case, form the doorframe of vertical hinged door, door leaf is arranged on the doorframe support body to form the vertical hinged door mode by its fan frame body, door leaf is combined with doorframe and is formed the air conditioning unit case vertical hinged door thus, referring to Fig. 1,2.

Generally known, section bar refers to that any cross-sectional configuration of its length direction is consistent, is definite shape, and unlimited the extension, section bar has certain mechanical and physical character, and it can use separately also can further be processed into other manufactures, is usually used in structure setting or manufacture, installation.Hollow profile in section bar refers to that the section bar cross section has the section bar of sealing through hole, and the following section bar of this case is hollow profile preferably.

Described air conditioning unit case vertical hinged door 1, comprise hermatic door structure assembly, can also have subsidiary component to include but not limited to handle and transmission component 6 thereof, hinge portion element 4, lock element 6-1-5, setting element 1-4, described subsidiary component can be quoted prior art, and it will not go into details.

Say further hermatic door structure assembly.

Embodiment has comprised: described hermatic door structure assembly comprises the situation of doorframe support body 1-1, fan frame body 1-2.

Embodiment has also comprised: the situation that described hermatic door structure assembly consists of doorframe support body 1-1, fan frame body 1-2.

Further describe: the positive E/ of described doorframe support body or back side e mono-side arrange the 1-111-2 of the public seam of doorframe body district section, opposite side, the back side e/ of doorframe support body or positive E mono-side arrange the 1-111-3 of the female seam of doorframe body district section, form thus the double stopper structure of this part of doorframe support body.

The positive E/ of described fan frame body or back side e mono-side arrange the 1-211-3 of the female seam of fan frame body district section, opposite side, the back side e/ of fan frame body or positive E mono-side arrange the 1-211-2 of the public seam of fan frame body district section, form thus the fan frame body and construct suitable double stopper structure with the seam of doorframe support body, for spacing, the location between doorframe and door leaf and support; Here front refers to direction of visual lines E, and the reverse side of direction of visual lines is back side e.

The public seam of the doorframe body of described doorframe support body district section arranges the public seam district part sealing structure 1-111-2-m of the frame section formed by convex ridge and groove; The female seam of described doorframe body district section arranges the female seam district part sealing structure 1-111-3-m of the frame section formed by convex ridge and groove, forms thus doorframe double containment structure, for setting and the interlock potted component.

The female seam of the fan frame body of described fan frame body district section arranges the female seam district part sealing structure 1-211-3-m of the fan section formed by convex ridge and groove; The public seam of described fan frame body district section arranges the public seam district part sealing structure 1-211-2-m of the fan section formed by convex ridge and groove, forms thus door leaf double containment structure, for the respective ridges with the doorframe support body and groove, forms snappable structure.

The effect with the interlock potted component further can be realized setting in doorframe support body and the seam joint portion of fan frame body by this, realizes sealing, can form thus and have the double stopper structure or/and the hermatic door structure assembly of double sealing structure.

Also have potted component 1-311,1-312; 1-321,1-322 are arranged on respectively on doorframe support body and fan frame body, described potted component can be inlaid in the doorframe support body or/and the make configuration among the hermetically-sealed construction of fan frame body;

So far arrange can be only by two kinds of section bars material of deciding, cutting one-tenth section can be manufactured the hermatic door structure assembly with double sealing structure and double stopper structure, by such component design, the operator can carry out adaptation by the operating mode situation, prepares the vertical hinged door of different size requirements, different shape demand.

So far, the preferred hollow profile of described section bar, solid profile also can be realized.

The seal door structure unit embodiment of a kind of vertical hinged door shown in Figure 3 (external-open or in open).

The seal door structure unit embodiment of another vertical hinged door shown in Figure 4 (Nei Kai or external-open).

Preferably, described doorframe support body is to become the linear profile sections of preset length by the hollow profile cutting, form thus the doorframe element, described doorframe element and doorframe element can be interconnected to the doorframe support body by prior art, and described doorframe support body includes but not limited to the shape of rectangle.

Described fan frame body becomes the linear profile sections of preset length by the hollow profile cutting, form thus fan frame section element, described fan frame section element can be interconnected to the fan frame body by prior art with fan frame section element, described fan frame body includes but not limited to the shape of rectangle, and the shape of fan frame body is consistent with the form fit of doorframe support body.

The shape of described doorframe support body and fan frame body allows the difference slightly and the deformation that bring because of factors such as manufactures.The setting of described seal door structure unit also can realize allowing the shape of doorframe support body and fan frame body be prepared into circle or triangle or trapezoidal or other existing variation shape, to adapt to the diversified market demand.Below do preferred description by the shape of rectangle.

Such benefit not only can be optimized manufacturing process greatly, reduces manufacturing cost, effectively improves the operating mode packaging efficiency, and good on-the-spot suitability can also be arranged, and is more conducive to the flexible strain in operation.

All right, described doorframe support body is made required doorframe shape by the doorframe element by prior art is one-body molded.

Described fan frame body is made required fan shaped as frame shape by fan frame section element by prior art is one-body molded.

Such benefit be can one-body molded preparation different model standardized doorframe support body and fan frame body, i.e. standardized hermatic door structure assembly, thus improve the whole efficiency of assembling of unit.

Further the seal door structure unit 10: the doorframe element 1-11 in the wherein said doorframe support body of described hermatic door structure assembly and the fan frame section element 1-21 in the fan frame body form described seal door structure unit 10.

Embodiment has comprised: the situation that the fan frame section element 1-21 in the doorframe element 1-11 of described seal door structure unit 10 in described doorframe support body and fan frame body forms.

Embodiment has also comprised: described seal door structure unit 10 comprises the doorframe element 1-11 in described doorframe support body and the situation of fanning the fan frame section element 1-21 in frame body.

Further describe, the positive E/ of the doorframe element 1-11 of described doorframe support body or back side e mono-side are the public seam of described doorframe body district sections, opposite side, the back side e/ of doorframe element 1-11 or positive E mono-side are the female seam of described doorframe body district sections, form thus the double stopper structure of doorframe element 1-11.

The positive E/ of the fan frame section element 1-21 of described fan frame body or back side e mono-side are the female seam of described fan frame body district sections, opposite side, the back side e/ of fan frame section element or positive E mono-side are the public seam of described fan frame body district sections, form thus the doorframe element and construct suitable double stopper structure with the seam of fan frame section element, for spacing, the location and support between doorframe and door leaf.

The public seam of the doorframe body of described doorframe element district section is the public seam district part sealing structure 1-111-2-m of frame section formed by convex ridge and groove; ; The female seam of the doorframe body of described doorframe element district section is the female seam district part sealing structure 1-111-3-m of frame section formed by convex ridge and groove; , form thus doorframe double containment structure in the seal door structure unit, for setting and the interlock potted component.

The female seam of the fan frame body of described fan frame section element district section is the female seam district part sealing structure 1-211-3-m of fan section formed by convex ridge and groove; The public seam of described fan frame body district section is the public seam district part sealing structure 1-211-2-m of fan section formed by convex ridge and groove, form thus door leaf double containment structure in the seal door structure unit, for the respective ridges with the doorframe support body and groove, form snappable structure.

The effect with the interlock potted component further can be realized setting in doorframe element 1-11 and the seam joint portion of fan frame section element 1-21 by this, can form thus and have the double stopper structure or/and sealing is realized in the seal door structure unit 10 of double sealing structure.

Also have potted component 1-311,1-312; 1-321,1-322 are arranged on respectively on doorframe element and fan frame section element, described potted component can be inlaid in the doorframe element or/and the make configuration among the hermetically-sealed construction of fan frame section element.

So far, the doorframe support body and the fan frame body that by doorframe element and fan frame section element, are prepared, double stopper structure wherein and the ingenious configuration of double sealing structure, can play the better technique effect coordinated with each other between structure,, double stopper structure between doorframe element and fan frame section element is by the staggered cooperation of female, male seam, not only can guarantee spacing, location and the effect supported between doorframe and door leaf, also double containment therebetween be constructed to the effect of playing further guarantee sealing property; And interconnected by convex ridge and groove of the double containment structure between doorframe element and fan frame section element not only guaranteed sealing effectiveness, also to providing between doorframe and door leaf, further guarantee is spacing, the effect of location and support.

To be nationalitys forms the frame of vertical hinged door by doorframe element 1-11 and fan frame section element 1-21 in described seal door structure unit 10, and each seal door structure unit can assemble by prior art and form doorframe, fan the frame assembly, assemble method not with repeat.

Thus, can form the air conditioning unit case vertical hinged door with hermatic door structure assembly in conjunction with the configuration potted component.

Further describe the doorframe element.

