CN1962298A - Air-conditioning system - Google Patents
Air-conditioning system Download PDFInfo
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- CN1962298A CN1962298A CN 200610159893 CN200610159893A CN1962298A CN 1962298 A CN1962298 A CN 1962298A CN 200610159893 CN200610159893 CN 200610159893 CN 200610159893 A CN200610159893 A CN 200610159893A CN 1962298 A CN1962298 A CN 1962298A
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- bump bonding
- engagement
- recess
- engagement groove
- projection
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/50—Hydropower in dwellings
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- Air-Conditioning For Vehicles (AREA)
Abstract
An air-conditioning system able to suppress an increase in size of the joint of an air-conditioner case and improve a sealing ability of the joint, wherein a split case member (11) has an engagement projection (112) provided with a recess (113) and a split case member (12) has an engagement groove 122 provided with a projection (123), the engagement projection (112) and engagement groove (122) being mated to engage the recess (113) and projection (123). Even without providing a plurality of sets of engagement projections (112) and engagement grooves (122), the sealing ability can be improved. Further, the sealing ability can be improved even without making the size of the engagement location larger.
Description
Technical field
The present invention relates to a kind of a/c system, described a/c system is provided with the air-conditioner shell of being made up of a plurality of housing parts that separately form.
Background technology
As prior art, disclosed a kind of a/c system among Japanese Patent open (A) No.2001-225632.In this a/c system, air-conditioner shell forms and is divided into first housing parts and second housing parts.Be formed on the projection on the face of joint of first housing parts and be formed on fillister joint on the face of joint of second housing parts to form air-conditioner shell.
In the air-conditioner shell of this prior art, in order to improve the sealing property of joint, be provided with how cover engages projectioies and engagement groove, and high-pressure space is arranged between described many cover joint projectioies and the engagement groove.
Yet, in the a/c system of this prior art, although the sealing property of the joint of air-conditioner shell is improved, the problem that exists described joint to become bigger dimensionally.
Summary of the invention
The objective of the invention is to propose a kind of a/c system, the increase of the size of the joint of described a/c system inhibition air-conditioner shell and the sealing property of raising joint.
For realizing described purpose, according to a first aspect of the invention, a kind of a/c system has been proposed, described a/c system is provided with air-conditioner shell, described air-conditioner shell is made up of first housing parts and second housing parts that separately form (or separately), the bump bonding at described first housing parts and second housing parts face of joint place by being formed on described first housing parts and the joint of engagement groove that is formed on the face of joint place of described second housing parts are joined together, and described a/c system makes the air that blown in the compartment inner loop at described air-conditioner shell, wherein said bump bonding is formed with recess, and described engagement groove is formed with projection, the form fit of described projection and described recess (or coupling).
Be noted that " cooperation " as mentioned herein can be restricted to and have mirror image profile substantially." with the projection of the form fit of described recess " refers to that described recess and described projection have the mirror image profile, and described mirror image profile has assembling of can making (joint) and becomes possible difference to a certain degree together.
In view of the above, the described recess that is formed on described bump bonding place can be cooperated with the described projection that is formed on described engagement groove place, thus the sealing property of the engage position of raising bump bonding and engagement groove.
Even under the situation of the tricks that does not increase bump bonding and engagement groove, also can improve sealing property.In addition, under the situation of the size that does not increase engage position, can improve described sealing property.
In addition, according to a second aspect of the invention, described projection has the plane surface parallel with the direction of engagement of described engagement groove with described bump bonding, and described recess has parallel with direction of engagement and with the plane surface of the described flat surface engagement of described projection.
In view of the above, the plane surface that cooperates with described plane surface described projection the described plane surface of described projection and described recess becomes the surface parallel with described direction of engagement.Therefore, even any in described bump bonding or the engagement groove moves on direction of engagement and described engagement state changes a little, the sealing property between described projection and the described recess will can easily not change.So, can guarantee stable sealing property.
In addition, according to a third aspect of the invention we, described bump bonding has the plane surface parallel with described direction of engagement at its side surface, and described engagement groove has parallel with described direction of engagement and plane surface that cooperate with the described plane surface of described bump bonding at its side surface.
In view of the above, the plane surface that cooperates with described plane surface described bump bonding the described plane surface of described bump bonding and described engagement groove becomes the surface parallel with described direction of engagement.Therefore, even any in described bump bonding or the engagement groove moves on direction of engagement and described engagement state changes a little, sealing property between not only described projection and the described recess, and the sealing property between described bump bonding and the described engagement groove will can easily not change.So, can guarantee stable sealing property.
In addition, according to a forth aspect of the invention, under the assembled state of described first housing parts and described second housing parts, promptly, when engaging described bump bonding and described engagement groove, between described projection and described recess, form the gap thereby described projection and described recess are separated from one another.
In view of the above, when engaging described bump bonding and described engagement groove, described projection and described recess will can be easily not interfering with each other, become easy thereby engage.
