CN201672643U - Combined non-cold-bridge sealing box - Google Patents
Combined non-cold-bridge sealing box Download PDFInfo
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- CN201672643U CN201672643U CN2010202032409U CN201020203240U CN201672643U CN 201672643 U CN201672643 U CN 201672643U CN 2010202032409 U CN2010202032409 U CN 2010202032409U CN 201020203240 U CN201020203240 U CN 201020203240U CN 201672643 U CN201672643 U CN 201672643U
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Abstract
The utility model relates to a combined non-cold-bridge sealing box, which mainly comprises a sealing plate and a bonding component thereof, a sealing door and a doorframe component thereof, a sealing strip and a fastener, wherein a bonding end with a female bonding part or a male bonding part is formed at one part of the integrally molded bonding component, and the other part thereof comprises a connecting end formed on the outer lateral wall and the inner lateral wall and used for connecting the sealing plate; a bonding end with a female bonding part or a male bonding part is formed at one part of the integrally molded doorframe component, and the other part thereof comprises a hollow cylinder and a horizontally extending doorframe edge. The bonding component and the doorframe component respectively comprise a type for forming two adjacent plates/components into linear abutting and also comprise a type for forming the two adjacent plates/components into right-angled abutting. The sealing strip is basically clamped in parallel between the inner lateral wall of the bonding component and the inner lateral panel of the sealing plate or clung to the inner side of the doorframe component and coated at the periphery of the doorframe edge. The utility model has optimized non-cold-bridge structure and excellent sealing property, realizes the rapid assembly of the integral sealing box and improves the work efficiency.
Description
Technical field
What the utility model was related is the seal case of central air conditioning equipment, particularly relates to the seal case that sealing strip composite assembly that a kind of attachment that are made of sealing plate, shape and polymer composite constitute forms.
Background technology
Air-conditioning system can be divided into domestic air conditioning, central air-conditioning, refrigerating equipment, car air-conditioner etc. according to the purposes difference.Wherein, central air-conditioning claims centralized air-conditioning and half centralized air-conditioning again, is that a kind of concentrating by main frame provides thermal source or low-temperature receiver, and carries the complex control system of cold or heat according to designing requirement to chummery not.Central air conditioner system mainly comprises central air conditioner main machine, end-equipment and relevant corollary equipment.Central air conditioner main machine is for producing the equipment of Cooling and Heat Source, mainly comprise reciprocation chiller group, screw-type water chiller, centrifugal refrigerating machines, lithium bromide absorption cold and hot water unit, Air Cooled Type Water Heater Chiller, water source heat pump units and the industrial and commercial unitary air conditioner unit etc. of using.The central air-conditioning end-equipment mainly comprises assembled air-conditioner unit, fan coil etc. for Cooling and Heat Source being converted into the go forward side by side equipment of line correlation air-treatment of cold and hot wind.The assembled air-conditioner unit then is not to be with cold and heat source by what various air-treatment function sections assembled, and refrigerant is a water, and thermal source is a kind of airhandling equipment of water or steam.Has the cell cube of air being carried out one or more processing capacities.These unit functional sections comprise: air mixing, current-sharing, slightly imitate filtration, medium air filtration, high-medium efficient or inferior high efficiency filter, cooling, once with post bake, dry, humidification, pressure fan, centre, water spray, noise elimination etc.Central air conditioner main machine, air-treatment unit (AHU) or fan coil etc., water pipe, airduct, cooling tower, valve etc. have been formed central air conditioner system jointly.
Usually the air-treatment unit is that cold and hot coil pipe is installed in the casing that the warming plate of sealing forms, and with the refrigeration that guarantees whole unit equipment or heat effect, and the existence of general cold bridge structure will directly have influence on the effect of heat insulation of seal case.In order to improve the effect of heat insulation of seal case, various forms of no cold bridges designs are for known in the industry, for example Chinese invention patent ZL01278833.3 disclose a kind of in frame do not have cold bridge purification air-conditioning casing, comprise inner frame and be fixed in outer warming plate on the inner frame by screw.But this structure is relatively complicated, needs inner frame and external thermal insulation combination, and the cost of material is risen, and during installation fee.
China utility model patent ZL 200420081591.1 discloses another kind of no cold bridge combined labyrinth and carbon gland plate.The combined labyrinth and carbon gland casing of this design has adopted the structural design of frame, by cover plate, base plate and the side plate that is made of aluminium alloy extrusions and sealing plate, is aided with member composite assemblies such as plastic member, tapping screw, reinforcement and forms.But the technological requirement height when its defective is to install, step is many, and level between the splice plate and perpendicular alignmnet precision are difficult to control, and sealing effectiveness is relatively poor.
Therefore, need a kind of new combined type simple in structure not have cold bridge seal box structure really, can overcome above-mentioned the deficiencies in the prior art, improve installation effectiveness, guarantee sealing effectiveness.
Summary of the invention
Main purpose of the present utility model provides a kind of combined labyrinth and carbon gland case of new central air conditioning equipment, by the sealing warming plate that can assemble fast and aluminium alloy engagement member thereof, sealing insulation door-plate and doorframe component thereof, and sealing strip and securing member combine, simple in structure, dismounting easily, the no cold bridge with optimization designs good sealing effect.
