CN201152614Y - Substrate for air conditioner - Google Patents
Substrate for air conditioner Download PDFInfo
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- CN201152614Y CN201152614Y CNU2007203121624U CN200720312162U CN201152614Y CN 201152614 Y CN201152614 Y CN 201152614Y CN U2007203121624 U CNU2007203121624 U CN U2007203121624U CN 200720312162 U CN200720312162 U CN 200720312162U CN 201152614 Y CN201152614 Y CN 201152614Y
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- crossbearer
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Abstract
The utility model provides a base seat for an air conditioner, which comprises a pair of transverse frames (1) extending along the transverse direction, a pair of vertical frames (2) respectively erected between the opposite end parts of the transverse frames, four connection parts (A) connected with all the end parts of the transverse frames and all the end parts of the vertical frames, supporting columns (3) disassembly fixed on the connection parts (A), an adjuster (4) arranged at the lower end parts of the supporting columns and used for adjusting the height of the supporting columns. Bolt long holes (43) extending along the height direction of the supporting columns are arranged on the adjuster. In addition, bolt interpenetrating holes (45 and 46) provided for bolt interpenetration by fixing the supporting columns on the back side connection parts (A) are arranged on the adjustor, the connection parts (A) at the back side adopts the connection parts arranged at one side with higher inclination among the four connection parts (A). As a fixing part relative to the outer wall of a building, the adjuster is directly arranged on the connection parts at the back side through bolts.
Description
Technical field
The utility model relates to the use in refrigeration system base, relates in particular to the use in refrigeration system base that goes for level land and inclined roof.
Background technology
In general, as the base (putting platform) of the off-premises station of mounting air conditioner, the use in refrigeration system base used of the use in refrigeration system base used of production level land and inclined roof respectively.And,, also produce the use in refrigeration system base that the use in refrigeration system base that use in refrigeration system base that the double as level land uses and inclined roof use is arranged in order to improve versatility.For example, disclosed use in refrigeration system base is that the level land is used basically in non-patent literature 1, but the height that also can change each pillar is used it for inclined roof and sloping floor.Under the situation of this use in refrigeration system base,, can shorten the physical length of back lateral brace by reducing level frame with respect to the installation site that a higher side that tilts is the pillar of rear side.Thus, the use in refrigeration system base that the level land can be used is arranged on inclined roof and sloping floor.
Non-patent literature 1: the instruction for mounting [level land/inclined roof C-NG5C-NG5-L type] of Japanese キ ヤ Star チ ヤ one Co., Ltd.
Yet,, under situation about being installed on the inclined roof,, thereby have the problem of deficient in stability because the level frame of mounting off-premises station is installed in this top, roof with will leaving the roof with regard to above-mentioned use in refrigeration system base.And,, have that not only aesthetic property is poor but also the also problem of variation of the operation the during off-premises station of the machine that installs an air-conditioner because the upper end of back lateral brace is outstanding a lot of upward from level frame.In addition, at snowy district, for fear of the influence of accumulated snow, the off-premises station with air conditioner is arranged under the roof, upper strata mostly.In this case, preferably with off-premises station as far as possible near the outer wall on upper strata be installed on the inclined roof.But existing use in refrigeration system base can't satisfy such requirement.
The utility model content
The purpose of this utility model is to provide a kind of use in refrigeration system base, and it, can be provided with near the outer wall ground on upper strata in the time of on being arranged on inclined roof as the use in refrigeration system base that level land and inclined roof are used.
In order to solve above-mentioned problem, according to first scheme of the present utility model, provide a kind of use in refrigeration system base, this use in refrigeration system base comprises: along a pair of crossbearer of horizontal expansion; Be erected at a pair of vertical frame between the opposed end of a pair of crossbearer respectively; Four connecting portions of each end of connection crossbearer and each end of vertical frame; The pillar that removably is fixed on each connecting portion and extends along vertical direction; Be installed in the bottom of each pillar and be used to regulate the adjuster of the height of each pillar; And be used for adjuster is installed in bolt on each pillar.Adjuster comprises: the bolt slotted hole, and this bolt slotted hole extends along the short transverse of pillar, and for bolt-through; And the screw through hole, this screw through hole connects for the screw that is used for pillar is fixed on the rear side connecting portion, and this rear side connecting portion is to be configured in four connecting portions on the higher side of connecting portion medium dip.In addition, adjuster is directly installed on the rear side connecting portion by screw as the fixed part with respect to the building outer wall.
According to this structure, with use in refrigeration system base mounting under the situation on the inclined roof, the rear portion of the level frame that is made of vertical frame and crossbearer can be directly installed on via adjuster on the outer wall on upper strata.Therefore, off-premises station can be installed near outer wall under the situation of inclined roof in that the use in refrigeration system base is used for, thereby can be relaxed the influence of accumulated snow.In addition, in this case since at the rear portion of use in refrigeration system base mounting column not, so level frame also can not cross upward from inclined roof and separate, the stability of use in refrigeration system base is improved.In addition, because pillar do not stretch out upward at the rear portion of level frame, so the use in refrigeration system base becomes attractive in appearance, thereby is easy to be provided with the off-premises station of air conditioner.
In above-mentioned use in refrigeration system base, preferably with adjuster as the shank that is arranged on the inclined plane, utilize screw to be directly installed on the rear side connecting portion.According to this structure, be directly installed under the situation on the outer wall being difficult to rear portion with level frame, pillar is not set and just level frame can be directly installed on the inclined roof at the rear portion of level frame.Therefore, level frame can not crossed upward from inclined roof and separate, and the stability of use in refrigeration system base is improved.In addition, because pillar do not stretch out upward at the rear portion of level frame, so the use in refrigeration system base becomes attractive in appearance, thereby is easy to be provided with the off-premises station of air conditioner.
