CN202202352U - Machine and bracket set - Google Patents
Machine and bracket set Download PDFInfo
- Publication number
- CN202202352U CN202202352U CN2009200020457U CN200920002045U CN202202352U CN 202202352 U CN202202352 U CN 202202352U CN 2009200020457 U CN2009200020457 U CN 2009200020457U CN 200920002045 U CN200920002045 U CN 200920002045U CN 202202352 U CN202202352 U CN 202202352U
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- mounting structure
- securing member
- connected structure
- mounting
- fastener
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Abstract
The utility model relates to a machine and bracket set. The machine comprises at least one machine system mounted on a machine frame and a first component such as a hydraulic box for mounting an assembly such as bracket set on a second component such as an air filter. A first mounting structure for mounting the assembly is adhered on the first component and composed of at least one first non-fastener joining structure. A second mounting structure for mounting the assembly is adhered on the second component and composed of a second non-fastener joining structure joined with the first non-fastener joining structure. The first, second mounting structures also comprise fastener joining structures arranged on the easy adjacent positions such as the positions adjacent to the tops of the first, second components. The fastener joining structures are aligned by the pivot movement along the non-fastener joining structures.
Description
Technical field
The utility model relates generally to a kind of being used for the first machinery (machine; Machine) parts are installed to the installation component on second mechanical part, relate more specifically to a kind of installation component that comprises fastener-free connected structure (fastenerless engagement feature).
Background technology
Non-highway (cross-country) machinery generally includes the air filter that is used to filter air inlet that sets to internal combustion engine.Although air filter can be installed in the outside of machinery, air filter usually is installed in the enging cabin of machinery.Because air filter is provided with the disposable air filter cartridge that maybe can maintain,, for example air filter is installed on the installation surface at enging cabin top so hope air filter is installed in come-at-able position in the enging cabin.In addition, be desirable to provide compact mounting arrangements so that adapt to the spatial constraints of the common anxiety in the enging cabin.
According to a kind of mounting arrangements, use a plurality of be installed on the air filter circumference securing member with air filter be installed in installation surface, for example on the surface of another parts in the enging cabin of machinery.In installation and/or maintenance process, because the spatial constraints of the anxiety in the enging cabin is difficult near the securing member that is installed in the air filter bottom.In addition, in installation and/or maintenance process, the one or more securing members in said a plurality of securing members possibly drop and possibly drop to the not desired location place in the enging cabin.Therefore, need such mounting arrangements that is used for air filter and other mechanical part, it is compact and can provide than faster install and maintenance with simple always.
The utility model is intended to solve above-mentioned one or more problems.
Summary of the invention
The mounting arrangements that is used for air filter and other mechanical part that the technical problem that the utility model will solve provides compactness and can provide than faster and simply install and maintain.
On the one hand, a kind of machinery comprises mechanical framework.At least one mechanical system is installed on the said mechanical framework and comprises with installation component and be attached to first parts on second parts.First mounting structure of said installation component is attached on said first parts and comprises at least two first connected structures.In said first connected structure at least one comprises the first fastener-free connected structure.Second mounting structure of said installation component is attached on said second parts and comprises at least two second connected structures.In said second connected structure at least one comprises and is configured as the second fastener-free connected structure that engages with the said first fastener-free connected structure.
On the other hand, a kind of method of assembly mechanical comprises the step that first mechanical part is installed in a side on plane.Through making second mechanical part make with respect to said plane motion along first direction that connected structure engages under the fastener-free of connected structure and said first mechanical part under the fastener-free of said second mechanical part.Through making said second mechanical part make with respect to said plane motion along second direction that connected structure engages on the securing member of connected structure and said first mechanical part on the securing member of said second mechanical part.
Another aspect, a kind of method of dismantling machinery comprise unclamps the step of first and second securing members with the combination configuration of taking first mechanical part and second mechanical part apart.Through making said first mechanical part that connected structure is thrown off.Through making said first mechanical part that connected structure is thrown off.
Again on the one hand, a kind of support external member (tackling) comprises first mounting structure with first securing member connected structure, and the said first securing member connected structure is arranged on the passage top that the level that defines pivot axis is arranged.Second mounting structure of said support external member comprises that the level of being arranged on is arranged and the second securing member connected structure of outward extending flange top.The combination configuration of said support external member comprises that the said level that is received in the passage that said level arranges arranges and outward extending flange.Said combination configuration also comprises the said second securing member connected structure of aiming at the said first securing member connected structure.