Doorframe element 1-11 in described doorframe support body consists of this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section.

The described frame side pterion 1-112 of section is arranged in abutting connection with the position of the 1-111 of this tagma section of doorframe, is used to form the Yan Kou with unit box body XT adjacency.

The 1-111 of this tagma section of described doorframe consists of the doorframe body center 1-111-1 of section, the male seam of the doorframe body district 1-111-2 of section and the 1-111-3 of the female seam of doorframe body district section.

The 1-111-3 of the female seam of described doorframe body district section is arranged in abutting connection with a side of doorframe body center section, this side refers to the position that can allow the female seam of described doorframe body district section corresponding with the 1-211-2 of the male seam of fan frame body district section in the fan frame body, for realizing the female seam of doorframe and the adaptation of fanning the male seam of frame.

The female seam of described doorframe body district section: there is female seam the first limiting section 1-111-3-1 of framework and female seam the second limiting section 1-111-3-2/ of framework or formed by female seam the first limiting section of framework and female seam the second limiting section of framework.

Female seam the first limiting section of described framework and the female seam of framework the second limiting section intersection are the female seam root of framework 1-111-3-0, female seam the first limiting section of framework is used to form laterally placing restrictions on of seam X-direction, and female seam the second limiting section of framework is used to form vertically placing restrictions on of seam Y direction.

Further, female seam the first limiting section of described framework is set to the spacing inclined-plane 1-111-3-11 of the female seam of framework to the direction F inclination certain angle that opens the door, be used to form the doorframe seam and generally become the structure of Microspeaker mouth to the direction of opening the door, the spacing inclined-plane of the female seam of this framework mates mutually with the spacing inclined-plane 1-211-2-11 of the male seam of fan body of the fan male seam of frame body district section; The female seam of the doorframe arranged thus is just as the Microspeaker mouth, and corresponding door leaf is just as the wedge shape part towards the direction f wedging of closing the door, " wedge " to door frames, and design can effectively avoid that between doorframe or door leaf, door fits badly, the trouble of bad pass because micro-deformation brings thus.

The angle of inclination a2 of the spacing inclined-plane 1-111-3-11 of the female seam of described framework is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °, so far not only can effectively improve the sealing property of vertical hinged door, what can also make switch gate become is lighter, brings frock convenient to the assembling vertical hinged door simultaneously.

Female seam the second limiting section of described framework arranges the female seam convex ridge of framework 1-111-3-21, the female seam convex ridge of this framework forms the female seam groove of framework 1-111-3-22 to leaving spacing between the female seam root of framework 1-111-3-0, so far, the female seam convex ridge 1-111-3-21 of framework and the female seam groove of framework 1-111-3-22 have formed the basic structure of female seam the second limiting section of framework, be the female seam district part sealing structure 1-111-3-m of the described frame section formed by convex ridge and groove, for setting and the interlock potted component, form doorframe double containment structure.

The female seam groove of described framework 1-111-3-22 has two effects, and the one, stretch into for holding the public seam convex ridge of fan body 1-211-2-21 that wherein to form one-level spacing.The 2nd, set wherein for holding potted component, and can hold the public seam convex ridge of fan body and stretch into, thereby make the public seam convex ridge of fan body form interlocking pattern to the sealing element, realize primary seal.

The female seam convex ridge of described framework 1-111-3-21, it also has two effects, and the one, can put in that to form another level in the public seam groove of fan body of fan frame body spacing, the 2nd, can form interlock to the potted component in the public seam groove of fan body, realize another level sealing.

That is, described potted component 1-311,1-312; 1-321,1-322 install respectively the effect that can form the two-stage sealing in the female seam groove of framework and the male seam groove of fan body.Described potted component 1-311,1-321 device can form the effect of primary seal in the female seam groove of framework or the male seam groove of fan body.

So far, the female seam of described door body and the male seam combination of corresponding fan framework, the staggered interlock of convex ridge and groove, the structure usefulness power that provides two-stage spacing not only has been provided, also possessed the structure usefulness power that the two-stage sealing is provided simultaneously, that is to say, the operator can assemble primary seal or two-stage sealing as required herein, for the operating mode adaptation is provided convenience.

The section configuration of the female seam convex ridge of described framework can be general orthogonal or trapezoidal or triangle, and it is circular-arc being preferably termination section, and convex ridge does not form sharp keen cutting edge thus, for guaranteeing the security of parts.

Preferably, the greatest width dimension H of the female seam groove of described framework and depth dimensions B are slightly larger than greatest width dimension h and the depth dimensions b of the corresponding with it male seam convex ridge of fan body, the male seam convex ridge of fan body can be embedded in the potted component " encirclement " in the female seam groove of framework like this, to guarantee the better tightness of parts.

The cross-section structure of the female seam groove of described framework 1-111-3-22 is designed to dovetail groove or U-lag or rectangular channel, and the cross-section structure of the female seam groove of preferred framework is designed to dovetail groove or rectangular channel, more convenient technique manufacture.

The 1-111-2 of the public seam of described doorframe body district section is arranged on the opposite side of doorframe body center section, this side refers to the position that can allow the male seam of described doorframe body district section corresponding with the 1-121-3 of the female seam of fan frame body district section of fan frame body, for realizing the male seam of doorframe and the adaptation of fanning the female seam of frame;

The public seam of described doorframe body district section: there is public seam the first limiting section 1-111-2-1 of framework and public seam the second limiting section 1-111-2-2/ of framework or formed by public seam the first limiting section of framework and public seam the second limiting section of framework.

Public seam the first limiting section of described framework and public seam the second limiting section of the framework place that crosses is the public seam root of framework 1-111-2-0, public seam the first limiting section of framework is used to form laterally placing restrictions on of seam X-direction, and public seam the second limiting section of framework is used to form vertically placing restrictions on of seam Y direction;

Further, public seam the first limiting section of described framework is set to the spacing inclined-plane 1-111-2-11 of the public seam of framework to the direction F inclination certain angle that opens the door, and the double stopper structure that is used to form doorframe is all generally to become the structure of Microspeaker mouth to the direction of opening the door.

The spacing inclined-plane of the male seam of described framework mates mutually with the spacing inclined-plane 1-211-3-11 of the female seam of fan body of the female seam of fan frame body district section.

Preferably, to be set to angle of inclination identical for the spacing inclined-plane of the male seam of described framework and the spacing inclined-plane 1-111-3-11 of the female seam of aforementioned framework.

The female seam of door body is set thus, the male seam of door body becomes respectively the Microspeaker mouth, and corresponding door leaf appropriate section is fanned the male seam of framework, the female seam of fan framework just as the wedge shape part towards the direction f wedging of closing the door, respectively " wedge " to door frames, and the vertical hinged door of design forming double stopper structure can effectively be avoided between doorframe or door leaf fitting badly door, the criminal of the closing the door problems such as not light that " resist ", close the door because micro-deformation brings thus.

The angle of inclination a3 of the spacing inclined-plane 1-111-2-11 of the public seam of described framework is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °.

So far not only can effectively improve the sealing property of vertical hinged door, what can also make switch gate become is lighter, brings frock convenient to the assembling vertical hinged door simultaneously.

Public seam the second limiting section of described framework arranges public seam the first convex ridge 1-111-2-21 of framework, public seam the first convex ridge of this framework arranges public seam the second convex ridge 1-111-2-23 of framework between the public seam root of framework 1-111-2-0, leaves spacing between public seam the first convex ridge of this framework and public seam the second convex ridge of framework and forms the public seam groove of framework 1-111-2-22; Public seam the second convex ridge 1-111-2-23 of framework leaves free space between the public seam root of framework 1-111-2-0, form the sidewall of framework conduit 1-111-124, be referred to as framework channel sidewalls 1-111-2-24, auxiliary element framework conduit is whereby installed, as setting element 1-4, this setting element for be loaded on the fan frame, by the lock element 6-1-5 of door knob transmission component 6 transmissions, form and coordinate, complete door lock, location tasks, these can realize by prior art, not with repeat.

So far, public seam the first convex ridge 1-111-2-21 of framework and the public seam groove 1-111-2-22 of framework and public seam the second convex ridge of framework have formed the basic structure of public seam the second limiting section of framework, be the public seam district part sealing structure 1-111-2-m of the described frame section formed by convex ridge and groove, for setting and the interlock potted component, form doorframe double containment structure.

Public seam the first convex ridge 1-111-2-21 of described framework, it has two effects, and the one, can put in that to form one-level in the female seam groove of fan body of fan frame body spacing, the 2nd, can form interlock to the potted component in the female seam groove of fan body, realize primary seal.