In above-mentioned use in refrigeration system base, preferably, screw is a tapping screw, on crossbearer, be formed with the projecting strip part that extends along the length direction of crossbearer, on the projecting strip part of crossbearer, be formed with the grooving that extends along the length direction of this projecting strip part, the end of grooving is opened wide at the end face of crossbearer, at the connecting portion place, the sidewall of vertical frame and the sidewall of pillar overlap on the end face of crossbearer, the tapping screw of each sidewall by will connecting vertical frame and pillar screws in the grooving of projecting strip part of crossbearer, thereby will indulge frame and pillar is fixed on the crossbearer.
In this case, when four jiaos of installation level frame, on the fixed part of the connecting portion between each end of each end of indulging frame and crossbearer and these connecting portions and pillar, need not to be provided with other fixed part, thereby can greatly cut down part count.In addition, wanting according to the machine of air conditioner under the situation of the different use in refrigeration system base of manufactured size, only just can adopt identical mounting structure by the length that changes crossbearer and vertical frame.In addition, under the situation of the height that will change the use in refrigeration system base, only just can adopt same mounting structure by the length that changes pillar.That is to say, can realize the sharing of parts.In addition, on crossbearer, be formed with the projecting strip part that extends along the length direction of crossbearer.Therefore, the bending strength of the length direction of crossbearer increases.
In above-mentioned use in refrigeration system base, preferably, on vertical frame, be formed with the projecting strip part that extends along the length direction of vertical frame, on the projecting strip part of vertical frame, be formed with the grooving that extends along the length direction of this projecting strip part, the end of grooving is opened wide at the end face of vertical frame, and screw in the grooving of the projecting strip part of indulging frame by at least one tapping screw that will connect the pillar sidewall, thereby pillar is fixed on the vertical frame.In this case, pillar is further improved with respect to the bond strength of connecting portion.In addition, on vertical frame, be formed with the projecting strip part that extends along the length direction of vertical frame.Therefore, the bending strength of the length direction of vertical frame increases.
In above-mentioned use in refrigeration system base, projecting strip part preferably forms respectively on the upper side wall of crossbearer and lower wall, and utilizes two tapping screws in the grooving that screws in each projecting strip part, will indulge frame and pillar is fixed on the crossbearer.In this case, owing to be not by one but directly adjuster be installed on the connecting portion by two tapping screws, so adjuster is improved with respect to the installation strength of connecting portion.
In above-mentioned use in refrigeration system base, preferably, the end of the grooving of each projecting strip part is positioned on the plumb line parallel with the outer wall of building, and adjuster comprises: be connected to the first wall portion on the side of bottom of pillar; The second wall portion with being connected on the face of setting is formed with in first wall portion: the bolt slotted hole that vertically extends with the bearing surface of the second wall portion; The a pair of first screw through hole, the described a pair of first screw through hole are with respect to the axis symmetry of bolt slotted hole, and the tapping screw in the grooving of confession screw-in crossbearer runs through; And the second screw through hole, the described second screw through hole is arranged on the axis of bolt slotted hole with respect to the opposite side with the second wall portion of bolt slotted hole, and run through for the tapping screw in the grooving that screws in vertical frame, in addition, the distance between a pair of grooving of the distance between in distance between a pair of first screw through hole and a pair of first screw through hole and the second screw through hole and crossbearer equates.
In this case, utilize the bolt in the bolt slotted hole, adjuster is fixed on the bottom of pillar.And by adjusting the position of bolt with respect to the bolt slotted hole, height that can adjustable fixing.In addition, also can change the setting angle of adjuster with respect to pillar.In addition, adjuster is installed on the rear side connecting portion, thereby can be directly the second wall portion of adjuster be fixed on the outer wall of building by using pair of screws through hole with respect to the axis symmetry of bolt slotted hole.In addition, by use in the pair of screws through hole and be located on the axis of bolt slotted hole with respect to the screw through hole of bolt slotted hole with the opposite side of the second wall portion, adjuster is installed on the rear side connecting portion, thereby the second wall portion of adjuster is tilted, and this second wall portion directly can be fixed on being provided with on the face of inclination.By like this adjuster being installed on the rear side connecting portion, and make be installed on before the adjuster of bottom of lateral brace tilt, thereby the level land can be transformed to the use in refrigeration system base of inclination usefulness with the use in refrigeration system base.In addition, in this case, by separately using in the pair of screws through hole one and the left and right directions of adjuster put upside down use, thereby can make adjuster at left side and right side dual-purpose.
In above-mentioned use in refrigeration system base, pillar preferably can be selected from the different a plurality of pillars of length.In this case, can use the pillar of suitable height respectively according to the condition that is provided with of the off-premises station of air conditioner.
In above-mentioned use in refrigeration system base, vertical frame, crossbearer and pillar preferably are made of aluminium or aluminum series alloy, and form by extrusion process.In this case, vertical frame, crossbearer and pillar form by extrusion process.Therefore, just can be accurate and produce these parts easily without the operation of complexity such as Bending Processing.In addition, also can realize the lightweight of each frame.Thereby, during transportation and the processing in when assembling become easily the operation raising.