The beneficial effect of the utility model is the mounting arrangements that is used for air filter and other mechanical part that provides compact and can provide than faster and simply install and maintain.
Description of drawings
Fig. 1 is the schematic side elevation according to the machinery of the utility model;
Fig. 2 is engine system and the phantom drawing of hydraulic system of the machinery of Fig. 1;
Fig. 3 is the phantom drawing of hydraulic fluid tank of the hydraulic system of Fig. 2, and this hydraulic fluid tank has first embodiment of the mounting structure that is attached on it;
Fig. 4 is the phantom drawing of air filter of the engine system of Fig. 2, and this air filter has first embodiment of the mounting structure that is attached on it;
Fig. 5 is to use the mounting structure of Fig. 3 and 4 to be attached to the schematic side elevation of the air filter on the hydraulic fluid tank;
Fig. 6 is the phantom drawing of second embodiment that is used for the mounting structure of hydraulic fluid tank;
Fig. 7 is the phantom drawing of second embodiment that is used for the mounting structure of air filter;
Fig. 8 is that the mounting structure of Fig. 6 and 7 is attached to the schematic side elevation on hydraulic fluid tank and the air filter respectively;
Fig. 9 is to use the mounting structure of Fig. 6 and 7 to be attached to the schematic side elevation of the air filter on the hydraulic fluid tank;
Figure 10 is the phantom drawing that attaches the air filter of the 3rd embodiment that mounting structure is housed;
Figure 11 is the phantom drawing that attaches the hydraulic fluid tank of the 3rd embodiment that mounting structure is housed;
Figure 12 is the phantom drawing of the 4th embodiment that is used for the mounting structure of hydraulic fluid tank;
Figure 13 is the phantom drawing of the 4th embodiment that is used for the mounting structure of air filter;
Figure 14 is the phantom drawing of combination configuration of the mounting structure of Figure 12 and 13;
Figure 15 is the phantom drawing of the 5th embodiment that is used for the mounting structure of hydraulic fluid tank;
Figure 16 is the phantom drawing of the 5th embodiment that is used for the mounting structure of air filter;
Figure 17 is the phantom drawing of combination configuration of the mounting structure of Figure 15 and 16;
Figure 18 is the phantom drawing of the 6th embodiment that is used for the mounting structure of hydraulic fluid tank; And
Figure 19 is the phantom drawing of the 6th embodiment that is used for the mounting structure of air filter.
The specific embodiment
In Fig. 1, show the exemplary embodiment of machinery 10 substantially.Machinery 10 can be road vehicle or off highway vehicle, for example wheel loader.Machinery 10 comprises the mechanical framework 12 with front portion 14 and rear portion 16.Housing 18 can be installed on the rear portion 16 of mechanical framework 12 to seal one or more systems of machinery 10.On afterframe 14, also operator's console 20 can be installed, and this console can comprise the various controllers of the operation of the facility that are used to control machinery 10 and/or machinery 10 such as facility 22.
Forward Fig. 2 now to, on mechanical framework 12, one or more mechanical systems can be installed, for example hydraulic system 30 and engine system 32.Hydraulic system 30, engine system 32 and configurable in the housing 18 of Fig. 1 by any other mechanical system of machinery 10 utilizations.Hydraulic system 30 can use pressure fluid to come for the one or more facility such as the facility 22 of machinery 10 power to be provided, and can comprise hydraulic fluid tank 34.But, will be appreciated that hydraulic system 30 also can comprise other common components, for example hydraulic pump and actuator.
Engine system 32 can comprise internal combustion engine 36 and set the air filter 38 that is used to filter air inlet to internal combustion engine 36.Air inlet can be incorporated into air filter 38 via first fluid conduit 40.Air inlet uses the air filter cartridge (not shown) in the housing 42 that is arranged on air filter 38 to be filtered then.Be transported to internal combustion engine 36 from air filter 38 through second fluid conduit systems 44 through filtered air subsequently.Those skilled in the art will appreciate that engine system 32 can comprise a plurality of engine components, these engine components can encapsulate according to various layouts.
