CN207293103U

CN207293103U - A kind of door and container for container

Info

Publication number: CN207293103U
Application number: CN201721104200.7U
Authority: CN
Inventors: 黄忠新
Original assignee: Singamas Container Holdings Shanghai Co Ltd
Current assignee: Shanghai Huanyu Logistics Technology Co Ltd
Priority date: 2017-08-30
Filing date: 2017-08-30
Publication date: 2018-05-01
Anticipated expiration: 2027-08-30

Abstract

The utility model discloses a kind of door for container, it includes box frame and door-plate, the door-plate includes door-plate body and the doorframe arranged on door-plate end, the doorframe is equipped with sealing joint strip group, under the closed mode of door, the sealing joint strip group is resisted against relative on the static opposing stationary frame of the doorframe；Wherein, the abutment face formed when the sealing joint strip group is abutted with opposing stationary frame is inclined plane.The utility model by the abutment face by being arranged to inclined plane, so that during door opening and closing, during i.e. door-plate leaves and turns to opposing stationary frame, gap between door-plate and opposing stationary frame is larger, so as to significantly reduce the resistance that sealing joint strip group is subject to, so that the opening and closing of door are very light, while avoid sealing joint strip group and be stuck in opposing stationary frame edge.In addition, the invention also discloses a kind of container, it is with door described in the utility model.

Description

A kind of door and container for container

Technical field

It the utility model is related to a kind of door, more particularly to a kind of door for container.

Background technology

The sixties in last century, container just had been developed as a kind of international means of transport of multistage through transport, packaging Case refers to that there is some strength, rigidity and specification to specialize in the large-scale goods container being used in turn.Using container transshipment cargo, It can directly freight in the warehouse of consignor, transport the warehouse unloading of consignee, midway is more changed trains, ship time, without by cargo Take out and change the outfit out of case.Container is divided into dry cargo container, frozen products insulated container, open top container, Flat Rack Container, platform packaging Case and hanging container etc..Wherein, frozen products insulated container is exclusively used in the frozen cargo or low temperature kinds of goods that transport requires holding certain temperature (for example, butter, chocolate, the freezing flesh of fish, condensed milk, margarine and other items) and the container designed.Frozen products insulated container includes Common refrigeration container and depth frozen products insulated container (subsequently claiming deep cooling box).The temperature of common refrigeration container can be at -28 DEG C Adjusted between~26 DEG C, the temperature of deep cooling box can be adjusted in the temperature less than less than -28 DEG C.For example, can be by packaging Extremely -30 DEG C, -60 DEG C or -80 DEG C of temperature adjustment in case is even lower.The adjusting of above-mentioned temperature relies primarily in frozen products insulated container Cold, according to cold set-up mode, frozen products insulated container is usually also divided into the built-in mechanical frozen products insulated container with cold and does not have There is the external mechanical refrigerator container of cold.Built-in mechanical frozen products insulated container can arbitrarily start cold in transportational process, Container is set to keep assigned temperature；And external mechanical refrigerator container must then rely on container car, ship and special-use heaps , the cold that is equipped with station freezes.

Frozen products insulated container generally comprises container body and the door being connected with the container body, and the door is usual Including box frame, door-plate and the sealing joint strip group being arranged on door-plate.When the door of frozen products insulated container is closed, sealing Adhesive tape group is resisted against on box frame, to fill the gap between door-plate and box frame, so as to fulfill frozen products insulated container inside The seal isolation of environment and external environment condition.

The sealing requirements of frozen products insulated container on the door are very high, particularly those subzero less than 40 DEG C refrigerating boxes, its door Complex, the unlatching closure of door is very hard.

Fig. 1 illustrates a kind of top view cross section structure of existing door for frozen products insulated container.Fig. 2 illustrates existing A kind of door for frozen products insulated container side elevational cross-section structure top lintel structure.Fig. 3 illustrates existing one kind Bottom sill structure for the side elevational cross-section structure of the door of frozen products insulated container.Fig. 4-Fig. 6 respectively illustrates existing one Structure of the kind for the aluminium door frame of the door of frozen products insulated container, side PVC frames and top lintel PVC frames.Fig. 7 is shown The opening and closing process of existing door for frozen products insulated container a kind of.

As shown in Figure 1-Figure 3, door-plate 1 ' and box frame 2 ' are included with reference to reference to figure 4- Fig. 6, the door.Door-plate 1 ' wraps Include external door panel 11 ', aluminium door frame 12 ' (as shown in Figure 4), PVC doorframes 13 ' and internal hilar plate 14 '.Box frame 2 ' includes side gold Belong to the top of frame 211 ' lintel metal framework 212 ', bottom sill metal framework 213 ', side PVC frames 22 ' (such as Fig. 5 institutes Show), top lintel PVC frames 23 ' (as shown in Figure 6) and bottom sill PVC frames 24 ' and bottom sill PE frames 25 '.Outside Door-plate 11 ' is fixed on aluminium door frame 12 ' with rivet, and PVC doorframes 13 ' are fixed together with aluminium door frame 12 ' by mortise structure, door Being set between plate 1 ' and box frame 2 ' includes the sealing joint strip group of three seals adhesive tape, distinguishes in terms of container Inside To Outside For the first sealing joint strip 31 ', the second sealing joint strip 32 ' and the 3rd sealing joint strip 33 ', make frozen products insulated container air-tightness preferable. The filling-foam layer 15 ' between external door panel 11 ' and internal hilar plate 14 ', for preventing heat exchange.

Although this door good airproof performance, sealing joint strip group and the abutment face and external door panel of box frame 2 ' 11 ' and internal hilar plate 14 ' vertically, cause to close laborious since sealing joint strip group is extruded by box frame when causing to close Problem.The abutment face being described above include it is at least a pair of it is close to each other after the surface that can coincide with one another, which includes fluid sealant Plane, that side surface B towards door-plate 1 ' of box frame where the free end A ' of bar group under natural conditions₁’、B₂' and B₃’； The abutment face implication vertical with external door panel 11 ' and internal hilar plate 14 ' be：The free end A ' of above-mentioned sealing joint strip group under natural conditions That side surface B towards door-plate 1 ' of place plane and box frame₁’、B₂’、B₃' against when the plane that is formed respectively with External door panel 11 ' and internal hilar plate 14 ' are vertical.As shown in fig. 7, this structure causes during door opens and closes, i.e. door During plate 1 ' is left with direction exchange box body frame 2 ', due to being used to pass through sealing joint strip group between door-plate 1 ' and box frame 2 ' Gap d ' it is very narrow and small, sealing joint strip group (not shown in Fig. 7, it is located on the doorframe of the end of door-plate 1 ') is subject to very big resistance Power, sealing joint strip group are easily stuck in the edge of box frame 2 ', and resistance when causing to close chamber door is excessive.

Fig. 8 illustrates a kind of top view cross section structure of the door for double door of existing frozen products insulated container.Fig. 9 is shown D ' regions structure for amplifying in Fig. 8.Figure 10 shows the opening and closing process of double door in Fig. 8.

