CN207504480U - A kind of assembled ripple bottom cable testing bridge - Google Patents
A kind of assembled ripple bottom cable testing bridge Download PDFInfo
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- CN207504480U CN207504480U CN201720871359.5U CN201720871359U CN207504480U CN 207504480 U CN207504480 U CN 207504480U CN 201720871359 U CN201720871359 U CN 201720871359U CN 207504480 U CN207504480 U CN 207504480U
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- crane span
- span structure
- side plate
- bottom plate
- hole
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Abstract
The utility model discloses a kind of assembled ripple bottom cable testing bridge, wherein, including：Two crane span structure side plates are respectively arranged on the both sides of crane span structure bottom plate longitudinal direction, and multistation connector is equipped between crane span structure side plate and crane span structure bottom plate；The upper side edge of crane span structure side plate is turned down with lower side to the direction of crane span structure bottom plate, and the lower half of crane span structure side plate is equipped with more than two side plate through-holes, and more than two side plate through-holes are arranged along the longitudinal direction of crane span structure side plate, and side plate fixing screws are equipped in each side plate through-hole；The longitudinal direction section of crane span structure bottom plate is corrugated.Crane span structure side plate and the transition of ripple type bottom plate are coupled by using built-in multistation positioning link, the structure of traditional crane span structure integral type is effectively changed, improves storage and transportation efficiency, convenient for getting ready the goods in batches and quick assembling.
Description
Technical field
The utility model is related to cable testing bridge technical fields, and in particular to a kind of assembled ripple bottom cable testing bridge.
Background technology
It is well known that as light-duty crane span structure is increasingly promoted, crane span structure manufacture plank tends to slimming, continuous wave pattern bottom plate crane span structure
Have many advantages, such as to save material relative to traditional plain base cable testing bridge, it is strong from heavy and light, load-carrying ability.But since structure needs
Will, continuous wave pattern bottom plate or corrugated bottom plate crane span structure are composed of one piece of bottom plate and two blocks of side plates, and traditional combination,
Such as weldering, riveting technique have and destroy substrate or face layer phenomenon.Therefore welding procedure becomes superseded direction target, and riveting
Technique is connect, and because institute's riveting sheet metal thickness differs, and the shearing resistance of product, tensile property is caused to be difficult to control.
On the other hand, volume shared by monoblock type or weldering, riveting formula cable testing bridge is larger, is unfavorable for preparing inventory, causes to supply
The goods period is elongated.In transportational process, monoblock type or weldering, riveting formula cable testing bridge occupy larger storage and transportation space, cause to transport
Cost increases, and conevying efficiency reduces, and can collide with each other in transit, rub between product, injured surface protective layer.Due to more than
Traditional monoblock type or weldering, the deficiency of riveting formula cable testing bridge, spy make following product.
Utility model content
The application provides a kind of assembled ripple bottom cable testing bridge, and to solve in the prior art, cable testing bridge structure is not
It is good, it is insufficient existing for caused crane span structure weight bearing power, quality and group speed etc., on the other hand for being stored up in finished product crane span structure
The problem of larger space is occupied during fortune, increases transportation cost.
To achieve the above object, the technical solution adopted in the utility model is：
A kind of assembled ripple bottom cable testing bridge, wherein, including：Two crane span structure side plates, crane span structure bottom plate, the two crane span structure side plates
The both sides of the crane span structure bottom plate longitudinal direction are respectively arranged on, multistation is equipped between the crane span structure side plate and the crane span structure bottom plate and is joined
Fitting；
The upper side edge of the crane span structure side plate turns down to form the edge of a wing with lower side to the direction of the crane span structure bottom plate, the bridge
The lower half of frame side plate is equipped with more than two side plate through-holes, longitudinal direction side of more than two side plate through-holes along the crane span structure side plate
To arrangement, side plate fixing screws are equipped in each side plate through-hole；
The longitudinal direction section of the crane span structure bottom plate is corrugated, and the wave crest of the undulatory crane span structure bottom plate is in circular arc
Shape, the trough of the undulatory crane span structure bottom plate is in flat, and the top surface of the wave crest offers wave crest through-hole, and the wave crest leads to
Bottom plate fixing screws are equipped in hole；
The rectangular shape of multistation connector, the multistation connector is towards setting in the one side of the crane span structure side plate
There are lateral threaded holes, the lateral threaded holes match with the side plate fixing screws, and the multistation connector is towards described
Vertical tapped through hole is equipped in the one side of crane span structure bottom plate, the vertical tapped through hole matches with the bottom plate fixing screws.