As shown in, the following connected structure 54 of first mounting structure 50 can comprise fastener-free connected structure 60.Particularly, fastener-free connected structure 60 can comprise the passage 62 that the level that is limited with pivot axis 64 is arranged.It should be understood that as used herein reaching as hereinafter description in more detail, " fastener-free " can comprise any connected structure of the installation securing member with any known.
Also can comprise second mounting structure 70 that is attached on the air filter 38 as shown in Figure 4 like the installation component 46 that indicates among Fig. 2.Second mounting structure 70 can comprise the last connected structure 72 that is installed in down connected structure 74 tops.As shown in, last connected structure 72 can comprise one or more installing plates, and can comprise the first securing member engaging zones 76 that separates with the second securing member engaging zones, 78 levels.The first and second securing member engaging zones 76 and 78 each all can comprise hole, ditch, groove or other similar structures that is used to admit suitable installation securing member.In addition, the first and second securing member engaging zones 76 and 78 can be configured to aim at first and second fastener openings 56 and 58 of first mounting structure 50.
The following connected structure 74 of second mounting structure 70 can comprise fastener-free connected structure 80, and for example, the levels that may be received in the passage 62 that the level of first mounting structure 50 arranges are arranged and outward extending flange 82.The fastener-free connected structure 80 that it should be understood that second mounting structure 70 can be configured as with the fastener-free connected structure 60 of first mounting structure 50 and engage.This joint can help the fixed configuration of first and second mounting structures 50 and 70 and not use any known installation securing member.
Forward Fig. 5 now to, air filter 38 is shown as and uses first and second mounting structures 50 and 70 of Fig. 3 and 4 to be attached on the hydraulic fluid tank 34.Particularly, show the lateral view of the combination configuration of first mounting structure 50 and second mounting structure 70.As shown in, the level of second mounting structure 70 is arranged and outward extending flange 82 engages with the passage 62 that the level of first mounting structure 50 is arranged.In addition, the first and second securing member engaging zones 76 of second mounting structure 70 and 78 are aimed at first and second fastener openings 56 and 58 of first mounting structure 50.According to an embodiment, first installs the securing member (not shown) may be received in the first securing member engaging zones 76 and first fastener openings 56, and the second installation securing member (not shown) is received in the second securing member engaging zones 78 and second fastener openings 58.
Second embodiment of first mounting structure 50 is shown in Fig. 6 substantially.Particularly, according to an embodiment, first mounting structure 50 can comprise a pair of mounting bracket 90 and 92 that vertically (vertically) arranges and level separates. Mounting bracket 90 and 92 top can limit connected structure 52, and the bottom of mounting bracket 90 and 92 can limit down connected structure 54.The mounting bracket 90 of second embodiment and 92 and the support of disclosed arbitrarily other embodiment of this paper can by metal or arbitrarily other durable material process.In addition, each in one or more supports can by be folded, punching press or the single piece of material that is welded into net shape form.
Forward Fig. 7 now to, second embodiment of second mounting structure totally is depicted as 70.Last connected structure 72 according to second embodiment can be similar to embodiment shown in Figure 4, but also can comprise first and second recesses 100 and 102.Recess 100 and 102 can comprise respectively that use installation securing member (not shown) is installed to first and second installing holes 104 and 106 on mechanical part such as the air filter 38 with second mounting structure 70.Also can be similar to the embodiment of Fig. 4 according to the following connected structure 74 of second embodiment, but can comprise upwardly extending flange 82 but not to the flange that extends below.Following connected structure 74 also can comprise and be used for following connected structure 74 is fixed to the installing hole on the mechanical part, for example third and fourth installing hole 108 and 110.
Be shown as in Fig. 8 according to first and second mounting structures 50 and 70 of second embodiment and be attached to respectively on hydraulic fluid tank 34 and the air filter 38.Will be appreciated that the seating means that first and second mounting structures 50 and 70 can use any known (is connected with bolt, bolting) or spin and (connect with screw, screwing) be attached on hydraulic fluid tank 34 and the air filter 38 like welding, bolt.In case first and second mounting structures 50 and 70 are attached to respectively on hydraulic fluid tank 34 and the air filter 38, as shown in, can hydraulic fluid tank 34 be installed in the side on plane 120.According to an embodiment, hydraulic fluid tank 34 can be installed on the mechanical framework 12 of Fig. 1.In case hydraulic fluid tank 34 is had good positioning, just can the level that make second mounting structure 70 be arranged and outward extending flange 82 engages with the passage 62 that the level of first mounting structure 50 is arranged through air filter 38 is moved with respect to plane 120 along first direction.