As shown in figure 8, combine includes the first door-plate 4 ' and second with reference to figure 9, the double swing doors of the frozen products insulated container Plate 5 '.First door-plate 4 ' includes the first door-plate body and the first doorframe arranged on the first door-plate body end, the first door-plate body Including there is inner surface towards the internal hilar plate 44 ' on the inside of container and towards the external door panel 41 ' on the outside of container, internal hilar plate 44 ' C₁’.Second door-plate 5 ' includes the second door-plate body and the second doorframe arranged on the second door-plate body end, the second door-plate body bag Including towards the internal hilar plate 54 ' on the inside of container and towards the external door panel 51 ' on the outside of container, internal hilar plate 54 ' has inner surface C₂’.First doorframe has the Part I in the E ' of region, which is provided with the first sealing joint strip group 6 ', first fluid sealant The abutment face that bar group 6 ' and that side surface of box frame 9 ' towards the first door-plate 4 ' are formed when abutting supports for first By face G₁’.First doorframe and the second doorframe are respectively provided with the Part II in the D ' of region, and the second doorframe Part II is equipped with That side table of second sealing joint strip group 7 ', the second sealing joint strip group 7 ' and the first doorframe Part II towards the second door-plate 5 ' The abutment face formed when face abuts is the second abutment face G₂’.Second doorframe has the Part I in the F ' of region, It which is provided with the 3rd sealing joint strip group 8 ', the 3rd sealing joint strip group 8 ' and that side of the second door-plate 5 ' of direction of box frame 9 ' The abutment face formed when surface abuts is the 3rd abutment face G₃’。

As shown in figure 9, the Part II of the first doorframe includes the plastic door frame 43 ' and metal door frame 42 ' of mutual joggle, the The Part II of two doorframes includes the plastic door frame 53 ' and metal door frame 52 ' of mutual joggle.Second sealing joint strip group 7 ' include from The first sealing joint strip 71 ' that container Inside To Outside is arranged in order, the second sealing joint strip 72 ', the 3rd sealing joint strip 73 ', its In the first sealing joint strip 71 ', the second sealing joint strip 72 ' be arranged on plastic door frame 53 ' on, the 3rd sealing joint strip 73 ' is arranged on metallic door On frame 52 '.

In the double swing doors of above-mentioned frozen products insulated container, E ' regions and F ' regions use the door such as above-mentioned Fig. 1 Fig. 3, D ' regions use the door such as Fig. 9.In the case where double door is closed, the first abutment face G₁', the second abutment face G₂', the 3rd Abutment face G₃' inner surface C with internal hilar plate 44 '₁' and internal hilar plate 54 ' inner surface C₂' where plane it is vertical, cause double open Since sealing joint strip group is extruded and causes to close the problem of laborious when door is closed.As shown in Figure 10, this structure causes When first door-plate 4 ' of double swing doors is closed, the second door-plate 5 ' during leaving and turning to the first door-plate 4 ', due to Too small, the second fluid sealant in the gap d3 ' that the second door-plate 5 ' by sealing joint strip group is left and turned between the first door-plate 4 ' Bar group 7 ' (not shown in Figure 10, it is located on the second doorframe of 5 ' end of the second door-plate) is subject to very big resistance, the second sealing Adhesive tape group 7 ' is easily stuck in 4 ' edge of the first door-plate, causes to close very laborious during chamber door.In addition, similar principles, at first During plate 4 ' opens and closes and during the opening and closing of the second door-plate 5 ', the first sealing joint strip group 6 ' and the 3rd fluid sealant Bar group 8 ' is easily stuck in the edge of box frame 9 ', causes to close very laborious during chamber door.

Utility model content

One of goal of the invention of the utility model is to provide a kind of door for container, which is used to collect Can be while the air-tightness and heat insulation and preservation effect of container be ensured during vanning, hence it is evident that reduce and sealed during opening and closing The resistance that adhesive tape group is subject to, so that the opening and closing of door are very light.

In order to achieve the above object, the utility model provides a kind of door for container, it includes babinet frame Frame and door-plate, the door-plate include door-plate body and the doorframe arranged on door-plate end, and the doorframe is equipped with sealing joint strip group, Under the closed mode of door, the sealing joint strip group is resisted against relative on the static opposing stationary frame of the doorframe；Its In, the abutment face that the sealing joint strip group is formed when being abutted with opposing stationary frame is inclined plane.

In door described in the utility model for container：

The opposing stationary frame refers to be used to against to seal be collected by the sealing joint strip group when door is closed The frame of vanning.The opposing stationary frame can be and any portion relatively opposing stationary for the door that rotates Point, such as the doorframe of box frame or another door adjacent with the door.

Abutment face refers to described in the utility model：The free end of the sealing joint strip group in its natural state is formed The surface for being used to contact sealing joint strip group for the plane with opposing stationary contact therewith, or opposing stationary frame.It is described Abutment face refers to for the implication of inclined plane：Plane where sealing joint strip group free end under natural conditions and/or relatively quiet The only angle non-90 degree on the surface for being used to contact sealing joint strip group of frame and the door-plate surface of door-plate body, on condition that in door knot Structure closed mode.

The utility model by the abutment face by being arranged to inclined plane so that during door opening and closing, During i.e. door-plate leaves and turns to opposing stationary frame, the gap increase between door-plate and opposing stationary frame, so that bright The aobvious resistance for reducing sealing joint strip group and being subject to, avoids sealing joint strip group from being stuck in opposing stationary frame edge so that door is opened Open and close and is light.

The sealing joint strip group may have several (road) adhesive tape on the thickness direction of door-plate, wherein outermost master If for stopping rainwater, it not necessary to ask and play sealing function.

Further, in the door described in the utility model for container, the door-plate includes the first door-plate, institute Stating the first door-plate includes the first door-plate body and the first doorframe arranged on the first door-plate body end, the opposing stationary frame bag The box frame set close to the first door-plate is included, first doorframe at least has the first doorframe the set close to box frame A part, the first doorframe Part I are equipped with the first sealing joint strip group, under the closed mode of door, described first Sealing joint strip group is resisted against on the box frame that close first door-plate is set, the first sealing joint strip group and box frame The abutment face formed when abutting is the first inclined plane.

Such scheme can also be used for the situation of single open-door.

Further, in the above-mentioned door for container, the door of first inclined plane and the first door-plate body The angle of plate surface is 91-100 °.

Under chamber door closed mode, door-plate surface and the casing end face of first door-plate body are located in same surface. Such scheme is preferred under door closed mode, first inclined plane and the angle on the door-plate surface of the first door-plate body Scope.The resistance that sealing joint strip group is subject to during the door that is set in the angular range opens and closes it is smaller and Sealing joint strip group is bonded closer with box frame.

Further, in the above-mentioned door for container, first door-plate body is included towards in container The internal hilar plate of side and towards the external door panel on the outside of container, described 91 ° -100 ° of angle is the first inclined plane and the first door-plate sheet The angle of the inner surface of the internal hilar plate of body.

In such scheme, the internal hilar plate is located at internal container when the door is closed, and the external door panel is in institute State when door is closed outside container.The inner surface of the internal hilar plate refers to the internal hilar plate towards internal hilar plate and external door The surface of insulating layer side between plate, above-mentioned angular range can realize sealing thermal insulation effect and chamber door easily open effect it Between optimum balance.

Further, in the above-mentioned door for container, the box frame towards first door-plate that One side surface is formed slopely first inclined plane.

In such scheme, that side surface of the box frame towards first door-plate generally includes to be used to contact close The surface of seal strip group.

Under chamber door closed mode, the door-plate surface is located in same surface with casing end face.

Further, in the above-mentioned door for container, the box frame bag of the close first door-plate setting Include the first metal framework on the outside of babinet and be connected with first metal framework and be located at the first plastics of box inside Frame, that side surface of first plastic frame towards first door-plate are formed slopely first inclined plane.

