CN200958845Y - Roof supporter of outdoor unit for air conditioner - Google Patents
Roof supporter of outdoor unit for air conditioner Download PDFInfo
- Publication number
- CN200958845Y CN200958845Y CN 200620133422 CN200620133422U CN200958845Y CN 200958845 Y CN200958845 Y CN 200958845Y CN 200620133422 CN200620133422 CN 200620133422 CN 200620133422 U CN200620133422 U CN 200620133422U CN 200958845 Y CN200958845 Y CN 200958845Y
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- facial
- stay
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- face
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Abstract
To provide a rooftop mount for an outdoor unit of an air conditioner for easy installation wherein the number of parts is reduced. A reinforcing member 5 fixes distance between a rear seat plate 1 and a front seat plate 2 and a base 3 is leveled by changing length and inclining angle of a stay 4. As direction of a front support face part 23 changes in accordance with the inclining angle of the stay 4, use of any connection member of the rear seat plate 1 and the front seat plate 2 is not needed. An end part of the base 3 at the rear seat plate side or a lower end part of the stay 4 can be fixed to a base mount face part 12 of the rear seat plate 1 and a stay mount face part 22 of the front seat plate 2 at predetermined positions from a direction perpendicular to a longitudinal direction of the rear seat plate 1 or the front seat plate 2. The front support face part 23 of the front seat plate 2 and the rear support face part 13 of the rear seat plate 1 are inclined so as to fit a roof.
Description
Technical field
The utility model relates to a kind of roof supported frame of idle call off-premises station, particularly a kind of roof supported frame that makes the back seat plate of the upper side that is installed in the roof and be installed in the constant idle call off-premises station in the interval than between the fore beam of downside on roof.
Background technology
The roof supported frame of existing idle call off-premises station comprises: the back seat plate that is installed in the upper side on roof; With the fore beam that is installed in the roof than downside.The known in addition roof supported frame that such idle call off-premises station is arranged: at the pedestal that is used to install off-premises station, this pedestal, in the end than downside on roof stay is installed, by the length of this stay of free adjustment, make the interval between back seat plate and the fore beam constant.As the roof supported frame of such idle call off-premises station, the roof supported frame of the idle call off-premises station in non-patent literature 1 for example on the books.The roof supported frame of this idle call off-premises station is described according to Figure 10 to Figure 14.
Shown in the stereogram of the installment state of Figure 10, the roof supported frame comprises: back seat plate 101, and its upper side that is configured in the roof 100 of inclination is the peak side, and is configured to the direction vertical with the incline direction on roof 100 as length direction; With fore beam 103, what it was configured in roof 100 is the paddy side than downside, and is configured to the direction vertical with the incline direction on roof 100 as length direction.
In addition, the roof supported frame also comprises: pair of base 102, and it extends towards the upper horizontal of fore beam 103 from back seat plate 101; A pair of stay 104, its front end from each pedestal 102 extends towards fore beam 103; With a pair of strengthening part 105, it is erected between the bottom of the rear end of each pedestal 102 and stay 104.
Pair of base 102 is used for the mounting off-premises station, and makes the metope of the length direction of off-premises station along building, and described pair of base 102 is configured according to the position of the construction bolt of the off-premises station that will be provided with.
As shown in figure 10, back seat plate 101 has: diapire 111; It from the both ends of diapire 111 sidewall 112 that the both sides of the edge portion of diapire 111 erects; And extend the rear side that is provided with and the upper wall 114 of front side towards relative sidewall from the top edge of each sidewall 112, between two upper walls 114, be formed with slit 116.Like this, formed the sliding tray 117 with certain depth between the diapire 111 of back seat plate 101 and a pair of upper wall 114, this sliding tray 117 extends along the direction vertical with the incline direction on roof 100.Under diapire 111 was configured to situation with roof 100 butts, this sliding tray 117 opened wide upward by slit 116.
In addition, as Figure 11 and shown in Figure 13, on this sliding tray 117, upside attaching parts 106 are installed slidably.Upside attaching parts 106 comprise: the base supports portion 161 that is positioned at slit 116 tops; With the foot 162 that is installed on the back seat plate 101.
As shown in figure 13, base supports portion 161 has supporting walls 161a, the 161b that the rear end with pedestal 102 sandwiches, and by these supporting walls 161a, 161b, it can be that fulcrum rotates with bolt 163 that the rear end of supporting base 102 is supported for.As can be known from Fig. 11, foot 162 has: along the planar portions 162a of the lower surface of two upper walls 114 configuration; With wall 162b, the 162c of hanging down, this hang down wall 162b, 162c are along the inboard of the sidewall 112 that forms sliding tray 117, from the both sides of the edge bending downwards of planar portions 162a.
The foot 162 of Xing Chenging like this, by from the side so that planar portions 162a be inserted into the sliding tray 117 along the mode of the lower surface of upper wall 114, the upper surface of planar portions 162a is configured to along the lower surface of upper wall 114, hang down wall 162b, 162c is configured to along the inner surface of sidewall 112, and the lower surface of hang down wall 162b, 162c is supported by the diapire 111 of sliding tray 117.Like this, foot 162 is accommodated in the sliding tray 117 slidably, thereby upside attaching parts 106 are installed on the back seat plate 101.Foot 162 is connected with base supports portion 161 by slit 116.
As shown in figure 10, by with the rearward end of pedestal 102 to be rotatably coupled on the described upside attaching parts 106 with respect to the upside attaching parts 106 that are installed on the back seat plate 101, mode is connected on the back seat plate 101 pedestal 102 obtaining at any angle with respect to back seat plate 101, and then pedestal 102 can be adjusted to horizontal arrangement all the time with respect to the roof 100 at various angles of inclination.In addition, be connected with stay 104 at pedestal 102 rotationally in anterior end.
This pedestal 102 has upper surface and surperficial from it side of hanging down, and the vibration-proof rubber 121 that is used to install an air-conditioner with off-premises station being installed on upper surface.Vibration-proof rubber 121 selectively and can be slidably mounted on relatively in a plurality of slotted holes 122 is formed to described a plurality of slotted hole 122 devices spaced apart the upper surface of pedestal 102.Therefore, vibration-proof rubber 121 can be adjusted the position corresponding to the position of the construction bolt of idle call off-premises station on the length direction of pedestal 102.
As shown in figure 10, stay 104 is connected with pedestal 102 rotationally in the upper end, is connected with fore beam 103 rotationally by front side attaching parts 107 in the bottom.In addition, stay 104 splits are formed with: the last stay 141 that is connected with pedestal 102 rotationally; The following stay 142 that is connected with fore beam 103 rotationally.It is roughly the same that two stays 141,142 form shape, but the size difference is overlapping at bound fraction, and the size variable of lap.
