CN104044792A - Slope structure - Google Patents
Slope structure Download PDFInfo
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- CN104044792A CN104044792A CN201310085295.2A CN201310085295A CN104044792A CN 104044792 A CN104044792 A CN 104044792A CN 201310085295 A CN201310085295 A CN 201310085295A CN 104044792 A CN104044792 A CN 104044792A
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- Prior art keywords
- ramp
- platform
- extension
- server cabinet
- substrate
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Abstract
The invention relates to a slope structure which is used for being connected with a tray structure and is used for moving a server cabinet with a plurality of wheels at the bottom to the tray structure. The slope structure comprises a platform, an inclined frame, two first guide bars and two second guide bars, wherein the platform is used for being connected with the tray structure; the inclined frame is arranged at the front side of the platform; the two parallel first guide bars are arranged on the inclined frame; the two first guide bars are used for guiding the server cabinet to be moved to the platform; the two parallel second guide bars are arranged on the platform and are respectively connected with the two first guide bars; the two second guide bars are used for guiding the server cabinet to be moved to the tray structure.
Description
Technical field
The present invention relates to a kind of ramp structure, relate in particular to a kind of for loading and unloading the ramp structure of server cabinet.
Background technology
Along with scientific and technological development, communication is more frequent, the demand of servomechanism also with increase.When providing the dealer of servo business to buy servomechanism, can place an order to servomechanism manufacturer.Servomechanism manufacturer, after servomechanism manufacture has been assembled, can pack the servomechanism of filling servo host in server cabinet in the wooden case made from solid wood into conventionally, then transport servomechanism is housed wooden case to client, the dealer of servo business is provided.
Yet, the solid wooden case that loads servomechanism except cost expensive, handling are difficult for and reclaim being difficult for, need to be through sootiness processing or heat treatment in order to moistureproof, insect protected and anticorrosion toward contact.Moreover, servomechanism being packed in the process of wooden case, single servomechanism often needs four to five manpowers to assemble.So the practice, is on Material Cost or in human cost no matter make the transportation of servomechanism, is all a no small expense, and very not environmental protection.
Summary of the invention
Because the problems referred to above the object of the present invention is to provide a kind of ramp structure, by the handling of ramp structure auxiliary servo device rack.
The invention provides a kind of ramp structure, in order to the server cabinet being connected with a support holder structure and supply bottom to be provided with a plurality of wheels, move to support holder structure.Ramp structure comprises a platform, a tilting rack, 2 first guide ribs and 2 second guide ribs.Platform is in order to be connected with support holder structure.Tilting rack is arranged at the front side of platform.2 first guide ribs that parallel are arranged at tilting rack.2 first guide ribs are in order to guide server cabinet to move to platform.2 second guide ribs that parallel are arranged at platform, and are connected with 2 first guide ribs respectively.2 second guide ribs are in order to guide server cabinet to move to support holder structure.
Tilting rack comprises two ramp bars.Each ramp bar has a dip plane, ramp and a first end.The first end of each ramp bar is connected with platform.2 first guide ribs are arranged at respectively two dip plane, ramp.
Tilting rack also comprises supporting at least one back-up block of this two ramps bar.Each ramp bar parallels.The both ends, left and right of back-up block are corresponding this two ramps bar that connects respectively.
Tilting rack also comprises two angle sections.Each angle section has a coupling end, an end, an angle section dip plane and an angle section bottom surface.Each ramp bar also has one second end with respect to first end.Each angle section dip plane and each angle section bottom surface are connected to each other in each end, and separated from one another in each coupling end.Each coupling end is installed in the second end of each ramp bar with removably, and each angle section dip plane is connected with each bar dip plane, ramp.
Each first guide ribs comprises a ramp guide portion connected with each other and an angle section guide portion.Each ramp guide portion is arranged at each dip plane, ramp, and each angle section guide portion is arranged at each angle section dip plane.