In addition, in a fifth aspect of the present invention, under the assembled state of described first housing parts and described second housing parts, promptly, when engaging described bump bonding and described engagement groove, described bump bonding and described engagement groove are separated from one another to form the gap between described bump bonding and described engagement groove.
In view of the above, when engaging described bump bonding and described engagement groove, described bump bonding and described engagement groove will can be easily not interfering with each other, become even easier thereby engage.
In addition, in a sixth aspect of the present invention, the described projection that is formed on described engagement groove place abuts one another with the described recess that is formed on described bump bonding place.
In view of the above, the sealing property between described projection and the described recess can be improved reliably.
In addition, in a seventh aspect of the present invention, described projection makes described recess be opened widelyer, and the side surface of described bump bonding is near described engagement groove.
In view of the above, described projection can make described recess be opened widelyer, and is formed with the inside that the side surface of the described bump bonding of recess can the described engagement groove of closed contact.Therefore, not only described projection and recess abut one another, and the side surface of described bump bonding and described engagement groove abuts one another, thereby improve sealing property more reliably.
In addition, in a eighth aspect of the present invention, described projection is a wedge shape.
In view of the above, described projection can easily be press-fit in the described recess, and described recess can easily be opened widelyer, and is formed with the inside that the side surface of the bump bonding of described recess can the described engagement groove of closed contact.
In addition, in a ninth aspect of the present invention, described bump bonding is by plate part and most advanced and sophisticated the composition, described plate part has identical substantially width, described tip has the width that reduces gradually towards the front of described bump bonding from described plate part, and described recess is recessed and have a bottom that is formed on described flat part office from described tip.
In view of the above, even described bump bonding has more near the front width narrow tip of healing, along with described projection is press-fit in the described recess, described bump bonding also can easily be opened widelyer, and the side surface of the described bump bonding inside of the described coupling recess of closed contact easily.
In addition, in a tenth aspect of the present invention, described bump bonding has guiding surface, described guiding surface forms parallel with the direction of engagement of described engagement groove with described bump bonding, and described guiding surface is with described engagement groove, slide together in the inside surface parallel with described direction of engagement, thereby when engaging described bump bonding and described engagement groove, described bump bonding is inducted in the described engagement groove, it is recessed towards the root side of described bump bonding that described recess forms the formation position from the described guiding surface of described bump bonding on described direction of engagement, position from front, and described recess in the length on the described direction of engagement less than the length of described guiding surface on described direction of engagement.
In view of the above, when described first housing parts and described second housing parts fit together, the described guiding surface of described bump bonding is inducted in the described engagement groove described bump bonding to begin the joint of described bump bonding and described engagement groove, then, begin cooperating of described recess and described projection.
That is, follow the guiding action of the joint of described bump bonding and described engagement groove, described recess and described projection can be cooperated reliably.Therefore, even the described surface along direction of engagement is extended along described surface that direction of engagement is extended and described projection of described recess is close to each other, described recess and described projection also can easily cooperate.
Description of drawings
By the description of the preferred embodiments of the present invention being carried out below in conjunction with accompanying drawing, the present invention is easy to understand more, wherein:
Fig. 1 is the transparent view of ordinary construction of the indoor unit 1 of the vehicle air-conditioning systems in the display application first embodiment of the present invention;
Fig. 2 is the viewgraph of cross-section of the main portion of the air-conditioner shell 10 in the indoor unit 1 among first embodiment, and has shown the state of the housing parts that will form dividually before combining;
Fig. 3 is the viewgraph of cross-section of the main portion of the air-conditioner shell 10 in the indoor unit 1 among first embodiment, and has shown the state of the housing parts that will form dividually after combining;
Fig. 4 is the enlarged cross-sectional view of main portion of the air-conditioner shell 10 of indoor unit 1 among first embodiment;
Fig. 5 is the viewgraph of cross-section of the main portion of the air-conditioner shell 10 in the indoor unit 1 among second embodiment, and has shown the state of the housing parts that will form dividually before combining;
Fig. 6 is the viewgraph of cross-section of the main portion of the air-conditioner shell 10 in the indoor unit 1 among second embodiment, and has shown the state of the housing parts that will form dividually after combining;
Fig. 7 is the enlarged cross-sectional view of main portion of the air-conditioner shell 10 of indoor unit 1 among second embodiment;
Fig. 8 is the viewgraph of cross-section of the main portion of the air-conditioner shell 10 in the indoor unit 1 among another embodiment, and has shown the state of the housing parts that will form dividually before combining; With
Fig. 9 is the viewgraph of cross-section of the main portion of the air-conditioner shell 10 in the indoor unit 1 among another embodiment, and has shown the state of the housing parts that will form dividually after combining.