Forward Fig. 9 now to, show first and second mounting structures 50 of Fig. 6 and 7 and 70 combination configuration.Particularly, after engaging, last connected structure 52 and 72 can be moved and engage descending connected structure 54 and 74 to be moved.More specifically, along with air filter 38 moves with respect to plane 120 along second direction, the first and second securing member engaging zones 76 of second mounting structure 70 and 78 can be aimed at first and second fastener openings 56 and 58 of first mounting structure 50.Will be appreciated that this second motion can comprise makes air filter 38 pivot around the pivot axis 64 of the pivot axis that is parallel to plane 120 such as Fig. 3.Then can be through fastening one or more securing members as the combination configuration that securing member 122 fixes first and second mounting structures 50 and 70 is installed.
The 3rd embodiment of first mounting structure 50 is shown as and is attached on the hydraulic fluid tank 34 in Figure 10.According to the 3rd embodiment, first mounting structure 50 can comprise the mounting structure of an one, for example is roughly the installing plate 130 of I shape.The top of I shape installing plate 130 can limit connected structure 52, and the bottom of I shape installing plate 130 can limit down connected structure 54.As shown in, last connected structure 52 can comprise the composition surface 132 of approximate horizontal, and can comprise and run through first and second fastener openings 56 and 58 that this composition surface is installed.According to an embodiment, the composition surface 132 of level can be basically parallel to mechanical framework 12.
The 3rd embodiment of second mounting structure 70 is shown as and is attached on the air filter 38 in Figure 11.Upper and lower connected structure 72 and 74 can be similar to the upper and lower connected structure 72 and 74 of the foregoing description, and still, second mounting structure 70 of the 3rd embodiment can comprise the installing plate 140 that is roughly rectangle, and this installing plate has the otch 142 that runs through the center.As shown in, last connected structure 72 also can comprise the composition surface 144 of approximate horizontal, and can comprise and run through the first and second securing member engaging zones 76 and 78 that this composition surface is installed.The part that a plurality of securing members such as securing member 146,148,150 and 152 can extend through this installing plate at the circumference of rectangle installing plate 140 and get into air filter 38 is to be fixed on second mounting structure 70 on the air filter 38.
It should be understood that first and second mounting structures 50 of Figure 10 and 11 and 70 combination configuration can be similar to combination configuration shown in Figure 9.Particularly, the level of second mounting structure 70 is arranged and outward extending flange 82 can engage with the passage 62 that the level of first mounting structure 50 is arranged.In addition, the first and second securing member engaging zones 76 of second mounting structure 70 and 78 can vertically be aimed at first and second fastener openings 56 and 58 of first mounting structure 50.Thisly one in the composition surface 132,144 of level is positioned to suitably vertically aim at another to comprising.In order to lock or otherwise fixing said combination configuration; First install the securing member (not shown) can install become to pass the first securing member engaging zones 76 and first fastener openings 56 both, and the second installation securing member (not shown) can install become to pass the second securing member engaging zones 78 and second fastener openings 58 both.
In Figure 12, show the 4th embodiment of first mounting structure 50 substantially.First mounting structure 50 of the 4th embodiment can comprise the installing plate that is roughly I shape 130 of the embodiment of Figure 10.But, according to the 4th embodiment, last connected structure 52 can comprise roughly tilt (angled, angled) composition surface 160.Inclination composition surface 160 can be vertical basically, for example is parallel to the plane 120 of Fig. 8, perhaps can install with the surface of basic horizontal to become greater than zero angle.According to an embodiment, inclination composition surface 160 can be installed and 12 one-tenth about angles of 45 ° of mechanical framework.In addition, inclination composition surface 160 can comprise and is arranged to pass the fastener openings 56 of first mounting structure 50 and 58 installation securing member 162 and 164 with partial distance.