Specifically, the cross section of last stay 141 and following stay 142 all forms roughly reverse U shape, and following stay 142 is overlapping with it slidably from downside with respect to last stay 141, and can change overlapping size.Wall portion in the front side of lap is provided with the slotted hole 143 as connecting hole, so that two stays 141,142 can be fixed on the predetermined overlapping dimension position.In addition, stay 104 constitutes: be tightened on this bolt 144 by bolt 144 being run through be inserted in the slotted hole 143 and with nut (not shown), stay 104 can be remained predetermined length.
Fore beam 103 has the structure identical with back seat plate 101.That is, as shown in figure 10, fore beam 103 has: diapire 131; The sidewall 132 that erects from the rear end and the anterior end of diapire 131; And extend the rear side that is provided with and the upper wall 134 of front side from the upper end of each sidewall 132 towards relative sidewall 132, between two upper walls 134, be formed with slit 136.Formed the sliding tray 137 with certain depth between diapire 131 and upper wall 134, this sliding tray 137 extends along the direction vertical with the incline direction on roof 100.Under diapire 131 was configured to situation with the roof butt, this sliding tray 137 opened wide upward by slit 136.
In addition, downside attaching parts 107 are installed slidably on sliding tray 137.As Figure 12 and shown in Figure 14, downside attaching parts 107 comprise: the stay support portion 171 that is positioned at slit 136 tops; With the foot 172 that is installed on the fore beam 103.As shown in figure 14, stay support portion 171 has supporting walls 171a, the 171b that the following both sides of the bottom of stay 142 sandwich, and by these supporting walls 171a, 171b, it can be the fulcrum rotation with bolt 173 that the bottom of following stay 142 is supported for.
As shown in figure 12, foot 172 has: along the planar portions 172a of the lower surface of two upper walls 134 configuration; With along the inboard of each sidewall 132 from hang down wall 172b, the 172c of planar portions 172a bending downwards.The foot 172 of Xing Chenging is when being inserted into the sliding tray 137 from the side like this, the upper surface of planar portions 172a is configured to along the lower surface of upper wall 134, hang down wall 172b, 172c is configured to along sidewall 132, and the lower surface of hang down wall 172b, 172c is supported by the diapire 131 of sliding tray 137.Like this, foot 172 is accommodated in the sliding tray 137 slidably, thereby downside attaching parts 107 are installed on the fore beam 103.Foot 172 is connected with stay support portion 171 by slit 136.
As shown in figure 10, strengthening part 105 is that the cross section is the strip member of L font, and the upper side end of its side surface part 151 is fixed on the upper side end of pedestal 102.As shown in figure 13, this strengthening part 105 fixedly is by bolt 163 this strengthening part 105 to be fastened on the upside attaching parts 106 with the upper side end of pedestal 102 to realize.The downside end of the side surface part 151 of strengthening part 105 is fixed on down the bottom of stay 142.As shown in figure 14, fixedly by bolt 173 this strengthening part 105 being fastened on the downside attaching parts 107 with following stay 142 of this strengthening part 105 realized.
The roof supported frame of the off-premises station of Gou Chenging is assembled as follows as mentioned above.Pedestal 102 and stay 104 assemble rotationally between the downside end of the upper end of stay 104 and pedestal 102 in advance and pack.Under this packing state, pedestal 102 and stay 104 are converted into two sections in the part that is connected rotationally and are transported to then the place is set.
The place is being set, and at first the foot 162 with a pair of upside attaching parts 106 is inserted into the sliding tray 117 of back seat plate 101 from the side.The installation site of a pair of upside attaching parts 106 is set the construction bolt position consistency of the vibration-proof rubber that makes on the pedestal 102 121 and off-premises station for.Upside attaching parts 106 behind the location are fixed on the back seat plate 101 by Screw, omit diagram about the detailed structure of this part.Similarly, the foot 172 of pair of lower attaching parts 107 is inserted into the fore beam 103 from the side, and these pair of lower attaching parts 107 are configured in the precalculated position.Then, by Screw downside attaching parts 107 are fixed on (not shown) on the fore beam 103.
Then, the assembling part of pair of base 102 and stay 104 is opened for state when installing from the folded state of packing state.Then, the upper side end of mounting base 102 and it can be rotated as fulcrum with bolt 163 in the base supports portion 161 of upside attaching parts 106.Then, the bottom of stay 104 and to make it can be the fulcrum rotation with bolt 173 is installed on the stay support portion 171 of downside attaching parts 107.At this moment, carry out fasteningly with pedestal 102 by the top of 163 pairs of a pair of strengthening parts 105 of bolt, and be fixed on the upside attaching parts 106.Then, fastening by the bottom of 173 pairs of strengthening parts 105 of bolt with descending stay 142 to carry out, and be fixed on the downside attaching parts 107.
Like this, after pedestal 102, stay 104, back seat plate 101, fore beam 103 and strengthening part 105 are assembled, adjust the levelness of pedestal 102, make itself and the angle of inclination fit on the roof that will be provided with.The adjustment of this levelness is undertaken by the length of adjusting stay 4.The adjustment of the length of stay 4 is carried out in the following manner: the overlapping dimension of stay 141 and following stay 142 and utilize bolt 144 and nut (not shown) will be gone up stay 141 and be fastened on the position of being adjusted with following stay 142 in the adjustment.
The roof supported frame that assembles like this is positioned on the roof 100, as shown in figure 10, described roof supported is set up and is set to: leave hook nail (ヒ one ト Application Nail) 62 on the post within the walls 61 of building, pass wire 63 and carry out backguy and fix between this hook nail 62 and back seat plate 101.
Non-patent literature 1: オ one ケ one ス カ ィ キ one パ roof right angle bracing frame instruction for mounting オ one ケ one equipment Co., Ltd. 2003
Yet in the roof supported frame that so existing idle call off-premises station is used, the operation that upside attaching parts 106 and downside attaching parts 107 are inserted in back seat plate 101 and the fore beam 103 comparatively bothers.Working as especially need be under the situation of 100 its positions of adjusted, roof, need carry out carrying out the operation that the position is adjusted by making the parts after pedestal 102, stay 104, upside attaching parts 106 and 107 assemblings of downside attaching parts are slided, but the problem that exists this operation easily to carry out.In addition, owing to need to go up attaching parts 106 and downside attaching parts 107, so number of components is more, this becomes the main cause that causes cost to rise.
The utility model content
The utility model is finished in view of above-mentioned the problems of the prior art, and its purpose is to provide a kind of roof supported frame that can easily carry out installation exercise and reduce the idle call off-premises station of number of components by the omission attaching parts.