Each angle section guide portion has a chamfering away from the position of each coupling end.Each chamfering is in order to guide two wheel slips of server cabinet in the outside of two angle section guide portion.
Each second guide ribs has a chamfering away from the position of tilting rack.
Ramp structure also comprises a platform extension, is positioned at the rear side of ramp structure.Platform extension is lower than platform and extend back and exceed platform.The substrate extension that this support holder structure has a substrate and is positioned at the front side of this substrate and overhangs forward from this substrate.This ramp structure moves on this substrate of this support holder structure for this server cabinet.This substrate extension fixes in order to be cross-placed on this platform extension and with this platform extension.
Platform extension and substrate extension have a plurality of pin holes, use for a plurality of latches and penetrate these a little pin holes with fixing base extension and platform extension.
This substrate extension has a front end face, and this platform has an aft end face, and after this substrate extension is cross-placed on and fixes on this platform extension and with this platform extension, this front end face reclines mutually with this aft end face.
According to ramp structure of the present invention, can be by the movement of the first guide ribs and the second guide ribs guiding server cabinet, with the handling of auxiliary servo device rack.
Below in conjunction with the drawings and specific embodiments, describe the present invention, but not as a limitation of the invention.
Accompanying drawing explanation
Fig. 1 illustrates the block diagram according to the server cabinet handler of embodiments of the invention;
Fig. 2 illustrates the block diagram of the support holder structure of Fig. 1;
Fig. 3 illustrates the block diagram of the ramp structure of Fig. 1;
Fig. 4 illustrates the partial side view of the server cabinet handler of Fig. 1;
Fig. 5 A to Fig. 5 D illustrates the diagram of circuit of the server cabinet handler handling server cabinet that uses Fig. 1.
Wherein, Reference numeral
10 server cabinet handlers
100 support holder structures
101 regions
102 accommodating gaps
110 substrates
111 upper surfaces
111a left side
111b right side
111c rear side
111d front side
112 bottom surfaces
120 blend stops
130 positive stop strips
141 first attaching partss
141a the first bottom
141b the first sidepiece
141c the first bottom elongated hole
141d the first sidepiece elongated hole
142 second attaching partss
142a the second bottom
142b the second sidepiece
142c the second bottom elongated hole
142d the second sidepiece elongated hole
150 screws
160 cushion layers
171 first support filler strip
172 second support filler strip
181 carrying filler strips
182 elastic layers
183 carrying slots
190 substrate extensions
1900 front end faces
191 first pin holes
191a depression
200 ramp structures
210 platforms
2100 aft end faces
220 tilting racks
221 ramp bars
Dip plane, 221a ramp
Bottom surface, 221b ramp
221c first end
221d the second end
222 back-up blocks
223 angle sections
223a coupling end
223b end
223c angle section dip plane
223d angle section bottom surface
230a, 230b chamfering
231 first guide ribs
231a ramp guide portion
231b angle section guide portion
232 second guide ribs
240 platform extensions
241 second pin holes
250 detachable hinges
300 latches
310 handles
80 protective materials
90 server cabinets
D1, D2, V direction
G ground
H1, H2 height
S1, S2 distance
The specific embodiment
In embodiment, describe below detailed features of the present invention and advantage in detail, its content is enough to make tool in any this area conventionally to know that the knowledgeable understands technology contents of the present invention and implements according to this, and according to the disclosed content of this specification sheets, claim scope and accompanying drawing, in any this area, tool knows that the knowledgeable can understand object and advantage that the present invention is relevant easily conventionally.Following embodiment further describes viewpoint of the present invention, but non-to limit anyways category of the present invention.
Please refer to Fig. 1, illustrate the block diagram according to the server cabinet handler 10 of embodiments of the invention.Server cabinet handler 10 of the present invention, in order to load and unload a server cabinet 90.Server cabinet handler 10 comprises a support holder structure 100, a ramp structure 200 and a plurality of latch 300.