The combined labyrinth and carbon gland case that is provided according to the utility model above-mentioned purpose is mainly by sealing warming plate, sealing plate engagement member, engagement member sealing strip, hermatic door, doorframe component, doorframe component sealing strip, and securing member combines.Wherein, described sealing warming plate comprises inner panel, outer side panel and the thermal insulation layer between interior outer side panel; Described hermatic door comprises inner panel, outer side panel, the thermal insulation layer between interior outer side panel, and the bound edge cover that is enclosed within the sealing door periphery; The hardware that described sealing plate engagement member is formed in one comprises a kind ofly being used to make two types of being connected of the sealing plates of butt joint in line, and the type that is connected of a kind of sealing plate that is used to make two butt joints that meet at right angles; The hardware that described doorframe component is formed in one comprises a kind of type of being connected of sealing plate that is used for butt joint in line, and a kind of type of being connected with the sealing plate that docks of meeting at right angles of being used for.
Advantageously, the part of described engagement member forms the abutting end that is provided with female junction surface or public junction surface, and its another part comprises lateral wall and madial wall, is formed for connecting the link of sealing plate; The part of described doorframe component is formed with the abutting end at female junction surface or public junction surface, and its another part comprises hollow cylinder and the horizontally extending doorframe limit that is formed by interior lateral wall and left and right sides end wall; Therefore, engagement member is connected with sealing plate by its link, between sealing plate and the sealing plate in line or the butt joint of the relation of meeting at right angles can combine by the corresponding female junction surface or the public junction surface of the abutting end between the engagement member, between the doorframe component of hermatic door and the sealing plate in line or the butt joint of the relation of meeting at right angles can be by doorframe component the abutting end of abutting end and sealing plate engagement member between corresponding female junction surface or public junction surface combine, thereby the quick assembling between the realization sealing plate.
Further, the polymer composite member that described engagement member sealing strip is formed in one, PVC plastics for example, its L-shaped basically cross section, comprise long one section and short one section, this short one section inboard has defined fastening structure, for example tenon groove or fastener groove, its shape is corresponding to the fastening structure that forms near the part of madial wall at the end face of described engagement member, for example tenon or fastener, this long one section defined shape in inboard is consistent with the shape of the madial wall of described engagement member, especially, the II type sealing strip of described engagement member short one section outer surface also is provided with at least two soft projectioies separately, and therefore described engagement member sealing strip is located between the inner panel of the madial wall of described engagement member and sealing plate substantially parallelly.
Its favourable part is, after the sealing plate and sealing plate combination of said structure, pass through the corresponding mutual interlock combination in female junction surface or public junction surface between the described engagement member, the engagement member sealing strip is then with the inboard closed allround of junction, particularly by the soft projection on the II type sealing strip, with II type engagement member inboard and the slit closed allround that meets at right angles between the sealing plate inner panel of docking, realize the no cold bridge structural design of these two kinds of junctions, obtained good sealing effectiveness.
In addition, the polymer composite member that described doorframe component sealing strip is formed in one, its L-shaped basically cross section, comprise long one section and short one section, this short one section inboard has defined fastening structure, for example tenon groove or fastener groove, its shape is corresponding to the fastening structure that forms near the part of madial wall at the end face of described engagement member, for example tenon or fastener, the madial wall of this long one section defined shape in inboard and described doorframe component and the shape on doorframe limit are consistent, especially, described doorframe component sealing strip also is provided with a plurality of soft projectioies on the outer surface of hermatic door, corresponding to set soft projection on the cover inner surface of hermatic door limit, and the II type sealing strip of described doorframe component short one section outer surface also be provided with at least two soft projectioies separately, therefore described doorframe component sealing strip is close to the inner surface of described doorframe component substantially parallelly and is coated the periphery on described doorframe limit basically.
Advantageously, hermatic door when said structure, after doorframe component and the sealing plate assembling, described doorframe component is by the corresponding mutual interlock combination in female junction surface or public junction surface, the doorframe component sealing strip is then with the inboard closed allround of its junction, particularly, by the soft projection on the II type sealing strip, inboard and the slit closed allround between the sealing plate inner panel that connects of meeting at right angles with II type doorframe component, more particularly, interlaced interval cooperates between soft projection on the sealing strip for door frame doorframe limit and the soft projection that the hermatic door bound edge puts, makes the junction of hermatic door and doorframe realize the structural design of no cold bridge good seal.
Others of the present utility model and feature and advantage thereof are carried out more detailed introduction by way of example with the specific embodiment in conjunction with the accompanying drawings below in specification.
