CN208997567U - Side wall and railway dislocation generation equipment - Google Patents
Side wall and railway dislocation generation equipment Download PDFInfo
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- CN208997567U CN208997567U CN201821362449.2U CN201821362449U CN208997567U CN 208997567 U CN208997567 U CN 208997567U CN 201821362449 U CN201821362449 U CN 201821362449U CN 208997567 U CN208997567 U CN 208997567U
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- window frame
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- 229910000831 Steel Inorganic materials 0.000 claims abstract description 21
- 239000010959 steel Substances 0.000 claims abstract description 21
- 229910001335 Galvanized steel Inorganic materials 0.000 claims abstract description 13
- 239000008397 galvanized steel Substances 0.000 claims abstract description 13
- 239000011490 mineral wool Substances 0.000 claims abstract description 6
- 239000004745 nonwoven fabric Substances 0.000 claims abstract description 5
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 63
- 239000002390 adhesive tape Substances 0.000 claims description 16
- 238000001914 filtration Methods 0.000 claims description 16
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims description 12
- 238000009434 installation Methods 0.000 claims description 10
- 230000007704 transition Effects 0.000 claims description 8
- 229910052742 iron Inorganic materials 0.000 claims description 6
- 238000003466 welding Methods 0.000 claims description 3
- 230000000903 blocking effect Effects 0.000 claims description 2
- 230000009545 invasion Effects 0.000 description 9
- 238000010586 diagram Methods 0.000 description 8
- 238000010248 power generation Methods 0.000 description 6
- 238000007789 sealing Methods 0.000 description 5
- 239000003351 stiffener Substances 0.000 description 5
- 230000007547 defect Effects 0.000 description 4
- 230000005484 gravity Effects 0.000 description 3
- 230000033001 locomotion Effects 0.000 description 3
- 230000007812 deficiency Effects 0.000 description 2
- 239000000428 dust Substances 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 210000004209 hair Anatomy 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000003014 reinforcing effect Effects 0.000 description 2
- 238000010009 beating Methods 0.000 description 1
- 238000005452 bending Methods 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000003292 glue Substances 0.000 description 1
- 210000001503 joint Anatomy 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 239000002245 particle Substances 0.000 description 1
- 230000002093 peripheral effect Effects 0.000 description 1
- 238000003825 pressing Methods 0.000 description 1
- 239000000565 sealant Substances 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 238000005728 strengthening Methods 0.000 description 1
- 210000002435 tendon Anatomy 0.000 description 1
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Abstract
The utility model discloses a kind of side walls and railway dislocation generation to equip, including side wall ontology, the air inlet louvers being mounted in the side wall ontology air inlet louver window frame, the antenna box being mounted on the side wall ontology, the oiling window that the side wall ontology oiling window frame is arranged in and the inlet duct being mounted on the side wall ontology air inlet window frame；The side wall ontology includes top side rail square steel, the top side rail for being welded on top side rail square steel top surface, bottom side rail, side wall panel and the noise reducing plate being bonded with the side wall panel, the upper end of the side wall panel and the top side rail square steel weld, the lower end of the side wall panel and the bottom side rail weld, and greatly improve the intensity of side wall；The noise reducing plate includes galvanized steel plain sheet shell, the non-woven fabrics being laid on the galvanized steel plain sheet shell inner bottom surface and the rock wool for being filled in the galvanized steel plain sheet interior of shell, solves the problems, such as noise reduction.
Description
Technical field
The utility model belongs to railway dislocation generation equipment parts technical field, and in particular to a kind of side wall and railway move
Dynamic power generating equipment.
Background technique
Railway dislocation generation equipment generallys use container-type power generating equipment, and general container formula power generating equipment is usually solid
Applying equation is determined, wherein using after built-in diesel generating set in fixed place.With the development of Chinese Railway Cold Chain Logistics, iron
Road will largely use power generating equipment, and due to railway operation feature, power generating equipment must packaged type.And existing fixed hair
Lifting one twice, will not be moved again substantially after being installed in place when Denso is for due to only transporting, and therefore, consider deficiency to side wall intensity,
And noise reducing is not considered substantially.
Currently, the air inlet louvers on container-type power generation box generally uses the louver assembly of up-down structure, up and down
The louver assembly of structure there are air inlet areas it is small, rainproof effect is poor the problems such as；And container-type power generation box is because being built-in with bavin
Oil machine, it is larger to air inflow requirement, and diesel engine generates meeting negative pressure at runtime, there is the effect of sucking to rainwater.Therefore, such as
What prevents rainwater from entering in case the problem of being current urgent need to resolve.Also, since container-type power generation box has limit requirement, installation
All components on container-type power generation box cannot exceed container-type power generation box corner fittings, be installed using conventional mounting means
When air inlet louvers, since error easily exceeds the limit of container-type power generation box.
Meanwhile general container oiling window is outward opening oiling window, operator is from container peripheral operation, and railway
Container is very stringent to limit requirement because running on railway, and outward opening oiling window necessarily exceeds railway limit when opening
Boundary, there are very big security risks.In addition, outward opening oiling window is typically mounted at side end, when opening, has exceeded corner fittings
Therefore boundary easily causes security risk in railway operation.
Summary of the invention
Aiming at the deficiency of above-mentioned technology, provide a kind of can enhance intensity and reduce noise the purpose of this utility model
Side wall and railway dislocation generation equipment.
To achieve the above object, side wall designed by the utility model, including side wall ontology, it is mounted on the side wall ontology
Air inlet louvers in air inlet louver window frame, the antenna box being mounted on the side wall ontology, setting add in the side wall ontology
The oiling window of oily window frame and the inlet duct being mounted on the side wall ontology air inlet window frame；
The side wall ontology includes top side rail square steel, the top side rail for being welded on top side rail square steel top surface, bottom side rail, side
Wallboard and the noise reducing plate being bonded with the side wall panel, the upper end of the side wall panel and the top side rail square steel weld, the side wall
The lower end of plate and the bottom side rail weld；
The noise reducing plate includes galvanized steel plain sheet shell, the non-woven fabrics being laid on the galvanized steel plain sheet shell inner bottom surface and fills out
Fill the rock wool in the galvanized steel plain sheet interior of shell.