Above-mentioned assembled ripple bottom cable testing bridge, wherein, the side plate through-hole is towards the side of the lateral threaded holes
Equipped with the first extension rib, the first extension rib and the crane span structure side plate are integrally formed, and the first extension rib with
The opening shape of the lateral threaded holes matches；
The wave crest through-hole is equipped with the second extension rib, the second extension gear towards the side of the vertical tapped through hole
Side is integrally formed with the crane span structure bottom plate, and the second extension rib and the opening shape phase of the vertical screw-threaded counterbore
Match.
Above-mentioned assembled ripple bottom cable testing bridge, wherein, the first half of the crane span structure side plate encircles to the crane span structure bottom plate
It rises and forms reinforcing rib.
Above-mentioned assembled ripple bottom cable testing bridge, wherein, the middle part of the crane span structure side plate is equipped with more than two punchings.
According to a kind of assembled ripple bottom cable testing bridge of above-described embodiment, the program has following effect：
1st, the structure of crane span structure is effectively improved；
2nd, the quick assembling in scene can be carried out to crane span structure, storage and transportation space is reduced, reduces transportation cost.
3rd, its is simple in structure, easily fabricated, assembling.
Description of the drawings
Fig. 1 is a kind of horizontal direction cross section structure schematic diagram of assembled ripple bottom cable testing bridge；
Fig. 2 is a kind of partial left side view of assembled ripple bottom cable testing bridge；
Fig. 3 is a kind of crane span structure lateral plate structure figure of assembled ripple bottom cable testing bridge；
Fig. 4 is a kind of side cutaway view of assembled ripple bottom cable testing bridge；
Fig. 5 is a kind of dimensional structure diagram of assembled ripple bottom cable testing bridge.
Reference numeral in corresponding Figure of description is with reference to as follows：
Crane span structure side plate 100, side plate through-hole 110, side plate fixing screws 111, first extend rib 112, reinforcing rib 120, punching
Hole 121, the edge of a wing 122, crane span structure bottom plate 200, wave crest 210, wave crest through-hole 211, bottom plate fixing screws 212, second extend rib
213rd, trough 220, multistation connector 300, lateral threaded holes 310, vertical tapped through hole 320.
Specific embodiment
In order to make technological means that utility model realizes, create feature, reached purpose and effect are readily apparent from and under understanding,
With reference to being specifically illustrating, the utility model is expanded on further.
As shown in Figure 1, a kind of assembled ripple bottom cable testing bridge of the utility model, wherein, including：Two crane span structure side plates 100,
Crane span structure bottom plate 200, two crane span structure side plates 100 are respectively arranged on the both sides of 200 longitudinal direction of crane span structure bottom plate, crane span structure side plate 100 and crane span structure
Multistation connector 300 is equipped between bottom plate 200, further, using multistation connector 300 by crane span structure side plate 100 and
Crane span structure bottom plate 200 is fixed together, and effect is to be able to cable testing bridge of the cooperation with ripple bottom and carries out scene quickly
It assembles and convenient for storage and transportation.
As shown in Figure 1,3, the upper side edge of crane span structure side plate 100 turns down to be formed to the direction of crane span structure bottom plate 200 with lower side
The edge of a wing 122, the lower half of crane span structure side plate 100 are equipped with more than two side plate through-holes 110, and two or more side plate through-holes 110 are along crane span structure
The longitudinal direction of side plate 100 arranges, and is equipped with side plate fixing screws 111 in each side plate through-hole 110, further utilizes side plate
Crane span structure side plate 100 and multistation connector 300 are fixedly connected by fixing screws 111.