Description of drawings
Fig. 1 is not for there being the three-dimensional appearance schematic diagram of cold bridge seal box according to combined type of the present utility model;
Fig. 2 is not for there being the front view of cold bridge seal box according to combined type of the present utility model;
Fig. 3 is not for to have the cutaway view of cold bridge seal box along A-A line among Fig. 2 according to combined type of the present utility model;
Fig. 4 is not for to have the cutaway view of cold bridge seal box along B-B line among Fig. 2 according to combined type of the present utility model;
Fig. 5 is the cross-sectional schematic of the assembling form between the sealing plate I type engagement member that docks in line that does not have the cold bridge seal box according to combined type of the present utility model;
Fig. 6 A-6B is the schematic perspective view of the sealing plate assembling effect shown in Fig. 5;
Fig. 7 A-7D is respectively cutaway view and the stereogram according to the specific embodiment of first kind of aluminium alloy I of the utility model type attachment;
Fig. 8 A-8D is respectively cross-sectional schematic and the schematic perspective view according to the specific embodiment of second kind of aluminium alloy II of the utility model type attachment;
Fig. 9 A and 9B be not for having meet at right angles the sealing plate I type engagement member of butt joint and the cross-sectional schematic of the assembling form between the II type engagement member of cold bridge seal box according to combined type of the present utility model;
Figure 10 A and 10B are cutaway view and the stereogram according to the specific embodiment of II type engagement member of the present utility model;
Figure 11 is the preceding schematic perspective view of assembling between sealing plate I type engagement member and the II type engagement member of butt joint that meets at right angles;
Figure 12 is the schematic perspective view after assembling between sealing plate I type engagement member and the II type engagement member of butt joint of meeting at right angles;
Figure 13 is not for having side seal plate and the end sealing plate of horizontal direction and the cross-sectional schematic of the assembling form between the base of cold bridge seal box vertical direction according to combined type of the present utility model;
Figure 14 A and 14B be not for having the cutaway view and the stereogram of the I type engagement member sealing strip specific embodiment of cold bridge seal box according to combined type of the present utility model;
Figure 15 A and 15B be not for having the cutaway view and the stereogram of the II type engagement member sealing strip specific embodiment of cold bridge seal box according to combined type of the present utility model;
Figure 16 A and 16B be not for having the cutaway view and the stereogram of the I type doorframe component sealing strip specific embodiment of cold bridge seal box according to combined type of the present utility model;
Figure 17 A and 17B be not for having the cutaway view and the stereogram of the II type doorframe component sealing strip specific embodiment of cold bridge seal box according to combined type of the present utility model;
Figure 18 A is not for there being the front view of the right-angle connector specific embodiment of cold bridge seal box according to combined type of the present utility model;
Figure 18 B is one of the stereogram of the right-angle connector of Figure 18 A;
Figure 18 C be Figure 18 A right-angle connector stereogram two;
Figure 18 D is the cutaway view of the right-angle connector of Figure 18 A along C-C;
Cutaway view and stereogram that Figure 19 A and 19B overlap for the hermatic door bound edge that does not have the cold bridge seal box according to combined type of the present utility model;
Figure 20 A and 20B be not for there being the schematic perspective view of the assembling form of docking with right-angle connector between the engagement member on adjacent both sides, cold bridge seal box sealing plate right angle according to combined type of the present utility model;
Figure 21 A and 21B are the cutaway view of one of assembling form specific embodiment of not having cold bridge seal box sealing plate and hermatic door doorframe according to combined type of the present utility model and docking in line;
Figure 22 A and 22B are two cutaway view of the assembling form specific embodiment that do not have cold bridge seal box sealing plate and hermatic door doorframe according to combined type of the present utility model and dock in line;
Figure 23 A and 23B be not for there being the meet at right angles cutaway view of the assembling form specific embodiment that docks of cold bridge seal box sealing plate and hermatic door doorframe according to combined type of the present utility model;
Figure 24 A and 24B are respectively cutaway view and the stereogram according to the specific embodiment of first kind of aluminium alloy I of the utility model type doorframe parts;
Figure 25 A and 25B are respectively cutaway view and the stereogram according to the specific embodiment of second kind of aluminium alloy I of the utility model type doorframe parts; And
Figure 26 A and 26B are respectively cutaway view and the stereogram according to the specific embodiment of aluminium alloy II type doorframe parts of the present utility model.
The specific embodiment
Describe the specific embodiment of the present utility model in detail below in conjunction with accompanying drawing.
As shown in Figure 1, mainly combined by the engagement member 120 between sealing plate 110, the sealing plate 110, hermatic door 130, doorframe component 140, right-angle connector 150 (seeing Fig. 5,6,18), engagement member sealing strip 160 (seeing Fig. 5,14,15), doorframe component sealing strip 170 (seeing Figure 16-17, Figure 21-23) and securing member 180 (seeing Fig. 9,10) according to combined labyrinth and carbon gland case 10 of the present utility model, its detailed structure is described below:
As an example rather than to restriction of the present utility model, the seal box 10 shown in Fig. 1 is a cuboid, two blocks of side plates, door-plate sealing together, two front side boards, three back side panels, three top-side panels and three blocks of bottom side plates about comprising.Fig. 2 is the front view of seal box 10 shown in Figure 1, and Fig. 3 is the cutaway view along the A-A line among Fig. 2, and Fig. 4 is the cutaway view along the B-B line among Fig. 2.Wherein, Dui Jie sealing plate is applied to the form that engages between the sealing plate in line, for instance, the structure position I that goes out as shown in Figure 3, the schematic diagram of its amplification is referring to shown in Fig. 5 A-5B and Fig. 6 A-6B.Between left side plate and the front and back side plate, be connected for meeting at right angles between top board and the side plate and between base plate and the side plate, specifically be applied to, for instance, structure position II that goes out as shown in Figure 4 and structure position III, the schematic diagram of its amplification is referring to Fig. 9 A-9B of back and shown in Figure 10.In addition, the sealing door-plate is applied to the structure position IV shown in Fig. 3 with the form that the side seal plate docks in line, sealing door-plate and the side seal plate form that is connected that meets at right angles then is applied to the structure position V shown in Fig. 3, respectively shown in Figure 21-23 of back.