Further, the top and bottom end of the noise reducing plate are provided with L-type interface, the L-type interface on the noise reducing plate top
It is matched with the top side rail square steel and the top end face of the L-type interface is against on the lower surface of top side rail, the noise reducing plate bottom
The L-type interface at end is matched with the bottom side rail and the bottom face of the L-type interface is against on iron floor；And the noise reducing plate two
The L-type interface end face at end is provided with elastic slice.
Further, the air inlet louvers includes being enclosed by upper side frame, left frame, left frame, lower frame and rear vertical plate
Close the shutter frame formed and the louver assembly being mounted on inside shutter frame；The upper side frame includes upper porous plate and upper
Fixed plate, the left frame include left frame ontology and the left porous plate that is mounted on the left frame ontology, the left frame
Including left frame ontology and the right porous plate that is mounted on the left frame ontology, the lower frame include bottom plate and with institute
State bottom plate connection bottom inclined connection plate, and it is described after formed between vertical plate, the lower frame and louver assembly
Diversion cavity；
The louver assembly includes louver and being welded on shutter in the row being welded on the inside of shutter frame
The exclusive louver of the one of outer frame side, the interior louver and the outer louver are alternately evenly arranged in front and back.
Further, the rear vertical plate, the left frame, the left frame, fixed plate and the lower frame
Framework is formed by bolt or welding, the bottom inclined connection plate of the lower frame passes through transition arc panel and the rear vertical plate
Bottom edge be connected.
Further, between the left end and the left frame of the louver assembly, the right side of the louver assembly
Hold the left frame between there are installation backplate side gap, the backplate include preceding vertical panel reality, with it is described
The side baffle of preceding vertical panel reality connection and the backplate flange turned down along the side baffle edge；The preceding vertical shield in left side
With the front of the left frame along being connected, the side baffle in left side is connected plate ontology with the left end of the louver assembly,
Right side it is described before vertical panel reality and the front of the left frame along being connected, the side baffle and the shutter on right side
The right end of assembly is connected, and the backplate flange of two side baffles is in positioned opposite；
It is each side disposed with one piece of water fender inside the shutter frame, the water fender is described including being welded on
The welded plate of vertical plate inner wall, the vertical water fender ontology that is connected with the welded plate and along the vertical water fender ontology side afterwards
Along the water fender flange of fold, the water fender flange of two water fenders is in positioned opposite；The water fender of the water fender turns over
The vertical water fender ontology of the side water fender concordant or described with the backplate flange of the backplate and the side baffle portion of the backplate
Divide and overlaps to form second of filtering area.
Further, the bottom of each outer louver is provided with a louver notch, and the louver lacks
There are the first gaps between mouth and the bottom plate of the lower frame；Two backplate bottoms are provided with backplate notch, and institute
State between backplate notch and the bottom plate of the lower frame that there are the second gaps.
Further, the inlet duct includes air intake window, air inlet pipe and the connection air intake window and the air inlet pipe
Airscoop shroud, and positioned at the blinds rear and the strainer that is fixed on the window frame back side, the air intake window include window frame and
If the dry plate blinds being mounted in the window frame, if blinds described in dry plate is stacked along the width direction of the window frame；Every
The blinds includes inclined plate, the rear baffle of the inclined plate back edge is arranged in and the front apron on inclined plate front edge is arranged in,
The rear baffle and the front apron are arranged in opposite direction；It is per a piece of blinds front apron in blinds described in adjacent two panels and another
A piece of blinds rear baffle is completely overlapped or partly overlaps and to form air-flow convolution region.
Further, the airscoop shroud includes housing and the baffle assembly that is built in the housing, before the housing
End face and the back side of the window frame are fixedly linked, and rear end venthole and the air inlet pipe of the housing are fixedly linked；The gear
Plate assembly includes an overhead gage and a lower baffle plate, described to have gap and the overhead gage between overhead gage and lower baffle plate
Secondary gas flow convolution region is overlapped to form with the lower baffle portion；The overhead gage and the lower baffle plate with the air intake window
The window frame parallel arrangement.
Further, the oiling window is swing-in oiling window, and the swing-in oiling window includes being embedded in the side wall
It oiling window frame in ontology oiling window frame, the oiling window forms being embedded in oiling window frame hole by hinge and sets
Set the door lock on the oiling window forms；The fixing end of the hinge is fastened on the oiling window frame inner surface side,
The connecting pin of the hinge is fastened on oiling window forms inner surface side, and the door lock ontology of the door lock is fastened on described
On the oiling window forms inner surface other side, the fixing seat of the door lock be fastened on the oiling window frame inner surface other side, and institute
State oiling window frame outer surface and the side wall flush with outer surface；
9 font adhesive tape of a circle, the hollow cylindrical portion of the 9 font adhesive tape are mounted with around oiling window frame hole
The outside at oiling window frame hole is set, and the planar section of the 9 font adhesive tape is arranged in oiling window frame hole
Mouthful inside and fit with the inner wall at oiling window frame hole.
Further, several leakage holes are provided on the bottom lower beam of the oiling window frame, accordingly, described
Water bar, the length of the water bar are installed on the bottom surface at oiling window frame hole and on the inside of the oiling window frame
It is equal with the width at oiling window frame hole.
A kind of railway dislocation generation equipment, including side wall are also provided, the side wall is side wall described above.