The roof supported frame of idle call off-premises station of the present utility model relates to a kind of like this roof supported frame of idle call off-premises station, and it comprises: back seat plate, and its upper side in inclined roof disposes along the direction vertical with the incline direction on roof; Fore beam, it disposes along the direction vertical with the incline direction on roof than downside inclined roof; Pedestal, its from back seat plate towards the fore beam horizontal-extending; Stay, its leading section from pedestal is configured on the fore beam; And strengthening part, it is erected between the bottom of the rearward end of said base and stay, so that the distance between back seat plate and the fore beam is remained constant, it is characterized in that above-mentioned back seat plate is formed with: the pedestal of the rearward end of mounting base is installed facial; Facial with the back support that is supported in the roof, this pedestal is installed facially to have and pedestal can be configured to shape on the predetermined installation site from the direction vertical with the length direction of back seat plate, above-mentioned back is supported face and formed along inclined roof, and above-mentioned fore beam is formed with: the stay that the bottom of stay is installed is installed facial; Facial with the preceding support that is supported in the roof, this stay is installed facially to have and the bottom of stay can be configured to shape on the predetermined installation site from the direction vertical with the length direction of fore beam, support face before above-mentioned and form along inclined roof, said base has: directly be fixed on the rearward end on the said base installation face; Be supported in the leading section of the upper end of above-mentioned stay rotationally, above-mentioned stay forms and can stretch, and its bottom directly is fixed on the stay installation face of fore beam.
Roof supported frame according to the idle call off-premises station of the present utility model of such formation, owing to make the interval between back seat plate and the fore beam constant, so length that can be by regulating stay is so that the angle change of stay is adjusted the levelness of pedestal by strengthening part.That is, at the angle of inclination on roof when big, the lengthening stay to be increasing stay with respect to horizontal angle of inclination, at the angle of inclination on roof hour, shortens stay to reduce stay with respect to horizontal angle of inclination, can carry out the adjustment of levelness thus.
At this moment, in back seat plate since the rearward end of pedestal be directly fixed on pedestal install facial, irrelevant so back seat plate is arranged on the constant direction all the time with the angle of inclination on roof.On the other hand, face is installed, thereby the preceding angle of inclination one towards with stay of supporting face of fore beam changes because the bottom of stay is directly fixed on stay.Therefore, the adjustment of the levelness of pedestal does not need the attaching parts of necessary in the past upside and downside.This result is can reduce number of components, thereby can form simple structure.In addition, the rearward end of pedestal or the bottom of stay from the direction vertical with the length direction of back seat plate or fore beam, are installed the stay of facial and fore beam and are installed facial with respect to the pedestal of back seat plate, be fixed on the precalculated position, so assembling operation becomes easily and be efficient.
In addition, in the utility model, because the back support face of back seat plate forms along inclined roof, supporting surface portion is configured to along the state of roof inclination after the institute.In addition, because the preceding support face of fore beam forms along inclined roof, supporting surface portion is configured to along the state of roof inclination before the institute.Therefore back seat plate and fore beam can stably be set.
In addition, above-mentioned back seat plate has: pedestal is installed facial, the back is supported facial, and the back connection that connects them is facial, observe from section, pedestal is installed face and is formed roughly L font with respect to back connection face, the back is supported face and is formed roughly L font with respect to back connection face, and this back is supported face and is formed roughly relative with pedestal installation face, similarly, above-mentioned fore beam has: stay is installed facial, the preceding face that supports, and the preceding connection that connects them is facial, observe from section, stay is installed face and is formed roughly L font with respect to preceding connection face, preceding support is facial to form roughly L font with respect to preceding connection face, and should form roughly relative with stay installation face by preceding support face.If constitute like this, then the section factor of back seat plate 1 and fore beam 2 increases, thereby has improved intensity.
In above-mentioned back seat plate, the back is supported face and is formed: facial along with connecting away from the back, it is installed facial aperture with respect to pedestal and increases gradually, in addition, in fore beam, the preceding face that supports also can form: along with facial away from preceding connection, it is installed facial aperture with respect to stay and increases gradually.Like this, be inserted into pedestal by rearward end and install between face and the back support face, can easily pedestal be fixed in pedestal and install facial pedestal.In addition, be inserted into stay by bottom and install between facial and the preceding support face, can easily stay be fixed in stay and install facial stay.In addition, by the rearward end of such fixed pedestal and the bottom of stay, it is good that the outward appearance of the periphery of these standing parts becomes.
In above-mentioned back seat plate, back supporting surface partly is two parts, connecting facial part (root) near the back, it is bigger that facial angle is with respect to the horizontal plane supported in this back, connecting facial part (end portion) away from the back, it is less that facial angle is with respect to the horizontal plane supported in this back, in addition, in above-mentioned fore beam, preceding support face also can be divided into two parts, and in the part (root) near preceding connection face, the facial angle with respect to the horizontal plane of this preceding support is bigger, in the part (end portion) away from preceding connection face, it is less to support facial angle with respect to the horizontal plane before this.Like this, in back seat plate and fore beam, on bigger roof, angle of inclination, contact with the inclined plane on roof near connecting facial part (root), on less roof, angle of inclination, contact with the inclined plane on roof away from connecting facial part (end portion), therefore can be applied to the roof at various angles of inclination.
In above-mentioned back seat plate and fore beam, preferably: connecting the facial or preceding facial part that connects near the back, angle with respect to the horizontal plane approximately is 30 degree, is connecting the facial or preceding facial part that connects away from the back, and angle with respect to the horizontal plane approximately is 11 degree.The angle on roof according to snowpack with the area and different.In the many areas of snowpack approximately is 30 degree, approximately is 11 degree in the area that does not almost have accumulated snow.Therefore, facial by the facial and preceding support of setting in back seat plate and the fore beam of back support as mentioned above, this roof supported frame can be applied to most of regional roof.
In addition, at the pedestal of above-mentioned back seat plate the facial a plurality of slotted holes that predetermined space ground forms the rearward end that is used for fixing pedestal that separate are installed, the facial a plurality of slotted holes that predetermined space ground forms the bottom that is used for fixing stay that also can separate are installed at the stay of above-mentioned fore beam.By such structure, can raise the installation site of integral basis seat or stay at the length direction of back seat plate and fore beam.Therefore, can easily make the position consistency of the construction bolt of the installation site of pedestal and idle call off-premises station.
And above-mentioned fore beam and above-mentioned back seat plate can be realized sharing by forming the center line symmetry about length direction.Like this, realized the sharing of parts, thereby can reduce cost.