Refer now to Fig. 5 A-5B, the ora terminalis of two sealing plates 110 that dock in line is with the I type engagement member 120 of two kinds of correspondences respectively, has adopted a kind of I type sealing strip 160 between sealing plate 110 and engagement member 130.As shown in the figure, the structure of sealing plate 110 mainly comprises the thermal insulation layer 113 between inner panel 111, outer side panel 112 and the interior outer side panel, for instance, can adopt PVC polyurethane foam layer.Wherein, interior outer side panel 111,112 can adopt metal decking, or the panel of any suitable material.
With reference to figure 6A-6B, the solid signal has shown before two sealing plates that dock in line 110 combinations and the contrast after the combination, engagement member 120 for both sides, sealing plate right angle, the engagement member 120 of its horizontal direction and vertical direction and sealing strip 160 all are cut into 45 degree oblique angles, make the engagement member 120 on both sides, right angle and the end of sealing strip 160 can be spliced into the right angle, inside in adjacent two engagement members 120 also is provided with right-angle connector 150, be used for fixing and connect adjacent level and the vertical engagement member 120 in both sides, sealing plate 110 right angle, can understand connected mode between this right-angle connector 150 and the engagement member 120 more intuitively with reference to the accompanying drawing 20A-20B of back.
The structure of first kind of I type engagement member 120 has the public junction surface 121a as shown in Fig. 7 A-7D; Corresponding, the structure of second kind of I type engagement member 120 has the female junction surface 121b shown in Fig. 8 A-8D.Public junction surface 121a is designed to can be snapped among corresponding female junction surface 121b.These two kinds of I type engagement members 120 are integrated aluminium alloy element, basically c-shaped cross section, comprise the junction surface 121a, the 121b that are formed on the abutting end, also comprise towards the lateral wall 122 of casing outside and the link that is formed for being connected sealing plate 110 towards the madial wall 123 of box house.As can be seen, the structure of extending along the length direction of these engagement members 120 also has: be formed with wedge shape draw-in groove 124 in lateral wall 122 inner surfaces from these figure; Be formed with positioning strip 125 in madial wall 123 inner surfaces to outer lug; The free end of madial wall 123 also forms the inside beveled edge of about 45 degree; In addition, be formed with trapezoidal tenon 126 respectively at the position near madial wall 123 on the end face.The trapezoidal tenon 126 of this I type engagement member 120 and the shape of madial wall 123 and size are covered by within the I type engagement member sealing strip 160 the trapezoidal tenon 126 of I type engagement member 120 and whole madial wall 123 outsides corresponding to the inboard shape size design of I type engagement member sealing strip 160.
I type engagement member sealing strip 160 is one-body molded by polymer composite, PVC hard material for example, and its structure is with reference to shown in figure 14A and the 14B, and its L-shaped basically cross section comprises long one section and short one section.Long one section is matched with the madial wall 123 shape sizes of I type engagement member 120, and grows one section free-ended inboard in this and be formed with the beveled edge of skewed slot 161 corresponding to madial wall 123.One section short a part of shape size of the end face with I type engagement member 120 matches, and in this short one section inboard tongue-and-groove 162 that forms corresponding to tenon 126.As we can see from the figure, this I type sealing strip 160 is long one section lateral surface, also is provided with the slightly upwards retaining edge 163 of protuberance, can form the backstop to sealing plate 110 inner panel 111 edges.
During installation, at first the madial wall 123 of I type aluminium alloy engagement member 120 skewed slot 161 and the tongue-and-groove 162 along I type sealing strip 160 inboards inserted along the length bearing of trend, make the sealing strip 160 whole outsides that are coated on the madial wall 123 and the tenon 126 of engagement member 120, and then when the outer side panel 112 of sealing plate 110 being inserted in the wedge shape draw-in groove 124 of I type aluminium alloy engagement members 120, be close to the long one section outside of I type sealing strip 160 and only be against retaining edge 163 with seasonal sealing plate 110 inner panel 111.Shown in Fig. 5 A, as can be seen, the length in reserve of the inner panel 111 of sealing plate 110 is slightly longer than the length of its outer side panel 112.Shown in Fig. 5 A and 5B, when two sealing plates that will dock in line engage, only need two kinds of I type aluminium alloy engagement members, 120 corresponding public junction surface 121a can be realized its quick connection with female junction surface 121b butt joint interlock.With reference to figure 6A and 6B, can be easier and understand the relation of docking between plate and the plate intuitively, panel has been removed the annexation of observing between the engagement member with convenient among the figure.