Compared with prior art, the utility model has the advantage that
1) the upside soffit in curb girder ontology is connected with top side rail square steel, and top side rail square steel connects railway dislocation generation case
Headwall corner fittings, greatly improve the intensity of side wall；It is buckled into side wall panel using noise reducing plate, solves the problems, such as noise reduction；
2) shutter frame of air inlet louvers is square structure, is overcome empty in the big occupancy case of conventional blind rear portion opening
Between defect, and by setting porous plate increase air inlet louvers the air inlet gross area, overcome due to shutter frame for length
Cube shape allows to carry out the defect of area reduction, and can be filtered to rainwater and prevent foreign matter from entering in shutter；It is logical
It crosses increase water fender and backplate forms second of filtering area, the rain-impact for sucking it is on water fender and under water fender
Stream, air can then go for a stroll by second of filtering area and cross and form convolution air inlet again, further rainwater be stopped to be entered blinds
In window；
3) in air intake window per forming air-flow convolution region between adjacent two panels blinds, to separate included in air
Water and dirt, water and dirt flow out outside window along blinds, complete primary filtering, while the strainer at the window frame back side can effectively stop catkin；
There is gap between overhead gage and lower baffle plate in airscoop shroud and the two partly overlaps, it can be on the basis for meeting effective admission area
On, moreover it is possible to secondary gas flow convolution region, which is formed, so that the air of air inlet is in " S " gyration airflow further effectively removes air inlet
The included water of air and dirt complete secondary filter in journey, and by the inlet air after secondary filter, the content of water and dirt is significantly
It reduces, plays the purpose of rain-proof dust-proof；Under the premise of guaranteeing onesize air inlet area, using louvered air intake window in side
Open area ratio on wall is small using the opening area of cyclone filter, is conducive to railway dislocation generation equipment and arranges on side wall
The opening of various windows；
4) it is avoided using swing-in oiling window beyond railway clearance, when oiling window is not turned off or loosens, in movement
Power generating equipment internal motion, avoid the generation of safety accident, and the seal form very good solution of 9 font adhesive tape is interior opens
The water-resistant performance of door.
Detailed description of the invention
Fig. 1 is the utility model sidewall structure schematic diagram；
Fig. 2 is the schematic top plan view of Fig. 1；
Fig. 3 is side wall body construction schematic diagram in Fig. 1；
Fig. 4 is noise reducing plate schematic front view in Fig. 3；
Fig. 5 is the schematic side view of Fig. 4；
Fig. 6 is the schematic top plan view of Fig. 4；
Fig. 7 is the schematic front view of air inlet louvers in Fig. 1；
Fig. 8 is the schematic side view of Fig. 7；
Fig. 9 is the schematic top plan view of Fig. 7；
Figure 10 is the schematic perspective view of Fig. 7；
Figure 11 is inlet duct structural schematic diagram in Fig. 1；
Figure 12 is air intake window schematic front view in Figure 11；
Figure 13 is the schematic side view of Figure 12；
Figure 14 is airscoop shroud schematic front view in Figure 11；
Figure 15 is the schematic side view of Figure 14；
Figure 16 is oiling window mounting structure schematic diagram in Fig. 1；
Figure 17 is oiling window schematic perspective view in Figure 16；
Figure 18 is the opening schematic diagram of Figure 17；
Figure 19 is the closing schematic diagram of Figure 17；
Figure 20 is oiling window frame structure schematic diagram in Figure 17；
Figure 21 is oiling window cross sill structural schematic diagram in Figure 17.
Each part numbers are as follows in figure:
Inlet duct 10, air intake window 11, window frame 11a, blinds 11b, strainer 11c, rear baffle 11d, front apron 11e, inclined plate
11f, an air-flow convolution region 11g；Airscoop shroud 12, housing 12a, overhead gage 12b, lower baffle plate 12c, venthole 12d, secondary gas
Flow back to rotation region 12e；Air inlet pipe 13；
Oiling window 30, oiling window frame 3a, oiling window forms 3b, hinge 3c, door lock 3d, water bar 3e, 9 font adhesive tape
3f, hollow cylindrical portion 3g, planar section 3h, inner panel 3i, outside plate 3j, lower beam 3k, leakage hole 3l, U-shaped ontology 3m, L-type add
Strengthening tendons plate 3n, transverse slat 3o, side plate 3p, extension board 3q, crossbeam gusset 3r, vertical beam gusset 3s；
Side wall ontology 40, top side rail square steel 40a, top side rail 40b, noise reducing plate 40c, bottom side rail 40d, column 40e, side wall panel
40f, galvanized steel plain sheet shell 40g, rock wool 40h, non-woven fabrics 40i, L-type interface 40j, elastic slice 40k；Air inlet louver window frame 41, antenna
Box 42, oiling window frame 43, air inlet window frame 44；
Air inlet louvers 50, upper side frame 51, upper mounted plate 51a, upper porous plate 51b, left frame 52, left frame ontology 52a,
Left porous plate 52b, left frame 53, left frame ontology 53a, right porous plate 53b, lower frame 54, bottom plate 54a, bottom tiltedly connect
Fishplate bar 54b, rear vertical plate 55, transition arc panel 56, diversion cavity 57, interior louver 58, outer louver 59；
Backplate 60, side baffle 60b, backplate flange 60c, water fender 61, welded plate 61a, erects preceding vertical panel reality 60a
Straight water fender ontology 61b, water fender flange 61c, louver notch 62, backplate notch 63, the first gap 64, the second gap
65, second of filtering area 66.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments.
