CN209127859U - The anti-skid device of escalator - Google Patents

Abstract

The utility model relates to elevator technology fields, more particularly to the anti-skid device of escalator, including basal layer and deformable anti-slip layer, the upper surface of the basal layer fixed fishback for being laid on escalator and front edge board, basal layer offers several perforative main fixing grooves in the one side of anti-slip layer, anti-slip layer is equipped with several main protrusions corresponding with each main fixing groove close to the one side of basal layer, main protrusion can be snapped into each corresponding main fixing groove with squash type fixation, facilitate the installation and disassembly of anti-slip layer, anti-slip layer includes arcuate projections and gentle portion, arcuate projections are located at anti-slip layer close to one end of escalator, the surface of arcuate projections is equipped with anti-skid bulge, several parallel slots being parallel to each other are provided in gentle portion, each parallel slot extends to the end in gentle portion and is in communication with the outside, arcuate projections can be alleviated Inertia when the lower staircase of passenger itself, anti-skid bulge play the role of anti-skidding, and parallel slot is not only able to anti-skidding to drain.

Description

The anti-skid device of escalator

Technical field

The utility model relates to elevator technology fields, and in particular to the anti-skid device of escalator.

Background technique

Escalator is widely used in subway, in market, fishback and front edge board be positioned at escalator floor plates and Support member between step can allow passenger steady excessive between floor plates and the step of movement, and passenger takes escalator It is easy to slip in lower staircase, is on the one hand because of passenger's body inertia, passenger needs to adjust body shape in time in lower staircase State overcomes inertia to fall to prevent on-slip, but can not adjust body in time for the elderly, children or the inflexible people of other legs and feet On the other hand body is made of because existing front edge board mostly uses steel, although being equipped on the surface of fishback and front edge board anti- Sliding protrusion, but these anti-skid bulges are integral structure with fishback and front edge board, and material is also steel, can not be played very Good anti-skidding effect, passenger trample on fishback and front edge board in lower staircase or can feel very smooth, be easy to slip, especially It is that such case becomes apparent from rain in sleet sky, fishback and front edge board.

Utility model content

The utility model provides the anti-skid device of escalator, it is intended to passenger is solved in lower staircase, due to existing The fishback of escalator and the antiskid effect of front edge board bad the problem of be easy to causeing passenger to slip.

In order to achieve the above object, the utility model is achieved by the following technical programs: including basal layer and being located at institute Basal layer upper surface, deformable anti-slip layer are stated, the basal layer fixes the fishback and front edge board for being laid on escalator On upper surface, the basal layer offers several perforative main fixing grooves in the one side of the anti-slip layer, described anti-skidding Layer is equipped with several main protrusions corresponding with each main fixing groove close to the one side of the basal layer, and the main protrusion can be with Squash type fixation is snapped into each corresponding main fixing groove, and the anti-slip layer includes arcuate projections and gentle portion, described Arcuate projections are located at the anti-slip layer close to one end of escalator, and the surface of the arcuate projections is equipped with anti-skid bulge, Several parallel slots being parallel to each other are provided in the gentle portion, each parallel slot extends to the end in the gentle portion simultaneously It is in communication with the outside.

Further, the basal layer is also provided with several secondary fixing grooves, institute in the one side of the anti-slip layer It states anti-slip layer and is equipped with several formula fixing cards corresponding and extrudable with each secondary fixing groove close to the one side of the basal layer It is incorporated into the pair protrusion of each secondary fixing groove.

Further, each main fixing groove is along the width direction spaced set of the basal layer, and level runs through The basal layer, each main protrusion are correspondingly arranged with each main fixing groove, and each secondary fixing groove is located at each adjacent master Between fixing groove, and each adjacent secondary fixing groove equidistantly distributed.

Further, the longitudinal cross-section of each main fixing groove is in class spittoon shape, the longitudinal cross-section of each main protrusion In inverted " t " font, each main extrudable formula of protrusion is embedded in each main fixing groove and is fixed.

Further, each secondary fixing groove is arranged perpendicular to each main fixing groove.

Further, each secondary fixing groove and each secondary protrusion are respectively adopted and each main fixing groove and each institute State the identical structure of main protrusion.

Further, the arcuate projections are equipped with the rhone equidistantly arranged, each rhone and each institute Parallel slot is stated to be connected.

Further, each anti-skid bulge is different and size is uneven, and linearly inclination connection, forms interval Several inclined grooves, each parallel slot oblique arrangement and mutual spacing differs.

Further, the anti-slip layer is made of rubber material, and the basal layer is made of hard material.