The public seam groove of described framework 1-111-2-22 also has two effects, and the one, stretch into for the female seam convex ridge of fan body that holds fan frame body that wherein to form another level spacing.The 2nd, set wherein for holding potted component, and can hold the female seam convex ridge of fan body and stretch into, thereby make the female seam convex ridge of fan body form interlock to the sealing element, realize another level sealing.

That is, described potted component installs respectively the effect that can form the two-stage sealing in the male seam groove of framework and the female seam groove of fan body.Described potted component device can form the effect of primary seal in the male seam groove of framework or the female seam groove of fan body.

So far, the male seam of described door body and the female seam combination of corresponding fan framework, the staggered interlock of convex ridge and groove, the structure usefulness power that provides two-stage spacing not only has been provided, also possessed the structure usefulness power that the two-stage sealing is provided simultaneously, that is to say, the operator also can assemble primary seal or two-stage sealing as required herein, for the operating mode adaptation is provided convenience.

Public seam the first convex ridge of described framework is or/and the section configuration of public seam the second convex ridge of framework can be general orthogonal or trapezoidal or triangle, and it is circular-arc being preferably termination section, and the convex ridge arranged does not so form sharp keen cutting edge, guarantees the security of parts.

The section configuration that is preferably public seam the first convex ridge of framework is generally in echelon or triangle, and termination section is circular-arc, and convex ridge does not form sharp keen cutting edge like this, guarantees the security of parts, also have, also be more conducive to convex ridge and recognize into groove better interlock potted component.

The section configuration of the male seam groove of described framework 1-111-3-22 arranges with the female seam convex ridge coupling of the fan body of fan frame body.

Preferably, the greatest width dimension of the male seam groove of described framework and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the female seam convex ridge of corresponding with it fan body, the female seam convex ridge of fan body can be embedded in the potted component " encirclement " in the male seam groove of framework like this, to guarantee the better tightness of parts.

The cross-section structure of the public seam groove of described framework is designed to dovetail groove or U-lag or rectangular channel, and the cross-section structure of the public seam groove of preferred framework is designed to dovetail groove.

Described framework conduit 1-111-124 is arranged on doorframe body center section the second sidewall 1-111-12 place, this sidewall is corresponding with the fan frame, leave free space between the male seam of the described doorframe body district 1-111-2 of section and the 1-111-3 of the female seam of doorframe body district section, in order to form framework conduit 1-111-124, stretch between doorframe body center section and the 1-111-2 of the public seam of doorframe body district section and form share common sidewalls 1-111-125 along framework conduit 1-111-124, the the second sidewall 1-111-12 of doorframe body center section bears the task of forming the framework conduit thus, also play the reinforcement effect of support door frame section element hollow via-hole, be responsible for the task of the female seam convex ridge of support frame simultaneously, achieve many things at one stroke.

Further, spacing and fixing for setting element 1-4 of framework convex edge 1-111-1242 and framework groove 1-111-1241 is set on described framework conduit 1-111-124, can effectively avoids thus setting element to skid, be shifted.

Further, the described frame side pterion 1-112 of section is arranged on positive E/ or this side of back side e of described doorframe support body, this frame side pterion 1-112 of section is arranged in abutting connection with the position of the 1-111 of this tagma section of doorframe, can form the Yan Kou that covers the limit mouth thus, not only can cover whereby the gap at doorframe support body and the adjacent place of unit box body XT, improve the sealing of unit box body, can also guarantee that the vertical hinged door outer surface is smooth attractive in appearance, kills two birds with one stone.The peripheral side wall 1-112-1 of the further described frame side pterion 1-112 of section is set to the inclined-plane of certain angle, not only improve security performance and the apparent aesthetic degree of section bar, and the sealing joint performance is better.

Further, the described doorframe body center 1-111-1 of section is general orthogonal quadrangle through hole, takes this to form the doorframe body center the first side wall 1-111-11 of section and the second sidewall 1-111-12 of doorframe body center section and the 3rd sidewall 1-111-13 of doorframe body center section and the 4th sidewall 1-111-14 of doorframe body center section.

The 1-111-3 of the female seam of described doorframe body district section, the 1-111-2 of the male seam of doorframe body district section stretch the quadrangle through hole of formation along this doorframe body center section side.The doorframe body center 1-111-1 of section, the 1-111-3 of the female seam of doorframe body district section, the common formation of the 1-111-2 of the male seam of doorframe body district section have the 1-111 of this tagma section of doorframe of hollow structure by this.

The described frame side pterion 1-112 of section is the quadrangle through hole in abutting connection with the 1-111 of this tagma section of doorframe.The common formation of this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section has the doorframe element of hollow structure by this.

Further, specifically describe hollow structure and effect thereof.

The described doorframe body center the first side wall 1-111-11 of section forms the share common sidewalls of the 1-111 of this tagma section of doorframe between described doorframe body center section and the 1-111-3 of the female seam of doorframe body district section, this doorframe body center section the first side wall plays the reinforcement effect of support door frame section element hollow via-hole on the one hand, this doorframe body center section the first side wall stretches to the strong point that seam direction one end has formed the female seam root of framework 1-111-3-0 on the other hand, section bar integral body is played to the effect of strengthening and supporting.The part that the described doorframe body center the first side wall 1-111-11 of section continues to extend has also formed female seam the second limiting section 1-111-3-2 of described framework.

The strong point of the female seam root of the framework of further take 1-111-3-0 arranges the doorframe body center reinforcement 1-111-15 of section as summit perpendicular to the doorframe body center the first side wall 1-111-11 of section, formed thus another reinforcement of support door frame section element hollow via-hole, provide further support to the female seam root of framework, and then section bar integral body is played to the effect of further reinforcement and support.

Described doorframe body center the second sidewall 1-111-12 of section forms jointly by between framework conduit 1-111-124 and doorframe body center section and the public seam of doorframe body district section, forming share common sidewalls 1-111-125, the the second sidewall 1-111-12 of doorframe body center section can have the duty of formation framework conduit and the reinforcement effect of doorframe element hollow via-hole concurrently thus, the task of also having the female seam convex ridge of support frame, simple structure, but can hold number " duty ".

The 3rd sidewall 1-111-13 of described doorframe body center section extends and stretches between this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section the sidewall 1-111-32 that forms the 1-111-3 of the female seam of doorframe body district section, also form the common sidewall between this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section, form by this another reinforcement of doorframe element hollow via-hole.

The 4th sidewall 1-111-14 of described doorframe body center section extends and stretches to the peripheral side wall 1-111-21 of the public seam of the doorframe body district 1-111-2 of the section formation public seam of doorframe body district section.

Specifically describe two kinds of doorframe structures for outwards-door-opening type and swing-in vertical hinged door.

To sum up, the doorframe element 1-11 in described doorframe support body consists of this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section.

The described frame side pterion 1-112 of section is arranged in abutting connection with the position of the 1-111 of this tagma section of doorframe, is used to form the Yan Kou with unit box body XT adjacency.

The 1-111 of this tagma section of described doorframe consists of the doorframe body center 1-111-1 of section, the male seam of the doorframe body district 1-111-2 of section and the 1-111-3 of the female seam of doorframe body district section.

The 1-111-3 of the female seam of described doorframe body district section stretches along direction F mono-side of opening the door of doorframe body center section the quadrangle through hole of establishing formation;

Arrange thus and can be prepared into two kinds of doorframe structures, be i.e. vertical hinged door outwards-door-opening type doorframe structure and vertical hinged door inward-opening type doorframe structure.

Described vertical hinged door outwards-door-opening type doorframe structure is:

Doorframe element 1-11 in described vertical hinged door outwards-door-opening type doorframe support body consists of this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section; The described frame side pterion 1-112 of section is arranged on the position with the 1-111-3 of section the same side, the female seam district of the doorframe body of the 1-111 of this tagma section of doorframe.Namely the described frame side pterion 1-112 of section arranges in the 1-111-3 of the section position, the female seam district of doorframe body of the 1-111 of this tagma section of adjacency doorframe.

Described vertical hinged door inward-opening type doorframe structure is:

Doorframe element 1-11 in described vertical hinged door inward-opening type doorframe support body consists of this 1-111 of tagma section of doorframe and the frame side pterion 1-112 of section; The described frame side pterion 1-112 of section is arranged on the position with the 1-111-2 of section the same side, the public seam district of the doorframe body of the 1-111 of this tagma section of doorframe.Namely the described frame side pterion 1-112 of section is at the doorframe body center 1-111-1 of section of the 1-111 of this tagma section of adjacency doorframe, and arranges with the position of the 1-111-2 of section the same side, the public seam district of doorframe body.

Also have, on the 3rd sidewall 1-111-13 of section of described doorframe body center, fin 1-111-131 is set, for reinforced sidewall intensity.This setting is particularly useful for vertical hinged door inward-opening type doorframe structure.