It is as shown in Figure 1 and Figure 2 side wall, including side wall ontology 40, is mounted in 40 air inlet louver window frame 41 of side wall ontology
Air inlet louvers 50, be mounted on side wall ontology 40 antenna box 42, the oiling of 40 oiling window frame 43 of side wall ontology is set
Window 30 and the inlet duct 10 being mounted on 40 air inlet window frame 44 of side wall ontology.Wherein, as shown in figure 3, side wall ontology 40 includes
Top side rail square steel 40a, the top side rail 40b for being welded on the top surface top side rail square steel 40a, bottom side rail 40d, side wall panel 40f and side wall panel
The noise reducing plate 40c and a plurality of uprights 40e of 40f fitting, the upper end of side wall panel 40f and top side rail square steel 40a are welded, side wall
The lower end of plate 40f and bottom side rail 40d are welded, and a plurality of uprights 40e is by top side rail 40b, top side rail square steel 40a and bottom side rail 40d
Connection forms whole.In the present embodiment, top side rail 40b is C type molded piece, and the top surface top side rail 40b is provided with bolt hole, is convenient for iron
The connection of road dislocation generation case top cover, the bottom surface top side rail 40b are connected with top side rail square steel 40a, top side rail square steel 40a connection iron
The headwall corner fittings of road dislocation generation case, greatly improves the intensity of side wall.
In conjunction with shown in Fig. 4, Fig. 6, noise reducing plate 40c includes galvanized steel plain sheet shell 40g, is laid in galvanized steel plain sheet shell 40g
Non-woven fabrics 40i on the bottom surface and rock wool 40h being filled in inside galvanized steel plain sheet shell 40g；In addition, the top of noise reducing plate 40c and
Bottom end is provided with L-type interface 40j, and the L-type interface 40j on the top noise reducing plate 40c is matched with top side rail square steel 40a and L-type interface
The top end face of 40j is against on the lower surface of top side rail 40b, similarly, the L-type interface 40j and bottom side rail 40d of the bottom end noise reducing plate 40c
It matches and the bottom face of L-type interface 40j is against on iron floor, after noise reducing plate 40c is buckled on side wall panel 40f, noise reducing plate 40c's
Outer surface is concordant with the alien invasion of top side rail 40b and bottom side rail 40d；And the end face L-type interface 40j at the both ends noise reducing plate 40c is equal
It is provided with elastic slice 40k, facilitates noise reducing plate 40c to buckle on side wall panel 40f, as shown in Figure 5.
As shown in Fig. 7, Fig. 8, Fig. 9, air inlet louvers 50 includes by upper side frame 51, left frame 52, left frame 53, lower frame
54 and the shutter frame that is enclosed of rear vertical plate 55 and the louver assembly being mounted on inside shutter frame, upper side frame 51,
Sealing joint strip is arranged on left frame 52, left frame 53, lower frame 54 and rear vertical plate 55.Air inlet louvers alien invasion is not
The alien invasion of top side rail 40b and air inlet louver window frame 41 beyond side wall ontology 40, meanwhile, louver assembly alien invasion does not surpass
Shutter frame alien invasion out exceeds alien invasion so as to avoid installation bolt etc.；Before installation, sealing is applied on each sealing joint strip
Then glue is connected the air inlet louver window frame 41 that shutter frame is equipped on side wall ontology 40 with railway dislocation generation by bolt and nut
It connects, sealing joint strip prevents rainwater from entering.
As shown in connection with fig. 10, upper side frame 51 includes upper porous plate 51b and upper mounted plate 51a, and left frame 52 includes left frame
The ontology 52a and left porous plate 52b being mounted on left frame ontology 52a, left frame 53 include left frame ontology 53a and are mounted on
Right porous plate 53b on left frame ontology 53a, lower frame 54 include bottom plate 54a and the bottom connecting with bottom plate 54a
Inclined connection plate 54b；Vertical plate 55, left frame 52, left frame 53, upper mounted plate 51a and lower frame 54 pass through bolt or weldering afterwards
It connecing to form framework, the bottom inclined connection plate 54b of lower frame 54 is connected by transition arc panel 56 with the bottom edge of rear vertical plate 55, this
The shutter frame of kind cuboid overcomes the big defect for occupying space in case of conventional blind rear portion opening, to facilitate work
Personnel are to the operation inside power generating equipment.There are install the upper of porous plate 51b between upper mounted plate 51a and rear vertical plate 55
Gap, and the right porous plate 53b of the upper porous plate 51b of upper side frame 51, the left porous plate 52b of left frame 52 and left frame 53
Percent opening is not less than 65%, aperture no more than 5mm, on the one hand increases air inlet area, overcomes since shutter frame is length
Cube shape allows to carry out the defect of area reduction, on the other hand can be filtered to rainwater and prevent foreign matter from entering shutter
It is interior.
The bottom inclined connection plate 54b of lower frame 54 is connected by transition arc panel 56 with the bottom edge of rear vertical plate 55, corresponding
The bottom of ground, left frame 52 and left frame 53 is arcwall face, and the radian of arcwall face is identical as the radian of transition arc panel 56,
So that rear form diversion cavity 57 between vertical plate 55, lower frame 54 and louver assembly, convenient for air from the upper of diversion cavity 57
Side enters, and 57 lower section of diversion cavity and transition arc panel 56 are convenient for discharge rainwater downwards.
Again as shown in figure 9, louver assembly includes 58 He of louver in the row being welded on the inside of shutter frame
The exclusive louver 59 being welded on the outside of shutter frame, interior louver 58 and outer louver 59 replace uniform in front and back
The top of arrangement, interior louver 58 and outer louver 59 is each attached on the upper mounted plate 51a of upper side frame 51, interior shutter
The bottom end of item 58 and outer louver 59 is each attached on the bottom plate 54a of lower frame 54, makes outer louver 59 and interior hundred
Leaf window item 58 is arranged in vertical direction.After louver assembly carries out first time filtering to rainwater, and utilize convolution air inlet mode
Centrifugal force rainwater is deposited in diversion cavity 57 after vertical plate 55 inner wall on, then using transition arc panel 56 downwards arrange
Rainwater out.