In the right-angle side position of sealing plate 110, the engagement member 120 of horizontal direction is in Corner butt joint with the engagement member 120 of vertical direction.The engagement member 120 on both sides, sealing plate right angle and the corresponding end of sealing strip 160 are cut into surplus miter angle mutually, and the butt joint back interconnects by being arranged at the engagement member 120 of inner right-angle connector 150 with the both sides, right angle mutually.The structure of right-angle connector 150 is shown in Figure 18 A to 18D, and wherein, Figure 18 A is the front view of right-angle connector 150; Figure 18 B and 18C are the stereogram of this right-angle connector 150; Figure 18 D is the cutaway view of this right-angle connector 150.The width size of right-angle connector 150 is more smaller than the distance between the interior lateral wall of engagement member 120, makes and can form certain clearance cooperation, the same length on the both sides, right angle of right-angle connector 150 between the two.Very favorable aspect is, the locating slots 151 that two of the one side surface formation of this right-angle connector 150 vertically also are communicated with mutually along the extension of both sides, right angle length direction, the corresponding to boss 152 of shape of the inboard of its opposite side surface formation and engagement member lateral wall 122.During connection, and for example Figure 20 A and 20B illustrated, earlier the both sides, right angle of right-angle connector 150 are inserted respectively in the space between the inside and outside two side of engagement member 120 of the engagement member 120 of horizontal direction and vertical direction, make the positioning strip (opinion) on the engagement member 120 insert in the locating slot 151 of right-angle connector 150, thereby make two engagement members 120 fixedly be docking together squarely each other.
Next, be the enlarged diagram of the structure position II shown in Fig. 4 with reference to figure 9A-9B, Figure 10 is the enlarged diagram of the structure position III shown in Fig. 4.At these two kinds of binding sites, wherein a side seal plate (as top board, base plate, and before or after side plate) the edge all adopted a kind ofly as the described II type of Figure 11 A-11B engagement member 120 ', its shape is " h " shape.With the structure similar of I type engagement member 120, it also comprises the abutting end that is formed with junction surface 121 ', also comprises the link that is used to be connected sealing plate 110 that lateral wall 122 ' and madial wall 123 ' form.Different places be, its abutting end is outwards horizontally extending one section of a lateral wall 122 ', and in formation junction surface 121 ', the inboard of this extension, preferred embodiment as shown in FIG. is female junction surface 121b ', but in a further embodiment, the abutting end of this II type engagement member 120 ' also can form public joint portion.That is to say that II type engagement member 120 ' and the difference of I type engagement member 120 only are that their opening direction at junction surface is different, become 180 degree and 90 to spend with engagement member 120,120 ' sidewall bearing of trend respectively.Further, Figure 11 A-11B also describes the cutaway view and the stereogram of the structure of II type engagement member 120 ' in detail.Structure similar with I type engagement member 120, this II type engagement member 120 ' also comprises the wedge shape draw-in groove 124 ' that is located on the lateral wall 122 ' inner surface, and establish positioning strip 125 ' on its madial wall 123 ' inner surface, and form the inside beveled edge of 45 degree in the free end of this madial wall 123 '.As one of option, another difference is, replaces the trapezoidal tenon 126 of I type member 120 end face inside lines, and the end face inside line of II type member 120 ' forms a fastener 126 '.The whole madial wall 123 ' of II type engagement member 120 ' and the shape of fastener 126 ' and size can be coated within the II type engagement member sealing strip 160 ' the whole madial wall 123 ' and the fastener 126 ' of II type engagement member 120 ' corresponding to the inboard shape size design of II type engagement member sealing strip 160 ' fully.
As shown in figure 12, in the middle of the sealing plate of the relation of meeting at right angles connects, wherein a side seal side plate edge can adopt I type engagement member 120 and I type sealing strip 160, edge perpendicular to the opposite side sealing plate of first side then adopts II type engagement member 120 ' and II type sealing strip 160 ', after both assemblings promptly as shown in figure 13.At last, pass through fastening bolt, the II type engagement member 120 ' of plate 110 sealing together wherein can be mutually permanently connected with the I type engagement member 120 of vertical another piece sealing plate 110, as shown in figure 10, the jointing end face of the I type engagement member 130 of the extension of the II type engagement member 120 ' of sealing plate and side seal plate was fixed together base, base plate and side plate three bottom fastening bolt 180 was upward through from C shape steel base 20.
The structure of this II type engagement member sealing strip 160 ', similar with I type engagement member sealing strip 160 shown in figure 15A and 15B, its L-shaped basically cross section also comprises long one section and short one section.Its long section matches with madial wall 123 ' the shape size of II type engagement member 120 ', and should be formed with the beveled edge of skewed slot 161 ' corresponding to madial wall 123 ' in long one section free-ended inboard.Its short section matches with the end face part shape size of II type engagement member 120 ', and in this long one section inboard fastener groove 162 ' that forms corresponding to fastener 126 '.As can also be seen from Figure, except with the similar retaining edge 163 ' of I type sealing strip 160, this II type sealing strip 160 ' also forms two projectioies 164 ' separately in short one section the outside, this lug boss 164 ' preferably adopts softer material, its advantage is, after installing, soft protruding 164 ' of this II type sealing strip 160 ' just in time is close on the inner panel 111 of sides adjacent sealing plate 110, plays good sealing effectiveness.