The longitudinal direction section of crane span structure bottom plate 200 is corrugated, in the prior art the thickness of the material of crane span structure bottom plate 200
Gradual thinning, in order to maintain the bearing capacity of high intensity, so the crane span structure bottom plate 200 in the utility model uses wave
Line shape, the wave crest 210 of undulatory crane span structure bottom plate 200 is in arc-shaped, and the trough 220 of undulatory crane span structure bottom plate 200 is in straight
Shape is mainly used for being bonded with the lower side wing edge 122 of crane span structure side plate 100 in the trough of flat 220 herein, 200 profit of crane span structure bottom plate
It can be smoothly erected on the lower side wing edge 122 of crane span structure side plate 100 with the flat construction of trough.The top surface of wave crest 210 opens up
Have a wave crest through-hole 211, bottom plate fixing screws 212 be equipped in wave crest through-hole 211, further, using bottom plate fixing screws 212 with
Multistation connector 300 is fixedly connected.
As shown in Fig. 2, 300 rectangular shape of multistation connector, multistation connector 300 is towards the one of crane span structure side plate 100
Lateral threaded holes 310 are equipped in side, lateral threaded holes 310 match with side plate fixing screws 111, multistation connector 300
Vertical tapped through hole 320, vertical tapped through hole 320 and bottom plate fixing screws 212 are equipped in towards the one side of crane span structure bottom plate 200
Match.Further, between lateral threaded holes 310 and side plate fixing screws 111, vertical tapped through hole 320 is fixed with bottom plate
It is transition cooperation between screw 212.
In specific embodiment of the utility model, the opening of side of the vertical tapped through hole 320 towards crane span structure bottom plate 200
The tapered shape of inner wall, the tapered shape of opening inner wall of lateral threaded holes 310；
Side plate through-hole 110 is equipped with the first extension rib 112, the first extension rib 112 towards the side of lateral threaded holes 310
It is integrally formed with crane span structure side plate 100, and the first extension rib 112 and the opening shape of lateral threaded holes 310 match；
Wave crest through-hole 211 is equipped with the second extension rib 213, the second extension rib towards the side of vertical tapped through hole 320
213 are integrally formed with crane span structure bottom plate 200, and the second extension rib 213 and the opening shape of vertical screw-threaded counterbore 320 match.
As shown in Figure 1, in specific embodiment of the utility model, the first half of crane span structure side plate 100 is to crane span structure bottom plate 200
It arches upward to form reinforcing rib 120, the presence of further reinforcing rib 120 can not only improve the bending resistance of crane span structure side plate 100, measuring body
On the other hand ability also is able to convenient for the stacking between each crane span structure side plate 100.
In specific embodiment of the utility model, the middle part of crane span structure side plate 100 is equipped with more than two punchings 121, into one
Step, when two or more cable testing bridges need connection, it can utilize and connect the punching that bolt extends through two cable testing bridges
121, play coupling between crane span structure side plate 100 and another crane span structure side plate 100.
As shown in Fig. 1,2,5, in specific embodiment of the present utility model, side plate fixing screws 111 are passed through first
Side plate through-hole 110 screws to lateral threaded holes 310 are interior and multistation connector 300 is fixed, and secondly puts crane span structure bottom plate 200
It is placed on the edge of a wing 122 of 100 bottom of crane span structure side plate, and is screwed using bottom plate fixing screws 212 across wave crest through-hole 211 to perpendicular
Crane span structure bottom plate 200 is positioned in straight thread through-hole 110.
As shown in Figure 1,5, in specific embodiment of the present utility model：Include the following steps：Spiral shell is fixed using side plate
Nail 111 is screwed in through side plate through-hole 110 in the lateral threaded holes of multistation connector 300, realizes crane span structure side plate 100 and multiplexing
Position connector 300 is fixedly connected；
Crane span structure bottom plate 200 is positioned on the edge of a wing 122 of 100 bottom of crane span structure side plate, is passed through using bottom plate fixing screws 212
It wears wave crest through-hole 211 to be screwed in the vertical tapped through hole 320 of multistation connector 300, realizes that crane span structure bottom plate 200 passes through multiplexing
Position connector 300 is fixedly connected with crane span structure side plate 100.