Please refer to Fig. 1 and Fig. 2, Fig. 2 illustrates the block diagram of the support holder structure 100 of Fig. 1.Support holder structure 100 of the present invention is in order to carry server cabinet 90.Support holder structure 100 comprises that a substrate 110, a blend stop 120, two positive stop strips 130, one first attaching parts 141, a plurality of the second attaching parts 142, a plurality of screw 150, a plurality of cushion layer 160, one first support filler strip 171, one second and support filler strip 172, a plurality of carrying filler strip 181, a plurality of elastic layer 182 and a substrate extension 190.
Substrate 110 has a upper surface 111 and with respect to a bottom surface 112 of upper surface 111, upper surface 111 has a relative left side 111a and a right side 111b and a relative rear side 111c and a front side 111d between left side 111a and right side 111b.Blend stop 120 is arranged at the rear side 111c of upper surface 111.Two positive stop strips 130 are arranged at respectively left side 111a and the right side 111b of upper surface 111.Between blend stop 120 and two positive stop strips 130, there is to place a region 101 of server cabinet 90.The first attaching parts 141 is arranged at blend stop 120 and in order to connect blend stop 120 and server cabinet 90.These a little second attaching partss 142 are arranged at two positive stop strips 130 and in order to connect two positive stop strips 130 and server cabinet 90.For example, substrate 110, blend stop 120, two positive stop strips 130, first support filler strip 171, the second support filler strip 172, a plurality of carrying filler strip 181 and substrate extension 190 and can make with veneer sheet.Substrate 110 and substrate extension 190 can be made in the inseparable mode of one by same a slice veneer sheet.Veneer sheet can be arranged with different directions for multi-disc veneer, and each other with the board-like material of glue bond.Cost is cheap and easier cutting construction compared with solid wood.
The first attaching parts 141 has and is connected and vertical in fact one first bottom 141a and one first sidepiece 141b each other, and each second attaching parts 142 has and is connected and vertical in fact one second bottom 142a and one second sidepiece 142b each other.The first bottom 141a has one first bottom elongated hole 141c, and the first sidepiece 141b has one first sidepiece elongated hole 141d.Each second bottom 142a has one second bottom elongated hole 142c, and each second sidepiece 142b has one second sidepiece elongated hole 142d.The first bottom elongated hole 141c extends along the direction D1 of blend stop 120, and these a little second bottom elongated hole 142c extend along the direction D2 of two positive stop strips 130.A screw 150 in these a little screws 150 is through the first bottom elongated hole 141c, and locking the first bottom 141a is to blend stop 120.A plurality of screws 150 in these a little screws 150 are through these a little second bottom elongated hole 142c and these a little second bottom 142a to two positive stop strips 130 that lock.The first sidepiece elongated hole 141d and this little the second sidepiece elongated hole 142d extend along the direction V perpendicular to the upper surface 111 of substrate 110 in fact, and use for a plurality of screws 150 in these a little screws 150 through and make the first sidepiece 141b and this little the second sidepiece 142b secure to server cabinet 90.By the first bottom elongated hole 141c and the second bottom elongated hole 142c, adjust the first attaching parts 141 and the second position of attaching parts 142 in horizontal direction.By the first sidepiece elongated hole 141d and this little the second sidepiece elongated hole 142d, adjust the position of screw locking in the vertical direction of server cabinet 90.
These a little cushion layers 160 are arranged at the side towards server cabinet 90 of these a little the second sidepiece 142b.Use while avoiding support holder structure 100 to load server cabinet 90, the second attaching parts 142 makes server cabinet 90 produce polishing scratch with server cabinet 90 frictions.