Again as shown in figure 9, between the left end of louver assembly and left frame 52, the right end of louver assembly and right
There are the side gap of installation backplate 60 between frame 53, backplate 60 includes preceding vertical panel reality 60a and preceding vertical backplate
The side baffle 60b of the ontology 60a connection and backplate flange 60c turned down along the edge side baffle 60b.The preceding vertical panel reality in left side
With the front of left frame 52 along being connected, side baffle 60b's 60a in left side is connected with the left end of louver assembly, and the preceding of right side erects
With the front of left frame 53 along being connected, the side baffle 60b's straight panel reality 60a on right side is connected with the right end of louver assembly,
And the backplate flange 60c of two side baffle 60b is in positioned opposite.Accordingly, being each side disposed with inside shutter frame
One piece of water fender 61, i.e. one piece of water fender 61 are located between left frame 52 and the backplate 60 on the left side, and another piece of water fender 61 is located at
Between left frame 53 and the backplate on the right 60.Water fender 61 includes the welded plate 61a for being welded on rear 55 inner wall of vertical plate and weldering
Fishplate bar 61a connected vertical water fender ontology 61b and water fender flange 61c along the fold of the vertical edge water fender ontology 61b, two
The water fender flange 61c of a water fender 61 is in positioned opposite.And the water fender flange 61c and the backplate of backplate 60 of water fender 61 are turned over
Side 60c is concordant or the vertical water fender ontology 61b of the water fender 61 and side baffle 60b of backplate 60 partly overlaps to be formed second
Filtering area 66.
Mix after the air of rainwater carries out first time filtering by interior louver 58, outer louver 59, it is most of mixed
Vertical plate has precipitated after centrifugal force warp of the air of miscellaneous rainwater due to surrounding the rotation of louver assembly, small part warp
After one section of longer second of filtering area 66, since gravity drops to bottom.It is sent out at this time since railway is mobile
Denso may suck rainwater in shutter bottom, for the negative pressure of interior diesel generating set in the present embodiment, in shutter frame
It is inside additionally arranged water fender 61, on water fender 61, rainwater will deposit to water fender 61 and flow down the rain-impact for sucking it, empty
Gas can then go for a stroll by second of filtering area 66 and cross and form convolution air inlet again, finally again by left side porous plate 52b or the right side
Porous plate 53b filtering in side enters in railway dislocation generation equipment.Again due to nationwide unattended operation, left side porous plate
The 52b or porous 53b in right side can play the role of blocks dust and toy enters in railway dislocation generation equipment.
In the present embodiment, longitudinal separation L3 between interior louver 58 and outer louver 59 be 75~85mm (preferably
It is 90~100mm, the distance between adjacent outer louver 59 L2 for 80mm), the distance between adjacent interior louver 58 L1
For 90~100mm, make the gross area of shutter air inlet greater than 1.8 times of diesel engine intake amount.
In addition, as shown in fig. 7, the bottom of each outer louver 59 is provided with a louver notch 62, and louver
There are the first gaps 64 between notch 62 and the bottom plate 54a of lower frame 54；Two 60 bottoms of backplate are provided with backplate notch
63, and there are the second gap 65 between backplate notch 63 and the bottom plate 54a of lower frame 54, prevent outer louver 59 and
60 bottom ponding of backplate.
The principle of air inlet louvers is as follows in the present embodiment:
Interior louver 58 is mounted on inside, and outer louver 59 is mounted on outside；When wind and rain comes temporarily, wind and rain will first
The face D for beating the face C and interior louver 58 in outer louver 59 carries out first time filtering (see Fig. 9), at this time since gravity is made
With most of rainwater will flow downward along louver assembly, and air can rise with the wind, while again by the bavin of box house
The negative pressure that engine charge pressure is formed when oily generating set works is by outside air through interior louver 58 and outer louver
In 59 lateral clearance inlet box bodies, i.e., rainwater is deposited on rear vertical plate 55 using the centrifugal force of convolution air inlet mode；As less
When amount rainwater has passed through the blocking of louver 58 and outer louver 59 in first, it can also rise along rear vertical plate 55
During finally fall after rise because of gravity, when small part rainwater is deposited in the face E of outer louver 59, due to outer shutter
The bottom of item 59 is provided with louver notch 62, and there are the first gap 64 between louver notch 62 and bottom plate 54a,
Rainwater can be discharged from louver notch 62.If few part rainwater breaches first time filtering area, at this time due to remaining rainwater
Less, weight further mitigates, and negative pressure will be sucked when rainwater is deposited to lower part in cabinet, and at this time due to installing additional
The face F of water fender 61 and backplate 62, forms second of filtering area 66, and the air for mixing rainwater will form convolution again
Air inlet, rainwater will flow down along water fender 61, be finally discharged by the second gap 65 between backplate 60 and lower frame 54.Finally
One of defence line is exactly the porous plate of top and side, can blocks dust particle and toy etc. since opening diameter is smaller.
As shown in figure 11, inlet duct 10 includes air intake window 11, air inlet pipe 13 and connection air intake window 11 and air inlet pipe 13
Airscoop shroud 12.The air intake window 11 of inlet duct is embedded at the air inlet window frame 44 of side wall ontology 40, and the window frame 11a of air intake window 11
Alien invasion avoids the installation of air intake window 11 beyond the outer vertical of 40 lateral surface corner fittings of side wall ontology without departing from the alien invasion of air inlet window frame 44
Face, as shown in figure 16.
In conjunction with shown in Figure 12, Figure 13, if air intake window 11 includes window frame 11a, the dry plate blinds 11b being mounted in window frame 11a
And strainer 11c, if dry plate blinds 11b is equidistant and (i.e. air intake window 11 is installed to the mobile hair of railway along the width direction of window frame 11a
Denso is for after on side wall ontology 40, the short transverse of window frame 11a) it is stacked, strainer 11c is located at the rear of blinds 11b (i.e.