The specific embodiment
First embodiment
First embodiment is applied to vehicle air-conditioning systems with the present invention.Fig. 1 is the transparent view of ordinary construction that shows the indoor unit 1 of vehicle air-conditioning systems.Fig. 2 and Fig. 3 are the viewgraph of cross-section of the main portion of the air-conditioner shell 10 in the indoor unit 1.Fig. 2 has shown the state of the housing parts that will form dividually before combining, and Fig. 3 has shown the state of the housing parts that will form dividually after combining.
As shown in fig. 1, the indoor unit 1 of described vehicle air-conditioning systems has blower unit 2 and integrally formed A/C unit 3.Described blower unit 2 is arranged in the preceding top side of center instrument carrier panel, vehicle-width direction of front portion, compartment.
Described blower unit 2 is provided with inner/outer air switch (or a-b box) (not shown) in the left side, be used for switching air being guided to interior and air guided between the outside, compartment.Blowing engine is arranged in the right side of this inner/outer air switching box.This blowing engine has blower fan 4 and fan drive motor (not shown), and described blower fan 4 is made up of centrifugal multi-blade fan.
On the other hand, described A/C unit 3 has the air-conditioner shell 10 that forms air flue.Described air-conditioner shell 10 is made up of the ester moulding article, described resin for example for have to a certain degree elasticity and the acrylic resin of good state of strength.
This air-conditioner shell 10 forms the shape of box substantially on the whole, the shape in the vertical direction separated into two parts of described box substantially, thus the member that the back will be explained can be received into.Right side housing parts 11 and left side housing parts 12 combine by engaging protrusion, metal spring folder, bolt and other securing device.Be noted that in the present embodiment blower fan 4 grades of blower unit 2 are contained in the described air-conditioner shell 10.
At this, in air-conditioner shell 10, in the described separately housing parts that separates or be individually formed, described right side housing parts 11 is in the present embodiment corresponding to first housing parts, and left side housing parts 12 is in the present embodiment corresponding to second housing parts.
In air-conditioner shell 10, air is introduced the front side (air-conditioner shell 10 inner bottom parts front side) of the evaporator 13 of channel setting below blower fan 4.The air that blows out from blower fan 4 is introduced into this air introducing path.Described evaporator 13 is the cooling Hs Exch that cool off the air that blows out by the low pressure refrigerant of refrigerating cycle, the low pressure refrigerant evaporation and the absorption of air heat from blowing out of described refrigerating cycle.
Described evaporator 13 is set state vertical substantially in air-conditioner shell 10 for, and therefore the air that flows to from blower unit 2 passes through the heat exchange unit of evaporator 13 from the front to the back.
And in air-conditioner shell 10, heater core 14 is arranged on the downstream of the air of from evaporator drier 13 with state a little obliquely.Described heater core 14 is that H Exch use in heating, the air that described heating blows out with heating as thermal source from the warm water (engine cooling water) of the vehicle motor that does not illustrate with the H Exch use.
The end face of described air-conditioner shell 10 is formed with surperficial vent window 15 and the defogger vent window 16 that is adjacent to each other, described surperficial vent window 15 is communicated with the surface vent (not shown) of the top side that air is blowed to the compartment (passenger crown side), and described defogger vent window 16 is communicated with the defogger breather port (not shown) of the front screen that air is blowed to vehicle.In addition, the side surface of described air-conditioner shell 10 top sides is formed with foot's vent window 17, and described foot vent window 17 is communicated with the foot's breather port (not shown) that air is blowed to the feet of passengers in the compartment.
Described air-conditioner shell 10 portion within it is provided with the mixed door of air (or inlet) 21, blowing mode door (or inlet) 22 and other door (or inlet) device (part does not illustrate).Because the operation of these door gears, the air of the scheduled volume by evaporator 13 is by 14 heating of temperature booster core body, then, by the air of air regulation according to one or more a plurality of blow out of blowing pattern from vent window 15,16 and 17.
Next explain the main portion (parts) of present embodiment.
As shown in Figure 2, the jointing end face 111 of described right side housing parts 11 is formed with the bump bonding 112 of unlifted wall shape, and described bump bonding 112 extends around the whole surface (fore-and-aft direction of paper) of face of joint.The face of joint 121 of described left side housing parts 12 is formed with engagement groove 122, and described engagement groove 122 is extended around the whole surface (fore-and-aft direction of paper) of face of joint.
As shown in Figure 3, by bump bonding 112 and engagement groove 122 being engaged and the face of joint 111 of right side housing parts 11 being cooperated with the face of joint 121 of left side housing parts 1, form described air-conditioner shell 10.
The bump bonding 112 that is arranged on face of joint 111 places of housing parts 11 is made up of plate part 112a and the most advanced and sophisticated 112b of triangular cross section, described plate part 112a has identical substantially width (perpendicular to the thickness on the direction of bump bonding 112 and the direction of engagement Z (graphic left and right directions) of engagement groove 122), and the most advanced and sophisticated 112b of described triangular cross section is in front end (graphic top side) reduction gradually on width from the front end (graphic top) of plate part 112a to bump bonding 112.