The first support filler strip 171 and second supports filler strip 172 and is arranged between two positive stop strips 130 and perpendicular to two positive stop strips 130.First supports filler strip 171 is arranged at the rear side 111c of upper surface 111 and supports adjacent to blend stop 120, the second the front side 111d that filler strip 172 is arranged at upper surface 111, and first supports filler strip 171 between blend stop 120 and the second support filler strip 172.Thereby all interval is relative is formed with a plurality of accommodating gaps 102 for the two ends, left and right that filler strip 172 is supported at the first two ends, left and right and second of supporting filler strip 171 and two positive stop strips 130.These a little accommodating gaps 102 are in order to the wheel of accommodating server cabinet 90.The first support filler strip 171 and the second support filler strip 172 support server cabinet 90 when being used to vibrations and transporting for a long time.
These a little carrying filler strips 181 are arranged at bottom surface 112, and these a little elastic layers 182 are arranged at respectively between these a little carrying filler strips 181 and bottom surface 112.During server cabinet 90 that elastic layer 182 can be placed in conveying tray structure 100 and its, provide server cabinet 90 bufferings, use the electronic component avoided in server cabinet 90 because of vibrations impaired.Elastic layer 182 can be made with polyethylene foamed.Between these a little carrying filler strips 181, have a plurality of carrying slots 183, this carries a bit slot 183 edges and perpendicular to the direction D2 of two positive stop strips, extends in fact.Carrying slot 183 use are inserted for the pallet fork of a tray truck.When pallet fork lifting, the server cabinet 90 that can relatedly lift support holder structure 100 and place.
Substrate extension 190 is positioned at the front side of substrate 110 and overhangs forward.Substrate extension 190 is in order to coordinate with ramp structure 200, and has a plurality of the first pin holes 191.The first pin hole 191 use penetrate for a plurality of latches 300.
Please refer to Fig. 1 and Fig. 3, Fig. 3 illustrates the block diagram of the ramp structure 200 of Fig. 1.The invention provides a kind of ramp structure 200, in order to the server cabinet 90 being connected with support holder structure 100 and supply bottom to be provided with a plurality of wheels, move to support holder structure 100.Ramp structure 200 comprises a platform 210, a tilting rack 220,2 first guide ribs 231,2 second guide ribs 232 and a platform extension 240, and can be made by solid log.
Platform 210 is in order to be connected with support holder structure 100.Tilting rack 220 is arranged at the front side of platform 210.Tilting rack 220 is arranged at the front side of platform 210.
Tilting rack 220 comprises two ramp bars 221, a plurality of back-up block 222 and two angle sections 223.Back-up block 222 is in order to support two ramp bars 221.Each ramp bar 221 parallel and all there is dip plane, a ramp 221a, with respect to bottom surface, a ramp 221b, a first end 221c of dip plane, ramp 221a and with respect to the one second end 221d of first end 221c.The first end 221c of each ramp bar 221 is connected with platform 210.2 first guide ribs 231 are arranged at respectively two dip plane, ramp 221a.The both ends, left and right of back-up block 222 are arranged at respectively two bottom surface, ramp 221b and the corresponding two ramp bars 221 that connect.Each angle section 223 has a coupling end 223a, an end 223b, an angle section dip plane 223c and an angle section bottom surface 223d.Each angle section dip plane 223c and each angle section bottom surface 223d are connected to each other in each end 223b, and separated from one another in each coupling end 223a.Each coupling end 223a is installed in the second end 221d of each ramp bar 221 with removably, and each angle section dip plane 223c is connected with each dip plane, ramp 221a.For example, each angle section 223 can be connected with each ramp bar 221 with detachable hinge 250.Can rapid-assembling two angle sections 223 and two ramp bars 221 when using ramp structure 200.After separately angle section 223 can being pulled down, take in, to avoid the end 223b of angle section 223 impaired.