Description of drawings
Fig. 1 is illustrated in the stereogram that the assembling example of the use in refrigeration system base of using on the level land is installed in the embodiment of the present utility model;
Fig. 2 amplifies the exploded perspective view that the connecting portion of crossbearer in the use in refrigeration system base and vertical frame is represented;
Fig. 3 is the exploded perspective view that the fixed part of amplification connecting portion and pillar is represented;
Fig. 4 is the stereogram of the adjuster that uses in the use in refrigeration system base;
Fig. 5 is the side view that the assembling example of the use in refrigeration system base that inclined roof uses is installed in expression;
Fig. 6 is illustrated in the exploded stereogram that the step of adjuster is installed on the rear side connecting portion;
Fig. 7 is the side view that another assembling example of the use in refrigeration system base that inclined roof uses is installed in expression;
Fig. 8 is the state that adjuster is installed on the rear side connecting portion in the assembling example of Fig. 7, (a) is the partial side view that the state of adjuster is reversed on the expression edge counterclockwise, (b) makes expression along the partial side view of reversing the state of adjuster clockwise; And
Fig. 9 is the stereogram of the another assembling example of the use in refrigeration system base used of expression assembling inclined roof.
The specific embodiment
Below, with reference to Fig. 1～Fig. 9, an embodiment of the use in refrigeration system base that the utility model is related to describes.In addition, when explanation use in refrigeration system base of the present utility model, be arranged under the situation about going up obliquely at the use in refrigeration system base, with the downside that tilts as the front side, with the higher side that tilts as rear side.
[the assembling example of the use in refrigeration system base of using as the level land]
As shown in Figure 1, the use in refrigeration system base comprises a pair of crossbearer 1 and a pair of vertical frame 2, and described a pair of vertical frame 2 is erected at respectively between the opposed end of each crossbearer 1.Constitute level frame by these crossbearers 1 and vertical frame 2.On four jiaos of level frame that two 1, each end of 2 are assembled into orthogonally, be formed with four connecting portion A that connect crossbearer 1 and vertical frame 2.On each connecting portion A, be fixed with the pillar 3 that extends along vertical direction.In addition, in the bottom of each pillar 3 adjuster 4 is installed.Between a pair of crossbearer 1, be provided with a pair of mounting stay (stay) 5.Each mounting stay 5 is configured on the direction parallel with vertical frame 2.
As can be seen from Figure 2, crossbearer 1 forms the tubular that the cross section is an essentially rectangular.Crossbearer 1 comprises upper side wall 11, lateral wall 12, lower wall 13 and madial wall 14, is formed with hollow bulb in the inside of crossbearer 1.In addition, on the lateral wall 12 of crossbearer 1, be formed with the outstanding wall 15 more outstanding than upper side wall 11.End at outstanding wall 15 is formed with notch 15a.When connecting crossbearer 1 and vertical frame 2, the end of the top cylindrical wall 21 of vertical frame 2 is overlapped on the upper surface of crossbearer 1 by this notch 15a.
In addition, on the inner surface of the upper side wall 11 of crossbearer 1 and lower wall 13, be provided with two projecting strip parts 16,17.Each projecting strip part 16,17 extends along the length direction of crossbearer 1.And, on each projecting strip part 16,17, be respectively equipped with the grooving 16a, the 17a that extend along each projecting strip part 16,17.The projecting strip part 16 of upper side wall 11 has identical cross sectional shape with the projecting strip part 17 of lower wall 13, and is configured on the plumb line parallel with the outer wall of building.In addition, the cross section of grooving 16a, 17a becomes circular, the i.e. circular shape of a shortcoming part.The end of grooving 16a, 17a is opened wide in the end face 1a of the length direction of crossbearer 1.In grooving 16a, 17a, screwing in the direction with the end face 1a quadrature of crossbearer 1 has tapping screw 61.That is, by tapping screw 61 is screwed among grooving 16a, the 17a, the inner peripheral surface formation thread groove at grooving 16a, 17a is fixed on tapping screw 61 among grooving 16a, the 17a.The cross sectional shape of projecting strip part 16,17 roughly all is certain on the total length of crossbearer 1.
In addition, on the upper surface of crossbearer 1, be provided with slot part 18 with grooving 18a.Slot part 18 extends on the total length of crossbearer 1.In grooving 18a, be fixed with two mounting stays 5 by tapping screw.Each mounting stay 5 is installed on each crossbearer 1 to be disposed under the direction state parallel with vertical frame 2.
Secondly, vertical frame 2 becomes roughly U word shape.Vertical frame 2 is made of top cylindrical wall 21, lateral wall 22 and lower wall 23.Distance from the lower surface of top cylindrical wall 21 to the upper surface of lower wall 23, with distance from the upper surface of crossbearer 1 to lower surface about equally.Thus, as shown in Figure 3, be squeezed at the end face of crossbearer 1 under the state of medial surface of vertical frame 2, the barrel of crossbearer 1 is by being held in the vertical frame 2, thereby is assembled on the vertical frame 2.In addition, on the lateral wall 22 of vertical frame 2, be provided with the pair of screws through hole 24 that connects usefulness for tapping screw 61.
Top cylindrical wall 21 is made of circular-arc upper arm, plane lower wall, the inwall and the outer wall of short size, is formed with hollow bulb in the inside of top cylindrical wall 21.Inner surface in top cylindrical wall 21 is formed with the projecting strip part 25 that extends along the length direction of vertical frame 2.On projecting strip part 25, be formed with the grooving 25a that extends along the length direction of this projecting strip part 25.Projecting strip part 25 has the shape identical with the projecting strip part 16,17 of crossbearer 1.The cross sectional shape of projecting strip part 25 is certain on the total length of vertical frame 2.In grooving 25a, screw in tapping screw 62 is arranged from direction with the end face 2a quadrature of vertical frame 2.That is, by tapping screw 62 is screwed in the grooving 25a from the end face of grooving 25a, thereby be formed with thread groove at the inner peripheral surface of grooving 25a, tapping screw 62 is fixed among the grooving 25a.
As shown in Figure 2, in order to form connecting portion A, on the medial surface of end face 1a with crossbearer 1 by the end face that is pressed in vertical frame 2.Thereby, the end of indulging the top cylindrical wall 21 of frame 2 is configured among the notch 15a of crossbearer 1, and the barrel of utilizing vertical frame 2 to control crossbearer 1 is assembled.