Therefore, the plate part 112a of the root side of described bump bonding 112, graphic left side and right lateral surface form a pair of plane surface 112c that is parallel to direction of engagement Z.And the graphic left side of the most advanced and sophisticated 112b of the front of bump bonding 112 and right lateral surface form pair of angled surface 112d.
The bump bonding 112 of described housing parts 11 is formed with the recess 113 of the cross-sectional plane of U-shaped substantially, described recess 113 is following forms: in the root side of plate part 112a is by sagging to the front end of most advanced and sophisticated 112b (towards the root side of bump bonding 112, promptly towards the direction of the face of joint 111 of illustrated base side), and extend around the whole surface of described face of joint.
Described recess 113 is by sagging in the most advanced and sophisticated 112b and the bottom 113b with the location that is formed on plate part 112a, thereby forms dark relatively groove shapes.
On the other hand, the shape of engagement groove 122 that is formed on face of joint 121 places of housing parts 12 forms with the bump bonding 112 of housing parts 11 and cooperates (or coupling), and engagement groove 122 is provided with a pair of plane surface 122c that is parallel to direction of engagement Z, with with respect to direction of engagement Z bevelled pair of angled surface 122d, described a pair of plane surface 122c cooperates with the plane surface 112c of bump bonding 112, and described pair of angled surface 122d cooperates with the inclined surface 112d of copulational protuberance 112.
And, the engagement groove 122 of described housing parts 12 be formed with projection 123, described protruding 123 have with the bump bonding 112 that is formed on housing parts 11 in the shape of form fit of recess 113.Described protruding 123 lower surface from engagement groove 122 (graphic top end face) that form cylindrical cross-section are stretched out towards the direction of the face of joint 121 of graphic bottom side, and extend around the whole surface of face of joint.
The described projection 123 that reaches in the engagement groove 122 has a pair of plane surface 123a that is parallel to direction of engagement Z in graphic left side and right side.And the recess 113 that is arranged on bump bonding 112 places has a pair of plane surface 113a that is parallel to direction of engagement Z, and described a pair of plane surface 113a cooperates with the plane surface 123a of projection 123.
Be noted that described bump bonding 112 forms distance between the described a pair of plane surface 112c and is slightly less than distance between a pair of plane surface 122c of described engagement groove 122.And described protruding 123 form distance between the described a pair of plane surface 123a is slightly less than distance between a pair of plane surface 113a of described recess 113.
That is, described bump bonding 112 and described engagement groove 122 shapes form be fitted to each other (coupling), and have and can realize each other the space to a certain degree that engages easily.And described recess 113 and described protruding 123 shapes form be fitted to each other (coupling), and have the space to a certain degree that can realize assembling easily each other (joint).
Therefore, shown in the cross-sectional plane of the main portion of amplifying among Fig. 4, when described bump bonding 112 and engagement groove 122 joints, the plane surface 112c of bump bonding 112 separates each other a little with the plane surface 122c of engagement groove 122, and promptly gap 132 is formed between plane surface 112c, the 122c.In addition, the plane surface 123a of projection 123 and the plane surface 113a of recess 113 separate each other a little, and promptly gap 133 is formed between plane surface 113a, the 123a.
Be noted that when bump bonding 112 and engagement groove 122 joints the plane surface 112c of bump bonding 112 slides near plane surface (corresponding to the inner surface) 122c of engagement groove 122.Described plane surface 112c is formed for the guiding surface in engagement groove 122 inner guide engagement projectioies 112.
As explained above, described recess 113 is recessed from the front end of most advanced and sophisticated 112b abreast with direction of engagement Z, and has the bottom 113b in the zone that is formed on plate part 112a.In other words, described recess 113 form with direction of engagement abreast from the position (being most advanced and sophisticated 112b) of the front end of the formation position of the plane surface 112c that engages guiding surface that forms bump bonding 112, be plate part 112a, root side (that is the face of joint 111 of right side housing parts 11) towards bump bonding 112 is recessed.
In addition, length (degree of depth) L1 of recess 113 on the direction of engagement (graphic Z direction) of bump bonding 112 and engagement groove 122 is shorter than length (highly) L2 on direction of engagement (graphic Z direction) as the plane surface 112c of guiding surface.
In addition, engagement groove 122 forms the form fit with bump bonding 112, and while gas 123 forms the form fit with recess 113.Therefore, described protruding 123 height below having on the direction of engagement Z of bump bonding and engagement groove 122: described height equals the degree of depth L1 of recess 113 and substantially less than the length (equaling the length L 2 of plane surface 112c in the above length of direction of engagement substantially) of plane 122c on the direction of engagement Z of bump bonding 112 and engagement groove 122 of engagement groove 122.
According to above-mentioned structure, the projection 123 that is formed on the recess 113 in the bump bonding 112 of housing parts 11 separately and is formed on engagement groove 122 places of housing parts 12 separately can be cooperated, thereby improve the sealing property of the engage position of bump bonding 112 and engagement groove 122.