In addition, above-mentioned fore beam, above-mentioned back seat plate, above-mentioned stay and above-mentioned strengthening part can be formed by carrying out extrusion molding along its length by light metal alloy respectively.Like this, can realize the lightweight of roof supported frame, thereby improve operation, and can improve the outward appearance of roof supported frame.
Description of drawings
Fig. 1 is the stereogram of installment state of roof supported frame of the idle call off-premises station of embodiment of the present utility model.
Fig. 2 is the pedestal in the roof supported frame and the fixedly instruction drawing of back seat plate.
Fig. 3 is the stay in the roof supported frame and the fixedly instruction drawing of fore beam.
Fig. 4 assembles the roof supported frame then it to be arranged on state diagram on the roof on the ground, (a) is the state diagram before the levelness of pedestal is adjusted, and (b) is the adjusted state diagram of levelness of pedestal.
Fig. 5 is arranged on state diagram on the less roof, angle of inclination with the roof supported frame.
Fig. 6 is the back variation that connects face of the back seat plate in the above-mentioned embodiment.
Fig. 7 is the preceding variation that connects face of the fore beam in the above-mentioned embodiment.
Fig. 8 is the variation that the anterior end of the pedestal in the above-mentioned embodiment is fixed on the part on the back seat plate.
Fig. 9 is the variation that the bottom of the stay in the above-mentioned embodiment is fixed on the part on the fore beam.
Figure 10 is the stereogram of installment state of roof supported frame of the idle call off-premises station of existing example.
Figure 11 is the side view of the joint portion of pedestal in the prior roofs bracing frame and back seat plate.
Figure 12 is the side view of the joint portion of stay in the prior roofs bracing frame and fore beam.
Figure 13 is the profile along the 13-13 line among Figure 11.
Figure 14 is the profile along the 14-14 line among Figure 12.
The specific embodiment
The roof supported frame of the idle call off-premises station of an embodiment of the utility model having been specialized according to Fig. 1～Fig. 5 explanation below.
The length direction of the roof supported frame of present embodiment and the incline direction on roof intersect vertically.As shown in Figure 1, the roof supported frame comprises: back seat plate 1, and it is configured in the upside (upper side on roof) on roof 100, and is configured as length direction with the direction vertical with the incline direction on roof 100; With fore beam 2, it is configured in the downside (roof than downside) on roof 100, and is configured as length direction with the direction vertical with the incline direction on roof 100.In addition, the roof supported frame also comprises: pedestal, and it is used for the mounting off-premises station, and extends towards fore beam 2 along continuous straight runs from back seat plate 1; Stay 4, its leading section from pedestal 3 is configured on the fore beam 2; With strengthening part 5, it is erected between the bottom of the rearward end of pedestal 3 and stay 4, be used to make between back seat plate 1 and the fore beam 2 apart from constant.
As depicted in figs. 1 and 2, above-mentioned back seat plate 1 by the back connect facial 11 be formed with pedestal install facial 12 and the back support facial 13.The rearward end that pedestal 3 is installed on facial 12 is installed at pedestal.The back is supported facial 13 and is supported on the roof 100.In addition, observe from section, pedestal install facial 12 and the back is connected facial 11 and forms roughly L font, back support face 13 with after be connected face 11 and form roughly L font.
In addition, pedestal installation facial 12 forms in the face that is configured in approximate horizontal.In addition, the back is supported face 13 and with pedestal face 12 relative formation is installed, and along with connecting face 11 away from the back, the aperture that back support facial 13 and pedestal are installed between the face 12 increases gradually.In addition, this back is supported facial 13 and formed: with the end of the upper side by inclined roof, promptly to connect the horizontal plane of facial 11 bottom be benchmark in the back, towards tilting than downside of inclined roof.Like this, at pedestal facial 12 lower surface being installed forms: can be from the vertical direction of the length direction of back seat plate 1 upper surface of the rear end of pedestal 3 is contacted with the lower surface that pedestal is installed face 12.
In addition, the back support facial 13 of back seat plate 1 is divided into two parts, in the part of approaching back connection facial 11, promptly at root 13a, it is bigger that face 13 angle is with respect to the horizontal plane supported in this back, connecting facial 11 part, i.e. part 13b endways away from the back, it is less that facial 13 with respect to the horizontal plane angles are supported in this back.This angle of inclination will consider mainly that the gradient on roof 100 determines.Specifically, because the angle of inclination on roof 100 is 11 degree～30 degree, institute is so that the angle of inclination of root 13a is 30 degree, and the angle of inclination that makes end portion 13b is 11 to spend.Like this, be that root 13a contacts with roof 100 under the situation of 30 degree at roof angle, be end portion 13b contacts with roof 100 under the situation of 11 degree at roof angle, under the situation of centre, the interface of root 13a and end portion 13b contacts with the roof.Therefore, preferably interface is the shape that has circularity slightly.
In back seat plate 1, in pedestal installation facial 12, separate predetermined space ground and form a plurality of slotted holes 14 that are useful on fixed pedestal 3.In addition, connect in the back and to separate predetermined space ground on facial 11 and be formed with a plurality of slotted holes 15, this slotted hole 15 is used for fixing the backguy of roof supported frame is fixed on wire on the building wall.Back seat plate 1 is made into the center line symmetry about length direction.
Fore beam 2 is of similar shape with back seat plate 1, with back seat plate 1 towards counter-rotating and be positioned on the inclined roof and use, below describe according to the state after the mounting.As shown in figures 1 and 3, fore beam 2 is formed with stay by preceding connection facial 21 face 22 and preceding support facial 23 is installed.The bottom that stay 4 is installed on facial 22 is installed at stay.The preceding face 23 that supports is supported on the roof 100.In addition, observe from section, stay install facial 22 with preceding is connected facial 21 and forms roughly L font, preceding support facial 23 with preceding be connected face 21 and form roughly L font.
Stay is installed face 22 and is formed parallel with the front surface of stay 4.Before support facial 23 and facial 22 relative formation be installed with stay, and along with facial 21 away from preceding connections, supporting face 23 before this increases gradually with respect to apertures of stay installation face 22.In addition, preceding support facial 23 forms, and is benchmark with the horizontal plane that connects facial 21 bottom than the end of downside, before promptly by inclined roof, towards the upper side inclination of inclined roof.Therefore, can be from contacting with inner surface that the vertical direction of the length direction of fore beam 2 makes front surface and the stay of the bottom of stay 4 that facial 22 upside is installed.