The utility model provide, have it is following the utility model has the advantages that

(1) the utility model is by being laid with basal layer and anti-skidding in the fishback of escalator and the upper surface of front edge board Layer, basal layer are fixedly connected on fishback and front edge board, offer in the one side of the anti-slip layer in the basal layer Several perforative main fixing grooves, the anti-slip layer are equipped with multiple and each main fixing groove close to the one side of the basal layer Corresponding main protrusion, the main protrusion can be snapped into each corresponding main fixing groove with squash type fixation, form basal layer It is detachably fixed the structure of connection with anti-slip layer, facilitates installation and removal of anti-slip layer and convenient for cleaning, the anti-slip layer includes Arcuate projections and gentle portion, when stepping down in arcuate projections when passenger can be made to get off from escalator to the inertia of itself into Row buffering facilitates passenger that can stand firm, and the setting in gentle portion makes passenger that can smoothly walk behind arc buffering portion, and the arc is prominent The surface in the portion of rising is equipped with anti-skid bulge, effectively plays anti-skidding effect, is provided with what several were parallel to each other in the gentle portion Parallel slot, each parallel slot extend to the end in the gentle portion and are in communication with the outside, and parallel slot is not only able to play anti-skidding Effect, can also play the role of facilitating draining during sleet sky and cleaning.

(2) setting of secondary fixing groove and secondary protrusion plays reinforcement effect for the fixation of anti-slip layer and basal layer, due to master Fixing groove is through basal layer setting, so in the long-term use process, due to repeatedly trampling for pedestrian, it is possible that The main protrusion of anti-slip layer is slided along the width direction of basal layer and skids off basal layer, and each secondary fixing groove is hung down with each main fixing groove Straight setting there is the resist force along basal layer width direction between protrusion secondary in this way and secondary fixing groove, can prevent anti-slip layer Basal layer is skidded off, the fixed effect of the two is further enhanced.

(3) parallel slot Unequal distance is arranged, and anti-skid bulge is not of uniform size and spacing differs, and can be played with Multi-orientation multi-angle Anti-skidding effect, and sole is not easy to be stained with sludge and gravel, convenient for the cleaning of anti-slip layer.

Detailed description of the invention

Fig. 1 is the cross-sectional view of the utility model.

Fig. 2 is the top view of the utility model basal layer.

Fig. 3 is the top view of the utility model.

Fig. 4 is the partial enlarged view in Fig. 1 at A.

In figure: 1 basal layer, 2 anti-slip layers, 21 arcuate projections, 22 gentle portions, 3 main fixing grooves, 31 tightening mouths, 32 accommodate Portion, 4 main protrusions, 5 anti-skid bulges, 6 parallel slots, 7 secondary fixing grooves, 8 secondary protrusions, 9 rhones, 10 grooves.

Specific embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with embodiment.

Fig. 1-4 is an embodiment of the present invention, the anti-skid device of escalator, including basal layer 1 and removably consolidates It is scheduled on 1 upper surface of basal layer and deformable anti-slip layer 2, anti-slip layer 2 uses but is not limited to rubber material and is made, and basal layer 1 is adopted With but be not limited to wooden boards and be made, be such as made of plank identical with household wood floors, waterproof and deformation resistance are preferable, By basal layer 1 by the fixed upper surface for being pasted onto fishback and front edge board of adhesive glue, can be used such as nitrile rubber adhesive or Isocyanates adhesive, the position that basal layer 1 is sticked to the comb teeth of fishback close to one end of escalator and its plate body connects, Basal layer 1 offers multiple main fixing grooves 3 in the one side of anti-slip layer 2, and each main fixing groove 3 is along the width side of basal layer 1 Run through to simultaneously level is extended, anti-slip layer 2 is equipped with multiple main correspondingly with each main fixing groove 3 close to the one side of basal layer 1 Protrusion 4, main raised 4 is integrally formed with anti-slip layer 2, and each main raised 4, which can fix engaging, enters in each corresponding main fixing groove 3.

In order to further enhance the compactness that is fixedly connected of the basal layer 1 with anti-slip layer 2, prevent in the long-term use Anti-slip layer 2 is detached from from basal layer 1 or the two mutually staggers, and offers in the one side of anti-slip layer 2 in basal layer 1 multiple Secondary fixing groove 7, anti-slip layer 2 are equipped with multiple and each secondary one-to-one correspondence of fixing groove 7 close to the one side of basal layer 1 and can fixing cards It is incorporated into the pair protrusion 8 of each secondary fixing groove 7, each pair fixing groove 7 is located at the centre of the main fixing groove 3 of adjacent two, and each adjacent Secondary 7 equidistantly distributed of fixing groove passes through the dual solid of dual main fixing groove 3 and main raised 4, secondary fixing groove 7 and secondary protrusion 8 in this way Fixed engaging can occur in anti-slip layer 2 with the unfixed position engaged of basal layer 1 to avoid the deformability due to anti-slip layer 2 The case where disengaging, and influence using effect.