Further describe the fan frame section element 1-21 in the fan frame body.

Fan frame section element 1-21 in described fan frame body 1-2 consists of the fan 1-211 of this tagma section of frame and the fan frame flanking region 1-212 of section.

The described fan frame flanking region 1-212 of section is arranged in abutting connection with the position of the fan 1-211 of this tagma section of frame, is used to form the Yan Kou with unit box body XT adjacency.

The 1-211 of this tagma section of described fan frame consists of the fan frame body center 1-211-1 of section, the fan male seam of the frame body district 1-211-2 of section and the 1-211-3 of the female seam of fan frame body district section.

The 1-211-3 of the female seam of described fan frame body district section is arranged in abutting connection with a side of fan frame body center section, this side refers to the position that can allow the female seam of described fan frame body district section corresponding with the 1-111-2 of the male seam of doorframe body district section in the doorframe support body, for realizing fanning the adaptation of frame mother's seam and the male seam of doorframe.

The female seam of described fan frame body district section: there is female seam the first limiting section 1-211-3-1 of fan body and female seam the second limiting section 1-211-3-2/ of fan body or formed by female seam the first limiting section of fan body and female seam the second limiting section of fan body.

Female seam the first limiting section of described fan body and the female seam of fan body the second limiting section intersection are the female seam root of fan body 1-211-3-0, female seam the first limiting section of fan body is used to form laterally placing restrictions on of seam X-direction, and female seam the second limiting section of fan body is used to form vertically placing restrictions on of seam Y direction.

Further, female seam the first limiting section of described fan body is set to the spacing inclined-plane 1-211-3-11 of the female seam of fan body to the direction f inclination certain angle of closing the door, be used to form the structure of fan frame seam to the general wedgewise of direction of closing the door, the spacing inclined-plane 1-111-2-11 of Men Tigong seam of the female spacing inclined-plane of seam of this fan body and the male seam of doorframe body district section mates mutually; The door leaf arranged thus is just as the wedge shape part towards the direction f wedging of closing the door, and the female seam of corresponding doorframe is just as the Microspeaker mouth, receive door leaf " wedge " to door frames, design can effectively avoid that between doorframe or door leaf, door fits badly, the trouble of bad pass because micro-deformation brings thus.

The angle of inclination A2 of the spacing inclined-plane 1-211-3-11 of the female seam of described fan body is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °, so far not only can effectively improve the sealing property of vertical hinged door, what can also make switch gate become is lighter, brings frock convenient to the assembling vertical hinged door simultaneously.

Female seam the second limiting section of described fan body arranges the female seam convex ridge of fan body 1-211-3-21, the female seam convex ridge of this fan body forms the female seam groove of fan body 1-211-3-22 to leaving spacing between the female seam root of fan body 1-211-3-0, so far, the female seam convex ridge 1-211-3-21 of fan body and the female seam groove of fan body 1-211-3-22 have formed the basic structure of female seam the second limiting section of fan body, be the female seam district part sealing structure 1-211-3-m of the described fan section formed by convex ridge and groove, for setting and the interlock potted component, form fan frame double containment structure.

The female seam groove of described fan body 1-211-3-22 has two effects, and the one, stretch into for holding the public seam convex ridge of framework 1-111-2-21 that wherein to form one-level spacing.The 2nd, set wherein for holding potted component, and can hold the public seam convex ridge of framework and stretch into, thereby make the public seam convex ridge of framework form interlocking pattern to the sealing element, realize primary seal.

The female seam convex ridge of described fan body 1-211-3-21, it also has two effects, and the one, can put in that to form another level in the public seam groove of framework spacing, the 2nd, can form interlock to the potted component in the public seam groove of framework, realize another level sealing.

That is, described potted component 1-321,1-322; 1-311,1-312 install respectively the effect that can form the two-stage sealing in the female seam groove of fan body and the male seam groove of framework.Described potted component 1-321,1-311 device can form the effect of primary seal in the female seam groove of fan body or the male seam groove of framework.

So far, the female seam of fan body and the male seam combination of corresponding framework, the staggered interlock of convex ridge and groove, the structure usefulness power that provides two-stage spacing not only has been provided, also possessed the structure usefulness power that the two-stage sealing is provided simultaneously, that is to say, the operator can assemble primary seal or two-stage sealing as required herein, for the operating mode adaptation is provided convenience.

The section configuration of the female seam convex ridge of described fan body can be general orthogonal or trapezoidal or triangle, can be that termination section is circular-arc, and convex ridge does not form sharp keen cutting edge thus, for guaranteeing the security of parts.

Preferably, the greatest width dimension H ' of the female seam groove of described fan body and depth dimensions B ' are slightly larger than greatest width dimension h ' and the depth dimensions b ' of the corresponding with it male seam convex ridge of framework, the male seam convex ridge of framework can be embedded in the potted component " encirclement " in the female seam groove of fan body like this, to guarantee the better tightness of parts.

The cross-section structure of the female seam groove of described fan body 1-211-3-22 is designed to dovetail groove or U-lag or rectangular channel, and the cross-section structure of the female seam groove of preferred fan body is designed to dovetail groove or rectangular channel, more convenient technique manufacture.

The 1-211-2 of the public seam of described fan frame body district section is arranged on the opposite side of fan frame body center section, this side refers to the position that can allow the male seam of described fan frame body district section corresponding with the 1-111-3 of the female seam of doorframe body district section of doorframe support body, for realizing fanning the adaptation of the male seam of frame and the female seam of doorframe;

The public seam of described fan frame body district section: there is public seam the first limiting section 1-211-2-1 of fan body and public seam the second limiting section 1-211-2-2/ of fan body or formed by public seam the first limiting section of fan body and public seam the second limiting section of fan body.

Public seam the first limiting section of described fan body and public seam the second limiting section of the framework place that crosses is the public seam root of fan body 1-211-2-0, public seam the first limiting section of fan body is used to form laterally placing restrictions on of seam X-direction, and public seam the second limiting section of framework is used to form vertically placing restrictions on of seam Y direction.

Further, public seam the first limiting section of described fan body is set to the spacing inclined-plane 1-211-2-11 of the public seam of fan body to the direction f inclination certain angle of closing the door, and the double stopper structure that is used to form the fan frame is all the structure to the general wedgewise of direction of closing the door.

The spacing inclined-plane 1-111-3-11 of the female seam of framework of the female seam of the spacing inclined-plane of the male seam of described fan body and doorframe body district section mates mutually.

Preferably, to be set to angle of inclination identical for the spacing inclined-plane 1-111-3-11 of the female seam of the spacing inclined-plane 1-211-2-11 of the male seam of described fan body and framework.

The female seam of the fan body arranged thus, the male seam of fan body are all the structures to the general wedgewise of direction of closing the door, and the corresponding male seam of doorframe appropriate section framework, framework mother seam are just as the Microspeaker mouth towards the direction of opening the door, hold the female seam of fan body and the male seam of fan body " wedge " to door frames, the vertical hinged door of design forming double stopper structure can effectively be avoided between door leaf or doorframe fitting badly because micro-deformation brings thus, the criminal of closing the door " resists ", closes the door the problems such as not light.

The angle of inclination A3 of the spacing inclined-plane 1-211-2-11 of the public seam of described fan body is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °.

So far not only can effectively improve the sealing property of vertical hinged door, what can also make switch gate become is lighter, brings frock convenient to the assembling vertical hinged door simultaneously.

Public seam the second limiting section of described fan body arranges the public seam convex ridge 1-211-2-21 of fan body and the public seam boss of fan body 1-211-2-23, form the public seam groove of fan body 1-211-2-22 by the public seam convex ridge of this fan body to leaving spacing the public seam boss of fan body 1-211-2-23, extend the public seam root of fan body 1-211-2-0 by the public seam boss of this fan body 1-211-2-23 and form free space, a sidewall that forms fan body conduit 1-211-124 is referred to as fan body channel sidewalls 1-211-2-24, so far, the public seam convex ridge 1-211-2-21 of fan body and the public seam boss 1-211-2-23 of fan body and the public seam groove of fan body 1-211-2-22 have formed the basic structure of public seam the second limiting section of fan body, be the described public seam district part sealing structure 1-211-2-m of fan section that comprises that convex ridge and groove form, for setting and the interlock potted component, form fan frame double containment structure.

Auxiliary element fan body conduit is whereby installed, as be loaded on, fan on frame, by the lock element 6-1-5 of door knob transmission component 6 transmissions, this lock element forms and coordinates for the setting element 1-4 with on doorframe, completes door lock, location tasks, these can realize by prior art, not with repeat.