The preceding support facial 23 of fore beam 2 is divided into two parts, in part near preceding connection facial 21, promptly at root 23a, should before support facial 23 with respect to that the angle of facial 22 parallel faces is installed is bigger with stay, in part away from preceding connection facial 21, i.e. part 23b endways supports facial 23 less with respect to the angle of above-mentioned parallel surface before this.The angle of inclination is that the angle of inclination of considering roof 100 is determined.Specifically, because the chances are the angle of inclination on roof 100 11 degree～30 degree, institute is so that the angle of root 23a is approximately 30 degree, makes the angle of end portion 23b be approximately 11 and spends.Like this, be that root 23a contacts with roof 100 under the situation of 30 degree at roof angle, at roof angle is under the situation of 11 degree, end portion 23b contacts with roof 100, under the situation of centre, contacts with the roof with the interface of end portion 23b by root 23a.Therefore, preferably interface is the shape that has circularity slightly.
As shown in Figure 1, install on facial 22, separate predetermined space ground and form a plurality of slotted holes 24 that are useful on fixed stay 4 at the stay of fore beam 2.In addition, in preceding connection facial 21, separate predetermined space ground and be formed with a plurality of slotted holes 25.When being used as fore beam 2, back seat plate 1 do not need these slotted holes 25.As mentioned above, fore beam 2 be by change back seat plate 1 towards, that is, make the downside of back seat plate 1 become upside and carry out mounted component, as parts, it has shape and the structure identical with back seat plate 1.Therefore, the label 21,22,23 in the fore beam 2,23a, 23b, 24,25 part, corresponding with label 11,12,13 in the back seat plate 1,13a, 13b, 14,15 part.
As shown in Figure 1, pedestal 3 has the cross section of U font, and has upper surface 31 and side 32,33, has a pair of slotted hole 34,35 that extends along its length at upper surface 31.Each slotted hole 34,35 uses as the installing hole of vibration-proof rubber 36, and described vibration-proof rubber 36 is used to install off-premises station.In addition, as shown in Figure 2, the upper surface 31 of the rearward end of pedestal 3 is from the direction vertical with the length direction of back seat plate 1, and the mode that contacts with the lower surface with pedestal installation facial 12 is inserted in the back seat plate 1.
As shown in Figure 2, be formed with bolt hole 37, at the inner surface of pedestal 3 threaded block (not shown) be installed accordingly with this bolt hole 37 in the rearward end of pedestal 3.And the slotted hole 14 of bolt 16 being installed face 12 from pedestal inserts via bolt hole 37, and this bolt 16 is screwed in above-mentioned threaded block (not shown), and thus, the rearward end of pedestal 3 is fixed on the back seat plate 1.On the other hand, the leading section of pedestal 3 is supported rotationally by stay 4.
As shown in Figure 1, stay 4 forms scalable, and its upper end is connected with this pedestal 3 rotationally with respect to pedestal 3, and its bottom is fixed on stay and installs on facial 22 the medial surface.Stay 4 splits are formed with: the last stay 41 that is connected with pedestal 3 and be fixed on following stay 42 on the fore beam 2 rotationally.Two stays 41,42 have roughly the same shape, but are of different sizes, and as shown in Figure 1, they are overlapping at bound fraction, and the size of this lap can change.Specifically, the cross section of last stay 41 and following stay 42 all forms roughly U font, and following stay 42 is overlapping with it slidably from the downside of last stay 41.Though the structure on this point is same as the prior art, on the front surface wall portion 43 of this lap, be provided with slotted hole 44, so that two stays 41,42 can be fixed on predetermined overlapping dimension position as connecting hole.And, be inserted into this slotted hole 44 and, stay 4 can be remained predetermined length by nut screwing clamping by bolt 45 is run through.
In addition, as shown in Figure 3, the bottom of following stay 42 is installed on the precalculated position with respect to fore beam 2 from the direction vertical with the length direction of stay 4, and the medial surface that makes its front surface wall portion 43 and stay that face 22 is installed contacts.Be formed with bolt hole 46 in the following bottom of the front surface wall portion 43 of stay 42, with this bolt hole 46 accordingly, at the inner surface of stay 42 down threaded block (not shown) is installed.When fixing stay 42 down, bolt 26 is installed facial 22 slotted hole 24 from stay run through and be inserted into the bolt hole 46, and this bolt 26 is combined on above-mentioned threaded block (not shown) via bolt hole 46.
Each strengthening part 5 is that the cross section is the strip member of L font, and its upper end is fixed on the rearward end of pedestal 3 by bolt 51, and its bottom is fixed on down the bottom of stay 42 by bolt 52.By such installation strengthening part 5, the interval between back seat plate 1 and the fore beam 2 is remained constant.
The back seat plate 1 of Gou Chenging, fore beam 2, pedestal 3, stay 4 and strengthening part 5 are respectively by coming extrusion molding to form with length direction as the direction of extrusion of material by aluminum or aluminum alloy as mentioned above.
Next the installation steps of the roof supported frame of the idle call off-premises station that constitutes like this are described.
At first, prepare back seat plate 1, fore beam 2, a pair of assembling part that pedestal 3 and stay 4 are assembled rotationally and a pair of strengthening part 5 etc.Then, strengthening part 5 is installed on the assembling part that is assembled rotationally by pedestal 3 and stay 4.As shown in Figure 1, this installation is carried out like this: by bolt 51 that the peak side end of the side of strengthening part 5 is fixing rotationally with respect to the peak side end of pedestal 3, and by bolt 52 that the downside end of the side of strengthening part 5 is fixing rotationally with respect to the bottom of following stay 42.
The assembling part that strengthening part 5 will be installed then is separately fixed on back seat plate 1 and the fore beam 2.As shown in Figure 2, when assembling part being fixed on the back seat plate 1, at first make the precalculated position of rearward end on the length direction of back seat plate 1 of pedestal 3,, facial 12 lower surface is installed along the pedestal of back seat plate 1 from the front side of the direction vertical with the length direction of pedestal 3.Then, make the bolt hole 37 of the upper surface 31 that is formed at pedestal 3 consistent with a slotted hole 14 on the position of predetermined length direction.Then, bolt 16 run through being inserted into the bolt hole 37 from this slotted hole 14, and it is combined in the threaded block (not shown) corresponding with bolt hole 37.Thus, the rearward end of pedestal 3 is fixed on the back seat plate 1.
Then, when the assembling part that above-mentioned strengthening part 5 will be installed was fixed on the fore beam 2, as shown in Figure 3, the bottom that makes down stay 42 was on the precalculated position, from the rear side of the direction vertical, the back side of face 22 is installed along the stay of fore beam 2 with the length direction of stay 4.Then, make the bolt hole 46 on the front surface wall portion 43 that is formed on down stay 42 consistent with a slotted hole 24 on the position of predetermined length direction.Then, bolt 26 run through being inserted into the bolt hole 46 from this slotted hole 24, and this bolt 26 is screwed in the threaded block (not shown) corresponding with bolt hole 46.Thus, the bottom of following stay 42 is fixed on the fore beam 2.