The air leakage rate Q of joint place can calculate by following equation 1:
Q＝-h
3/12μ×dp/dx
Wherein, h is a gap size, and μ is fluid (is air at a this) viscosity, and dp/dx is the change degree of loss of pressure with respect to seal length.
By making gap 132,133 relatively little and assemble described parts in the mode that recess 113 and projection 123 are set, the so-called maze-type structure with very long seal length forms.Therefore, described loss of pressure can increase, and escape of air can be suppressed.
So, even, also can improve sealing property not being provided with as in the prior art, overlap under the situation that engages projection 112 and engagement groove 122 more.In addition, even under the bigger situation of the size that does not make engage position, also can improve sealing property.
In addition, the plane surface 113a of projection 123 plane surface 123a and the recess 113 that cooperates with plane surface 123a is the surface that is parallel to direction of engagement Z.The plane surface 122c of the plane surface 112c of bump bonding 112 and the engagement groove 122 that cooperates with plane surface 112c also is the surface that is parallel to direction of engagement Z.
Therefore, tie up to some change of engage position even close the position on direction of engagement Z of housing parts 11 and 12, described gap 132,133 dimensionally also can be constant substantially, thereby can guarantee stable sealing property.
In addition, because be provided with gap 132 and 133, when bump bonding 112 and engagement groove 122 engaged, bump bonding 112 and engagement groove 122 were not easy to hinder each other, and projection 123 and recess 113 be not easy to hinder each other, and it is easy therefore engaging.
In addition, when bump bonding 112 when engagement groove 122 engages, the dip plane 112d of at first described bump bonding 112 can be advanced in the engagement groove 122 bump bonding 112 by guiding reliably.Secondly, when described joint began and engage continuation, the plane 112c of described bump bonding 112 was engaged the plane 122c guiding of groove 122.
In addition, described recess 113 has length (degree of depth) L1 less than height L2 on direction of engagement Z, the joint guiding surface that described height L2 is a bump bonding 112, i.e. plane surface 112c, the height on direction of engagement Z.Therefore, to be directed the surface be plane surface 112c guiding and begin after engaging on the Z direction in bump bonding 112 and engagement groove 122, can begin the cooperation of recess 113 and protruding 123.
That is, move by the plane surface 112c of bump bonding 112 and engagement groove 122 and the guiding of 122c, recess 113 and projection 123 can cooperate.Therefore, even the surperficial 123a on direction of engagement Z in surperficial 113a on the direction of engagement Z and projection 123 of recess 113 is very tight, recess 113 and projection 123 also can easily cooperate.
In other words, even projection 123 is set with relative little size difference with recess 113, they also can engage reliably.Therefore, the gap between recess 113 and the projection 123 can be done very for a short time, thereby can make that sealing property is more reliable.
In the past, for example, as shown in Figure 9, the a/c system below existing: described a/c system is provided with directing pin 951 and guide pin hole 952 in the outside of housing bonding part, described housing bonding part is made up of bump bonding 912 and engagement groove 922.In this a/c system, guiding function displays by following mode: the height L3 of guiding surface 951c on the direction of engagement of bump bonding 912 and engagement groove 922 that makes directing pin 951 is greater than the height L2A of bump bonding 912 on direction of engagement, and before bump bonding 912 and engagement groove 922 joints, begin the joint guiding action that directing pin 951 enters guide pin hole 952 by guiding surface 951c.
Therefore, assembly clearance size C3 between directing pin 951 and the guide pin hole 952 (in this prior art example is 0.5mm) is manufactured into greater than the assembly clearance size C2 between bump bonding 912 and the engagement groove 922 (in this prior art example is 0.3mm), thereby the relative big assembly clearance size by directing pin 951 and guide pin hole 952 improves the assembling performance, and guarantees sealing property by the relative little assembly clearance size of bump bonding 912 and engagement groove 922.
In contrast to this, according to present embodiment, can be plane surface 112c to the guiding surface of bump bonding 112, be used for the guiding function of coupling recess 113 and projection 123 with the plane surface 122c of engagement groove 122, so the size C1 shown in Fig. 3 of gap 133 (see figure 4)s between recess 113 and the projection 123 (for example, 0.3mm) can set for less than the size C2 of gap 132 (see figure 4)s between bump bonding 112 and the engagement groove 122 (for example, 0.5mm).
Therefore, even described directing pin is cancelled and the size of bonding part is done than in the past little, also can under the situation that does not cause the decline of assembling performance, guarantee excellent sealing performance (improving the assembling performance of the a/c system of prior art simultaneously).
Second embodiment
To explain second embodiment based on Fig. 5-7 below.
The difference of described second embodiment and above-mentioned first embodiment is be used for office, leak free junction surface formation adjoining position (or zone).Be noted that with the similar part of first embodiment with identical symbolic representation, and its explanation is omitted.