As shown in Figure 3, pillar 3 is fixed on the connecting portion A of crossbearer 1 and vertical frame 2.The cross section of pillar 3 is L word shape, has two sidewalls 31.In addition, on the inner surface of each sidewall 31, be provided with a plurality of reinforcement ribs.Each pillar 3 is a same parts all, and has the pair of sidewalls 31 with respect to bight 32 symmetries.In addition, pillar 3 with from the mode in the bight of outer side covers connecting portion A by being pressed on two 1,2.Therefore, the overlapping lateral wall 22 that vertical frame 2 is arranged on the end face 1a of crossbearer 1, and then on the lateral wall 22 of vertical frame 2 the overlapping sidewall 31 that pillar 3 is arranged.Then, by tapping screw 61 being screwed in grooving 16a, the 17a, pillar 3 and vertical frame 2 are fixed on the crossbearer 1 from direction with the end face 1a quadrature of crossbearer 1.In addition, on the rear surface of the front surface of the pillar 3 that is disposed at the front side and the pillar 3 that is disposed at rear side, from direction tapping screw 62 is screwed in the grooving 25a of vertical frame 2 respectively, thereby pillar 3 is fixed on the vertical frame 2 by the lateral wall 12 of crossbearer 1 with the end face 2a quadrature of vertical frame 2.Tapping screw 61 and tapping screw 62 use the tapping screw of same size.
As shown in figures 1 and 3, in each sidewall 31 of pillar 3, on the part except that the bottom, separate the configuration of predetermined space ground and be formed with the screw through hole 33 that connects for tapping screw 61,62.Screw through hole 33 forms the continuous Pear-Shaped of screw through hole of two circles.The screw through hole 33 of Pear-Shaped uses as follows.As shown in Figure 3, for example on a sidewall 31, be inserted with two tapping screws 61 respectively in superincumbent two screw through holes 33.In this case, each tapping screw 61 is in the bottom hole of each screw through hole 33.In addition, on another sidewall 31, be inserted with a tapping screw 62 at the screw through hole 33 that is arranged in the top.In this case, tapping screw 62 is in the upper hole of screw through hole 33.In addition, as shown in Figure 1, on the bottom of each sidewall 31 of pillar 3, be provided with tetragonal bolt through hole 34.Adjuster 4 is installed on the bottom of each sidewall 31 by square neck bolt (root is paid I ボ Le ト) 63.Square neck bolt 63 uses for the head that need not to control bolt when the clamp nut 64.
As Fig. 1 and shown in Figure 4, adjuster 4 is installed in the bottom of pillar 3 basically.Adjuster 4 is used for the height of adjustable fixing 3, constitutes to use same parts as pillar 3.In addition, adjuster 4 is L word shape, is made of first wall portion on the side that is connected to pillar 3 41 and the second wall portion 42 that is provided with on the face that is arranged on the use in refrigeration system base.The first wall portion 41 and the second wall portion 42 are integrally formed.In first wall portion 41, be formed with the bolt slotted hole 43 that vertically extends with the second wall portion 42.By means of bolt slotted hole 43 can adjustable fixing 3 height, and can regulate the setting angle of adjuster 4.Adjuster 4 is installed in the bottom of pillar 3 by square neck bolt 63, nut 64.In the second wall portion 42, be provided with and be used for adjuster 4 is fixed on bolt through hole 44 on the face of setting, that supply bolt to connect.
In addition, the first wall portion 41 of adjuster 4 has pair of screws through hole 45, and this is to the axis symmetry of screw through hole 45 with respect to bolt slotted hole 43.In this screw through hole 45, be penetrated with the tapping screw 61 among grooving 16a, the 17a that screws in crossbearer 1.In addition, on the axis of bolt slotted hole 43 and, be formed with a screw through hole 46 with respect on bolt slotted hole 43 and the second wall portion 42 opposite sides.In this screw through hole 46, be penetrated with the tapping screw 62 among the grooving 25a that screws in vertical frame 2.These screw through holes the 45, the 46th, the slotted hole with same shape.Screw through hole 45 extends in the same direction with bolt slotted hole 43.Screw through hole 46 is along extending with the direction of bolt slotted hole 43 quadratures.
In addition, these screw through holes 45,46 are configured to have following relevant position.That is, the distance between two grooving 16a, the 17a of the distance between the pair of screws through hole 45 and crossbearer 1 equates.And, a distance from pair of screws through hole 45 to through hole 46, also with two grooving 16a, the 17a of crossbearer 1 between distance equate.By configuration screw through hole 45,46 in the first wall portion 41 of adjuster 4, when on connecting portion A, adjuster 4 being installed, as shown in Figure 5, for the second wall portion 42 that makes adjuster 4 is connected on the outer wall of building, can be with this second wall portion 42 towards vertical direction, can also be as shown in Figure 7, for the second wall portion 42 that makes adjuster 4 is connected on the inclined plane of inclined roof, with this second wall portion 42 towards incline direction.
Mounting stay 5 is made of upper arm parts, pair of sidewalls portion and lower wall portion.Be formed with the grooving 51 that extends along the length direction of mounting stay 5 in upper wall portions central authorities.Mounting stay 5 is installed in by tapping screw among the grooving 18a of crossbearer 1 via the screw through hole (not shown) that is provided with at lower wall portion.Therefore, by loosening this tapping screw, just can change the position of mounting stay 5 freely with respect to crossbearer.In addition, in the grooving 51 of mounting stay 5, the vibration-proof rubber 52 that the shank to air conditioner supports is installed.By vibration-proof rubber 52 is moved along grooving 51, thereby can freely change the position of vibration-proof rubber 52 with respect to mounting stay 5.