The public seam convex ridge of described fan body 1-211-2-21, it has two effects, and the one, can put in that to form one-level in the female seam groove of framework spacing, the 2nd, can form interlock to the potted component in the female seam groove of framework, realize primary seal.

The public seam groove of described fan body 1-211-2-22 also has two effects, and the one, stretch into for holding the female seam convex ridge of framework that wherein to form another level spacing.The 2nd, set wherein for holding potted component, and can hold the female seam convex ridge of framework and stretch into, thereby make the female seam convex ridge of framework form interlock to the sealing element, realize another level sealing.

That is, described potted component installs respectively the effect that can form the two-stage sealing in the male seam groove of fan body and the female seam groove of framework.Described potted component device can form the effect of primary seal in the male seam groove of fan body or the female seam groove of framework.

So far, the male seam of described fan body and the female seam combination of corresponding framework, the staggered interlock of convex ridge and groove, the structure usefulness power that provides two-stage spacing not only has been provided, also possessed the structure usefulness power that the two-stage sealing is provided simultaneously, that is to say, the operator also can assemble primary seal or two-stage sealing as required herein, for the operating mode adaptation is provided convenience.

The section configuration of the public seam convex ridge of described fan body can be general orthogonal or trapezoidal or triangle, and it is circular-arc being preferably termination section, and the convex ridge arranged does not so form sharp keen cutting edge, guarantees the security of parts.

The section configuration that is preferably the public seam convex ridge of fan body is generally in echelon or triangle, and termination section is circular-arc, and convex ridge does not form sharp keen cutting edge like this, guarantees the security of parts, also has, and is more conducive to convex ridge yet and recognizes into groove better interlock potted component.

Preferably, the greatest width dimension of the male seam groove of described fan body and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the female seam convex ridge of corresponding with it framework, the female seam convex ridge of framework can be embedded in the potted component " encirclement " in the male seam groove of fan body like this, to guarantee the better tightness of parts.

The female seam convex ridge of the section configuration of the male seam groove of described fan body 1-211-3-22 and framework 1-111-3-21 coupling arranges.

The cross-section structure of the public seam groove of described fan body is designed to dovetail groove or U-lag or rectangular channel, and the cross-section structure of the public seam groove of preferred fan body is designed to dovetail groove.

Described fan body conduit 1-211-124 is arranged on fan frame body center section the second sidewall 1-211-12 place, leave free space between the male seam of the described fan frame body district 1-211-2 of section and the 1-211-3 of the female seam of fan frame body district section, in order to form fan body conduit 1-211-124, described fan frame body center section the second sidewall outer wall is simultaneously the one side corresponding with doorframe, form by this fan body conduit bottom, described fan frame body center section the second sidewall inwall is simultaneously the inwall of fan frame body center section hollow via-hole, two auxiliary strong fin 1-211-15 of fan frame are set by this, leave spacing between the auxiliary strong fin of this fan frame and the auxiliary strong fin of fan frame and form the fan frame body center groove 1-211-125 of section, design can reach two technique effects thus:, article two, the auxiliary strong fin of fan frame forms the better reinforcement of fan frame section element on the one hand, fan on the other hand the groove formed between the auxiliary strong fin of frame, formed the frock structure of assembling lock element 6-1-5, securing member can form spacing whereby, and complete fixing with the lock combination of elements, kill two birds with one stone.

Fanning thus the second sidewall 1-211-12 of frame body center section is to bear the task of forming the fan body conduit, is also to have concurrently to have formed the frock structure, is also the acts that obtain more.

The both sides of described fan body conduit 1-211-124 arrange respectively the first fan body conduit fin 1-211-2-25, the second fan body conduit fin 1-211-3-25, for assembling location, can realize to the lock element 6-1-5 of door knob transmission component 6 transmissions the location assembling, the lock element can form and coordinate with setting element 1-4 on doorframe like this, completes door lock, location tasks.

Referring to accompanying drawing, the first fan body conduit fin design is positioned at fan body channel sidewalls 1-211-2-24 position, and the second fan body conduit fin design is corresponding with this first fan body conduit fin, is positioned at the female seam of fan body the second limiting section 1-211-3-2 position.

Further, the described fan frame flanking region 1-212 of section is arranged on positive E/ or this side of back side e of described fan frame body, this fan frame flanking region 1-212 of section is arranged in abutting connection with the position of the fan 1-211 of this tagma section of frame, the described fan frame flanking region 1-212 of section is connected with the 1-211-2 of the public seam of fan frame body district section, can form the Yan Kou that covers the limit mouth thus, not only can cover whereby the gap at fan frame body and the adjacent place of unit box body XT, improve the sealing of unit box body, can also guarantee that the vertical hinged door outer surface is smooth attractive in appearance, kills two birds with one stone.

The peripheral side wall 1-212-1 of further described fan frame flanking region section is set to the inclined-plane of certain angle, not only improve security performance and the apparent aesthetic degree of section bar, and the sealing joint performance is better.

Further, the described fan frame body center 1-211-1 of section is general orthogonal quadrangle through hole, takes this to form the fan frame body center the first side wall 1-211-11 of section and fan the second sidewall 1-211-12 of frame body center section and fan the 3rd sidewall 1-211-13 of frame body center section and fan the 4th sidewall 1-211-14 of frame body center section.

The 1-211-3 of the female seam of described fan frame body district section, the 1-211-2 of the fan male seam of frame body district section are respectively in abutting connection with doorframe body center section, form the hollow via-hole of general quadrangularly, fan by this frame body center 1-211-1 of section, the 1-211-3 of the female seam of fan frame body district section, fan the 1-211 of this tagma section of fan frame that the common formation of the 1-211-2 of the male seam of frame body district section has hollow structure.

The described fan frame flanking region 1-212 of section is the through hole in abutting connection with the general quadrangularly of the fan 1-211 of this tagma section of frame.Fan by this fan frame section element that the 1-211 of this tagma section of frame and the common formation of the fan frame flanking region 1-212 of section have hollow structure.

Further, specifically describe hollow structure and effect thereof.

The described fan frame body center the first side wall 1-211-11 of section forms the share common sidewalls of the fan 1-211 of this tagma section of frame between the described fan frame body center 1-211-1 of section and the 1-211-3 of the female seam of fan frame body district section, this fan frame body center section the first side wall plays the reinforcement effect of supporting fan frame section element hollow via-hole on the one hand, this fan frame body center section the first side wall stretches to the strong point that seam direction one end has formed the female seam root of fan body 1-211-3-0 on the other hand, section bar integral body is played to the effect of strengthening and supporting.The part that the described fan frame body center the first side wall 1-211-11 of section continues to extend has also formed female seam the second limiting section 1-211-3-2 of described fan body.

Described fan frame body center the second sidewall 1-211-12 of section leaves the spacing that forms fan body conduit 1-211-124 between the female seam district 1-211-3 of section of fan frame body and the 1-211-2 of the fan male seam of frame body district section, two auxiliary strong fin 1-211-15 of fan frame of configuration on described fan frame body center section the second sidewall, and leave the spacing that forms the fan frame body center groove 1-211-125 of section between the auxiliary strong fin of this fan frame and the auxiliary strong fin of fan frame, fan thus frame body center section the second sidewall and can have the duty that forms the fan body conduit and the forming the frock structure of task concurrently, simple structure, but can hold number " duty ".

The 3rd sidewall 1-211-13 of described fan frame body center section extends and stretches to the peripheral side wall 1-211-31 of the female seam of the fan frame body district 1-211-3 of the section formation fan female seam of frame body district section.

The 4th sidewall 1-211-14 extension of described fan frame body center section is stretched to the 1-211-2 of the public seam of fan frame body district section and is connected and be connected with fan body channel sidewalls 1-211-2-24.

The peripheral side wall 1-211-21 of the public seam of described fan frame body district section is arranged between the public seam district 1-211-2 of section of fan frame body and the fan frame flanking region 1-212 of section, the peripheral side wall 1-211-21 of the public seam of this fan frame body district section prolongs fan the 3rd sidewall 1-211-13 of frame body center section to penetrate between the public seam district 1-211-2 of section of fan frame body and the fan frame flanking region 1-212 of section, or it is interconnected that the public seam of the fan frame body district peripheral side wall 1-211-21 of section and the 3rd sidewall 1-211-13 of fan frame body center section form left and right.

In the cavity of the public seam of described fan frame body district section, the first fan frame reinforcement 1-211-23 is set, and the second fan frame reinforcement 1-211-22.

Specifically describe two kinds of fan frame section structures for outwards-door-opening type and swing-in vertical hinged door.

To sum up, the fan frame section element 1-21 in described fan frame body consists of the fan 1-211 of this tagma section of frame and the fan frame flanking region 1-212 of section.