2 first guide ribs 231 that parallel are arranged at tilting rack 220.Between 2 first guide ribs 231, perpendicular to the longest straight-line distance S1 of 2 first guide ribs 231, be less than the shortest distance S2 of two of server cabinet 90 between taking turns.2 first guide ribs 231 are in order to guide server cabinet 90 to move to platform 210.Each first guide ribs 231 comprises a ramp guide portion 231a connected with each other and an angle section guide portion 231b.Each ramp guide portion 231a is arranged at each dip plane, ramp 221a, and each angle section guide portion 231b is arranged at each angle section dip plane 223c.Each angle section guide portion 231b has a chamfering 230a away from the position of each coupling end 223a.Each chamfering 230a is in order to guide two wheel slips of server cabinet 90 in the outside of two angle section guide portion 231b.
2 second guide ribs 232 that parallel are arranged at platform 210, and are connected with 2 first guide ribs 231 respectively.2 second guide ribs 232 are in order to guide server cabinet 90 to move to support holder structure 100.Each second guide ribs 232 has a chamfering 230b away from the position of tilting rack.
Platform extension 240 is positioned at the rear side of ramp structure 200.Platform extension 240 is lower than platform 210 and extend back and exceed platform 210.Substrate extension 190 is cross-placed on platform extension 240.Platform extension 240 has a plurality of the second pin holes 241, use for a plurality of latches 300 and penetrate this little the first pin holes 191 and the second pin hole 241, so that substrate extension 190 and platform extension 240 are fixed, thereby support holder structure 100 and ramp structure 200 positions are fixed.With reference to Fig. 5 C, this substrate extension 190 has a front end face 1900, this platform 210 has an aft end face 2100, and after this substrate extension 190 is cross-placed on and fixes on this platform extension 240 and with this platform extension 240, this front end face 1900 reclines mutually with this aft end face 2100.
Please refer to Fig. 4, illustrate the partial side view according to the server cabinet handler 10 of Fig. 1.When user combines support holder structure 100 and ramp structure 200 and while forming server cabinet handler 10, platform extension 240 inserted in the space between substrate extension 190 and ground G, make substrate extension 190 be cross-placed on platform extension 240.Yet the spatial altitude H1 between substrate extension 190 and ground G can be greater than the height H 2 of platform extension 240 own, therefore when substrate extension 190 is cross-placed on platform extension 240, substrate extension 190 can not contact with platform extension 240.When support holder structure 100 is not yet placed server cabinet 90, differing greatly between height H 1 and height H 2.After support holder structure 100 is placed server cabinet 90 process transportation, height H 1 can diminish with the gap of height H 2, but height H 1 is still greater than height H 2.The upper surface 111 of substrate 110 also can be a little more than platform 210.
A plurality of latches 300 can pass these a little first pin holes 191 of substrate extension 190 and these a little second pin holes 241 of platform extension 240, with fixing base extension 190 and platform extension 240.By fixing base extension 190 and platform extension 240, with fixing base 110 and platform 210, and then make support holder structure 100 and ramp structure 200 be assembled into server cabinet handler 10.Latch 300 can be for having the quick-detachment type latch of handle 310.The first pin hole 191 of substrate extension 190 can have a depression 191a.When latch 300 passes the first pin hole 191 and the second pin hole 241, handle 310 can be positioned in depression 191a.
Please refer to Fig. 5 A to Fig. 5 D, illustrate the diagram of circuit of the server cabinet handler 10 handling server cabinets 90 that use Fig. 1.As shown in Figure 5A, in the time will using server cabinet handler 10, after can be respectively support holder structure 100 and ramp structure 200 having been assembled respectively, recycling latch 300 fixed tray structures 100 and ramp structure 200.And now, the support of second shown in Fig. 2 filler strip 172 can first not be arranged on substrate 110 and (in other use case, also can first the second support filler strip 172 be arranged on substrate 110).Take turns the outside of aiming at 2 first guide ribs 231 by two of server cabinet 90, and server cabinet 90 is pushed into the tilting rack 220 of ramp structure 200.In the process that server cabinet 90 moves on tilting rack 220, can not depart from tilting rack 220 by the guiding of the first guide ribs 231.Therefore the first guide ribs 231 can guide server cabinet 90 to move to platform 210.The second guide ribs 232 is owing to being connected with the first guide ribs 231, and can guide server cabinet 90 to move between two positive stop strips 130 of support holder structure 100.