In such scheme, first plastic frame can be PVC material.

Further, in the above-mentioned door for container, first metal framework includes and container body First metal framework Part I of connection and the first metal extended from the first metal framework Part I into container Frame Part II, the first metal framework Part II are connected with first plastic frame, and with first frame of plastic That side surface of frame towards the first door-plate is formed slopely first inclined plane jointly.

At wherein described first metal framework Part I and casing end face in same plane.Such scheme further expands The area of first inclined plane, so as to further reduce the resistance that the first sealing joint strip group is subject to.

Further, in the above-mentioned door for container, the first doorframe Part I is arranged to：Make to set Thereon, will with box frame against the first sealing joint strip group free end where plane formed with first inclined plane The heeling condition of cooperation.

In such scheme, by varying the structural change free end of the first sealing joint strip group of the first doorframe Part I The angle of place plane.

Further, in the above-mentioned door for container, the first doorframe Part I includes the first metal Doorframe and the first plastic door frame being connected with first metal door frame, first plastic door frame is inclined by setting, so as to be arranged on Thereon, will with box frame against the first sealing joint strip group end face formed with first inclined plane cooperation it is skewed State.

In such scheme, first plastic door frame can be changed by varying the connected structure of first metal door frame Angle of inclination so that change it is on the first plastic door frame, will with box frame against the first sealing joint strip group end The angle of plane where face.

Further, in the above-mentioned door for container, the first doorframe Part I includes the first metal Doorframe and the first plastic door frame being connected with first metal door frame, first plastic door frame and the first metal door frame quilt Be obliquely installed so that be provided thereon, will with box frame against the end face of the first sealing joint strip group formed with described first The heeling condition that inclined plane coordinates.

In such scheme, first plastic door frame can be changed by varying the angle of inclination of first metal door frame Angle of inclination so that change it is on the first plastic door frame, will with box frame against the first sealing joint strip group end The angle of plane where face.

Further, in the door described in the utility model for container, the door-plate further includes and first Plate is in the second door-plate of split setting, second door-plate include the second door-plate body and arranged on the second door-plate body end the Two doorframes, second doorframe have the second doorframe Part II set close to the first door-plate side；First doorframe also has There is the first doorframe Part II set close to the second door-plate side；The second doorframe Part II or the first doorframe second Part is equipped with the second sealing joint strip group, and correspondingly the opposing stationary frame further includes the first doorframe Part II or second Frame Part II, under the closed mode of door, the second sealing joint strip group is resisted against the first doorframe Part II or On two doorframe Part II, the second sealing joint strip group is mutually supported with the first doorframe Part II or the second doorframe Part II By when the abutment face that is formed be the second inclined plane.

Such scheme can also be used for the situation of clamshell doors.

Further, in the above-mentioned door for container, the door of second inclined plane and the second door-plate body The angle of plate surface is 91-100 °.

Under chamber door closed mode, door-plate surface and the casing end face of second door-plate body are located in same surface. Such scheme is preferred under door closed mode, second inclined plane and the angle on the door-plate surface of the second door-plate body Scope.The resistance that the second sealing joint strip group is subject to during the door set in the angular range opens and closes is smaller And the second sealing joint strip group is bonded closer with the first doorframe Part II or the second doorframe Part II, realize optimal flat Weighing apparatus.

Further, in the above-mentioned door for container, second door-plate body is included towards in container The internal hilar plate of side and towards the external door panel on the outside of container, described 91 ° -100 ° of angle is the second inclined plane and the second door-plate sheet The angle of the inner surface of the internal hilar plate of body.

In such scheme, the internal hilar plate is located at internal container when the door is closed, and the external door panel is in institute State when door is closed outside container.The inner surface of the internal hilar plate refers to the internal hilar plate towards internal hilar plate and external door The surface of insulating layer side between plate.

Further, in the above-mentioned door for container, the first doorframe Part II or the second doorframe Two parts include the second metal door frame and the second plastic door frame being connected with second metal door frame, the second plastic door frame quilt Be obliquely installed so that the second sealing joint strip group being provided thereon end face formed with second inclined plane cooperation it is skewed State.In such scheme, inclining for second plastic door frame can be changed by varying the connected structure of second metal door frame Rake angle, thus change it is on the second plastic door frame, to be supported with the first doorframe Part II or the second doorframe Part II The angle of plane where the end face for the second sealing joint strip group leaned on.

Further, in the above-mentioned door for container, the first doorframe Part II or the second doorframe Two parts include the second metal door frame and the second plastic door frame for be connected with second metal door frame, second plastic door frame and Second metal door frame is inclined by setting, and inclines so that the end face for the second sealing joint strip group being provided thereon is formed with described second The heeling condition that inclined-plane coordinates.

In such scheme, second plastic door frame can be changed by varying the angle of inclination of second metal door frame Angle of inclination so that change it is on the second plastic door frame, will be with the first doorframe Part II or second, the second doorframe Point against the second sealing joint strip group end face where plane angle.

It should be noted that if the first doorframe Part II includes the second metal door frame and is held in the mouth with second metal door frame The second plastic door frame connect, then the second doorframe Part II just includes the 3rd metal door frame and is connected with the 3rd metal door frame The 3rd plastic door frame, the 3rd metal door frame and the 3rd plastic door frame respectively with the second metal door frame and the second plastic door frame phase It is right.If the second doorframe Part II includes the second metal door frame and the second plastic door frame being connected with second metal door frame, So the first doorframe Part II just includes the 3rd metal door frame and the 3rd plastic door frame being connected with the 3rd metal door frame, should 3rd metal door frame and the 3rd plastic door frame are opposite with the second metal door frame and the second plastic door frame respectively.

Further, in the above-mentioned door for container, second doorframe has to be set close to box frame The second doorframe Part I, the second doorframe Part I is equipped with the 3rd sealing joint strip group, the opposing stationary frame The box frame set close to the second door-plate is further included, under the closed mode of door, the 3rd sealing joint strip group is resisted against case On body frame, the abutment face formed when it is abutted with box frame is the 3rd inclined plane.

Such scheme can also be used for the situation of clamshell doors.

Further, in the above-mentioned door for container, the door of the 3rd inclined plane and the second door-plate body The angle of plate surface is 91-100 °.

Under chamber door closed mode, door-plate surface and the casing end face of second door-plate body are located in same surface. Such scheme is preferred under door closed mode, the 3rd inclined plane and the angle on the door-plate surface of the second door-plate body Scope.The resistance that the 3rd sealing joint strip group is subject to during the door set in the angular range opens and closes is smaller And the 3rd sealing joint strip group is bonded closer with box frame, optimum balance is realized.

Further, in the above-mentioned door for container, second door-plate body is included towards in container The internal hilar plate of side and towards the external door panel on the outside of container, described 91 ° -100 ° of angle is the 3rd inclined plane and the second door-plate sheet The angle of the inner surface of the internal hilar plate of body.

Further, in the above-mentioned door for container, close to the box frame court of the second door-plate setting The 3rd inclined plane is formed slopely to that side surface of the second door-plate.

In such scheme, door of the box frame towards that side surface of second door-plate and the second door-plate body The angle non-90 degree of plate surface.That side surface of the box frame towards second door-plate generally includes to be used to contact the The surface of three sealing joint strip groups.