As mentioned above, as shown in Figure 1, in the roof supported frame after assembling, pin 1a, the 2a that plastics are made is installed in the part that contacts with the roof of back seat plate 1 and fore beam 2.Each pin 1a, 2a play a role as the padded coaming with respect to the roof.Shown in Fig. 4 (a), the roof supported frame is configured on the roof of building then.Shown in Fig. 4 (b), adjust the levelness of pedestal 3 then.The adjustment of the levelness of pedestal 3 is undertaken by the overlapping dimension of regulating stay 41 and following stay 42.The overlapping dimension of last stay 41 and following stay 42 is regulated in advance on the ground, if pedestal 3 under the state that is configured on the roof 100, its levelness is no problem, then need not to carry out on the roof levelness adjustment.In addition, in Fig. 4 (a) and (b), omit expression pin 1a, 2a.
Next, the roof supported frame backguy of having adjusted the levelness of pedestal 3 is fixed on the post within the walls 61 of building.At this moment, as shown in Figure 1, at first hook nail 62 nails are fixed on the post within the walls 61 of building.Next, reeled in an end of wire 63 and be fixed on the hook nail 62.Then the opposition side end of this wire 63 is inserted in the slotted hole 15 of back seat plate 1 and is wound on the back seat plate 1.Fix by the backguy that this wire 63 carries out, pedestal 3 be fixed on back seat plate 1 near part carry out comparatively effective.
Roof supported frame according to the idle call off-premises station that as above constitutes can obtain following effect.
(1) since by strengthening part 5 interval between back seat plate 1 and the fore beam 2 is set at constant, so can by the adjusting stay 4 length so that the angle change of stay 4 is adjusted the levelness of pedestal 3.Specifically, when 100 angle of inclination is big on the roof, elongate stay 4 to increase stay 4 with respect to horizontal angle of inclination.On the other hand, stay 4 hour is shortened to reduce stay 4 with respect to horizontal angle of inclination in 100 angle of inclination on the roof.
At this moment, in back seat plate 1 since the rearward end of pedestal 3 be directly fixed on pedestal install facial 12, irrelevant so back seat plate 1 is arranged on the constant direction all the time with the angle of inclination on roof.On the other hand, in fore beam 2, install facially 22 because the bottom of stay 4 is directly fixed on stay, the angle of inclination one towards with stay 4 of former supporting surface portion 23 of institute changes.Like this, the adjustment of the levelness of pedestal 3 does not need the attaching parts of necessary in the past upside and downside, therefore can reduce number of components, thereby can form simple structure.
(2) assembling part that forms of assembling pedestal 3, stay 4 and strengthening part 5 can carry out like this in the installation on back seat plate 1 and the fore beam 2: on the precalculated position on the length direction of back seat plate 1 or fore beam 2, the bottom that makes the rearward end of pedestal 3 or stay 4 is from contacting with the vertical direction of the length direction of back seat plate 1 or fore beam 2 and being fixed in the installation site.Therefore, assembling operation becomes easily and is efficient.
(3) the back support facial 13 of back seat plate 1, with the horizontal line that connects facial 11 end (end of the upper side of inclined roof) by the back is benchmark, lower direction towards inclined roof tilts, so the back face 13 that supports of back seat plate 1 becomes roughly 100 states that tilt along the roof.In addition, the preceding support facial 23 of fore beam 2, to be benchmark, towards the higher direction inclination of inclined roof, so the preceding face 23 that supports of fore beam 2 becomes roughly 100 states that tilt along the roof by the preceding horizontal line that connects the end (end than downside of inclined roof) of face 21.Therefore, back seat plate 1 and fore beam 2 can stably be set.
(4) observe from section, in the back seat plate 1, pedestal is installed facial 12 and is connected facial 11 with respect to the back and form roughly L font, and the back is supported facial 13 and connected facial 11 with respect to the back and form roughly L font, and should back support facial 13 form roughly relative with pedestal installation face 12.In addition, fore beam 2 also has identical formation, observe from section, stay is installed face 22 and is formed roughly L font with respect to preceding connection facial 21, preceding support facial 23 forms roughly L font with respect to preceding connection face 21, and should preceding support facial 23 form roughly relative with stay installation facial 22.Therefore, the section factor of back seat plate 1 and fore beam 2 increases, thereby has improved intensity.
(5) the back support facial 13 of back seat plate 1 forms: along with connecting facial 11 away from the back, its aperture of face 12 being installed with respect to pedestal increases gradually, and the preceding support of fore beam 2 facial 23 forms: along with facial 21 away from preceding connections, its aperture of face 22 being installed with respect to stay increases gradually.Therefore, pedestal is installed face 12 and the back is supported between facial 13 by pedestal 3 is inserted into, and can easily pedestal 3 be fixed in pedestal face 12 is installed.In addition, install between face 22 and the preceding support facial 23, can easily stay 4 be fixed in stay and install facial 22 by stay 4 being inserted into stay.By the rearward end of such fixed pedestal 3 and the bottom of stay 4, the peripheral outward appearance of standing part becomes good.
(6) in back seat plate 1 and fore beam 2, the back support facial 13 and preceding supports face 23 bigger in root 13a, 23a place angle with respect to the horizontal plane, part 13b, 23b place angle with respect to the horizontal plane are less endways.Therefore, on bigger roof 100, angle of inclination, root 13a, 23a contact with the inclined plane on roof 100, and on less roof 100, angle of inclination, end portion 13b, 23b contact with the inclined plane on roof 100.Therefore the roof supported frame of present embodiment can be applied to the roof 100 at various angles of inclination.Subsidiary one in passing, the state that is provided with among Fig. 4 (b) is that the angle of inclination on roof 100 is the situation of 30 degree, and root 13a, 23a contact with the inclined plane on roof 100.The state that is provided with among Fig. 5 is that the angle of inclination on roof 100 is the situation of 11 degree, and end portion 13b, 23b contact with the inclined plane on roof 100.
(7) because the root 13a angle with respect to the horizontal plane that makes the back support face 13 approximately is 30 degree, making end portion 13b angle with respect to the horizontal plane approximately is 11 degree, so this roof supported frame can be applied to most roof 100.That is, the angle on roof 100 with regional and different, is about 30 degree in the many areas of snowpack according to snowpack, is about 11 degree at the locale that does not almost have accumulated snow.Therefore, set back support facial 13 and preceding support face 23 in back seat plate 1 and the fore beam 2 as described above, this roof supported frame can be applied to the roof in most of area.