Below, the installation step of the use in refrigeration system base that the level land is used describes.
At first, the situation that the use in refrigeration system base of using as the level land is used describes.In this case, as shown in Figures 2 and 3, at first, with the medial surface of the end of vertical frame 2 by on the end face 1a that is pressed in crossbearer 1.At this moment, the end mounting of the top cylindrical wall 21 of vertical frame 2 in the notch 15a of crossbearer 1, and is joined the barrel of crossbearer 1 to the enterprising luggage in end that is held in vertical frame 2.So just formed the connecting portion A that connects crossbearer 1 and vertical frame 2.
Then, as shown in Figure 3, the connecting portion A for such formation disposes pillar 3 in the mode from its bight of outer side covers.Make two the screw through holes 24 of the following hole of top two screw through holes 33 of pillar 3, vertical frame 2 and two grooving 16a, the 17a aligned position of crossbearer 1 then.Then, tapping screw 61 is screwed into grooving 16a, the 17a of crossbearer 1 respectively from the screw through hole 24 of two screw through holes 33 via vertical frame 2.Like this, will indulge frame 2 by the tapping screw 61 that screws in and pillar 3 is fixed on the crossbearer 1.
In addition, will be as the hole on the top of the screw through hole 33 of the top of the sidewall 31 of the front and back of use in refrigeration system base and the grooving 25a aligned position of vertical frame 2.Then, tapping screw 62 is screwed among the grooving 25a of vertical frame 2, thereby will indulge frame 2 and pillar 3 is fixed up via screw through hole 33.At this moment, the lateral wall 12 of crossbearer is fixed on this vertical frame 2 and the pillar 3 to be sandwiched under the state between vertical frame 2 and the pillar 3.
In addition, adjuster 4 is installed, is come the height of adjustable fixing 3 in the bottom of each pillar 3.As shown in Figure 1, adjuster 4 towards the inboard of use in refrigeration system base, and is installed in the front end of the second wall portion 42 on each pillar 3.The installation steps of adjuster 4 are: at first, and with the bolt slotted hole 43 of the first wall portion 41 of adjuster 4 and bolt through hole 34 aligned positions of the bottom of pillar 3.At this moment, in order to adjust the height of pillar 3, bolt through hole 34 is moved on the appropriate location of bolt slotted hole 43.Then, insert square neck bolt 63 from the inboard of pillar 3, from the outside of adjuster 4 nut 64 is fastened on the front end of this square neck bolt 63, thereby adjuster 4 is installed on the bottom of pillar 3.As mentioned above, form the use in refrigeration system base that the level land is used.In addition, after finishing assembling, when the off-premises station with air conditioner is positioned on the use in refrigeration system base of using on the level land, mounting stay 5 is fixed among the grooving 18a of crossbearer 1 by tapping screw.Then, vibration-proof rubber 52 is installed in the grooving 51 of mounting stay 5,, the off-premises station of air conditioner is installed on the use in refrigeration system base by this vibration-proof rubber 52.
Above-mentioned use in refrigeration system base also can be installed as the use in refrigeration system base that the inclined roof of following explanation is used.
[the assembling example 1 of the use in refrigeration system base of using as inclined roof]
The assembling example 1 of the use in refrigeration system base of inclined roof being used with reference to Fig. 5 and Fig. 6 describes.In assembling example 1, replace the pillar 3 of rear side, adjuster 4 is directly installed on the connecting portion A of rear side by tapping screw 61, this adjuster 4 is brought into play function as the fixed part for the outer wall W of building.
As shown in Figure 5, the pair of posts 3 with rear side disassembles from the use in refrigeration system base.Then, the adjuster 4 that utilizes tapping screw 61 will be installed in the bottom of pillar 3 is directly installed on the rear side connecting portion A.As shown in Figure 6, when adjuster 4 being installed on the rear side connecting portion A, with the 42 vertical configurations of the second wall portion, and utilization is with respect to two screw through holes 45 of the axis symmetry of bolt slotted hole 43.In addition, as shown in Figure 5, be installed on the pillar 3 of front side adjuster 4 so that the second wall portion 42 under the state on the inclined plane of inclined roof R, be fixed on the inclined roof R.
[the assembling example 2 of the use in refrigeration system base of using as inclined roof]
Next, the assembling example 2 of the use in refrigeration system base of inclined roof being used with reference to Fig. 7 and Fig. 8 describes.In assembling example 2, replace the pillar 3 of rear side, utilize tapping screw 61 that adjuster 4 is directly installed on the rear side connecting portion A, with this adjuster 4 as the shank performance function that is arranged on the inclined plane.
As shown in Figure 7, the pair of posts 3 with rear side disassembles from the use in refrigeration system base.Then, the adjuster 4 that utilizes tapping screw 61 will be installed in the bottom of pillar 3 is directly installed on the rear side connecting portion A.When adjuster 4 being installed on the rear side connecting portion A, the second wall portion 42 being disposed sideling, and utilize with respect to one in the pair of screws through hole 45 of the axis symmetry of bolt slotted hole 43 and be formed on the screw through hole 46 of bolt slotted hole 43 tops.In addition, the second wall portion 42 is fixed on the inclined roof R adjuster 4 that is installed in pillar 3 belows of front side under the state on the inclined plane of inclined roof R.
Fig. 8 (a) and (b) are amplified in the adjuster of installing on the right flank of vertical frame 24 and represent.Shown in Fig. 8 (a) and (b), move by making one the end of tapping screw 61 in screw through hole 45,46, the second wall portion 42 that can adjust is with respect to the tilt angle theta that face is set.That is, increase under second situation of wall portion 42, tapping screw 61 moved to the upper end of screw through hole 45 by the adjuster 4 that reverses counterclockwise along figure (a) with respect to the tilt angle theta that face is set.Otherwise, reduce under second situation of wall portion 42 with respect to the tilt angle theta that face is set, by the adjuster 4 that reverses clockwise tapping screw 61 is moved to the lower end of screw through hole 45 along figure (b).In addition, be installed at adjuster 4 under the situation of the left surface of indulging frame 2, opposite with the action of above-mentioned adjuster 4.