Be noted that Fig. 5 is the view corresponding to Fig. 2 of first embodiment in the present embodiment, Fig. 6 is the view corresponding to Fig. 3 of first embodiment in the present embodiment, and Fig. 7 is the view corresponding to Fig. 4 of first embodiment in the present embodiment.
As shown in Figure 5, in the present embodiment, the bump bonding 1121 of described housing parts 11 is formed with V-arrangement cross-sectional plane recess 213, described recess 213 be from the front end of most advanced and sophisticated 112b towards the recessed form of the root side of plate part 112a (at graphic bottom side towards face of joint 111 directions), and bump bonding 1211 extends around the whole surface of face of joint.
This recess 213 is recessed and have bottom (deepest part) 213b in the zone that is formed on plate part 112a from most advanced and sophisticated 112b, thereby forms dark relatively groove shapes.
On the other hand, the engagement groove 1221 of described housing parts 12 is formed with the interior recess 213 of projection 223, described protruding 223 and the bump bonding 1121 that is formed on housing parts 11 and cooperates.Described protruding 223 form wedge shape (V-arrangement cross-sectional plane), and described wedge shape is stretched out towards face of joint 121 directions of graphic bottom side from the lower surface of engagement groove 1221, and the described protruding 223 whole surface extensions around described face of joint.
Be noted that described protruding 223 form angle B between two plane surface 223a of described formation V-arrangement and become greater than the angle A between two plane surface 213a of the described formation V-arrangement of recess 213.
Therefore, as shown in Fig. 6 and Fig. 7, when described bump bonding 1121 and described engagement groove 1221 joints, the projection 223 that the described recess 213 of bump bonding 1121 is press-fit into the engagement groove 1221 in it enlarges.Particularly, described wedge shape projection 223 enters described recess 213, and near with the graphic top end opening of pushing recess 213 open.
With this, as shown in Figure 7, described bump bonding 1121 from described long and two-short dash line position elastic deformation to described solid line position.In described bump bonding 1121, from the main graphic tip position distortion of the bottom 213b of described recess 213 to open widelyer in its both sides.
The bottom 213b of described recess 213 is in the inside of the plate part 112a of bump bonding 1121, therefore, the plane surface 112c of bump bonding 1121 becomes the point at 112d place, dip plane, i.e. flex point (change point) 112e is at the graphic tip position from the bottom 213b of recess 213.Therefore, with above-mentioned elastic deformation, the flex point 112e that locates in bump bonding 1121 peripheries (part of side surface) is near the inwall of engagement groove 1221.
According to above-mentioned structure, the projection 223 that is formed in the engagement groove 1221 abuts one another with the recesses 213 that are formed in the bump bonding 1121.In addition, described recess 213 is enlarged by projection 223, and described periphery flex point 112e on the side surface of bump bonding 1121 is near engagement groove 1221.
Therefore, not only projection 223 and recess 213 abut one another really, and the side surface of bump bonding 1121 and engagement groove 1221 abuts one another, and by this, sealing property can be improved reliably.
The described bump bonding 1121 of present embodiment has most advanced and sophisticated 112b, and described most advanced and sophisticated 112b is narrower to front at the width at front end place, thereby has improved the efficient of the joint work that enters engagement groove 1221.So, even have at bump bonding 1121 under the situation of most advanced and sophisticated 112b, described bump bonding 1121 is opened widelyer with the described projectioies 223 that are press-fit in the recess 213, and the inside that the side surface of described bump bonding 1121 can the described engagement groove 1221 of closed contact.
In addition, described protruding 223 is wedge shapes.Projection 223 can easily be press-fit in the described recess 213, and described recess 213 can easily be opened widelyer, and the side surface that is formed with the bump bonding 1121 of recess 213 can manufacture closed contact engagement groove 1221.
In addition, because described protruding 223 are wedge shapes, the action of opening recess 213 in the time of in being press-fit to described recess 213 relatively takes place at the place, end of bonding operation.Therefore, the side surface of described bump bonding 1121 will can closely not contact engagement groove 1221 in the early stage, and will be easy thereby joint work becomes.
Also be noted that in the present embodiment, identical with the mode of first embodiment, the length that described recess 213 has on the direction of engagement Z of bump bonding 112 and coupling recess 122 is less than the length (highly) of plane (corresponding to guiding surface) 112c on direction of engagement Z of bump bonding 112.
In addition, described engagement groove 122 forms the form fit with described bump bonding 112, and described protruding 223 height that have on the direction of engagement Z of bump bonding 112 and engagement groove 122 are less than the length (degree of depth) of plane 122c on direction of engagement Z of engagement groove 122 simultaneously.