Further, in the above-mentioned door for container, the box frame set close to the second door-plate includes leaning on The second metal framework that nearly second door-plate is set and the second plastic frame set close to the second door-plate being connected with it, it is described to lean on That side surface of the second plastic frame that nearly second door-plate is set towards the second door-plate is formed slopely the 3rd inclined plane.

In such scheme, the plastic frame can be PVC material.

Further, in the above-mentioned door for container, second metal framework includes and container body Second metal framework Part I of connection and the second metal extended from the second metal framework Part I into container Frame Part II, the second metal framework Part II are connected with the second plastic frame that close second door-plate is set, And the 3rd inclined plane is formed slopely jointly with that side surface of second plastic frame towards the second door-plate.

At wherein described second metal framework Part I and casing end face in same plane.Such scheme further expands The area of 3rd inclined plane, so as to further reduce the resistance that the 3rd sealing joint strip group is subject to.

Further, in the above-mentioned door for container, the second doorframe Part I is arranged to：Make to set Thereon, will with box frame against the 3rd sealing joint strip group free end where plane formed with the 3rd inclined plane The heeling condition of cooperation.

In such scheme, plane and the second door-plate body where the free end of the 3rd sealing joint strip group under natural conditions The angle on door-plate surface be non-90 degree, change the free end institute of the 3rd sealing joint strip group by varying the structure of the second doorframe In the angle of plane.

Further, in the above-mentioned door for container, the second doorframe Part I includes the 4th metal Doorframe and the 4th plastic door frame being connected with the 4th metal door frame, the 4th plastic door frame is inclined by setting, so as to be arranged on Thereon, will with box frame against the 3rd sealing joint strip group end face formed with the 3rd inclined plane cooperation it is skewed State.

In such scheme, the 4th plastic door frame can be changed by varying the connected structure of the 4th metal door frame Angle of inclination so that change it is on the 4th plastic door frame, will with box frame against the 3rd sealing joint strip group The angle of plane where end face.

Further, in the above-mentioned door for container, the second doorframe Part I includes the 4th metal Doorframe and the 4th plastic door frame being connected with the 4th metal door frame, the 4th plastic door frame are inclined with the 4th metal door frame Tiltedly set so that be provided thereon, will with box frame against the end face of the 3rd sealing joint strip group formed and incline with the described 3rd The heeling condition that inclined-plane coordinates.

In such scheme, the 4th plastic door frame can be changed by varying the angle of inclination of the 4th metal door frame Angle of inclination so that change it is on the 4th plastic door frame, will with box frame against the 3rd sealing joint strip group end The angle of plane where face.

It should be noted that the first sealing joint strip group, the second sealing joint strip group, the 3rd sealing joint strip group can be three Three groups of section adhesive tape group or annular adhesive tape group, the annular adhesive tape group can be set on the doorframe.

Another goal of the invention of the utility model is to provide a kind of container, and the door of the container can ensure to collect While the air-tightness and heat insulation and preservation effect of vanning, opening and closing are very light, while the sealing joint strip group of door Opposing stationary frame edge will not be stuck in.

In order to achieve the above object, the utility model provides a kind of container, it is with any one above-mentioned door.

Door described in the utility model for container has the following advantages and beneficial effect：

(1) air-tightness and heat insulation and preservation effect of container can be improved.

(2) open and close very light.

(3) sealing joint strip group will not be stuck in opposing stationary frame edge.

(4) it is especially suitable for frozen products insulated container.

Container described in the utility model is due to above-mentioned door, equally with above-mentioned advantages and beneficial effects.

Brief description of the drawings

Fig. 1 is a kind of top view cross section structure diagram of existing door for frozen products insulated container.

Fig. 2 is a kind of top lintel structural representation of the side elevational cross-section structure of existing door for frozen products insulated container Figure.

Fig. 3 is a kind of bottom sill structural representation of the side elevational cross-section structure of existing door for frozen products insulated container Figure.

Fig. 4 is a kind of structure diagram of the aluminium door frame of existing door for frozen products insulated container.

Fig. 5 is a kind of structure diagram of the side PVC frames of existing door for frozen products insulated container.

Fig. 6 is a kind of structure diagram of the top lintel PVC frames of existing door for frozen products insulated container.

Fig. 7 is a kind of opening and closing process schematic of existing door for frozen products insulated container.

Fig. 8 is the top view cross section structure diagram that a kind of existing door of frozen products insulated container is used for double door.

Fig. 9 is D ' regions enlarged structure schematic diagram in Fig. 8.

Figure 10 is the opening and closing process schematic of double door in Fig. 8.

Figure 11 is transverse cross sectional of the door described in the utility model for container under the first embodiment Part section schematic top plan view afterwards.

Figure 12 is longitudinally cutting of the door described in the utility model for container under the first embodiment The left view schematic diagram of top lintel part section afterwards.

Figure 13 is longitudinally cutting of the door described in the utility model for container under the first embodiment The left view schematic diagram of bottom sill part section afterwards.

Figure 14 is transverse cross sectional of the door described in the utility model for container under second of embodiment Part section schematic top plan view afterwards.

Figure 15 is longitudinally cutting of the door described in the utility model for container under second of embodiment The left view schematic diagram of top lintel part section afterwards.

Figure 16 is top view cross section of the door described in the utility model for container under the third embodiment Structure diagram.

Figure 17 is top view cross section of the door described in the utility model for container under the 4th kind of embodiment Structure diagram.

Figure 18 is top view cross section of the door described in the utility model for container under the 5th kind of embodiment Structure diagram.

Figure 19 is the structure diagram of the metal door frame in Figure 11-Figure 17.

Figure 20 is the structure diagram of the flanking plastic frame in Figure 14.

Figure 21 is the structure diagram of the top lintel plastic frame in Figure 15.

Figure 22 is the integrally formed plastic door frame that can replace metal door frame and plastic door frame in Figure 18.

Figure 23 is top view cross section of the door described in the utility model for container under the 6th kind of embodiment Structure diagram.

Figure 24 is a kind of structure diagram of first metal door frame.

Figure 25 is unlatching and pass of the door described in the utility model for container under the first embodiment Close process schematic.

Figure 26 is unlatching and pass of the door described in the utility model for container under the third embodiment Close process schematic.

Figure 27 is that the door described in the utility model for container is used under a kind of embodiment of double door Top view cross section structure diagram.

Figure 28 is D regions enlarged structure schematic diagram in Figure 27.

Figure 29 is the opening and closing process schematic of double door in Figure 27.

Embodiment

Come below in conjunction with Figure of description and specific embodiment to described in the utility model for container Door and container are further explained, but the explanation is not formed to technical solutions of the utility model Improper restriction.

The first embodiment

Figure 11 shows transverse direction of the door described in the utility model for container under the first embodiment Part section top view after cutting.Figure 12 shows the door described in the utility model for container in the first reality Apply the left view of top lintel part section after the longitudinally cutting under mode.Figure 13 shows described in the utility model for collecting The left view of bottom sill part section after longitudinally cutting of the door of vanning under the first embodiment.

The end face of container in present embodiment is equipped with a fan chamber door, is opposite with respect to the box frame for the chamber door Rest frame.As figs 11-13, the door for container under the embodiment includes box frame 2a and door-plate. Door-plate includes the first door-plate 1a.In the present embodiment, door structure of container is single open-door structure, so, namely first, door-plate Plate 1a.First door-plate 1a includes the first door-plate body and the first doorframe arranged on the first door-plate end.Above-mentioned first door-plate body Include in a thickness direction insulating layer 15a and be arranged at insulating layer 15a both sides towards the internal hilar plate 14a on the inside of container and court To the external door panel 11a on the outside of container.