(8) at the pedestal of back seat plate 1 a plurality of slotted holes 14 that are formed with the rearward end that is used for fixing pedestal 3 on facial 12 are installed, a plurality of slotted holes 24 that are formed with the bottom that is used for fixing stay 4 on facial 22 are installed at the stay of fore beam 2.Therefore, can adjust the installation site of pedestal 3 or stay 4 along the length direction of back seat plate 1 and fore beam 2.Therefore, can easily make the position consistency of the construction bolt of the installation site of pedestal 3 and off-premises station.
(9) back seat plate 1 and fore beam 2, can reduce cost so can realize both sharings like this owing to the center line symmetry that forms about length direction.
(10) owing to back seat plate 1, fore beam 2, pedestal 3, stay 4 and strengthening part 5 are formed by carrying out extrusion molding with length direction as the direction of extrusion of material by aluminum or aluminum alloy respectively, so can realize the lightweight of roof supported frame, thereby improved operation, and can improve the outward appearance of roof supported frame.
More than the roof supported frame of the idle call off-premises station of Shuo Ming present embodiment has been represented an example, can carry out suitable change in scope of the present utility model.For example can carry out following distortion.
(1) back seat plate 1 of above-mentioned embodiment back can be connected the facial 11 facial 11A of back connection that change to curved surface as shown in Figure 6.In addition, Fig. 6 is the back figure that connects the variation of face 11 of expression back seat plate 1, in the figure, uses same label for the part identical or corresponding with above-mentioned embodiment.
(2) fore beam 2 of above-mentioned embodiment preceding can be connected the facial 21 facial 21A of preceding connection that change to curved surface as shown in Figure 7.In addition, Fig. 7 is the preceding figure that connects the variation of face 21 of expression fore beam 2, in the figure, uses same label for the part identical or corresponding with above-mentioned embodiment.
(3) can be with the rearward end of the pedestal 3 of above-mentioned embodiment, particularly be fixed on part on the back seat plate 1, change to variation as shown in Figure 8.Next be explained.In addition, in Fig. 8, use same label for the part identical or corresponding with above-mentioned embodiment.In this variation, be formed with from the bending part 31B of upper surface 31 bending downwards in the rearward end of pedestal 3.On this bending part 31B, be formed with bolt hole 31C.In addition, the inner surface at bending part 31B is welded with the threaded block 31D corresponding with bolt hole 31C.
On the other hand, in back seat plate 1, the part that is equivalent to above-mentioned back connection facial 11 is installed facial 11B formation as pedestal.The slotted hole 11C that is formed with the function with above-mentioned slotted hole 14 on the facial 11B is installed at this pedestal.In addition, be equivalent to said base and the part of face 12 be installed as strengthening facial 12B formation.
Therefore, the roof supported frame of this variation is arranged on the roof as follows.Along the direction vertical, the rearward end that facial 11B butt ground inserts pedestal 3 is installed from downside with pedestal with the length direction of back seat plate 1.Then, from upside bolt 16 is run through to be inserted into pedestal and to install the slotted hole 11C of facial 11B, and this bolt 16 is screwed in threaded block 31D via the bolt hole 31C of bending part 31B.Thus, pedestal 3 is fixed on the back seat plate 1.In addition, under the situation of this variation, also can utilize and disperse slotted hole (Fly び Long hole) 11C fixes an end of wire 63.
(4) can be with the bottom of the stay 4 of above-mentioned embodiment, particularly be fixed on part on the fore beam 2, change to variation as shown in Figure 9.In addition, in Fig. 9, use same label for the part identical or corresponding with above-mentioned embodiment.In this variation, be formed with the bending part 43B that front surface wall portion 43 bendings are formed in the bottom of stay 4.On this bending part 43B, be formed with bolt hole 43C.In addition, the inner surface at bending part 43B is welded with the threaded block 43D corresponding with bolt hole 43C.
On the other hand, in fore beam 2, be equivalent to the above-mentioned preceding part that connects face 21 and facial 21B formation be installed as stay.The slotted hole 21C that is formed with the function with above-mentioned slotted hole 24 on the facial 21B is installed at this stay.In addition, be equivalent to above-mentioned stay and the part of face 22 be installed as strengthening facial 22B formation.
Therefore, the roof supported frame of this variation is fixed on the roof in the following manner.From the top along the direction vertical, the bottom that the mode of facial 21B butt is inserted stay 4 to be installed with stay with the length direction of fore beam 2.Then, from downside bolt 26 is run through to be inserted into stay and to install the slotted hole 21C of facial 21B, and this bolt 26 is combined among the threaded block 43D via the bolt hole 43C of bending part 43B.Thus, stay 4 is fixed on the fore beam 2.
(5) in the above-described embodiment, make back seat plate 1 and fore beam 2 sharings, but there is no need necessarily like this.In this case, what can change back seat plate 1 and fore beam 2 afterwards supports facial 13 and preceding facial 23 the shape that supports, and the back is supported facial 13 set for they are more closely contacted with roof 100 with preceding facial 23 the angle of inclination supported.
(6) in the above-described embodiment, represented the idle call off-premises station is arranged to the example that makes its length direction vertical with the incline direction on roof, but also can change to such roof supported frame: be arranged to make its length direction consistent the idle call off-premises station with the incline direction on roof 100.
(7) back seat plate 1, fore beam 2, pedestal 3, stay 4 and strengthening part 5 also can be can't help aluminum or aluminum alloy and made, and are made by other light metal materials or ferrous metal.
(8) stay 4 forms roughly U font in its cross section in the above-described embodiment, but so long as the shape that can slide also can be other shapes such as C font.
(9) adjusted pedestal 3 levelness the roof supported frame in the following way backguy be fixed on the post within the walls 61 of building.That is, make back 61 butts of post within the walls that connect face 11 and building of the back seat plate 1 of the roof supported frame of having adjusted levelness.Then hook nail 62 is run through being inserted into the slotted hole 15 from the back downside that connects face 11, follow closely then on post 61.Like this, do not use wire 63 just back seat plate 1 directly can be fixed on the post 61.