The described fan frame flanking region 1-212 of section is arranged in abutting connection with the position of the fan 1-211 of this tagma section of frame, is used to form the Yan Kou with unit box body XT adjacency.

The 1-211 of this tagma section of described fan frame consists of the fan frame body center 1-211-1 of section, the fan male seam of the frame body district 1-211-2 of section and the 1-211-3 of the female seam of fan frame body district section.

The 1-211-3 of the female seam of described fan frame body district section stretches along direction F mono-side of opening the door of fan frame body center section the quadrangle through hole of establishing formation;

To sum up arrange and can be prepared into two kinds of doorframe structures, vertical hinged door outwards-door-opening type fan frame section structure and vertical hinged door inward-opening type fan frame section are constructed, that is:

Described vertical hinged door inward-opening type fan frame section structure is:

Fan frame section element 1-21 in described vertical hinged door inward-opening type fan frame body consists of the fan 1-211 of this tagma section of frame and the fan frame flanking region 1-212 of section; The described fan frame flanking region 1-212 of section is arranged on the position with the 1-211-3 of section the same side, the female seam district of the fan frame body of fanning the 1-211 of this tagma section of frame.Namely the described fan frame flanking region 1-212 of section arranges in the 1-211-3 of the section position, the female seam district of fan frame body in abutting connection with the fan 1-211 of this tagma section of frame;

Also have, fan body pivot dress recess 1-211-4 is configured in the peripheral side wall 1-211-21 of section place, the public seam district of described fan frame body, and this fan body pivot dress recess is installed for fanning frame, and this design can be general technology, and it will not go into details.

Thus, described the first fan frame reinforcement 1-211-23 and the second fan frame reinforcement 1-211-22 have formed the reinforcement structure in the public seam of fan frame body district section cavity.

Described vertical hinged door outwards-door-opening type fan frame section structure is:

Fan frame section element 1-21 in described vertical hinged door outwards-door-opening type fan frame body consists of the fan 1-211 of this tagma section of frame and the fan frame flanking region 1-212 of section; The described fan frame flanking region 1-212 of section is arranged on the position with the 1-211-2 of section the same side, the public seam district of the fan frame body of fanning the 1-211 of this tagma section of frame.Namely the described fan frame flanking region 1-212 of section arranges in the position of the 1-211-2 of the section the same side, the public seam district of fan frame body in abutting connection with the fan 1-211 of this tagma section of frame.

Also have, fan body pivot dress recess 1-211-4 is configured in the peripheral side wall 1-211-31 of section place, the female seam district of described fan frame body, and this fan body pivot dress recess is installed for fanning frame, and this design can be general technology, and it will not go into details.

Thus, described the first fan frame reinforcement 1-211-23 and the second fan frame reinforcement 1-211-22 and the peripheral side wall 1-211-21 of the public seam of fan frame body district section have formed the public seam of fan frame body district section connection with the reinforcement structure in the cavity of the fan frame flanking region 1-212 of section.Can effectively strengthen fan body intensity thus.

After the preferred embodiment described in detail, be familiar with this technology personage and can clearly understand, can carry out various variations and modification not breaking away under above-mentioned claim and spirit, and this case also is not limited to the embodiment of illustrated embodiment in specification.

Claims (10)

1. an air conditioning unit case vertical hinged door, it is characterized in that, it has hermatic door structure assembly, sealing door structure assembly comprises doorframe support body (1-1) and can be arranged on the fan frame body (1-2) on this doorframe support body, or, described hermatic door structure assembly consists of doorframe support body and the fan frame body that can be arranged on this doorframe support body, the front of described doorframe support body/or the back side one side the public seam district section (1-111-2) of doorframe body is set, the back side of this doorframe support body/or a positive side the female seam district section (1-111-3) of doorframe body is set, the female seam of described doorframe body district section arranges the female seam district's part sealing structure (1-111-3-m) of the frame section formed by convex ridge and groove, the public seam of the doorframe body of described doorframe support body district section arranges the public seam district's part sealing structure (1-111-2-m) of the frame section formed by convex ridge and groove, the front of described fan frame body/or the back side one side the female seam district section (1-211-3) of fan frame body is set, the back side of this fan frame body/or a positive side the public seam district section (1-211-2) of fan frame body is set, the female seam of the fan frame body of described fan frame body district section arranges the mother of the fan section seam district's part sealing structure (1-211-3-m) formed by convex ridge and groove, the public seam of described fan frame body district section arranges the public seam district's part sealing structure (1-211-2-m) of the fan section formed by convex ridge and groove.

2. air conditioning unit case vertical hinged door as claimed in claim 1, is characterized in that, described doorframe support body consists of doorframe element (1-11), and described fan frame body consists of fan frame section element (1-21); Seal door structure unit (10) consists of described doorframe element and described fan frame section element; Or the seal door structure unit comprises described doorframe element and described fan frame section element; The front of described doorframe element (1-11)/or the back side one side be the public seam of described doorframe body district section, the back side of doorframe element/or a positive side be the female seam of described doorframe body district section; The front of the fan frame section element (1-21) of described fan frame body/or the back side one side be the female seam of described fan frame body district section, opposite side, the back side of fan frame section element/or a positive side be the public seam of described fan frame body district section; The public seam of the doorframe body of described doorframe element district section is the public seam district's part sealing structure (1-111-2-m) of frame section formed by convex ridge and groove; The female seam of the doorframe body of described doorframe element district section is the female seam district's part sealing structure (1-111-3-m) of frame section formed by convex ridge and groove; The female seam of the fan frame body of described fan frame section element district section is the female seam district's part sealing structure (1-211-3-m) of fan section formed by convex ridge and groove; The public seam of described fan frame body district section is the public seam district's part sealing structure (1-211-2-m) of fan section formed by convex ridge and groove, or, also have potted component to be arranged on respectively this doorframe element or/and on this fan frame section element.

3. air conditioning unit case vertical hinged door as claimed in claim 1 or 2, is characterized in that, described doorframe support body has the doorframe element, and this doorframe element (1-11) consists of this tagma section (1-111) of doorframe and frame side pterion section (1-112); Described fan frame body (1-2) has fan frame section element, and this fan frame section element (1-21) consists of fan this tagma section (1-211) of frame and fan frame flanking region section (1-212); Described frame side pterion section is arranged in abutting connection with Bu position, this tagma of doorframe; Described fan frame flanking region section (1-212) is arranged in abutting connection with the position of fan this tagma section (1-211) of frame; This tagma section (1-111) of described doorframe consists of the female seam district section of doorframe body center section (1-111-1), the male seam of doorframe body district section (1-111-2) and doorframe body (1-111-3); This tagma section (1-211) of described fan frame consists of fan frame body center section (1-211-1), the fan male seam of frame body district section (1-211-2) and the fan frame female seam district section of body (1-211-3); The female seam of described doorframe body district section is arranged in abutting connection with a side of doorframe body center section; The female seam district section of described fan frame body (1-211-3) is arranged in abutting connection with a side of fan frame body center section; The female seam of described doorframe body district section: there is female seam the first limiting section (1-111-3-1) of framework and female seam the second limiting section (1-111-3-2) of framework/or formed by female seam the first limiting section of framework and framework mother seam the second limiting section; The female seam of described fan frame body district section: there is female seam the first limiting section (1-211-3-1) of fan body and female seam the second limiting section (1-211-3-2) of fan body/or formed by female seam the first limiting section of fan body and fan body mother seam the second limiting section; Female seam the first limiting section of this framework is used to form seam one direction and places restrictions on, female seam the second limiting section of this framework is used to form the another direction of seam and places restrictions on, and female seam the first limiting section of described framework and the female seam of framework the second limiting section intersection are the female seam root (1-111-3-0) of framework; Female seam the first limiting section of described fan body and the female seam of fan body the second limiting section intersection are the female seam root (1-211-3-0) of fan body, female seam the first limiting section of fan body is used to form seam one direction and places restrictions on, and female seam the second limiting section of fan body is used to form the another direction of seam and places restrictions on; Female seam the second limiting section of described framework arranges the female seam convex ridge (1-111-3-21) of framework, and the female seam convex ridge of this framework forms the female seam groove (1-111-3-22) of framework to leaving spacing between the female seam root of framework (1-111-3-0); Female seam the second limiting section of described fan body arranges the female seam convex ridge (1-211-3-21) of fan body, and the female seam convex ridge of this fan body forms the female seam groove (1-211-3-22) of fan body to leaving spacing between the female seam root of fan body (1-211-3-0).