Close to the direction of airscoop shroud 12) and be fixed on the back side window frame 11a.In the present embodiment, every blinds 11b includes inclined plate 11f, sets
Set inclined plate 11f back edge (i.e. close to the direction of airscoop shroud 12) rear baffle 11d and the front on the front inclined plate 11f edge is set
Plate 11e, rear baffle 11d are parallel with front apron 11e and arrange that i.e. rear baffle 11d and front apron 11e is not oblique in opposite direction
The same side of plate 11f is arranged；The both ends of every blinds 11b are fixed on window frame 11a, a piece of in every adjacent two panels blinds 11b
Blinds 11b front apron 11e and another blinds 11b rear baffle 11d is completely overlapped or partly overlaps and to form air-flow and circle round
Region 11g.
The airscoop shroud 12 in conjunction with shown in Figure 14, Figure 15 includes housing 12a and the baffle assembly being built in housing 12a, housing
The front end face of 12a and the back side of window frame 11a are fixedly linked, and rear end venthole 12d and the air inlet pipe 13 of housing 12a is fixedly linked.
Wherein, baffle assembly includes an overhead gage 12b and a lower baffle plate 12c (according to the short transverse of window frame 11a), it is preferable that
Overhead gage 12b and lower baffle plate 12c is arranged in parallel with the window frame 11a of air intake window 11, has between overhead gage 12b and lower baffle plate 12c
Gap and overhead gage 12b and lower baffle plate 12c partly overlap to form secondary gas flow convolution region 12e.
When diesel generating set is started to work, air passes sequentially through air intake window 11, airscoop shroud 12, air inlet pipe 13 and enters
To diesel generating set, when air passes through air intake window 11, an air-flow convolution region is formed between every adjacent two panels blinds 11b
11g flows out outside window to separate the water and dirt carried in air, water and dirt along blinds 11b, completes primary filtering, while window
The strainer 11c at the back side frame 11a can effectively stop catkin；When air passes through airscoop shroud 12, due to the overhead gage 12b in housing 12a
There is gap between lower baffle plate 12c and the two partly overlaps, it can be on the basis of meeting effective admission area, moreover it is possible to form two
Secondary air-flow circles round region 12e so that the air of air inlet is in " S " gyration airflow, further effectively remove in intake process air from
The water and dirt of band complete secondary filter, and by the inlet air after secondary filter, the content of water and dirt greatly reduces, and plays
The purpose of rain-proof dust-proof.
As shown in Figure 17, Figure 18, oiling window 30 is swing-in oiling window, including is embedded in 40 oiling window frame 43 of side wall ontology
Interior oiling window frame 3a, the oiling window forms 3b being embedded in the hole oiling window frame 3a by hinge 3c and setting are being refueled
Door lock 3d on window forms 3b, wherein the fixing end of hinge 3c is fastened on oiling window frame 3a inner surface side, hinge 3c
Connecting pin is fastened on oiling window forms 3b inner surface side, and correspondingly, the door lock ontology of door lock 3d is fastened on oiling window window
On the body 3b inner surface other side, the fixing seat of door lock 3d be fastened on the oiling window frame 3a inner surface other side, thus realize plus
It is opened in oily window 30, i.e., oiling window 30 can only be to opening inside dislocation generation equipment.It is inside and outside referring to side wall sheet in the present embodiment
Body 40 is mounted on the direction on dislocation generation equipment, the inside of interior i.e. dislocation generation equipment, the outside of outer i.e. dislocation generation equipment.
In the present embodiment, the inside of oiling window forms 3b is filled with noise reduction rock wool, the inner panel of oiling window forms 3b medial surface
3i uses noise reduction porous plate, can effectively absorb noise；And after other five sides of oiling window forms 3b are by one piece of outside plate 3j bending
Its adjacent two butt joint edge is welded, to reduce pad, has the advantages that leak source is few and does not generate welding deformation.Outside plate
3j structure is that oiling window forms remove the structure after the expansion of remaining five side of medial surface.Also, it is embedded in side wall swing-in window frame
Oiling window frame 3a in hole be guarantee oiling window installation when without departing from corner fittings limitation, the outer surface of oiling window frame 3a with
40 flush with outer surface of side wall ontology；In addition, being provided with several leakage holes 3l on the bottom lower beam 3k of oiling window frame 3a, such as
Shown in Figure 21, while water bar being installed on the bottom surface at the hole oiling window frame 3a and on the inside of oiling window frame 3a
The length of 3e, water bar 3e are equal with the width at the hole oiling window frame 3a, if can be effective when having a small amount of rainwater to enter oiling window
Discharge.
In addition, as shown in figure 20, oiling window frame 3a includes special-shaped molded piece and reinforcing rib assembly, special-shaped molded piece include
U-shaped ontology 3m, it is provided on U-shaped ontology 3m transverse slat 3o for installing the hole of oiling window forms 3b, along U-shaped ontology 3m two
The extension board 3q that the top side plate 3p edge extends horizontally outward, reinforcing rib assembly include two L-type stiffener plate 3n, a L-type
Stiffener plate 3n is fixed on the side of U-shaped ontology 3m, another L type stiffener plate 3n is fixed on the other side of U-shaped ontology 3m,
And the end crossbeam gusset 3r of L-type stiffener plate 3n is fixed on the riser 3p medial surface of U-shaped ontology 3m, L-type stiffener plate 3n
The end vertical beam gusset 3s be fixed on the transverse slat 3o of U-shaped ontology 3m, and the alien invasion of oiling window frame 3a is without departing from side wall sheet
The top side rail of body 40, to avoid beyond the corner fittings outside side wall ontology 40.