Claims (8)
1, a kind of roof supported frame of idle call off-premises station, it comprises: back seat plate, its upper side in inclined roof disposes along the direction vertical with the incline direction on roof; Fore beam, it disposes along the direction vertical with the incline direction on roof than downside inclined roof; Pedestal, its from back seat plate towards the fore beam horizontal-extending; Stay, its leading section from pedestal is configured on the fore beam; And strengthening part, it is erected between the bottom of the rearward end of said base and stay, so that the distance between back seat plate and the fore beam is remained constant, it is characterized in that,
Above-mentioned back seat plate is formed with: the pedestal of the rearward end of mounting base is installed facial; Facial with the back support that is supported in the roof, this pedestal is installed facially to have and pedestal can be configured to shape on the predetermined installation site from the direction vertical with the length direction of back seat plate, and above-mentioned back is supported face and formed along inclined roof,
Above-mentioned fore beam is formed with: the stay that the bottom of stay is installed is installed facial; Facial with the preceding support that is supported in the roof, this stay is installed facially to have and the bottom of stay can be configured to shape on the predetermined installation site from the direction vertical with the length direction of fore beam, support face before above-mentioned to form along inclined roof,
Said base has: directly be fixed on the rearward end on the said base installation face; Be supported in the leading section of the upper end of above-mentioned stay rotationally, above-mentioned stay forms and can stretch, and its bottom directly is fixed on the stay installation face of fore beam.
2, the roof supported frame of idle call off-premises station according to claim 1 is characterized in that,
Above-mentioned back seat plate has: pedestal is installed facial, the back is supported facial, and the back connection that connects them is facial, observe from section, pedestal is installed face and is formed roughly L font with respect to back connection face, the back is supported face and is formed roughly L font with respect to back connection face, and this back is supported face and is formed roughly relative with pedestal installation face, in addition, above-mentioned fore beam has: stay is installed facial, the preceding face that supports, and the preceding connection that connects them is facial, observe from section, stay is installed face and is formed roughly L font with respect to preceding connection face, preceding support is facial to form roughly L font with respect to preceding connection face, and should form roughly relative with stay installation face by preceding support face.
3, the roof supported frame of idle call off-premises station according to claim 2 is characterized in that,
In above-mentioned back seat plate, the back is supported face and is formed: facial along with connecting away from the back, it is installed facial aperture with respect to pedestal and increases gradually, in addition, in above-mentioned fore beam, the preceding face that supports forms: along with facial away from preceding connection, it is installed facial aperture with respect to stay and increases gradually.
4, the roof supported frame of idle call off-premises station according to claim 3 is characterized in that,
In above-mentioned back seat plate, back supporting surface partly is two parts, connecting facial part near the back, it is bigger that facial angle is with respect to the horizontal plane supported in this back, connecting facial part away from the back, it is less that facial angle is with respect to the horizontal plane supported in this back, in addition, in above-mentioned fore beam, preceding supporting surface partly is two parts, and in the part near preceding connection face, facial angle with respect to the horizontal plane of support is bigger before this, in the part away from preceding connection face, it is less to support facial angle with respect to the horizontal plane before this.
5, the roof supported frame of idle call off-premises station according to claim 4 is characterized in that,
In above-mentioned back seat plate and fore beam, connecting the facial or preceding facial part that connects near the back, it approximately is 30 degree that the facial and preceding face angle with respect to the horizontal plane that supports is supported in the back, connecting the facial or preceding part that connects face away from the back, it approximately is 11 degree that the facial and preceding face angle with respect to the horizontal plane that supports is supported in the back.
6, according to the roof supported frame of each the described idle call off-premises station in the claim 1 to 5, it is characterized in that,
At the pedestal of above-mentioned back seat plate the facial a plurality of slotted holes that predetermined space ground forms the rearward end that is useful on fixed pedestal that separate are installed, the facial a plurality of slotted holes that predetermined space ground forms the bottom that is useful on fixed stay that separate are installed at the stay of above-mentioned fore beam.
7, according to the roof supported frame of each the described idle call off-premises station in the claim 1 to 5, it is characterized in that,
Above-mentioned fore beam and above-mentioned back seat plate are realized sharing by forming the center line symmetry about length direction.
8, according to the roof supported frame of each the described idle call off-premises station in the claim 1 to 5, it is characterized in that,
Above-mentioned fore beam, above-mentioned back seat plate, said base, above-mentioned stay and above-mentioned strengthening part are made by light metal or light metal alloy, and come extrusion molding by the length direction with them as the direction of extrusion of material.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2005289210A JP4668756B2 (en) | 2005-09-30 | 2005-09-30 | Air conditioner outdoor unit roof stand |
| JP2005289210 | 2005-09-30 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN200958845Y true CN200958845Y (en) | 2007-10-10 |
Family
ID=38028148
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620133422 Expired - Fee Related CN200958845Y (en) | 2005-09-30 | 2006-09-29 | Roof supporter of outdoor unit for air conditioner |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4668756B2 (en) |
| CN (1) | CN200958845Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2011085676A1 (en) * | 2010-01-12 | 2011-07-21 | 珠海格力电器股份有限公司 | Adjustable bracket |
| CN103629803A (en) * | 2013-11-28 | 2014-03-12 | 上海盈达空调设备有限公司 | Installation structure and method for sloping roof evaporative air cooler |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| IT201900016346A1 (en) * | 2019-09-16 | 2021-03-16 | Rodigas S R L | Wall shelf |
| WO2023231163A1 (en) * | 2022-05-31 | 2023-12-07 | 芜湖美智空调设备有限公司 | Air conditioner mounting bracket and split air conditioner |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6077978U (en) * | 1983-10-31 | 1985-05-31 | 日晴金属株式会社 | Sloped roof installation device for room air conditioner |
| JPH038903Y2 (en) * | 1987-01-30 | 1991-03-06 | ||
| JP2513038Y2 (en) * | 1990-12-19 | 1996-10-02 | 日晴金属株式会社 | Stationary air conditioner stand |
| JP2001355879A (en) * | 2000-06-13 | 2001-12-26 | Daikin Ind Ltd | Stand used on roof for outdoor unit for air conditioner |
| JP2005164179A (en) * | 2003-12-05 | 2005-06-23 | Daikin Ind Ltd | Roof mount |
-
2005
- 2005-09-30 JP JP2005289210A patent/JP4668756B2/en not_active Expired - Fee Related
-
2006
- 2006-09-29 CN CN 200620133422 patent/CN200958845Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2011085676A1 (en) * | 2010-01-12 | 2011-07-21 | 珠海格力电器股份有限公司 | Adjustable bracket |
| CN102121557B (en) * | 2010-01-12 | 2013-07-24 | 珠海格力电器股份有限公司 | Adjustable support |
| CN103629803A (en) * | 2013-11-28 | 2014-03-12 | 上海盈达空调设备有限公司 | Installation structure and method for sloping roof evaporative air cooler |
| CN103629803B (en) * | 2013-11-28 | 2015-12-09 | 上海盈达空调设备有限公司 | Sloping roof evaporative air cooler mounting structure and method |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2007101020A (en) | 2007-04-19 |
| JP4668756B2 (en) | 2011-04-13 |
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Granted publication date: 20071010 Termination date: 20091029 |