[the assembling example 3 of the use in refrigeration system base of using as inclined roof]
Next, the assembling example 3 of the use in refrigeration system base of inclined roof being used with reference to Fig. 9 describes.In this assembling example 3, in fact shortened the length of the pillar 3 of rear side, so that this use in refrigeration system base is installed on the inclined roof R.
As shown in Figure 9, select to be positioned at, pillar 3 is fixed on through hole 33 on the rear side connecting portion A as being used for than the screw through hole of upper level near the below.Thereby substantially shortened the length of back lateral brace 3.In addition, in this assembling example 3, the top of the pillar 3 of rear side is more outstanding than level frame.Then, utilize the screw through hole 33 on this protuberance, form, utilize hook S the use in refrigeration system base to be fixed on the pillar of outer wall W of support of buildings.In addition, in this assembling example 3, for the use in refrigeration system base stably being installed on the male and fomale(M﹠F) of inclined roof R, between the adjuster 4 in the adjuster 4 on right side and left side, set up the flat parts 7 that constitute by timber.
Use in refrigeration system base according to said structure has following effect.
(1) adjuster 4 comprises: the bolt slotted hole 43 that extends along the short transverse of pillar 3; Be used to make adjuster 4 as screw through hole 45 with respect to the fixed part performance function of the outer wall W of building.In this case, replace pillar 3, can utilize tapping screw 61 that adjuster 4 is directly installed on the rear side connecting portion A as fixed part.By like this, can install near outer wall W being used for the use in refrigeration system base that inclined roof uses, can relax the influence of accumulated snow.In addition, in this case, because at the rear side of use in refrigeration system base mounting column 3 not, so level frame can not cross upward from inclined roof R and separate, and the stability of use in refrigeration system base is improved.In addition, because at the rear portion of level frame, do not have pillar 3 to stretch out upward, so the use in refrigeration system base becomes attractive in appearance, be easy to be provided with the off-premises station of air conditioner.
(2) adjuster 4 comprises: the bolt slotted hole 43 that extends along the short transverse of pillar 3; Make adjuster 4 as the screw through hole 45,46 that is arranged on the shank performance function on the inclined plane with being used to.In this case, replace pillar 3, the shank that can utilize tapping screw 61,62 that adjuster 4 is used as the inclined plane is directly installed on the rear side connecting portion A.By like this, under the situation that is difficult to level frame is directly installed on the outer wall W, pillar 3 is not set at the rear portion of level frame, just level frame can be directly installed on the inclined roof R.Therefore, in this case, level frame can not crossed upward from inclined roof R yet and separate, and the stability of use in refrigeration system base is improved.In addition, because at the rear portion of level frame, do not have pillar 3 to stretch out upward, so the use in refrigeration system base becomes attractive in appearance, the operation that is provided with of outdoor machine of air conditioner also improves.
(3) screw that is used for pillar 3 is fixed on the connecting portion A is a tapping screw 61.On crossbearer 1, be formed with a pair of projecting strip part 16,17 that extends along the length direction of crossbearer 1.On each projecting strip part 16,17, be formed with each grooving 16a, 17a of extending along the length direction of each projecting strip part 16,17.The end of each grooving 16a, 17a is opened wide at the end face 1a of crossbearer 1 respectively.In addition, at the connecting portion A of crossbearer 1 and vertical frame 2 and the fixed part of connecting portion A and pillar 3, the lateral wall 22 of vertical frame 2 and the sidewall 31 of pillar 3 overlap on the end face 1a of crossbearer 1.And two tapping screws 61 of the lateral wall 22 by will connecting vertical frame 2 and the sidewall 31 of pillar 3 screw in respectively among grooving 16a, the 17a of crossbearer 1, thereby will indulge frame 2 and pillar 3 is fixed on the crossbearer 1.In this case, on the connecting portion A that need not at crossbearer 1 and vertical frame 2 and the fixed part of connecting portion A and pillar 3 other fixed parts are set, therefore can greatly cut down part count.In addition, under the situation of the different use in refrigeration system base of manufactured size, only just can adopt identical mounting structure according to the kind of air conditioner by the length that changes crossbearer 1 and vertical frame 2.In addition, under the situation of the height that will change the use in refrigeration system base, only just can adopt same mounting structure by the length that changes pillar 3.That is to say, can realize the sharing of parts.In addition, because projecting strip part the 16, the 17th, form along the length direction of crossbearer 1, so the bending strength of the length direction of crossbearer 1 increases.
(4) on vertical frame 2, be formed with the projecting strip part 25 that extends along the length direction of vertical frame 2.On projecting strip part 25, be formed with the grooving 25a that extends along the length direction of projecting strip part 25.In addition, the end of grooving 25a is opened wide at the end face 2a place of vertical frame 2.And the tapping screw 62 of the sidewall 31 by will connecting pillar 3 screws among the grooving 25a of vertical frame 2, thereby pillar 3 is fixed on the vertical frame 2.Thus, the constant intensity of 3 couples of connecting portion A of pillar further improves.In addition, because projecting strip part 25 is to form along the length direction of indulging frame 2, the bending strength of the length direction of therefore vertical frame 2 increases.