In the present embodiment, opposing stationary frame is the box frame 2a set close to the first door-plate.First doorframe is extremely Few the first doorframe Part I with close to box frame 2a settings.In the present embodiment that container is single open-door, babinet Corner post, top lintel and the bottom sill that frame includes both sides enclose the frame set, and the first doorframe is exactly the first doorframe Part I, is loop configuration.First doorframe Part I includes the first metal door frame 12a and is held in the mouth with the first metal door frame 12a The the first plastic door frame 13a connect.Above-mentioned first doorframe Part I is equipped with the first sealing joint strip group, wherein the first plastic door frame The the first sealing joint strip 31a and second set gradually in the upper slave babinets at least provided with along the first door-plate 1a of 13a to outside babinet is close Seal strip 32a, the first metal door frame 12a are equipped with the 3rd sealing joint strip 33a.

In the present embodiment, box frame 2a includes the first metal framework on the outside of babinet and is held in the mouth with the first metal framework Connect and positioned at the first plastic frame of box inside.It should be noted that the first metal framework is corner post by both sides, top doors Lintel and respective first metal framework of bottom sill are enclosed to set and formed, but its composition is not limited in structure illustrated above.The One plastic frame is by the first frame of plastic with above structure (corner post, top lintel and the bottom sills of both sides) corresponding matching Frame, which encloses to set, to be formed, but its composition is not limited in above structure.The end face of container in present embodiment is equipped with a fan chamber door, It is opposing stationary frame with respect to the box frame for the chamber door.

As shown in figure 11, in the corner post side position positioned at container end face, as on the corner post 211a of the first metal framework Formed with the first metal frame connected with container body, parallel with casing end face (plane where chamber door when i.e. chamber door closes) Frame Part I and extend from the first metal framework Part I into container and with first metal framework first Part the first metal framework Part II at an angle, the first metal framework Part II with as the first plastic frame The 22a connections of flanking plastic frame.Likewise, as shown in figure 12, in the tip position positioned at container end face, as the first metal The first with container body connection, parallel with casing end face gold medal is also formed with the top lintel metal framework 212a of frame Belong to frame Part I and extend from the first metal framework Part I into container and with first metal framework Part I the first metal framework Part II at an angle, the first metal framework Part II is with being used as the first frame of plastic The top lintel plastic frame 23a connections of frame.Likewise, as shown in figure 13, in the bottom position positioned at container end face, as It is also formed with the bottom sill metal framework 213a of first metal framework with container body connection, parallel with casing end face The first metal framework Part I and extend from the first metal framework Part I into container and with this first Metal framework Part I the first metal framework Part II at an angle, the first metal framework Part II is with being used as the The bottom sill plastic frame 24a connections of one plastic frame.

Under the closed mode of door, above-mentioned first sealing joint strip group is resisted against on box frame 2a.Wherein, first is close Seal strip group and the abutment face of box frame 2a are the first inclined plane.In present embodiment, box frame 2a the first door-plates of direction That side surface of 1a forms the first inclined plane, specifically, the first metal framework second on the corner post 211a of left surface That side surface with flanking plastic frame 22a towards the first door-plate 1a is divided to be collectively forming inclined plane B (see Fig. 1), top lintel That side table of the first metal framework Part II with top lintel plastic frame 23a towards door-plate 1a on metal framework 212a Face is collectively forming inclined plane B ' (see Figure 12), the first metal framework Part II and bottom on bottom sill metal framework 213a That side surface of threshold plastic frame 24a towards door-plate 1a are collectively forming inclined plane B " (see Figure 13).First inclined plane Including inclined plane B, inclined plane B ' and inclined plane B ".

Corner structure on container is symmetric design, therefore the connection structure of the corner post of right flank and above-mentioned left surface The connection structure of corner post 211a is symmetrical, and details are not described herein.

Above-mentioned first doorframe Part I is arranged to：Make it is being provided thereon, will with box frame 2a against it is first close The free end A of seal strip group upper (top lintel), under (bottom sill), left (left corner pin), on right (right corner) four direction Each plane formed respectively with above-mentioned inclined plane B, inclined plane B ', inclined plane B " coordinate heeling condition.In present embodiment, lead to Cross the first metal door frame 12a (see Figure 19) so that the first plastic door frame 13a is inclined by setting, then make the first sealing joint strip 31a, the second sealing joint strip 32a free end A where each plane formed respectively and above-mentioned inclined plane B, inclined plane B ', inclined plane The heeling condition that B " coordinates.

The free end of 3rd sealing joint strip 33a needs not be in the first sealing joint strip 31a's and the second sealing joint strip 32a Plane where the A of free end.But in other embodiments, the free end of the 3rd sealing joint strip 33a is (for example, by adjusting the The size of three sealing joint strip 33a) can also be where the free end A of the first sealing joint strip 31a and the second sealing joint strip 32a Plane.

Above-mentioned inclined plane B, inclined plane B ', inclined plane B " and the angle on the door-plate surface of door-plate body are 91-100 °, should The measurement of angle obtains under door closed mode, and is inclined plane B, inclined plane B ', inclined plane B " and internal hilar plate 14a The angles that are formed of inner surface C.

Figure 25 illustrates the opening and closing process under present embodiment.First door-plate 1a leaves and direction exchange box body frame 2a During, due to increasing for the gap d1 between the first door-plate 1a and box frame 2a by the first sealing joint strip group, The resistance that three seals adhesive tape (not shown in Figure 25, it is located on the doorframe of door-plate 1a ends) is subject to is significantly reduced, so that So that door opening and closing are very light, while the sealing joint strip group of door will not be stuck in box frame 2a edges.

Second of embodiment

Figure 14 shows transverse direction of the door described in the utility model for container under second of embodiment Part section top view after cutting.Figure 15 shows that the door described in the utility model for container is real at second Apply the left view of top lintel part section after the longitudinally cutting under mode.

As shown in figs. 14-15, difference lies in the first gold medal in present embodiment for present embodiment and first embodiment Belong to frame Part II be mutually perpendicular to the first metal framework Part I, by by flanking plastic frame 22b (such as Figure 20 institutes Show), top lintel plastic frame 23b (as shown in figure 21) and itself angle of inclination of bottom sill plastic frame are expanded to reaches it Angular range to required by inclined plane B, inclined plane B ' and inclined plane B " (see Figure 13).Specifically it may be referred to the first implementation Mode.Details are not described herein.It should be noted that the first doorframe Part I has four kinds of situations at this time.The first situation is： First plastic door frame is inclined by setting, and the first metal door frame is vertically arranged so that be provided thereon, will with box frame against The end face of first sealing joint strip group forms the heeling condition coordinated with first inclined plane.The second situation is：Described first Plastic door frame and first metal door frame are all inclined by setting so that be provided thereon, will with box frame against first The end face of sealing joint strip group forms the heeling condition coordinated with first inclined plane.The third situation is：First plastics Doorframe and first metal door frame are all positioned essentially vertically in relation to one another.4th kind of situation be：First plastic door frame is vertically arranged, described First metal door frame is obliquely installed, and forms the first inclined-plane.

The third embodiment

Figure 16 shows vertical view of the door described in the utility model for container under the third embodiment Cross-section structure.