4. air conditioning unit case vertical hinged door as described as one of claim 1-3, it is characterized in that, female seam first limiting section of framework of the female seam of described doorframe body district section arranges the female spacing inclined-plane of seam (1-111-3-11) of framework, and female seam the first limiting section of the fan body of the male seam of described fan frame body district section arranges the female spacing inclined-plane of seam (1-211-3-11) of fan body; The female spacing inclined-plane of seam of described framework and the spacing inclined-plane of the male seam of fan body (1-211-2-11) be coupling mutually; Or/and the angle of inclination on the female spacing inclined-plane of seam of described framework (1-111-3-11) is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °; The angle of inclination on the female spacing inclined-plane of seam of described fan body (1-211-3-11) is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °; Or/and, described potted component (1-311,1-312; 1-321,1-322) install respectively in the female seam groove of framework and the male seam groove of fan body; Or described potted component (1-311,1-321) device is in the female seam groove of framework or the male seam groove of fan body; Or/and the section configuration of the female seam convex ridge of described framework is general orthogonal or trapezoidal or triangle; The section configuration of the female seam convex ridge of described fan body is general orthogonal or trapezoidal or triangle; Or/and the termination section of the female seam convex ridge of described framework is circular-arc; The termination section of the female seam convex ridge of described fan body is circular-arc; Or/and the greatest width dimension of the female seam groove of described framework and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the corresponding with it male seam convex ridge of fan body; The greatest width dimension of the female seam groove of described fan body and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the corresponding with it male seam convex ridge of framework; Or/and the cross-section structure of the female seam groove of described framework (1-111-3-22) is made as dovetail groove or U-lag or rectangular channel; The cross-section structure of the female seam groove of described fan body (1-211-3-22) is designed to dovetail groove or U-lag or rectangular channel.

5. as air conditioning unit case vertical hinged door as described in one of claim 1-4, it is characterized in that, the public seam district sections of the doorframe body of described doorframe element (1-111-2) are arranged on the opposite side of doorframe body center section; The public seam district sections of described fan frame body (1-211-2) are arranged on the opposite side of fan frame body center section, the public seam of described doorframe body district section: have public seam the first limiting section (1-111-2-1) of framework and public seam the second limiting section (1-111-2-2) of framework/or consist of public seam the first limiting section of framework and framework public affairs seam the second limiting section; The public seam of described fan frame body district section: there is public seam the first limiting section (1-211-2-1) of fan body and public seam the second limiting section (1-211-2-2) of fan body/or formed by public seam the first limiting section of fan body and fan body public affairs seam the second limiting section; Public seam the first limiting section of described framework and public seam the second limiting section of the framework place that crosses is the public seam roots (1-111-2-0) of framework, public seam the first limiting section of framework is used to form seam one direction and places restrictions on, and public seam the second limiting section of framework is used to form the another direction of seam and places restrictions on; Public seam the first limiting section of described fan body and public seam the second limiting section of the framework place that crosses is the public seam roots (1-211-2-0) of fan body, public seam the first limiting section of fan body is used to form seam one direction and places restrictions on, and public seam the second limiting section of framework is used to form the another direction of seam and places restrictions on; Public seam the second limiting section of described framework arranges public seam the first convex ridge (1-111-2-21) of framework, public seam the first convex ridge of this framework, to public seam the second convex ridge (1-111-2-23) of framework is set between the public seam root of framework (1-111-2-0), leaves spacing between public seam the first convex ridge of this framework and public seam the second convex ridge of framework and forms the public seam groove (1-111-2-22) of framework; Public seam the second convex ridge 1-111-2-23 of framework leaves free space between the public seam root of framework (1-111-2-0), forms a sidewall of framework conduit (1-111-124), is referred to as framework channel sidewalls (1-111-2-24); Public seam the second limiting section of described fan body arranges the public seam convex ridge (1-211-2-21) of fan body and the public seam boss (1-211-2-23) of fan body, form the public seam groove (1-211-2-22) of fan body by the public seam convex ridge of this fan body to leaving spacing the public seam boss of fan body, extend the public seam root of fan body (1-211-2-0) by the public seam boss of this fan body and form free space, a sidewall that forms fan body conduit (1-211-124) is referred to as fan body channel sidewalls (1-211-2-24); Or/and, public seam first limiting section of framework of the public seam of described doorframe body district section arranges the public spacing inclined-plane of seam (1-111-2-11) of framework, and the female spacing inclined-plane of seam of fan body (1-211-3-11) of the spacing inclined-plane of the male seam of this framework and the female seam of fan frame body district section mates mutually; Public seam the first limiting section of described fan body is set to the public spacing inclined-plane of seam (1-211-2-11) of the fan body of the direction f inclination certain angle of closing the door, and the female spacing inclined-plane of seam of framework (1-111-3-11) of the female seam of the spacing inclined-plane of the male seam of described fan body and doorframe body district section is coupling mutually; Or/and the angle of inclination a3 on the public spacing inclined-plane of seam of described framework (1-111-2-11) is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °; The angle of inclination on the public spacing inclined-plane of seam of described fan body (1-211-2-11) is set to 6 °-15 °, or 7 °-13 °, or 8 °-11 °, or 9 ° or 10 ° or 12 °; Or/and described potted component installs respectively in the male seam groove of framework and the female seam groove of fan body, or described potted component device is in the male seam groove of framework or the female seam groove of fan body; Described potted component installs respectively in the male seam groove of fan body and the female seam groove of framework; Or described potted component device is in the male seam groove of fan body or the female seam groove of framework; Or/and it is identical that the spacing inclined-plane 1-111-3-11 of the female seam of the spacing inclined-plane of the male seam of described framework and framework is set to angle of inclination; It is identical that the female spacing inclined-plane of seam of the spacing inclined-plane of the male seam of described fan body (1-211-2-11) and framework (1-111-3-11) is set to angle of inclination; Or/and public seam the first convex ridge of described framework is or/and the section configuration of public seam the second convex ridge of framework is general orthogonal or trapezoidal or triangle; The section configuration of the public seam convex ridge of described fan body is general orthogonal or trapezoidal or triangle; Or/and the section configuration of public seam the first convex ridge of described framework is generally in echelon or triangle, and termination section is circular-arc; The termination section of the public seam convex ridge of described fan body is circular-arc; Or/and the section configuration of the male seam groove of described framework 1-111-3-22 arranges with the female seam convex ridge coupling of the fan body of fan frame body; The female seam convex ridge of the section configuration of the male seam groove of described fan body (1-211-3-22) and framework (1-111-3-21) coupling arranges; Or/and the greatest width dimension of the male seam groove of described framework and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the female seam convex ridge of corresponding with it fan body; The greatest width dimension of the male seam groove of described fan body and depth dimensions are slightly larger than greatest width dimension and the depth dimensions of the female seam convex ridge of corresponding with it framework; Or/and the cross-section structure of the public seam groove of described framework is designed to dovetail groove or U-lag or rectangular channel; The cross-section structure of the public seam groove of described fan body is designed to dovetail groove or U-lag or rectangular channel.

6. air conditioning unit case vertical hinged door as described as one of claim 1-5, it is characterized in that, also have, framework conduit (1-111-124) is arranged on second sidewall (1-111-12) of described doorframe body center section and locates, this sidewall is corresponding with the fan frame, leave to form the space of framework conduit (1-111-124) between the male seam of described doorframe body district section (1-111-2) and the female seam district section of doorframe body (1-111-3), along the framework conduit, stretch between doorframe body center section and the public seam of doorframe body district section and form share common sidewalls (1-111-125); Also have, fan body conduit (1-211-124) is arranged on fan frame body center section's the second sidewall (1-211-12) and locates, and leaves to form the free space of fan body conduit (1-211-124) between the male seam of described fan frame body district section (1-211-2) and the 1-211-3 of the female seam of fan frame body district section; Described fan frame body center section the second sidewall outer wall is simultaneously the one side corresponding with doorframe; form by this fan body conduit bottom; described fan frame body center section the second sidewall inwall is simultaneously the inwall of fan frame body center section hollow via-hole; two fan auxiliary strong fins of frame (1-211-15) are set by this, leave spacing between the auxiliary strong fin of this fan frame and the auxiliary strong fin of fan frame and form fan frame body center section's groove (1-211-125); Or/and, be provided for spacing and fixing framework convex edge (1-111-1242) and framework groove (1-111-1241) on described framework conduit (1-111-124); The both sides of described fan body conduit (1-211-124) arrange respectively the first fan body conduit fin (1-211-2-25), the second fan body conduit fin (1-211-3-25); Or/and the first fan body conduit fin design is positioned at fan body channel sidewalls (1-211-2-24) position, the second fan body conduit fin design is corresponding with this first fan body conduit fin, is positioned at female seam the second limiting section (1-211-3-2) of fan body position.