As shown in Figure 18,19, traditional adhesive tape is replaced with 9 font adhesive tape 3f in the present embodiment and is mounted on oiling window frame 3a
Between oiling window forms 3b, i.e., it is mounted with 9 font adhesive tape 3f of a circle around the hole oiling window frame 3a, can effectively ensure that and add
The installation alignment quality of oily window forms 3b；Again since oiling window forms 3b is swing-in forms, i.e., 9 font adhesive tape 3f's is hollow
The outside at the hole oiling window frame 3a is arranged in column part 3g, and the planar section 3h of 9 font adhesive tape 3f is arranged in oiling window
It the inside at the hole window frame 3a and fits with the inner wall at the hole oiling window frame 3a, oiling window forms 3b and oiling window frame 3a are squeezed
When pressing 9 font adhesive tape 3f, oiling window forms 3b and oiling window frame 3a (such as Figure 19 can be effectively adjacent to after 9 font adhesive tape 3f deformation
It is shown), to play sealing function.
In the present embodiment, hinge and door lock are all made of standard component, are conducive to versatility；And the connecting pin of hinge and oiling window
It is lined with hinge backing plate between forms inner surface, similarly, is lined with door lock between the fixing seat of door lock and the inner surface of oiling window frame
Backing plate.
It is avoided using swing-in oiling window beyond railway clearance, when oiling window is not turned off or loosens, is sent out mobile
Safety accident will not occur for internal motion for Denso, and the inward swinging door of the seal form very good solution of 9 font adhesive tape is anti-
Rain performance.
In the present embodiment, antenna box 42 is closed antenna box, and smears sealant in the periphery of antenna box 42, prevents rain
Water enters inside antenna box 42.
A kind of railway dislocation generation equipment is also provided, railway dislocation generation equipment includes side wall, and side wall is above-mentioned side wall.
Claims (11)
1. a kind of side wall, including side wall ontology (40), be mounted in side wall ontology (40) the air inlet louver window frame (41) into
Gas shutter (50), the antenna box (42) being mounted on the side wall ontology (40), setting add the side wall ontology (40)
The oiling window (30) of oily window frame (43) and the inlet duct being mounted on side wall ontology (40) the air inlet window frame (44)
(10)；It is characterized by:
The side wall ontology (40) includes top side rail square steel (40a), the top side rail for being welded on top side rail square steel (40a) top surface
(40b), bottom side rail (40d), side wall panel (40f) and the noise reducing plate (40c) being bonded with the side wall panel (40f), the side wall panel
The upper end of (40f) and the top side rail square steel (40a) are welded, and the lower end of the side wall panel (40f) and the bottom side rail (40d) are welded
It connects；
The noise reducing plate (40c) includes galvanized steel plain sheet shell (40g), is laid on galvanized steel plain sheet shell (40g) inner bottom surface
Non-woven fabrics (40i) and be filled in the internal rock wool (40h) of the galvanized steel plain sheet shell (40g).
2. side wall according to claim 1, it is characterised in that: the top and bottom end of the noise reducing plate (40c) are provided with L-type and connect
Mouth (40j), the L-type interface (40j) on noise reducing plate (40c) top is matched with the top side rail square steel (40a) and the L-type
The top end face of interface (40j) is against on the lower surface of top side rail (40b), the L-type interface (40j) of noise reducing plate (40c) bottom end
It is matched with the bottom side rail (40d) and the bottom face of the L-type interface (40j) is against on iron floor；And the noise reducing plate
The end face L-type interface (40j) at the both ends (40c) is provided with elastic slice (40k).
3. side wall according to claim 1 or claim 2, it is characterised in that: the air inlet louvers (50) include by upper side frame (51),
The shutter frame and be mounted on blinds that left frame (52), left frame (53), lower frame (54) and rear vertical plate (55) are enclosed
The louver assembly of esconson；The upper side frame (51) includes upper porous plate (51b) and upper mounted plate (51a), the left side
Frame (52) includes left frame ontology (52a) and the left porous plate (52b) that is mounted on the left frame ontology (52a), described
Left frame (53) includes left frame ontology (53a) and the right porous plate (53b) that is mounted on the left frame ontology (53a), institute
Stating lower frame (54) includes bottom plate (54a) and the bottom inclined connection plate (54b) connecting with the bottom plate (54a), and
Diversion cavity (57) are formed between vertical plate (55), the lower frame (54) and louver assembly after described；
The louver assembly includes louver (58) and being welded on shutter in the row being welded on the inside of shutter frame
The exclusive louver of the one of outer frame side (59), the interior louver (58) and the outer louver (59) replace equal in front and back
Even arrangement.
4. side wall according to claim 3, it is characterised in that: vertical plate (55), the left frame (52), the right side after described
Frame (53), fixed plate (51a) and the lower frame (54) form framework, the lower frame by bolt or welding
(54) bottom inclined connection plate (54b) is connected by transition arc panel (56) with the bottom edge of the rear vertical plate (55).
5. side wall according to claim 3, it is characterised in that: the left end and the left frame (52) of the louver assembly
Between, between the right end of the louver assembly and the left frame (53) there are the side gap of installation backplate (60),
The side baffle that the backplate (60) includes preceding vertical panel reality (60a), is connect with the preceding vertical panel reality (60a)
(60b) and the backplate flange (60c) turned down along the side baffle edge (60b)；The preceding vertical panel reality (60a) in left side
With the front of the left frame (52) along being connected, the left end phase of the side baffle (60b) and the louver assembly in left side
Even, right side it is described before vertical panel reality (60a) and the front of the left frame (53) along being connected, the side baffle on right side
(60b) is connected with the right end of the louver assembly, and the backplate flange (60c) of two side baffles (60b) is in
It is positioned opposite；
It is each side disposed with one piece of water fender (61) inside the shutter frame, the water fender (61) includes being welded on
The welded plate (61a) of vertical plate (55) inner wall, the vertical water fender ontology (61b) being connected with the welded plate (61a) after described
And the water fender flange (61c) along the vertical water fender ontology edge (61b) fold, the water blocking of two water fenders (61)
Plate flange (61c) is in positioned opposite；The water fender flange (61c) of the water fender (61) and the backplate flange of the backplate (60)
(60c) concordant or portion side baffle (60b) of the vertical water fender ontology (61b) of the water fender (61) and the backplate (60)
Divide and overlaps to form second of filtering area (66).