As shown in figure 16, difference lies in the conduct first in present embodiment for present embodiment and second embodiment The extending direction of the flanking plastic frame 22c of plastic frame is mutually perpendicular to the first metal framework Part I, only passes through inclination The the first plastic door frame 13c (the first metal door frame is vertically arranged at this time) set is by the first sealing joint strip 31c and the second fluid sealant Planar tilt where the free end A of bar 32c is arranged in the range of 91-100 °.

Likewise, to same top lintel plastic frame and bottom sill as the first plastic frame in present embodiment The set-up mode of plastic frame is identical with flanking plastic frame 22c, and details are not described herein.

Figure 26 illustrates the opening and closing process under present embodiment.Door-plate 1c leaves the mistake with direction exchange box body frame 2c Cheng Zhong, due to for the gap d2 increases between the door-plate 1c and box frame 2c by sealing joint strip group, hence it is evident that reduce three The resistance that road sealing joint strip (not shown in Figure 26, it is located on the doorframe of door-plate 1c ends) is subject to, so that door is opened Open and close very light, while the sealing joint strip group of door will not be stuck in box frame 2c edges.

In other embodiments, as the first plastic frame flanking plastic frame extending direction and the first metal framework Part II is mutually perpendicular to, by the first plastic door frame for being obliquely installed and the first metal door frame by the first sealing joint strip group from In the range of being arranged on 91-100 ° by the planar tilt where end, the scope of protection of the utility model is fallen within.

In other embodiment, as the extending direction of the flanking plastic frame of the first plastic frame and the first metal framework Two parts are mutually perpendicular to, only by being obliquely installed the first metal door frame (the first plastic door frame is vertically arranged at this time) by the first sealing Planar tilt where the free end of adhesive tape group is arranged in the range of 91-100 °, falls within the scope of protection of the utility model.

4th kind of embodiment

Figure 17 shows vertical view of the door described in the utility model for container under the 4th kind of embodiment Cross-section structure.

As shown in figure 17, the difference of the embodiment and the third embodiment is：Shown the in Figure 17 Distance of the groove away from box frame 2d for being used to house the first sealing joint strip 31d on one plastic door frame 13d in Figure 16 than showing It is used to house the groove of the first sealing joint strip 31c to the distance of box frame 2c closer to making on the first plastic door frame 13c shown In Figure 17 the first sealing joint strip 31d from box frame 2d than the first sealing joint strip 31c in the 3rd embodiment (Figure 16) from case Body frame 2c closer to so that the first sealing joint strip 31d under door closed mode compared to the third embodiment more It is bonded box frame 2d.

In addition, it can also be seen that the first sealing joint strip 31d, the free end A places of the second sealing joint strip 32d from Figure 17 Plane form inclined plane.And under the present embodiment, the free end of the 3rd sealing joint strip 33d is not at the first fluid sealant In clinoplain where the free end A of bar 31d and the second sealing joint strip 32d.It should be noted that in other embodiment In, the free end of the 3rd sealing joint strip 33d can also be located at the free end A of the first sealing joint strip 31d and the second sealing joint strip 32d In the clinoplain at place.It is identical with the 3rd embodiment with part, and details are not described herein.

In the present embodiment, by varying accommodating each sealing joint strip on the first plastic door frame and/or the first metal door frame The distance between groove distance box frame, so that the first sealing joint strip 31d, the second sealing joint strip 32d and/or the 3rd fluid sealant Plane where the free end A of bar 33d forms inclined plane.

, can be by varying accommodating each sealing on the first plastic door frame and/or the first metal door frame in other embodiment The depth of the groove of adhesive tape, so that oneself of the first sealing joint strip 31d, the second sealing joint strip 32d and/or the 3rd sealing joint strip 33d Inclined plane is formd as the plane where the A of end.

In other embodiment, accommodating each sealing joint strip on the first plastic door frame and/or the first metal door frame is not changed Depth of groove, groove and box frame distance in the case of, can also be directly by varying the first sealing joint strip 31d, second The size dimension of sealing joint strip 32d and/or the 3rd sealing joint strip 33d, so that the first sealing joint strip 31d, the second sealing joint strip 32d And/or the 3rd sealing joint strip 33d free end A where plane form inclined plane.

In other embodiment, by varying accommodating each sealing joint strip on the first plastic door frame and/or the first metal door frame Depth of groove, groove and box frame distance, each sealing joint strip size cooperate operate so that the first sealing joint strip Plane where the free end A of 31d, the second sealing joint strip 32d and/or the 3rd sealing joint strip 33d forms inclined plane, falls within The scope of protection of the utility model.

5th kind of embodiment

Figure 18 shows vertical view of the door described in the utility model for container under the 5th kind of embodiment Cross-section structure.

As shown in figure 18, which is with the first embodiment difference, the first metal door frame 12e and One plastic door frame 13e is set perpendicular to the inner surface C of the internal hilar plate 14e of door-plate 1e, this causes the first sealing joint strip 31e and second Coordinating between the plane and inclined plane B where the free end A of sealing joint strip 32e, there are certain differential seat angle.The embodiment In, integrally formed plastic door frame 16e as shown in figure 22 can be used to replace above-mentioned first metal door frame 12e and the second plastics Doorframe 13e.

The free end of 3rd sealing joint strip 33e needs not be in the first sealing joint strip 31e's and the second sealing joint strip 32e Plane where the A of free end.But in other embodiments, it is close can also to be located at first for the free end of the 3rd sealing joint strip 33e Plane where the free end A of seal strip 31e and the second sealing joint strip 32e.

In other embodiments, the plastic door frame that doorframe can also be integrally formed, and at least set on plastic door frame There are the first sealing joint strip set gradually along the slave babinet of door-plate to outside babinet, the second sealing joint strip and the 3rd sealing joint strip, Plane where the free end of first sealing joint strip, the second sealing joint strip and the 3rd sealing joint strip is formed inclines with what inclined plane coordinated Ramp-like state.

At this time, that side surface of the first plastic frame towards first door-plate is formed slopely first inclined plane. Alternatively, that side surface of the first metal framework Part II and first plastic frame towards the first door-plate tilts shape jointly Into first inclined plane.It is unrestricted in the utility model.

6th kind of embodiment

Figure 23 shows vertical view of the door described in the utility model for container under the 6th kind of embodiment Cross-section structure.Figure 24 shows a kind of structure of first metal door frame.

As shown in figure 23, the embodiment and the first above-mentioned embodiment are essentially identical, and difference is its metal Doorframe 12f uses structure as shown in figure 24, this allows the part on the outside of container of the 3rd sealing joint strip 33f more preferable Ground covers gap, so as to preferably play the role of rain cover, sealing.

7th kind of embodiment

Difference lies in first metal framework includes connecting with container body for present embodiment and first embodiment The the first metal framework Part I connect and the first metal frame extended from the first metal framework Part I into container Frame Part II, the first metal framework Part II are connected with first plastic frame, and first plastic frame erects It is straight to set, and the first metal framework Part II is obliquely installed to form the first inclined-plane.

At this time, the first doorframe has following several situations.The first situation is：First metal door frame and the first plastic door frame are all It can be vertically arranged.The second situation is：First metal door frame and the first plastic door are all obliquely installed to form the first inclined-plane.3rd Kind of situation is：First metal door frame is obliquely installed, and forms the first inclined-plane, and the first plastic door frame is vertically arranged, and the 4th situation is：The One metal door frame is vertically arranged, and the first plastic door frame is obliquely installed, and forms the first inclined-plane.