Next, introduce the structure of hermatic door and casing with reference to figure 21-23, the structure position IV that points out among Fig. 3 is a hermatic door 130 by the structure position that docks in line between I type doorframe component 140 and the front seal plate 110, as Figure 21 of amplifying and/or shown in Figure 22, structure position V then is the structure position of hermatic door 130 by meeting at right angles and be connected between II type doorframe component 140 ' and the left side sealing plate 110, as shown in figure 23.
At first referring to shown in Figure 21 and 22, the C shape bound edge cover 131 shown in Figure 19 A and 19B has been adopted in the edge of sealing door-plate 130, generally adopts the PVC material, and, preferably, be provided with soft projection 132 towards the side of doorframe at this bound edge cover 131.I type doorframe component 140 cooperates I type sealing strip for door frame 170 to be connected in line with I type sealing plate engagement member 120.What adopted among the embodiment shown in Figure 21 is the structure of first kind of I type doorframe component 140 shown in Figure 24 A-24B, and what adopted among the embodiment shown in Figure 22 is the structure of second kind of I type doorframe component 140 shown in Figure 25 A-25B.
The structure of first kind of I type doorframe component 140 employed in figure 21, similar with the part-structure of I type engagement member 120, shown in Figure 24 A and 24B, comprise the abutting end that forms a public junction surface 141a, and by madial wall 142, the hollow cylinder that lateral wall 143 and left and right sides end wall form, be formed with the boss 152 of a boss 144 on its madial wall 142 inner surfaces corresponding to right-angle connector 150, be formed with the locating slot 151 of positioning strip 145 on its lateral wall 143 inner surfaces corresponding to right-angle connector 150, its abutting end is provided with a tenon 146 near the part of madial wall 143, the other end that its abutting end is relative is provided with a horizontal-extending section, forms doorframe limit 147.The structure of second kind of I type doorframe component 140 employed in figure 22, similar with the part-structure of I type engagement member 120, shown in Figure 25 A and 25B, only be that with the difference of the structure of first kind of I type doorframe component 140 its abutting end forms a female junction surface 141b.The whole madial wall 143 of these two kinds of I type doorframe components 140 comprises tenon 146 and doorframe limit 147 shapes and size, inboard shape size design corresponding to a kind of I type doorframe component sealing strip 170, its structure makes the whole madial wall 143 of this I type doorframe component 140 comprise that tenon 146 and doorframe limit, extension 147 are coated within this I type doorframe component sealing strip 170 fully shown in Figure 16 A and 16B.
The structure of this I type doorframe component sealing strip 170 is shown in Figure 16 A and 16B, similar with the part-structure of I type combination member sealing strip 160, be long L shaped cross section, its one section long shape size with madial wall 143, tenon 146 and the doorframe limit 147 of I type doorframe component 140 matches, its one section long outer end forms a doorframe limit coating portion, and the groove 171 on doorframe limit 147 is held in its inner definition one; The inboard tongue-and-groove 172 that forms corresponding to the tenon 146 of I type doorframe component 140 of its short section similarly, also is provided with retaining edge 173.Specifically, on the coating portion inner surface of this I type doorframe component sealing strip 170, also be provided with two separately soft protruding 174.
Next, see also Figure 23, structure position V is the structure position that sealing door-plate 130 and the sealing plate 110 of side meet at right angles and be connected.What adopted here is II type doorframe component 140 ', cooperates II type sealing strip for door frame 170 ' to meet at right angles with I type sealing plate engagement member 120 and is connected.The structure of this II type doorframe component 140 ' is shown in Figure 26 A-26B, and the part on its hollow cylinder and doorframe limit is identical with the structure of I type doorframe component 140, and the part of its abutting end then abutting end structure with II type engagement member 120 ' is identical.As shown in the figure, it comprises the abutting end that forms a female junction surface 141b ', and the hollow cylinder that forms by madial wall 142 ', lateral wall 143 ' and left and right sides end wall, be formed with the boss 152 of a boss 144 ' on its madial wall 142 ' inner surface corresponding to right-angle connector 150, be formed with the locating slot 151 of positioning strip 145 ' on its lateral wall 143 ' inner surface corresponding to right-angle connector 150, its abutting end is provided with a fastener 146 ' near the part of madial wall 143 ', the other end that its abutting end is relative is provided with a horizontal-extending section, forms doorframe limit 147 '.Preferred embodiment as shown in FIG. is female junction surface, but in a further embodiment, the abutting end of this II type engagement member 140 ' also can form public joint portion.The whole madial wall shape of this II type doorframe component 140 ' and size are corresponding to the shape size design of II type doorframe component sealing strip 170 ' inboard, make the whole madial wall 143 ' of II type doorframe component 140 ' comprise that fastener 146 ' and doorframe limit 147 ' are coated within this II type doorframe component sealing strip 170 ' fully, its structure is referring to shown in Figure 17 A and the 17B.