Forward Figure 13 now to, the 4th embodiment of second mounting structure totally is depicted as 70.Second mounting structure 70 of the 4th embodiment can comprise the installing plate that is roughly rectangle 140 of the embodiment of Figure 11.But according to the 4th embodiment, last connected structure 72 can comprise the roughly composition surface 170 of inclination.It should be understood that the inclination composition surface 170 of second mounting structure 70 can be basically parallel to the inclination composition surface 160 of first mounting structure 50.According to the 4th embodiment, securing member engaging zones 76 and 78 can comprise and is configured to the groove that engages with the installation securing member 162 and 164 of Figure 12.Shown in figure 14, illustrate under this combination configuration that is bonded on first and second mounting structures 50 and 70.After engaging, securing member 162 and 164 is installed can be fastened with locking or otherwise fixing said combination configuration.
The 5th embodiment of first and second mounting structures 50 and 70 is shown respectively in Figure 15 and 16.First and second mounting structures 50 and 70 the 5th embodiment are similar to the embodiment of Figure 12 and 13 basically, but comprise the inclination composition surface 160 and 170 of being arranged to different angles.In addition, as shown in, the securing member engaging zones 76 of second mounting structure 70 and 78 can be arranged on the top of connected structure 72.The combination configuration also is similar to the combination configuration of the 4th embodiment, and shown in Figure 17.
Although connected structure 52 and 72 is shown as the securing member connected structure in said embodiment, the structure of promptly using securing member to be fixed together it should be understood that for last connected structure 52 and 72 and also can imagine the fastener-free connected structure.For example, last connected structure 52 and 72 can comprise the clip, anchor clamps etc. of one that are used for first and second mounting structures 50 and 70 are fixed into any known of combination configuration.According to an embodiment shown in Figure 18 and 19; The upper and lower connected structure 52 and 54 of first mounting structure 50 all can comprise the buckle folder of one or more one; For example the buckle folder 180; And the upper and lower connected structure 72 of second mounting structure 70 and 74 can comprise the hasp of one or more one, and for example hasp 182, and the buckling and clamping that said hasp is configured as with first mounting structure 50 closes.More specifically, can engage simultaneously, for example through making air filter 38 be parallel to the combination configuration that moves and fix first and second mounting structures in plane 120 along vertical basically direction through making all folders and hasp.
Industrial usability
The installation component 46 of the utility model can be applicable to have the various machineries of one or more mechanical parts, and said one or more mechanical parts are installed on one or more other mechanical parts.Although illustrate is wheel loader 10, it should be understood that as described hereinly, and installation component 46 can be used for building, mining and the agricultural machinery of caterpillar tractor, wheel loader, hinged truck or other type.Although what said embodiment described is the air filter 38 that is installed on the hydraulic fluid tank 34, the installation component 46 that also can imagine the utility model can be used for first mechanical part is installed to second mechanical part with promoting.
In assembling process, air filter 38 can be installed on the hydraulic fluid tank 34 of machinery 10.It should be understood that these parts can be assembled into the sub-component that is attached to after a while in the machinery 10.Perhaps, air filter 38 can be installed on the hydraulic fluid tank 34 after hydraulic fluid tank 34 has been fixed on the mechanical framework 12.But, before installation, can use seating means such as welding, the bolt of any known or spin first and second mounting structures 50 and 70 are respectively fixed on hydraulic fluid tank 34 and the air filter 38.Especially, first mounting structure 50 can be welded on the hydraulic fluid tank 34, and second mounting structure 70 can be bolted on the air filter 38.It should be understood that first and second mounting structures 50 and 70 can be set to be configured to comprise the support external member that makes up configuration with being separated.
In case first and second mounting structures 50 and 70 are attached to respectively on hydraulic fluid tank 34 and the air filter 38, just can hydraulic fluid tank 34 be installed in a side on plane 120, as shown in Figure 8.According to an embodiment, hydraulic fluid tank 34 can be installed on the mechanical framework 12 of Fig. 1.In case hydraulic fluid tank 34 is had good positioning, just connected structure 60 engages under the fastener-free of connected structure 80 and hydraulic fluid tank 34 under the fastener-free that makes air filter 38 through air filter 38 is moved with respect to plane 120 along first direction.According to an embodiment, the fastener-free connected structure 80 of air filter 38 can comprise that being configured as the level that the passage 62 of arranging with the level of hydraulic fluid tank 34 engages arranges and outward extending flange 82.