8th kind of embodiment

Figure 27 illustrates a kind of embodiment that the door described in the utility model for container is used for double door Under top view cross section structure.Figure 28 shows D regions structure for amplifying in Figure 27.Figure 29 show in Figure 27 the unlatching of double door and Closing process.

In present embodiment, the door-plate of container is except including the first door-plate 4, also with the second door-plate 5.First door-plate 4 It is in split design with the second door-plate 5.First door-plate 4 and the corner post side connection corresponding with container respectively of the second door-plate 5.Relatively Rest frame includes the doorframe of box frame 9 and door-plate pent first.It is to be directed to one when carrying out principle analysis below Pent situation is qualitatively illustrated fan door.

As shown in Figure 27-28, the first door-plate 4 includes the first door-plate body and first arranged on the first door-plate body end Frame, wherein the first door-plate body is included towards the internal hilar plate 44 on the inside of container and towards the external door panel 41 on the outside of container, it is interior Door-plate 44 has inner surface C₁；First doorframe has the first doorframe Part I close to the setting of box frame 9 (for the ease of saying It is bright will herein position be labeled as region E) and close to the second door-plate 5 set the first doorframe Part II.Second door-plate 5 includes Second door-plate body and the second doorframe arranged on the second door-plate body end, wherein the second door-plate body is included towards in container The internal hilar plate 54 of side and there is inner surface C towards the external door panel 51 on the outside of container, internal hilar plate 54₂；Second doorframe has close The second doorframe Part I that box frame 9 is set (for convenience of description will herein position be labeled as region F) and close to the The second doorframe Part II that one door-plate 4 is set.After wherein the first doorframe Part II is opposite with the second doorframe Part II, shape Into the crack between a door and its frame position of two fan chamber doors under chamber door closure state, region D will be labeled as in position herein for convenience of description.

Structure in wherein region F and the structure in the E of region are mirror symmetry, specifically, the second doorframe Part I The 4th plastic door frame including the 4th metal door frame and with the 4th metal door frame joggle, the 4th plastic door frame are inclined by setting, with Make to be provided thereon will with box frame against the end face of the 3rd sealing joint strip group form what is coordinated with the 3rd inclined plane Heeling condition.In addition, the structure of the first doorframe Part I is with specific reference to the first~seven kind of embodiment.For the first door-plate 4 It may refer to the connection mode of the second door-plate 5 and the box frame 9 of container but be not limited to the above-mentioned first~the 5th embodiment party Formula, details are not described herein.

It should be further noted that the first doorframe Part I of the first door-plate 4 is equipped with the first sealing joint strip group 6, The abutment face that the first sealing joint strip group 6 and that side surface of box frame 9 towards the first door-plate 4 are formed when abutting For the first inclined plane G₁.Second doorframe Part I of the second door-plate 5 is equipped with the 3rd sealing joint strip group 8, the 3rd fluid sealant The abutment face that article group 8 and that side surface of box frame 9 towards the second door-plate 5 are formed when abutting is the 3rd inclined plane G₃。

It is described further for the seam crossing structure of the first door-plate 4 and the second door-plate 5.As shown in Figure 27-28, second The Part II of second doorframe of door-plate 5 is equipped with the second sealing joint strip group 7, the second sealing joint strip group 7 and the first doorframe The abutment face that two that side surface for being partially toward the second door-plate 5 are formed when abutting is the second inclined plane G₂。

As shown in figure 28, the first doorframe Part II of the first door-plate 4 includes 43 He of the 3rd plastic door frame of mutual joggle 3rd metal door frame 42, its structurally and functionally similar to the plastic frame in Figure 14 and metal framework structurally and functionally；Second Second doorframe Part II of plate 5 includes the second plastic door frame 53 and the second metal door frame 52, its structure and work of mutual joggle With the plastic door frame in similar Figure 14 and metal door frame structurally and functionally.Second sealing joint strip group 7 is included on the inside of container The first sealing joint strip 71, the second sealing joint strip 72, the 3rd sealing joint strip 73 being arranged in order laterally, wherein the first sealing joint strip 71st, the second sealing joint strip 72 is arranged on plastic door frame 53, and the 3rd sealing joint strip 73 is arranged on metal door frame 52.Wherein, plastic door Frame 53 is inclined by setting so that at least the first sealing joint strip 71, the end face of the second sealing joint strip 72 are formed and the second inclined plane G₂ The heeling condition of cooperation.

In other embodiments, the structure at 5 crack between a door and its frame position of the first door-plate 4 and the second door-plate can exchange in D regions.

In the double door of above-mentioned container, the first inclined plane G₁, the second inclined plane G₂, the 3rd inclined plane G₃And internal hilar plate 44 inner surface C₁With the inner surface C of internal hilar plate 54₂Set in 91 ° -100 ° of angles so that fluid sealant when double door is closed Bar group will not be closed laborsaving by excessive compression.As shown in figure 29, this structure causes the first door-plate 4 in double swing doors During closing, the second door-plate 5 is during opening and closing action is carried out, due to for the second door-plate by sealing joint strip group 5 leave and turn to the gap d3 increases between the first door-plate 4, and (not shown in Figure 29, it is located at second to the second sealing joint strip group 7 On second doorframe of 5 end of door-plate) it is subject to the resistance of very little, the second sealing joint strip group 7 is not easy to be stuck in 4 edge of the first door-plate, So that close very laborsaving during chamber door.

In the respective embodiments described above, material that plastic door frame and plastic frame use can be PVC (polyvinyl chloride), PE (polyethylene), PP (polypropylene), in PS (polystyrene), ABS (acrylonitrile, butadiene, the polymer of three kinds of styrene composition) One or more.The material that metal door frame uses can be aluminium.

It is specific to form the second inclined plane G₂The second metal door frame, the second plastic door frame, the 3rd metal door frame, the 3rd plastics The mode that is obliquely installed of doorframe refers to the first~seven kind of embodiment.

In the container of the utility model, its door using the above structure, due to other primary structures and the prior art Employed in structure have no significantly different, therefore be no longer described in detail herein by other Figure of description.

It should be noted that prior art part is not limited to present specification institute in the scope of protection of the utility model The embodiment provided, including but not limited to all prior arts not contradicted with the embodiment of the utility model, first patent Document, first public publication, formerly openly use etc., it can all include the scope of protection of the utility model.

In addition, it should also be noted that, institute in the combination of each technical characteristic and unlimited this case claim in this case Combination described in the combination or specific embodiment of record, all technical characteristics described in this case can be to appoint Where formula is freely combined or is combined, unless producing contradiction between each other.

It should be noted that the described above of disclosed embodiment enables professional and technical personnel in the field apparent Ground is a variety of similar to changing and modifications for the present embodiment progress, and this similar change is that those skilled in the art can be new from this practicality Type disclosure immediately arrives at or is easy to all deformations just associated, and should all belong to the protection model of the utility model Enclose.Therefore the utility model will not be limited be subject to the embodiment.

Claims

1. a kind of door for container, it includes box frame and door-plate, and the door-plate includes door-plate body and is arranged on The doorframe of door-plate body end, the doorframe are equipped with sealing joint strip group；It is characterized in that, under the closed mode of door, The sealing joint strip group is resisted against relative on the static opposing stationary frame of the doorframe, the sealing joint strip group with it is relatively quiet The abutment face formed when only frame abuts is inclined plane.