7. air conditioning unit case vertical hinged door as described as one of claim 1-6, it is characterized in that, also have, frame side pterion section (1-112) is arranged on the front of described doorframe support body/or this side of the back side, and this frame side pterion section is arranged in abutting connection with the position of this tagma section (1-111) of doorframe; Described fan frame flanking region section (1-212) is arranged on the front of described fan frame body/or this side of the back side, this fan frame flanking region section (1-212) is arranged in abutting connection with the position of fan this tagma section (1-211) of frame, and described fan frame flanking region section (1-212) is connected with the fan frame public seam district section of body (1-211-2); Or/and the peripheral side wall (1-112-1) of described frame side pterion section is set to the inclined-plane of certain angle; The peripheral side wall (1-212-1) of described fan frame flanking region section is set to the inclined-plane of certain angle.

8. air conditioning unit case vertical hinged door as described as one of claim 1-7, it is characterized in that, described doorframe body center section (1-111-1) is the quadrangle through hole, takes this to form doorframe body center section's the first side wall (1-111-11) and doorframe body center section's the second sidewall (1-111-12) and doorframe body center section the 3rd sidewall (1-111-13) and doorframe body center section the 4th sidewall (1-111-14); Described fan frame body center section (1-211-1) is general orthogonal quadrangle through hole, takes this to form fan frame body center section's the first side wall (1-211-11) and fan frame body center section's the second sidewall (1-211-12) and fan frame body center section the 3rd sidewall (1-211-13) and fan frame body center section the 4th sidewall (1-211-14); The quadrangle through hole of formation is stretched along this doorframe body center section side by the female seam district section (1-111-3) of described doorframe body, the male seam of doorframe body district section (1-111-2).Doorframe body center section (1-111-1), the female seam district section (1-111-3) of doorframe body, the common formation of the male seam of doorframe body district section (1-111-2) have this tagma section (1-111) of doorframe of hollow structure by this; The female seam district section (1-211-3) of described fan frame body, the fan male seam of frame body district section (1-211-2) are respectively in abutting connection with doorframe body center section, form the hollow via-hole of general quadrangularly, fan by this frame body center section (1-211-1), the female seam district section (1-211-3) of fan frame body, fan this tagma section (1-211) of fan frame that the common formation of the male seam of frame body district section (1-211-2) has hollow structure; Described frame side pterion section (1-112) is the quadrangle through hole in abutting connection with this tagma section (1-111) of doorframe; This tagma section of doorframe and frame side pterion section form the doorframe element with hollow structure by this; Described fan frame flanking region section (1-212) is the through hole in abutting connection with the general quadrangularly of fan this tagma section (1-211) of frame; Fan by this fan frame section element that the common formation of this tagma section of frame and fan frame flanking region section has hollow structure; Or/and, described doorframe body center section's the first side wall (1-111-11) is to form the share common sidewalls of the 1-111 of this tagma section of doorframe between described doorframe body center section and the female seam district section of doorframe body (1-111-3), and the part that described doorframe body center section's the first side wall (1-111-11) continues to extend has also formed female seam the second limiting section (1-111-3-2) of described framework; The strong point of the female seam root of the framework of take (1-111-3-0) arranges doorframe body center section's reinforcement (1-111-15) as summit perpendicular to doorframe body center section's the first side wall (1-111-11); By forming between framework conduit (1-111-124) and doorframe body center section and the public seam of doorframe body district section, share common sidewalls (1-111-125) is common to be formed described doorframe body center section's the second sidewall (1-111-12); Described doorframe body center section the 3rd sidewall (1-111-13) extends and stretches between this tagma section of doorframe and frame side pterion section the sidewall (1-111-32) that forms the female seam of doorframe body district section, also forms the common sidewall between this tagma section (1-111) of doorframe and frame side pterion section (1-112); Or/and described doorframe body center section the 4th sidewall (1-111-14) extends and stretches to the public seam district's section's peripheral side wall (1-111-21) of the public seam district section of doorframe body (1-111-2) formation doorframe body; Described fan frame body center section's the first side wall (1-211-11) is also to form the share common sidewalls of fan this tagma section (1-211) of frame between described fan frame body center section (1-211-1) and the fan frame female seam district section of body (1-211-3), and the part that described fan frame body center section the first side wall continues to extend has also formed female seam the second limiting section (1-211-3-2) of described fan body; Described fan frame body center section's the second sidewall (1-211-12) leaves the spacing that forms fan body conduit (1-211-124) between the female seam district section (1-211-3) of fan frame body and the fan male seam of frame body district section (1-211-2), two fan auxiliary strong fins of frame (1-211-15) of configuration on described fan frame body center section the second sidewall, and leave the spacing that forms fan frame body center section's groove (1-211-125) between the auxiliary strong fin of this fan frame and the auxiliary strong fin of fan frame; Described fan frame body center section the 3rd sidewall (1-211-13) extends and stretches to the female seam district's section's peripheral side wall (1-211-31) of the fan frame female seam district section of body (1-211-3) formation fan frame body; The 4th sidewall (1-211-14) extension of described fan frame body center section is stretched to the fan frame public seam district sections of body (1-211-2) and is connected and be connected with fan body channel sidewalls (1-211-2-24); The public seam district's section's peripheral side wall of described fan frame body (1-211-21) is arranged between the public seam district section (1-211-2) of fan frame body and fan frame flanking region section (1-212), the public seam district's section's peripheral side wall of this fan frame body (1-211-21) is to prolong fan frame body center section the 3rd sidewall (1-211-13) to penetrate between the public seam district section (1-211-2) of fan frame body and fan frame flanking region section (1-212), or it is interconnected that the fan frame public seam district's section's peripheral side wall of body (1-211-21) and fan frame body center section the 3rd sidewall (1-211-13) form left and right; Or/and, the first fan frame reinforcement (1-211-23) and the second fan frame reinforcement (1-211-22) are set in the cavity of the public seam of described fan frame body district section.

9. as the hermatic door structure assembly of air conditioning unit case vertical hinged door as described in one of claim 1-8, it is characterized in that, sealing door structure assembly comprises doorframe support body (1-1) and can be arranged on the fan frame body (1-2) on this doorframe support body, or, described hermatic door structure assembly consists of doorframe support body and the fan frame body that can be arranged on this doorframe support body, and the doorframe element (1-11) in described doorframe support body consists of this tagma section (1-111) of doorframe and frame side pterion section (1-112); Described frame side pterion section is arranged in abutting connection with Bu position, this tagma of doorframe; This tagma section (1-111) of described doorframe consists of the female seam district section of doorframe body center section (1-111-1), the male seam of doorframe body district section (1-111-2) and doorframe body (1-111-3); The quadrangle through hole of establishing formation is stretched along direction F mono-side of opening the door of doorframe body center section by the female seam district section of described doorframe body (1-111-3); Fan frame section element (1-21) in described fan frame body consists of fan this tagma section (1-211) of frame and fan frame flanking region section (1-212); Described fan frame flanking region section (1-212) is arranged in abutting connection with the position of fan this tagma section (1-211) of frame; This tagma section (1-211) of described fan frame consists of fan frame body center section (1-211-1), the fan male seam of frame body district section (1-211-2) and the fan frame female seam district section of body (1-211-3); The quadrangle through hole of establishing formation is stretched along direction F mono-side of opening the door of fan frame body center section by the female seam district section of described fan frame body (1-211-3).

10. hermatic door structure assembly as claimed in claim 9, is characterized in that, the doorframe element (1-11) in described doorframe support body consists of this tagma section (1-111) of doorframe and frame side pterion section (1-112); Described frame side pterion section (1-112) is arranged on the position with the female seam district section (1-111-3) of the doorframe body of this tagma section (1-111) of doorframe the same side; Namely described frame side pterion section (1-112) arranges in the female seam district section (1-111-3) of the doorframe body position of this tagma section (1-111) of adjacency doorframe, is used to form vertical hinged door outwards-door-opening type doorframe support body; Fan frame section element (1-21) in described fan frame body consists of fan this tagma section (1-211) of frame and fan frame flanking region section (1-212); Described fan frame flanking region section (1-212) is arranged on the position with the public seam district section (1-211-2) of the fan frame body of fanning this tagma section (1-211) of frame the same side; Namely described fan frame flanking region section arranges in the position of the public seam of the fan frame body district section the same side in abutting connection with fan this tagma section of frame, is used to form vertical hinged door outwards-door-opening type fan frame body; Or/and, be provided for the fin (1-111-131) of reinforced sidewall intensity on described doorframe body center section the 3rd sidewall (1-111-13); Or/and fan body pivot dress recess (1-211-4) is configured in the female seam district's section's peripheral side wall of described fan frame body (1-211-31) and locates.

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