After engaging, last connected structure 52 and 72 can be moved and engage descending connected structure 54 and 74 to be moved.More specifically, along with air filter 38 moves with respect to plane 120 along second direction, the first and second securing member engaging zones 76 of second mounting structure 70 and 78 can vertically be aimed at first and second fastener openings 56 and 58 of first mounting structure 50.Will be appreciated that this second motion can comprise makes air filter 38 pivot around the pivot axis 64 of the following connected structure 54 of the pivot axis that is parallel to plane 120 and 74, as shown in Figure 3.Then can be through fix the combination configuration of first and second mounting structures 50 and 70 with the fastening one or more securing members of securing member joining tool.
Will be appreciated that dismounting can comprise the basic similarly step of carrying out with reverse order.Particularly, can use the securing member joining tool to unclamp the securing member 122 of one or more securing members such as Fig. 9, to take the combination configuration of air filter 38 and hydraulic fluid tank 34 apart.Can throw off with respect to the move last connected structure 52 of the last connected structure 72 that makes second mounting structure 70 and first mounting structure 50 of plane 120 along first direction through making air filter 38 then.It should be understood that this motion can comprise makes air filter 38 pivot around the pivot axis of the pivot axis that is parallel to plane 120 such as Fig. 3 64.Particularly, the top of air filter 38 can pivot and leave the top of hydraulic fluid tank 34.
Next, can throw off along the second direction connected structure 60 that moves with respect to plane 120 under the fastener-free of connected structure 80 and hydraulic fluid tank 34 under the fastener-free that makes air filter 38 through making air filter 38.At last, can be through promoting air filter 38 from mechanically removing air filter 38 along the direction that is basically parallel to plane 120.It should be understood that under this assembling or the dismounting situation that can be removed and carry out at the top of mechanical hull 18.
It should be understood that according to the utility model installation component 46 provides the means of a kind of very fast and more efficient that is used to make first mechanical part such as air filter 38 and second mechanical part such as hydraulic fluid tank 34 assemblings and/or dismounting.Particularly, utilize fastener-free connected structure 60 and 80 following connected structures 54 and 74 to help realizing the combination configuration of fastener-free, the not desired location in enging cabin and securing member possibly lost or drop as first and second mounting structures 50 and 70.It will also be appreciated that and use fastener-free connected structure 60 and 80 needn't make the securing member joining tool arrive the inaccessible position in the enging cabin.In addition, only used securing member is easy to approaching position between component top.
Should be appreciated that above-mentioned explanation only is used for the purpose that example states but not limits the scope of the utility model by any way.Therefore, those skilled in the art will recognize that the others that can obtain the utility model through research accompanying drawing, disclosure text and accompanying claims.
Description of reference numerals
10 machineries
12 mechanical frameworks
The front portion of 14 frameworks
The rear portion of 16 frameworks
18 housings
20 operator's consoles
22 facility
30 hydraulic systems
32 engine systems
34 hydraulic fluid tanks
36 internal combustion engines
38 air filters
40 first conduits
42 air filter housings
44 second conduits
46 installation components
50 first mounting structures
Connected structure on 52-first mounting structure
54 times connected structure-first mounting structures
56 first fastener openings-first connected structure/first mounting structures
58 second fastener openings-first connected structure/first mounting structures
60 fastener-free connected structures
The passage that 62 levels are arranged
70 second mounting structures
Connected structure on 72-second mounting structure
74 times connected structure-second mounting structures
76 first securing member engaging zones-first connected structure/second mounting structures
78 second securing member engaging zones-first connected structure/second mounting structures
80 fastener-free connected structure-second connected structure/second mounting structures
82 levels are arranged and outward extending flange
The support that 90 levels are arranged and are spaced vertically-first mounting structure
The support that 92 levels are arranged and are spaced vertically-first mounting structure
100 recesses-second mounting structure
102 recesses-second mounting structure
104 first installing hole-second mounting structures
106 second installing hole-second mounting structures
108 the 3rd installing hole-second mounting structures
110 the 4th installing hole-second mounting structures
120 planes
122 securing members
130 I shape installing plates
The composition surface of 132 levels-first mounting structure
140 rectangle installing plates
142 notchs-rectangle installing plate
The composition surface of 144 levels-second mounting structure
146 first securing member-second mounting structures
148 second securing member-second mounting structures
150 the 3rd securing member-second mounting structures
152 the 4th securing member-second mounting structures
Composition surface-first mounting structure of 160 inclinations
162 first securing member-first mounting structures
164 second securing member-first mounting structures
Composition surface-second mounting structure of 170 inclinations
180 buckles folder-the first mounting structure