In view of the above, when housing parts 11,12 was fitted together, it was plane surface 112c guiding that described bump bonding 112 and engagement groove 122 are directed the surface, and began to engage on the Z direction, and then, described recess 213 and described protruding 223 can begin to cooperate.That is, the described guiding action of the plane surface 112c of bump bonding 112 and engagement groove 122 and 122c can cooperate recess 213 and projection 223.Therefore, the surperficial 223a on direction of engagement Z leans on very closely even recess 213 is at surperficial 213a on the direction of engagement Z and projection 223, and recess 213 and projection 223 can easily cooperate.
Other embodiment
In the above-described embodiments, have recess that singly is set on the bump bonding place and the projection that is arranged on the engagement groove place, but described single cover engages projection and engagement groove also can be provided with many cover recesses and projection.Yet single cover recess and projection make the size of bonding part be easier to prevent to become bigger.
In addition, in a second embodiment, the projection 223 that described recess 213 is press-fit in the engagement groove 1221 is opened widelyer, and at the periphery flex point 112e at the side surface place of bump bonding 1121 near engagement groove 1221, but under situation about not reaching, thereby also can make the littler raising in gap sealing property between bump bonding 1121 and the engagement groove 1221 near action.
In addition, if the sealing property of wanting can be guaranteed, also can only allow described recess and projection abut one another and not change gap between the inwall of the side surface of bump bonding and engagement groove.In the case, the angle B of described wedge shape projection can equal the angle A of described recess.
In addition, described protruding 223 are made into wedge shape, but the invention is not restricted to this.For example, projection 223 also can be made into trapezoidal on cross-sectional plane or cylindricality substantially.
In addition, in the above-described embodiments, described bump bonding has in direction of engagement (being parallel to direction of engagement) goes up the plane surface 112c that extends, but also can make up the bump bonding and the engagement groove that do not have plane surface, perhaps can be combined in the bump bonding and the engagement groove that have the plane surface of extension on the direction outside the direction of engagement.
In addition, in the above-described embodiments, be formed on recess in the described bump bonding form from the front end of bump bonding recessed, but the invention is not restricted to this.For example, described recess also can form with direction of engagement Z abreast, recessed from the front end of the tip-tilt face of bump bonding rather than bump bonding towards the root side of bump bonding.Yet,, preferably form from the recessed recess of the front end of bump bonding from making the viewpoint of described housing parts.
In addition, in first embodiment, explained with the prior art constructions that directing pin is provided shown in Fig. 9 and compared, the plane surface of described bump bonding is as the guiding surface that the guiding action is provided, even and the size of having explained the bonding part is made less than prior art, also can guarantee excellent sealing performance and not cause the assembling performance decrease, but also the present invention can be applied to the structure that adopts directing pin, thereby greatly improve sealing property.
For example, as shown in Figure 8, also directing pin 351 and guide pin hole 352 can be set in the outside of the housing bonding part of forming by bump bonding 112 and engagement groove 122, and the height L3 of guiding surface 351c on direction of engagement (Z direction) that makes described directing pin 351 be greater than the height L2A of described bump bonding 912 on direction of engagement, and make described recess 113 at plane (guiding surface) the height L2 on direction of engagement of the height L1 on the direction of engagement less than described bump bonding 112.
Therefore, the assembly clearance size C3 (being 0.5mm among this embodiment) of directing pin 351 and guide pin hole 352 can be set at greater than the assembly clearance size C2 between bump bonding 112 and the engagement groove 122 (being 0.3mm among this embodiment), thereby improve the assembling performance, and the interior week of using the guiding surface 351c of directing pin 351 and guide pin hole 352 is with engaging between guide engagement projection 112 and the engagement groove 122.
In addition, the assembly clearance size C1 (being 0.1mm among this embodiment) of recess 113 and projection 123 can be set at less than the assembly clearance size C2 between bump bonding 112 and the engagement groove 122, and the joint of the plane surface 122c guide recess 113 of the plane surface 112c of use bump bonding 112 and engagement groove 122 and projection 123, thereby greatly improve sealing property and do not cause the reduction of assembling performance.
So, by continuously the guiding function position being transformed into short position (the plane 112c of bump bonding 112) from the position (the guiding surface 351c of directing pin 351) with long direction of engagement length, the gap size C1 that can make between recess 113 and the projection 123 in final joint place is very little and can greatly improve sealing property.
In addition, in described embodiment, air-conditioner shell 10 is made up of two left sides that form dividually that combine and right side housing parts, but the shape of described air-conditioner shell and the form of separating are not limited thereto.The present invention also can be applied to the joint of the housing parts that is separated into more effectively.
In addition, in the above-described embodiments, described a/c system is mounted in the a/c system in the vehicle, but the present invention also can be applied to vehicle air-conditioning systems a/c system in addition.For example, the present invention also can be applied to the a/c system that is used for dwelling house, factory, shop etc.Yet generally speaking, vehicle operation comprises a lot of restrictions to installing space and severe environmental conditions, for example vibrate and temperature, therefore when the present invention is applied to vehicle air-conditioning systems, have fabulous effect, promptly sealing property can be enhanced and not make engage position bigger.