The structure of this II type doorframe component sealing strip 170 ', a part is similar to II type engagement member sealing strip 160 ', the structure of another part and I type doorframe component sealing strip 170 is similar, see Figure 17 A and 17B, it is long L shaped cross section basically, its long section is identical with I type doorframe component sealing strip 170, the madial wall 143 of its inboard shape and corresponding doorframe component, 143 ' and doorframe limit 147,147 ' shape size match, its outer end also forms a coating portion, and the groove 171 ' on doorframe limit 147 ' is held in inner definition one in this coating portion; The inboard fastener groove 172 ' that forms corresponding to the fastener 146 ' of II type doorframe component 140 ' of its short section similarly, also is provided with retaining edge 173 '.Equally, on the coating portion inner surface of this II type doorframe component sealing strip 170 ', also be provided with two separately soft protruding 174 '.In addition, as can also be seen from Figure, this II type doorframe component sealing strip 170 ' is formed with two projectioies 175 ' separately in short one section the outside, this lug boss 175 ' preferably adopts softer material, its advantage is, after installing, soft protruding 175 ' of this II type doorframe component sealing strip 170 ' just in time is close on the inner panel 111 of sides adjacent sealing plate 110, thereby plays good sealing effectiveness.
When hermatic door 130 is fixed in doorframe, shown in Figure 21-23, on the hermatic door bound edge cover 131 soft protruding 132 just in time be positioned at sealing bar 170 or 170 ' two separately soft protruding 174 or 174 ' between, staggeredly cooperate the triple seal that forms between sealing door-plate 130 and the doorframe 140,140 ' at interval.
With respect to prior art, the utlity model has following advantage:
-realized the no cold bridge design optimized, simple in structure, make up easily and install, the low and efficient height of cost;
-on no cold bridge structural design basis, cooperate new engagement member and doorframe component design optimization the structure of sealing strip, strengthened seal protection, further improved the overall sealing performance of seal case;
-utilize the location structure design of right-angle connector, advantageously improved the precision of installing between the member, improved installation effectiveness.
Although explanation by way of example above; the preferable specific embodiment of the utility model has been described; protection domain of the present utility model is not limited in above-mentioned explanation, but is defined by all technical characterictics and the equivalent technologies feature thereof that appended claim provides.Persons skilled in the art are understandable that, are not deviating under the essence and marrow prerequisite that the utility model instructs, and any modifications and variations may still drop within the protection domain of the utility model claim.
Claims (9)
1. a combined labyrinth and carbon gland case (10) is mainly combined by sealing plate (110), sealing plate engagement member (120,120 '), engagement member sealing strip (160,160 ') and securing member (180), wherein
Described sealing plate (110) comprises inner panel (111), outer side panel (112) and the thermal insulation layer (113) between interior outer side panel (111,112);
The hardware that described sealing plate engagement member (120,120 ') is formed in one, comprise a kind ofly being used to make two types of being connected of the sealing plates (110) of butt joint in line, and the type that is connected of a kind of sealing plate (110) that is used to make two butt joints that meet at right angles; It is characterized in that
The part of described engagement member (120,120 ') forms the abutting end that is provided with public junction surface (121a, 120a ') or female junction surface (121b, 120b '), its another part comprises lateral wall (122,122 ') and madial wall (123,123 '), is formed for connecting the link of sealing plate (110);
The polymer composite member that described engagement member sealing strip (160,160 ') is formed in one is located between the inner panel (111) of described engagement member madial wall of (120,120 ') (123,123 ') and sealing plate (110,110 ') substantially parallelly.
2. combined labyrinth and carbon gland case according to claim 1 (10), it is characterized in that the described engagement member lateral wall of (120,120 ') (122,122 ') inner surface is formed with wedge shape draw-in groove (124,124 '), be used to make the outer side panel (112) of sealing plate (110) to be plugged among the described wedge shape draw-in groove (124,124 ').
3. combined labyrinth and carbon gland case according to claim 1 (10), it is characterized in that the L-shaped basically cross section of described engagement member sealing strip (160,160 '), comprise long one section and short one section, this short one section inboard has defined fastening structure, its shape is corresponding to the fastening structure that forms near the part of madial wall (123,123 ') at the end face of described engagement member (120,120 '), and is should long one section defined shape in inboard consistent with the shape of the described engagement member madial wall of (120,120 ') (123,123 ').
4. combined labyrinth and carbon gland case according to claim 1 (10) is characterized in that the outer surface of described engagement member sealing strip (160 ') than short one section also is provided with at least two soft projectioies (164 ') separately.