182 hasps-second mounting structure
Claims (10)
1. a machinery is characterized in that, comprising:
Mechanical framework;
Be installed at least one mechanical system on the said mechanical framework, wherein said at least one mechanical system comprises with installation component and is attached to first parts on second parts;
Said installation component be attached to first mounting structure on said first parts; Wherein said first mounting structure comprises at least two first connected structures; In wherein said first connected structure at least one comprises connected structure under the fastener-free, and in said first connected structure another comprises connected structure on the securing member of the top of connected structure under the fastener-free that is arranged on said first mounting structure at least; And
Said installation component be attached to second mounting structure on said second parts; Wherein said second mounting structure comprises at least two second connected structures; In wherein said second connected structure at least one comprises connected structure under the fastener-free that connected structure engages under the fastener-free that is configured as with said first mounting structure, and in said second connected structure another comprises connected structure on the securing member of connected structure top under the fastener-free that is arranged on said second mounting structure at least; Wherein
Connected structure comprises at least one fastener openings on the securing member of said first mounting structure, and connected structure comprises the passage that the level that is limited with pivot axis is arranged under the fastener-free of said first mounting structure; And
Connected structure comprises at least one securing member engaging zones on the securing member of said second mounting structure, and connected structure comprises that the level that is received in the passage that said level arranges arranges and outward extending flange under the fastener-free of said second mounting structure.
2. machinery according to claim 1 is characterized in that said first parts comprise the hydraulic fluid tank of hydraulic system, and said second parts comprise the air filter of engine system.
3. machinery according to claim 1; It is characterized in that; Connected structure comprises the fastener openings that two levels separate on the securing member of said first mounting structure, and connected structure comprises the securing member engaging zones that two levels that the fastener openings that separates with said two levels is aimed at separate on the securing member of said second mounting structure.
4. machinery according to claim 3 is characterized in that, said first mounting structure is welded on said first parts, and the said second mounting structure bolt is on said second parts.
5. machinery according to claim 3 is characterized in that, said first mounting structure comprises I shape installing plate, and said second mounting structure comprises the rectangle installing plate, and this rectangle installing plate has the otch that runs through the center.
6. machinery according to claim 5 is characterized in that, on the securing member of said first mounting structure on the securing member of connected structure and said second mounting structure each in the connected structure all comprise the composition surface of level.
7. machinery according to claim 5 is characterized in that, on the securing member of said first mounting structure on the securing member of connected structure and said second mounting structure each in the connected structure all comprise the composition surface of inclination.
8. a support external member is characterized in that, comprising:
First mounting structure with first securing member connected structure, the said first securing member connected structure are arranged on the passage top that the level that defines pivot axis is arranged;
Second mounting structure with second securing member connected structure, the said second securing member connected structure are arranged on that level is arranged and outward extending flange top; And
The combination configuration of said support external member comprises that the said level that is received in the passage that said level arranges arranges and outward extending flange, and the said second securing member connected structure of aiming at the said first securing member connected structure;
The wherein said first securing member connected structure comprises the fastener openings that two levels separate, and the said second securing member connected structure comprises the securing member engaging zones that two levels separate.
9. support external member according to claim 8 is characterized in that, said first mounting structure comprises I shape installing plate, and said second mounting structure comprises the rectangle installing plate, and this rectangle installing plate has the otch that runs through the center.
10. support external member according to claim 8 is characterized in that, said first mounting structure is configured to be attached on the hydraulic fluid tank of machinery, and said second mounting structure is configured to be attached on the air filter of said machinery.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US1048508P | 2008-01-09 | 2008-01-09 | |
| US61/010,485 | 2008-01-09 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202202352U true CN202202352U (en) | 2012-04-25 |
Family
ID=45966484
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009200020457U Expired - Fee Related CN202202352U (en) | 2008-01-09 | 2009-01-08 | Machine and bracket set |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202202352U (en) |
-
2009
- 2009-01-08 CN CN2009200020457U patent/CN202202352U/en not_active Expired - Fee Related
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