In conclusion a kind of assembled ripple bottom cable testing bridge of the utility model, the conventional junction of crane span structure is effectively improved
Structure avoids the links such as storage and transportation from impacting surface layer and quality；The quick assembling in scene can be carried out to crane span structure, reduces storage and transportation
Conevying efficiency is improved in space, simple in structure, easily fabricated, assembling.
The specific embodiment of utility model is described above.It is to be appreciated that utility model is not limited to
Above-mentioned particular implementation, wherein the equipment and structure be not described in detail to the greatest extent are construed as being given with the common mode in this field
To implement；Those skilled in the art can make various deformations or amendments and make within the scope of the claims several simply to push away
It drills, deform or replaces, this has no effect on the substantive content of utility model.
Claims (4)
1. a kind of assembled ripple bottom cable testing bridge, which is characterized in that including：Two crane span structure side plates, crane span structure bottom plate, two crane span structures
Side plate is respectively arranged on the both sides of the crane span structure bottom plate longitudinal direction, and multiplexing is equipped between the crane span structure side plate and the crane span structure bottom plate
Position connector；
The upper side edge of the crane span structure side plate turns down to form the edge of a wing with lower side to the direction of the crane span structure bottom plate, the crane span structure side
The lower half of plate is equipped with more than two side plate through-holes, and more than two side plate through-holes are arranged along the longitudinal direction of the crane span structure side plate
It arranges, side plate fixing screws is equipped in each side plate through-hole；
The longitudinal direction section of the crane span structure bottom plate is corrugated, and the wave crest of the undulatory crane span structure bottom plate is in arc-shaped, wave
The trough of the crane span structure bottom plate of line shape is in flat, and the top surface of the wave crest offers wave crest through-hole, in the wave crest through-hole
Equipped with bottom plate fixing screws；
The rectangular shape of multistation connector, the multistation connector is towards being equipped with horizontal stroke in the one side of the crane span structure side plate
To threaded hole, the lateral threaded holes match with the side plate fixing screws, and the multistation connector is towards the crane span structure
Vertical tapped through hole is equipped in the one side of bottom plate, the vertical tapped through hole matches with the bottom plate fixing screws.
2. assembled ripple bottom cable testing bridge according to claim 1, which is characterized in that
The side plate through-hole is equipped with the first extension rib, the first extension rib and institute towards the side of the lateral threaded holes
The integrated molding of crane span structure side plate is stated, and the opening shape of the first extension rib and the lateral threaded holes matches；
The wave crest through-hole towards the side of the vertical tapped through hole be equipped with second extension rib, it is described second extension rib with
The crane span structure bottom plate is integrally formed, and the second extension rib and the opening shape of the vertical screw-threaded counterbore match.
3. assembled ripple bottom cable testing bridge according to claim 1, which is characterized in that the first half of the crane span structure side plate
It arches upward to form reinforcing rib to the crane span structure bottom plate.
4. assembled ripple bottom cable testing bridge according to claim 1, which is characterized in that set in the middle part of the crane span structure side plate
There are two more than punchings.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720871359.5U CN207504480U (en) | 2017-07-18 | 2017-07-18 | A kind of assembled ripple bottom cable testing bridge |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720871359.5U CN207504480U (en) | 2017-07-18 | 2017-07-18 | A kind of assembled ripple bottom cable testing bridge |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207504480U true CN207504480U (en) | 2018-06-15 |
Family
ID=62497533
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720871359.5U Active CN207504480U (en) | 2017-07-18 | 2017-07-18 | A kind of assembled ripple bottom cable testing bridge |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207504480U (en) |
-
2017
- 2017-07-18 CN CN201720871359.5U patent/CN207504480U/en active Active
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