5. combined labyrinth and carbon gland case according to claim 1 (10) is characterized in that described seal box (10) also comprises hermatic door (130), doorframe component (140,140 '), doorframe component sealing strip (170,170 '); Wherein
Described hermatic door (130) comprises inner panel (131), outer side panel (132), the thermal insulation layer (133) between interior outer side panel (131,132), and the bound edge cover (134) that is wrapped in hermatic door (130) periphery;
The hardware that described doorframe component (140,140 ') is formed in one comprises a kind of type of being connected of sealing plate (110) that is used for butt joint in line, and a kind of type of being connected with the sealing plate (110) that docks of meeting at right angles of being used for; It is characterized in that
The part of described doorframe component (140,140 ') is formed with the abutting end of public junction surface (141a, 141a ') or female junction surface (141b, 141b '), and its another part comprises hollow cylinder and the horizontally extending doorframe limit (143,143 ') that is formed by interior lateral wall (142,142 ') and left and right sides end wall;
The polymer composite member that described doorframe component sealing strip (170,170 ') is formed in one, the inner surface of being close to described doorframe component (140,140 ') also coats the periphery on described doorframe limit (143,143 ') substantially parallelly basically.
6. combined labyrinth and carbon gland case according to claim 5 (10), it is characterized in that the L-shaped basically cross section of described doorframe component sealing strip (170,170 '), comprise long one section and short one section, this short one section inboard has defined fastening structure, the fastening structure that its shape forms corresponding to the end face part at described engagement member (120,120 '), one section defined shape in inboard of length is consistent with the shape on described doorframe component madial wall of (140,140 ') (142,142 ') and doorframe limit (143,143 ').
7. combined labyrinth and carbon gland case according to claim 5 (10) is characterized in that described engagement member sealing strip (170 ') also is provided with at least two soft projectioies (175 ') separately in short one section the outside.
8. combined labyrinth and carbon gland case according to claim 5 (10), wherein be provided with a plurality of soft projectioies (174,174 ') towards the coating portion outer surface of hermatic door (130) in described doorframe component sealing strip (170,170 '), accordingly, be provided with at least one soft projection (131) in hermatic door bound edge cover (131) inner surface, cooperate at interval with soft projection (174, the 174 ') formation on the above-mentioned sealing strip (170,170 ') is staggered.
9. according to each described combined labyrinth and carbon gland case (10) of claim 1-8, it is characterized in that described seal box (10) also is provided with right-angle connector (150) and is used to connect the adjacent engagement member (120 in sealing plate (110) both sides, right angle, 120 '), both sides, right angle, upper edge, described right-angle connector (150) one side length direction is provided with two vertical mutually and be communicated with locating slots (151), correspondingly, described engagement member (120,120 ') lateral wall (122 of link, 122 ') inner surface is formed with the positioning strip (125 that extends along the member length direction, 125 ') corresponding to the locating slot (151) on the right-angle connector (150), described doorframe component (140,140 ') inner surface of lateral wall is formed with the positioning strip (145 that extends along the member length direction, 145 ') corresponding to the locating slot (151) on the right-angle connector (150).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202032409U CN201672643U (en) | 2010-05-24 | 2010-05-24 | Combined non-cold-bridge sealing box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202032409U CN201672643U (en) | 2010-05-24 | 2010-05-24 | Combined non-cold-bridge sealing box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201672643U true CN201672643U (en) | 2010-12-15 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202032409U Expired - Fee Related CN201672643U (en) | 2010-05-24 | 2010-05-24 | Combined non-cold-bridge sealing box |
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| Country | Link |
|---|---|
| CN (1) | CN201672643U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102095244A (en) * | 2010-05-24 | 2011-06-15 | 刘玉岭 | Combined type cold bridge-free seal box |
| CN102401457A (en) * | 2011-11-18 | 2012-04-04 | 刘玉岭 | Combined cold-bridge-free sealed tank |
| CN104759799A (en) * | 2015-04-29 | 2015-07-08 | 中国重汽集团成都王牌商用车有限公司 | Engineering packing box bottom board set assembling and welding method |
| ITUA20164794A1 (en) * | 2016-06-30 | 2017-12-30 | Rhoss S P A | BOX STRUCTURE, INSULATED PANEL AND VENTILATION UNIT |
-
2010
- 2010-05-24 CN CN2010202032409U patent/CN201672643U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102095244A (en) * | 2010-05-24 | 2011-06-15 | 刘玉岭 | Combined type cold bridge-free seal box |
| WO2011147275A1 (en) * | 2010-05-24 | 2011-12-01 | Liu Yuling | Sealing box |
| CN102095244B (en) * | 2010-05-24 | 2014-05-21 | 刘玉岭 | Combined type cold bridge-free seal box |
| CN102401457A (en) * | 2011-11-18 | 2012-04-04 | 刘玉岭 | Combined cold-bridge-free sealed tank |
| CN104759799A (en) * | 2015-04-29 | 2015-07-08 | 中国重汽集团成都王牌商用车有限公司 | Engineering packing box bottom board set assembling and welding method |
| ITUA20164794A1 (en) * | 2016-06-30 | 2017-12-30 | Rhoss S P A | BOX STRUCTURE, INSULATED PANEL AND VENTILATION UNIT |
| EP3264001A1 (en) * | 2016-06-30 | 2018-01-03 | RHOSS S.p.A. | Box-like structure and ventilation unit |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101215 Termination date: 20130524 |