Although be selected for the specific embodiment of illustration purpose by reference; invention has been described; under the situation that does not depart from basic conception of the present invention and protection domain, those of ordinary skill in the art can make a lot of modifications to described specific embodiment but significantly.
Claims (10)
1, a kind of a/c system, described a/c system is provided with air-conditioner shell, described air-conditioner shell is made up of first housing parts that forms dividually and second housing parts, the bump bonding at described first housing parts and second housing parts face of joint place by being formed on described first housing parts and to be formed on the joint of engagement groove at face of joint place of described second housing parts combined together, and described a/c system makes the air that blown in the compartment inner loop at described air-conditioner shell, wherein
Described bump bonding is formed with recess, and described engagement groove is formed with projection, the form fit of described projection and described recess.
2, a/c system according to claim 1, wherein
Described projection has the parallel plane surface of direction of engagement with described bump bonding and described engagement groove, and
Described recess has plane surface parallel with direction of engagement and that cooperate with the described plane surface of described projection.
3, a/c system according to claim 2, wherein
Described bump bonding has the plane surface parallel with described direction of engagement at its side surface, and
Described engagement groove has parallel with described direction of engagement and plane surface that cooperate with the described plane surface of described bump bonding at its side surface.
4, a/c system according to claim 1, wherein under the assembled state of described first housing parts and described second housing parts, described projection and described recess are separated from one another so that form the gap between described projection and described recess.
5, a/c system according to claim 4, wherein under the assembled state of described first housing parts and described second housing parts, described bump bonding and described engagement groove are separated from one another to form the gap between described bump bonding and described engagement groove.
6, a/c system according to claim 1, wherein said projection and described recess abut one another.
7, a/c system according to claim 6, wherein said projection make described recess be opened widelyer, and the side surface of described bump bonding is near described engagement groove.
8, a/c system according to claim 7, wherein said projection is a wedge shape.
9, a/c system according to claim 7, wherein
Described bump bonding is by plate part and most advanced and sophisticated the composition, and described plate part has identical substantially width, and described tip has the width that reduces gradually towards the front of described bump bonding from described plate part, and
Described recess is recessed and have a bottom that is formed on described flat part office from described tip.
10, a/c system according to claim 1, wherein
Described bump bonding has guiding surface, described guiding surface forms parallel with the direction of engagement of described bump bonding and described engagement groove, and described guiding surface and the surperficial moving contact in the inside parallel of described engagement groove with described direction of engagement, when engaging described bump bonding and described engagement groove described bump bonding is inducted in the described engagement groove with box lunch
Described recess forms on described direction of engagement from the position of the front of the formation position of described bump bonding guiding surface recessed towards the root side of described bump bonding, and
Described recess in the length that has on the described direction of engagement less than the length of described guiding surface on described direction of engagement.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2005325249 | 2005-11-09 | ||
| JP2005325249 | 2005-11-09 | ||
| JP2006113742 | 2006-04-17 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1962298A true CN1962298A (en) | 2007-05-16 |
| CN100475585C CN100475585C (en) | 2009-04-08 |
Family
ID=38081588
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200610159893 Expired - Fee Related CN100475585C (en) | 2005-11-09 | 2006-11-02 | Air-conditioning system |
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| Country | Link |
|---|---|
| CN (1) | CN100475585C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102686424A (en) * | 2010-05-31 | 2012-09-19 | 三菱重工业株式会社 | Vehicle air conditioning device |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0414946B1 (en) * | 1989-08-31 | 1992-11-04 | Siemens Aktiengesellschaft | Tightly fitted casing made of at least two casing parts |
| DE9420291U1 (en) * | 1994-12-19 | 1995-10-19 | Siemens AG, 80333 München | Housing from at least two housing parts that can be assembled by means of a tongue and groove connection |
| DE19835287C2 (en) * | 1998-08-05 | 2000-08-31 | Behr Gmbh & Co | Housing of a heating or air conditioning system of a motor vehicle |
| US6536474B2 (en) * | 2000-03-13 | 2003-03-25 | Calsonic Kansei Corporation | Air conditioner unit for vehicle |
| JP4171275B2 (en) * | 2002-10-02 | 2008-10-22 | アイシン軽金属株式会社 | Lattice-like connecting method of plate materials and vehicle grill obtained by the method |
-
2006
- 2006-11-02 CN CN 200610159893 patent/CN100475585C/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102686424A (en) * | 2010-05-31 | 2012-09-19 | 三菱重工业株式会社 | Vehicle air conditioning device |
| US9278604B2 (en) | 2010-05-31 | 2016-03-08 | Mitsubishi Heavy Industries, Ltd. | Vehicle air conditioning device |
| CN102686424B (en) * | 2010-05-31 | 2016-08-31 | 三菱重工业株式会社 | Vehicle air conditioning device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN100475585C (en) | 2009-04-08 |
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