As shown in Figure 5 B, when server cabinet 90 moves to support holder structure 100, wherein two the taking turns and can be subject to stopping of blend stop 120 of server cabinet 90, and be placed in the accommodating gap 102 shown in Fig. 1.Now, can the first attaching parts 141 and the second attaching parts 142 be secured to server cabinet 90 by screw 150, make the first attaching parts 141 connect blend stop 120 and server cabinet 90, make the second attaching parts 142 connect positive stop strip 130 and server cabinet 90.Server cabinet 90 can be positioned in the region 101 shown in Fig. 1, and is connected with support holder structure 100.Yet, between server cabinet 90 and the first attaching parts 141, between server cabinet 90 and the second attaching parts 142, and between server cabinet 90 and positive stop strip 130, can there is gap and not near.
As shown in Figure 5 C, the second support filler strip 172 is positioned on substrate 110 and partly between server cabinet 90 and substrate 110.The second support filler strip 172 is exposed to the part of server cabinet 90 and can utilizes screw that the second support filler strip 172 is locked on substrate 110 for user.Now, the first support filler strip 171 and the second support filler strip 172 all not yet contact with server cabinet 90.User can smoke latch 300, with separated support holder structure 100 and ramp structure 200.Shown in Fig. 2 first supports filler strip 171 and the second support filler strip 172 can contact with server cabinet 90 when server cabinet 90 is given a shock and transports for a long time with support holder structure 100, and supports server cabinet 90.
As shown in Figure 5 D, user can utilize the coated server cabinet 90 of the protective materials such as fluting board and polyethylene foamed 80, to protect server cabinet 90 to exempt to damage because of vibrations.User can be by support holder structure 100, be locked in the server cabinet 90 of support holder structure 100, protective material 80, ramp structure 200 and the latch 300 of coated server cabinet 90 are transported to destination.When the user's wish that is positioned at destination by server cabinet 90 when support holder structure 100 disassembles, can first protective material 80 be pulled down.
As shown in Figure 5 C, user can utilize latch 300 assembling ramp structures 200 and support holder structures 100, and the second support filler strip 172 is disassembled to (in other use case, also can not dismantle the second support filler strip 172).
As shown in Figure 5 B, user can unload screw 150, to remove the locking relation between server cabinet 90 and support holder structure 100.
As shown in Figure 5A, user can be pushed into ramp structure 200 by server cabinet 90.The chamfering 230b of the second guide ribs 232 can guide two wheel slips of server cabinet 90 in the outside of 2 second guide ribs 232.Because the second guide ribs 232 is connected with the first guide ribs 231, therefore the first guide ribs 231 can guide server cabinet 90 to move from platform 210, and complete the step of dismantling server cabinet 90.Ramp structure 200 can be pulled down from support holder structure 100, and is re-used in other support holder structures 100.
In sum, support holder structure of the present invention, use its server cabinet handler and ramp structure, can be by the first guide ribs and second guide ribs of ramp structure, guiding server cabinet moves to support holder structure, and server cabinet is loaded and unloaded to support holder structure.By the position of blend stop and positive stop strip restriction server cabinet, and by the first attaching parts and the second attaching parts connecting trays structure and server cabinet, reduce the required element of carrying server cabinet.
Certainly; the present invention also can have other various embodiments; in the situation that not deviating from spirit of the present invention and essence thereof; those of ordinary skill in the art are when making according to the present invention various corresponding changes and distortion, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (10)
1. a ramp structure, moves to this support holder structure in order to the server cabinet being connected with a support holder structure and supply bottom to be provided with a plurality of wheels, it is characterized in that, this ramp structure comprises:
One platform, in order to be connected with this support holder structure;
One tilting rack, is arranged at the front side of this platform:
2 first guide ribs that parallel, are arranged at this tilting rack, and this 2 first guide ribs is in order to guide this server cabinet to move to this platform; And
2 second guide ribs that parallel, are arranged at this platform, and are connected with this 2 first guide ribs respectively, and this 2 second guide ribs is in order to guide this server cabinet to move to this support holder structure.