(5) on the upper side wall 11 of crossbearer 1, be formed with projecting strip part 16, on the lower wall 13 of crossbearer 1, be formed with projecting strip part 17 with projecting strip part 17a with grooving 16a.And, by tapping screw 61 is screwed among these groovings 16a, the 17a, thereby will indulge frame 2 and pillar 3 is fixed on the crossbearer 1.Owing to use two tapping screws 61 like this, adjuster 4 is installed on the rear side connecting portion A, so adjuster 4 is with respect to the installation strength raising of connecting portion A.
(6) grooving 16a, 17a are configured on the plumb line parallel with the outer wall of building.And adjuster 4 comprises: be connected to the first wall portion 41 on the side of pillar 3; With the second wall portion 42 that is connected on the face of setting.In first wall portion 41, be formed with the bolt slotted hole 43 that vertically extends with the second wall portion 42.And first wall portion 41 has the pair of screws through hole 45 with respect to the axis symmetry of bolt slotted hole 43.In these screw through holes 45, be penetrated with the tapping screw 61 among grooving 16a, the 17a that screws in crossbearer 1.In addition, first wall portion 41 is on the axis of bolt slotted hole 43 and have screw through hole 46 with respect on bolt slotted hole 43 and the second wall portion 42 opposite sides.In this screw through hole 46, be penetrated with the tapping screw 62 among the grooving 25a that screws in vertical frame 2.In addition, a distance between the pair of screws through hole 45 and a distance to screw through hole 46 from pair of screws through hole 45 equate with distance between grooving 16a, the 17a of crossbearer 1.
Therefore, using bolt slotted hole 43 adjuster 4 to be fixed under the situation of bottom of pillar 3, by changing the position of bolt with respect to bolt slotted hole 43, height that can adjustable fixing 3.And,, the second wall portion 42 of adjuster 4 is consistently tilted with the inclination that face is set by changing the setting angle of adjuster 4 with respect to pillar 3.
In addition, using pair of screws through hole 45 adjuster 4 to be installed under the situation on the rear side connecting portion A, the second wall portion 42 of adjuster 4 can be connected on the outer wall W.On the other hand, in using pair of screws through hole 45 one and screw through hole 46 are being installed under the situation of adjuster 4 on the rear side connecting portion A, and the second wall portion 42 of adjuster 4 is tilted.Therefore, go up and make adjuster 4 to tilt by adjuster 4 being directly installed on rear side connecting portion A, thereby the use in refrigeration system base can be arranged on the inclined planes such as inclined roof or sloping floor to the bottom of the pillar 3 of front side.
(7) in addition, in this case, use with respect in the pair of screws through hole 45 of the axis symmetry of bolt slotted hole 43 any to change the direction of adjuster about 4, thereby can make adjuster 4 become left and right sides dual-purpose.
(8) the grooving 25a of grooving 16a, the 17a of crossbearer 1 and vertical frame 2 forms cylindric.Therefore, make the scope of the thread groove that the inner peripheral surface at grooving 16a, 17a, 25a forms become big by screwing in tapping screw 61,62.Thus, tapping screw 61,62 increases the constant intensity of crossbearer 1, vertical frame 2 and pillar 3 or the constant intensity of crossbearer 1, vertical frame 2 and adjuster 4.
(9) crossbearer 1, vertical frame 2 and pillar 3 are made of aluminium or aluminum series alloy, form by extrusion process.Therefore, just can be accurate and produce crossbearer 1 and vertical frame 2 easily without the operation of complexity such as Bending Processing.In addition, by using aluminium or aluminum series alloy, can also realize the lightweight of use in refrigeration system base.Thereby, during transportation and the processing in when assembling become easily the operation raising.
(10) crossbearer 1 and vertical frame 2 all form tubular.Therefore, can improve the bending strength of crossbearer 1 and vertical frame 2.In addition, at connecting portion A place, the cylindrical portion of crossbearer 1 and vertical frame 2 is installed overlappingly.Therefore, the intensity that can suppress connecting portion A reduces.
(11) projecting strip part 25 of the projecting strip part 16,17 of crossbearer 1 and vertical frame 2 is located in the cylindrical portion of each frame 1,2.Therefore, can't see projecting strip part from the outside, thereby become attractive in appearance.
In addition, present embodiment can also change as follows.
In the present embodiment, be under the overlapped state of crossbearer 1 and vertical frame 2, crossbearer 1, vertical frame 2 and pillar 3 are fixed up, but also can be directly fixedly crossbearer 1 and vertical frame 2, also pillar 3 can be fixed on these in addition on 1,2.
In the present embodiment, used pillar 3, but, also can prepare to have a plurality of pillars 3 of different length for the pillar 3 of the height of the condition that is provided with that can select to be fit to the use in refrigeration system base with certain altitude.
In the assembling example 1 and 2 of the use in refrigeration system base of present embodiment, identical with the situation of assembling example 3, also can between the adjuster 4 on the adjuster 4 in left side and right side, set up the flat parts 7 that constitute by timber etc.By like this, can stably the use in refrigeration system base be installed on the male and fomale(M﹠F) of inclined roof R.
When being installed, crossbearer 1, vertical frame 2 and pillar 3 used tapping screw 61,62, but also can use plain screw, in this case, has such advantage: when after mounted use in refrigeration system base is decomposed, assembling once more, can keep the intensity of threaded portion.
Also can omit the cylindrical portion in crossbearer 1 and the vertical frame 2.
Grooving 16a, the 17a of crossbearer 1 and the grooving 25a of vertical frame 2 also can be the shapes beyond the cylinder.For example, can between parallel a pair of wall, form grooving, also can screw tapping screw 61,62 at the inner surface of this grooving.
Grooving 16a, the 17a of crossbearer 1 and the grooving 25a of vertical frame 2 form on the total length of crossbearer 1 and vertical frame 2, but also can form in the predetermined scope of the length direction of crossbearer 1 and vertical frame 2.