2. it is used for the door of container as claimed in claim 1, it is characterised in that the door-plate includes the first door-plate, institute Stating the first door-plate includes the first door-plate body and the first doorframe arranged on the first door-plate body end, the opposing stationary frame bag The box frame set close to the first door-plate is included, first doorframe at least has the first doorframe the set close to box frame A part, the first doorframe Part I are equipped with the first sealing joint strip group, under the closed mode of door, described first Sealing joint strip group is resisted against on the box frame that close first door-plate is set, the first sealing joint strip group and box frame The abutment face formed when abutting is the first inclined plane.

3. it is used for the door of container as claimed in claim 2, it is characterised in that first inclined plane and the first door-plate The angle on the door-plate surface of body is 91-100 °.

4. it is used for the door of container as claimed in claim 3, it is characterised in that first door-plate body includes direction Internal hilar plate on the inside of container and towards the external door panel on the outside of container, described 91 ° -100 ° of angle are the first inclined plane and the The angle of the inner surface of the internal hilar plate of one door-plate body.

5. it is used for the door of container as claimed in claim 2, it is characterised in that the box frame is towards described first That side surface of door-plate is formed slopely first inclined plane.

6. it is used for the door of container as claimed in claim 5, it is characterised in that the case that close first door-plate is set Body frame includes the first metal framework on the outside of babinet and is connected with first metal framework and is located at box inside First plastic frame, that side surface of first plastic frame towards first door-plate are formed slopely described first and tilt Face.

7. it is used for the door of container as claimed in claim 6, it is characterised in that first metal framework includes and collection First metal framework Part I of vanning babinet connection and extend into container from the first metal framework Part I First metal framework Part II, the first metal framework Part II are connected with first plastic frame, and with described That side surface of one plastic frame towards the first door-plate is formed slopely first inclined plane jointly.

8. it is used for the door of container as claimed in claim 2, it is characterised in that the first doorframe Part I is set It is set to：Make it is being provided thereon, will with box frame against the first sealing joint strip group free end where plane formed with it is described The heeling condition that first inclined plane coordinates.

9. it is used for the door of container as claimed in claim 8, it is characterised in that the first doorframe Part I includes First metal door frame and the first plastic door frame being connected with first metal door frame, first plastic door frame are inclined by setting, So that be provided thereon, will with box frame against the first sealing joint strip group end face formed with first inclined plane coordinate Heeling condition.

10. it is used for the door of container as claimed in claim 8, it is characterised in that the first doorframe Part I bag Include the first metal door frame and the first plastic door frame being connected with first metal door frame, first plastic door frame and described first Metal door frame is inclined by setting so that be provided thereon, will with box frame against the end face of the first sealing joint strip group formed The heeling condition coordinated with first inclined plane.

11. the door for container as described in any one in claim 1-10, it is characterised in that the door-plate is also The second door-plate including with the first door-plate being in split setting, second door-plate include the second door-plate body and arranged on the second door-plates Second doorframe of body end, second doorframe have the second doorframe Part II set close to the first door-plate side；It is described First doorframe also has the first doorframe Part II set close to the second door-plate side；The second doorframe Part II or First doorframe Part II is equipped with the second sealing joint strip group, and correspondingly the opposing stationary frame further includes the first doorframe second Part or the second doorframe Part II, under the closed mode of door, the second sealing joint strip group is resisted against the first doorframe On Part II or the second doorframe Part II, the second sealing joint strip group and the first doorframe Part II or the second doorframe the The abutment face that two parts are formed when abutting is the second inclined plane.

12. it is used for the door of container as claimed in claim 11, it is characterised in that second inclined plane and second The angle on the door-plate surface of plate body is 91-100 °.

13. it is used for the door of container as claimed in claim 12, it is characterised in that second door-plate body includes court To the internal hilar plate on the inside of container and towards the external door panel on the outside of container, described 91 ° -100 ° of angle be the second inclined plane and The angle of the inner surface of the internal hilar plate of second door-plate body.

14. as claimed in claim 11 be used for container door, it is characterised in that the first doorframe Part II or Second doorframe Part II includes the second metal door frame and the second plastic door frame for being connected with second metal door frame, and described second Plastic door frame is inclined by setting, and coordinates so that the end face for the second sealing joint strip group being provided thereon is formed with second inclined plane Heeling condition.

15. as claimed in claim 14 be used for container door, it is characterised in that the first doorframe Part II or Second doorframe Part II includes the second metal door frame and the second plastic door frame for being connected with second metal door frame, and described second Plastic door frame is inclined by setting with second metal door frame so that the second sealing joint strip group being provided thereon end face formed with The heeling condition that second inclined plane coordinates.

16. it is used for the door of container as claimed in claim 11, it is characterised in that second doorframe has close to case The second doorframe Part I that body frame is set, the second doorframe Part I are equipped with the 3rd sealing joint strip group, the phase The box frame set close to the second door-plate, under the closed mode of door, the 3rd sealing joint strip are further included to rest frame Group is resisted against on box frame, and the abutment face formed when it is abutted with box frame is the 3rd inclined plane.

17. it is used for the door of container as claimed in claim 16, it is characterised in that the 3rd inclined plane and second The angle on the door-plate surface of plate body is 91-100 °.

18. it is used for the door of container as claimed in claim 17, it is characterised in that second door-plate body includes court To the internal hilar plate on the inside of container and towards the external door panel on the outside of container, described 91 ° -100 ° of angle be the 3rd inclined plane and The angle of the inner surface of the internal hilar plate of second door-plate body.

19. it is used for the door of container as claimed in claim 16, it is characterised in that set close to the second door-plate described That side surface of box frame towards the second door-plate is formed slopely the 3rd inclined plane.

20. it is used for the door of container as claimed in claim 19, it is characterised in that the babinet set close to the second door-plate Frame includes the second metal framework set close to the second door-plate and the second plastics set close to the second door-plate being connected with it Frame, that side surface of second plastic frame towards the second door-plate are formed slopely the 3rd inclined plane.

21. as claimed in claim 20 be used for container door, it is characterised in that second metal framework include with The the second metal framework Part I and extend from the second metal framework Part I into container that container body connects The second metal framework Part II, the second metal framework Part II and the second plastics of close the second door-plate setting Frame connects, and that side surface of the second plastic frame towards the second door-plate set with close second door-plate is inclined jointly It is oblique into the 3rd inclined plane.

22. it is used for the door of container as claimed in claim 16, it is characterised in that the second doorframe Part I quilt It is arranged to：Make it is being provided thereon, will with box frame against the 3rd sealing joint strip group free end where plane formed and institute State the heeling condition of the 3rd inclined plane cooperation.

23. it is used for the door of container as claimed in claim 22, it is characterised in that the second doorframe Part I bag The 4th metal door frame and the 4th plastic door frame being connected with the 4th metal door frame are included, the 4th plastic door frame is inclined by setting Put so that be provided thereon, will with box frame against the 3rd sealing joint strip group end face formed with the 3rd inclined plane The heeling condition of cooperation.

24. it is used for the door of container as claimed in claim 22, it is characterised in that the second doorframe Part I bag Include the 4th metal door frame and the 4th plastic door frame being connected with the 4th metal door frame, the 4th plastic door frame and the described 4th Metal door frame is inclined by setting so that be provided thereon, will with box frame against the end face of the 3rd sealing joint strip group formed The heeling condition coordinated with the 3rd inclined plane.

25. a kind of container, it has the door as described in any one in claim 1-24.