2. ramp structure according to claim 1, it is characterized in that, this tilting rack comprises two ramp bars, and respectively this ramp bar has a dip plane, ramp and a first end, respectively this first end of this ramp bar is connected with this platform, and this 2 first guide ribs is arranged at respectively this dip plane, two ramps.
3. ramp structure according to claim 2, is characterized in that, this tilting rack also comprises supporting at least one back-up block of this two ramps bar, and respectively this ramp bar parallels, and the both ends, left and right of this back-up block are corresponding this two ramps bar that connects respectively.
4. ramp structure according to claim 2, it is characterized in that, this tilting rack also comprises two angle sections, respectively this angle section has a coupling end, an end, an angle section dip plane and an angle section bottom surface, respectively this ramp bar also has with respect to one second end of this first end respectively, respectively this angle section dip plane and this angle section bottom surface are respectively connected to each other in this end respectively, and separated from one another in this coupling end respectively, respectively this coupling end is installed in respectively this second end of this ramp bar in the mode that can dismantle, and respectively this bar dip plane, Yu Gegai ramp, angle section dip plane is connected.
5. ramp structure according to claim 4, it is characterized in that, respectively this first guide ribs comprises a ramp guide portion connected with each other and an angle section guide portion, and respectively this ramp guide portion is arranged at respectively this dip plane, ramp, and respectively this angle section guide portion is arranged at respectively this angle section dip plane.
6. ramp structure according to claim 5, it is characterized in that, respectively this angle section guide portion has a chamfering away from the position of this coupling end respectively, and respectively this chamfering is in order to guide two wheel slippages in those wheels of this server cabinet in the outside of this two angle sections guide portion.
7. ramp structure according to claim 1, is characterized in that, respectively this second guide ribs has a chamfering away from the position of this tilting rack.
8. ramp structure according to claim 1, it is characterized in that, also comprise a platform extension, be positioned at the rear side of this ramp structure, this platform extension is lower than this platform and extend back and exceed this platform, the substrate extension that this support holder structure has a substrate and is positioned at the front side of this substrate and overhangs forward from this substrate, this ramp structure moves on this substrate of this support holder structure for this server cabinet, and this substrate extension fixes in order to be cross-placed on this platform extension and with this platform extension.
9. ramp structure according to claim 8, is characterized in that, this platform extension and this substrate extension have a plurality of pin holes, uses for a plurality of latches and penetrates those pin holes to fix this substrate extension and this platform extension.
10. ramp structure according to claim 8, it is characterized in that, this substrate extension has a front end face, and this platform has an aft end face, after this substrate extension is cross-placed on and fixes on this platform extension and with this platform extension, this front end face reclines mutually with this aft end face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310085295.2A CN104044792A (en) | 2013-03-15 | 2013-03-15 | Slope structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310085295.2A CN104044792A (en) | 2013-03-15 | 2013-03-15 | Slope structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104044792A true CN104044792A (en) | 2014-09-17 |
Family
ID=51498267
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310085295.2A Pending CN104044792A (en) | 2013-03-15 | 2013-03-15 | Slope structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104044792A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110182559A (en) * | 2019-06-06 | 2019-08-30 | 深圳市时代高科技设备股份有限公司 | Dustless transmission rail and battery transmission apparatus |
| CN111301818A (en) * | 2019-12-15 | 2020-06-19 | 冰山松洋生物科技(大连)有限公司 | Combined type carrying supporting plate and using method thereof |
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| CN111301818B (en) * | 2019-12-15 | 2021-11-09 | 冰山松洋生物科技(大连)有限公司 | Use method of combined type carrying supporting plate |
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Application publication date: 20140917 |