Crossbearer 1 and vertical frame 2 also can be by the materials beyond aluminium or the aluminum series alloy, form by extrusion process method in addition.
Claims (8)
1, a kind of use in refrigeration system base, this use in refrigeration system base comprises: along a pair of crossbearer of horizontal expansion; Be erected at a pair of vertical frame between the opposed end of described a pair of crossbearer respectively; Four connecting portions that connect each end of each end of described crossbearer and vertical frame; The pillar that removably is fixed on each described connecting portion and extends along vertical direction; Be installed in the bottom of each described pillar and be used to regulate the adjuster of the height of each described pillar; And be used for described adjuster is installed in bolt on each described pillar, it is characterized in that,
Described adjuster comprises: the bolt slotted hole, and this bolt slotted hole extends along the short transverse of described pillar, and for described bolt-through; And the screw through hole, this screw through hole connects for the screw that is used for described pillar is fixed on the rear side connecting portion, and this rear side connecting portion is the connecting portion on the higher side of inclination that is configured in described four connecting portions,
Described adjuster conduct is directly installed on the described rear side connecting portion by described screw with respect to the fixed part of the outer wall of building.
2, use in refrigeration system base according to claim 1 is characterized in that,
Described adjuster utilizes described screw to be directly installed on the described rear side connecting portion as the shank that is arranged on the inclined plane.
3, use in refrigeration system base according to claim 1 and 2 is characterized in that,
Described screw is a tapping screw,
On described crossbearer, be formed with the projecting strip part that extends along the length direction of described crossbearer, on the projecting strip part of described crossbearer, be formed with the grooving that extends along the length direction of this projecting strip part, the end of described grooving is opened wide at the end face of described crossbearer, at described connecting portion place, the sidewall of described vertical frame and the sidewall of described pillar overlap on the end face of described crossbearer, the described tapping screw of each sidewall by will connecting described vertical frame and described pillar screws in the grooving of projecting strip part of described crossbearer, thereby described vertical frame and described pillar are fixed on the described crossbearer.
4, use in refrigeration system base according to claim 3 is characterized in that,
On described vertical frame, be formed with the projecting strip part that extends along the length direction of described vertical frame, on the projecting strip part of described vertical frame, be formed with the grooving that extends along the length direction of this projecting strip part, the end of described grooving is opened wide at the end face of described vertical frame, and at least one tapping screw of the sidewall by will connecting described pillar screws in the grooving of projecting strip part of described vertical frame, thereby described pillar is fixed on the described vertical frame.
5, use in refrigeration system base according to claim 3 is characterized in that,
Described projecting strip part is respectively formed on the upper side wall and lower wall of described crossbearer, and utilizes two tapping screws in the grooving that screws in each described projecting strip part, and described vertical frame and described pillar are fixed on the described crossbearer.
6, use in refrigeration system base according to claim 5 is characterized in that,
The end of the grooving of each described projecting strip part is positioned on the plumb line parallel with the outer wall of described building,
Described adjuster comprises: be connected to the first wall portion on the side of bottom of described pillar; With the second wall portion that is connected on the face of setting,
In described first wall portion, be formed with: the described bolt slotted hole that extends perpendicularly with the bearing surface of the described second wall portion; The a pair of first screw through hole, the described a pair of first screw through hole are with respect to the axis symmetry of described bolt slotted hole, and the tapping screw in the grooving of the described crossbearer of confession screw-in runs through; And the second screw through hole, the described second screw through hole is arranged on the axis of described bolt slotted hole with respect to described bolt slotted hole and the opposite side of the described second wall portion, and runs through for the tapping screw in the grooving that screws in described vertical frame,
In addition, the distance between in distance between the described a pair of first screw through hole and the described a pair of first screw through hole and the described second screw through hole equates with distance between a pair of grooving of described crossbearer.
7, use in refrigeration system base according to claim 1 is characterized in that,
Described pillar can be selected from the different a plurality of pillars of length.
8, use in refrigeration system base according to claim 1 is characterized in that,
Described vertical frame, described crossbearer and described pillar are made of aluminium or aluminum series alloy, and form by extrusion process.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2006-353991 | 2006-12-28 | ||
| JP2006353991A JP2008164212A (en) | 2006-12-28 | 2006-12-28 | Air conditioner mount |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201152614Y true CN201152614Y (en) | 2008-11-19 |
Family
ID=39693935
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007203121624U Expired - Fee Related CN201152614Y (en) | 2006-12-28 | 2007-12-28 | Substrate for air conditioner |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP2008164212A (en) |
| CN (1) | CN201152614Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105091301A (en) * | 2015-08-27 | 2015-11-25 | 成都众孚理想科技有限公司 | Installing base of intelligent air conditioner condenser of intelligent home system |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5866683B2 (en) * | 2011-10-13 | 2016-02-17 | 因幡電機産業株式会社 | Air conditioner |
| JP6375508B2 (en) * | 2013-09-27 | 2018-08-22 | パナソニックＩｐマネジメント株式会社 | Range food |
| KR200478681Y1 (en) | 2015-06-11 | 2015-11-06 | 주식회사 중앙씨엠아이 | Air-conditioner outdoor machine support |
-
2006
- 2006-12-28 JP JP2006353991A patent/JP2008164212A/en active Pending
-
2007
- 2007-12-28 CN CNU2007203121624U patent/CN201152614Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105091301A (en) * | 2015-08-27 | 2015-11-25 | 成都众孚理想科技有限公司 | Installing base of intelligent air conditioner condenser of intelligent home system |
| CN105091301B (en) * | 2015-08-27 | 2017-10-27 | 中山市吉成五金制品有限公司 | The intelligent air condition condenser mounting seat of intelligent domestic system |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2008164212A (en) | 2008-07-17 |
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Granted publication date: 20081119 Termination date: 20100128 |