6. side wall according to claim 5, it is characterised in that: the bottom of each outer louver (59) is provided with a blinds
Window notch (62), and there are between the louver notch (62) and the bottom plate (54a) of the lower frame (54)
One gap (64)；Two backplate (60) bottoms are provided with backplate notch (63), and the backplate notch (63) and it is described under
There are the second gap (65) between the bottom plate (54a) of frame (54).
7. side wall according to claim 1 or claim 2, it is characterised in that: the inlet duct (10) includes air intake window (11), air inlet
It manages (13) and is connected to the airscoop shroud (12) of the air intake window (11) and the air inlet pipe (13), and be located at the blinds (11b)
Rear and the strainer (11c) being fixed on the back side the window frame (11a), the air intake window (11) include window frame (11a) and installation
In the window frame (11a) if in dry plate blinds (11b), if blinds described in dry plate (11b) is along the width side of the window frame (11a)
To stacked arrangement；The every blinds (11b) include inclined plate (11f), setting the inclined plate (11f) back edge rear baffle
The front apron (11e) of (11d) and setting on the front edge the inclined plate (11f), the rear baffle (11d) and the front apron
(11e) is arranged in opposite direction；Per in blinds (11b) described in adjacent two panels a piece of blinds (11b) front apron (11e) with it is another
Piece blinds (11b) rear baffle (11d) is completely overlapped or partly overlaps and to form air-flow convolution region (11g).
8. side wall according to claim 7, it is characterised in that: the airscoop shroud (12) includes housing (12a) and is built in institute
The baffle assembly in housing (12a) is stated, the back side of the front end face and the window frame (11a) of the housing (12a) is fixedly linked, institute
The rear end venthole (12d) and the air inlet pipe (13) for stating housing (12a) are fixedly linked；The baffle assembly includes a upper gear
Plate (12b) and a lower baffle plate (12c), have gap and the overhead gage between the overhead gage (12b) and lower baffle plate (12c)
(12b) and the lower baffle plate (12c) partly overlaps to form secondary gas flow convolution region (12e)；The overhead gage (12b) and described
Lower baffle plate (12c) is arranged in parallel with the window frame (11a) of the air intake window (11).
9. side wall according to claim 1 or claim 2, it is characterised in that: the oiling window (30) is swing-in oiling window, described interior
Open type oiling window includes the oiling window frame (3a) being embedded in side wall ontology (40) the oiling window frame (43), passes through hinge
The oiling window forms (3b) and be arranged in the oiling window forms (3b) that (3c) is embedded in oiling window frame (3a) hole
On door lock (3d)；The fixing end of the hinge (3c) is fastened on oiling window frame (3a) inner surface side, the hinge
The connecting pin of chain (3c) is fastened on oiling window forms (3b) the inner surface side, the door lock ontology fastening of the door lock (3d)
On oiling window forms (3b) the inner surface other side, the fixing seat of the door lock (3d) is fastened in oiling window frame (3a)
On the other side of surface, and the outer surface of the oiling window frame (3a) and side wall ontology (40) flush with outer surface；
Be mounted with 9 font adhesive tape (3f) of a circle around oiling window frame (3a) hole, the 9 font adhesive tape (3f) it is hollow
Column part (3g) is arranged in the outside at oiling window frame (a) hole, the planar section (3h) of the 9 font adhesive tape (3f)
Inside at oiling window frame (3a) hole is set and is fitted with the inner wall at oiling window frame (3a) hole.
10. side wall according to claim 9, it is characterised in that: in the bottom lower beam (3k) of the oiling window frame (3a)
On be provided with several leakage holes (3l), accordingly, on the bottom surface at oiling window frame (3a) hole and be located at the oiling
It is equipped on the inside of window frame (3a) water bar (3e), the length of the water bar (3e) and oiling window frame (3a) hole
Width it is equal.
11. a kind of railway dislocation generation equipment, including side wall, it is characterised in that: the side wall is side wall described in claim 1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821362449.2U CN208997567U (en) | 2018-08-22 | 2018-08-22 | Side wall and railway dislocation generation equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821362449.2U CN208997567U (en) | 2018-08-22 | 2018-08-22 | Side wall and railway dislocation generation equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208997567U true CN208997567U (en) | 2019-06-18 |
Family
ID=66798754
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821362449.2U Withdrawn - After Issue CN208997567U (en) | 2018-08-22 | 2018-08-22 | Side wall and railway dislocation generation equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208997567U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108953849A (en) * | 2018-08-22 | 2018-12-07 | 中车长江车辆有限公司 | Side wall and railway dislocation generation equipment |
| WO2020038000A1 (en) * | 2018-08-22 | 2020-02-27 | 中车长江车辆有限公司 | Air inlet louver and railway mobile power generating device |
-
2018
- 2018-08-22 CN CN201821362449.2U patent/CN208997567U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108953849A (en) * | 2018-08-22 | 2018-12-07 | 中车长江车辆有限公司 | Side wall and railway dislocation generation equipment |
| WO2020038000A1 (en) * | 2018-08-22 | 2020-02-27 | 中车长江车辆有限公司 | Air inlet louver and railway mobile power generating device |
| CN108953849B (en) * | 2018-08-22 | 2024-01-26 | 中车长江车辆有限公司 | Side wall and railway mobile power generation equipment |
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