It is so in the long-term use process, more due to pedestrian since main fixing groove 3 is through the setting of basal layer 1 It is secondary to trample, it is possible that main raised the 4 of anti-slip layer 2 slide along the width direction of basal layer 1, and basal layer 1 is skidded off, by each pair Fixing groove 7 along basal layer 1 length direction and be vertically arranged it with each main fixing groove 3, and each secondary protrusion 8 is also perpendicularly to each master Protrusion 4 is arranged, and there is the resist force along 1 width direction of basal layer between protrusion 8 secondary in this way and secondary fixing groove 7, can prevent Anti-slip layer 2 skids off basal layer 1, further enhances the fixed effect of the two.

In the present embodiment, the longitudinal cross-section of each main fixing groove 3 is in class spittoon shape, and each main raised 4 longitudinal cross-section is in " T " font, the width of main raised 4 lower end surface of width size and each inverted " t " type that the main fixing groove 3 of all kinds of spittoon shapes is open Size is identical, and main fixing groove 3 has an inside arc-shaped inclined tightening mouth 31 downwards below opening, tightens the width of mouth 31 The roomy equal in magnitude of one end that size is connect with main raised the 4 of inverted " t " type and anti-slip layer 2 is spent, is in the lower section of tightening mouth 31 Receiving portion 32, each main raised 4, when entering each main fixing groove 3, will not be squeezed first, will receive when reaching tightening mouth 31 crowded Pressure enters receiving portion 32 after passing through from tightening mouth 31, protrusion 4 provide enough Free up Memories based on receiving portion 32, makes Each main raised 4 can discharge self structure, each so main raised 4 can squash type be embedded in each corresponding main fixing groove 3 simultaneously Inside it, the structure of each pair fixing groove 7 and each secondary protrusion 8 is respectively adopted and main fixing groove 3 and main raised 4 identical for fixed engaging Structure.

Anti-slip layer 2 includes arcuate projections 21 and gentle portion 22, and arcuate projections 21 are located at anti-slip layer 2 close to escalator One end, the surfaces of arcuate projections 21 is equipped with anti-skid bulge 5, the tilt angle of the arc of arcuate projections 5-20 degree it Between, the effect of inertia towards escalator operation direction is had when staircase under passenger, if fishback and front edge board are anti-skidding at this time Effect is bad, and passenger is easy to fall down, and the design of arcuate projections steps on passenger at first in arcuate projections, used to itself Property plays buffer function, is provided with multiple parallel slots 6 being parallel to each other, and each parallel slot in gentle portion 22 along its length 6 all extend to the end in gentle portion 22 and are in communication with the outside, and each parallel slot 6 favours the width direction setting of basal layer 1, and each The mutual spacing of parallel slot 6 differs, and parallel slot 6 can play the role of anti-skidding effect, can also play draining, is encountering sleet It when water be deposited in anti-slip layer 2, arcuate projections 21 are equipped with the rhone 9 that equidistantly arranges, rhone 9 it is open at one end It is located at the highest point of the arc of arcuate projections 21, the other end is connected with each parallel slot 6, and the quantity of rhone 9 is less than flat The quantity of row slot 6, each rhone 9 are spaced substantially equidistant, and rhone 9 is towards parallel slot 6 in the one end to connect with parallel slot 6 Arc drains water more swimmingly in this way, and each anti-skid bulge 5 is different and size is uneven, and linearly inclination connection, is formed Multiple inclined grooves 10 at interval, such setting with multi-angle and multi-faceted can play antiskid effect, and anti-skid bulge 5 Different and size is uneven and inclined arrangement, it is possible to reduce soil, gravel or other sundries on passenger's sole are clipped in anti-skidding In the groove 10 of layer 2, convenient for cleaning, each anti-skid bulge 5 can use spherical structure, can also take trapezoidal, square figure, length The setting such as cube type, taper.

Finally, it should be noted that the above descriptions are merely preferred embodiments of the present invention, it is not limited to this Utility model, although the utility model is described in detail with reference to the foregoing embodiments, for those skilled in the art For, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic It is equivalently replaced.Within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on, It should be included within the scope of protection of this utility model.

Claims (9)

1. the anti-skid device of escalator, it is characterised in that: including basal layer (1) and be located at the basal layer (1) upper surface, can The anti-slip layer (2) of deformation, basal layer (1) fixation are laid on the fishback of escalator and the upper surface of front edge board, institute It states basal layer (1) and offers several perforative main fixing grooves (3), the anti-slip layer in the one side of the anti-slip layer (2) (2) one side close to the basal layer (1) is equipped with several main raised (4) corresponding with each main fixing groove (3), described Main protrusion (4) can be snapped into each corresponding main fixing groove (3) so that squash type is fixed, and the anti-slip layer (2) includes arc Protrusion (21) and gentle portion (22), the arcuate projections (21) are located at the one end of the anti-slip layer (2) close to escalator, The surface of the arcuate projections (21) is equipped with anti-skid bulge (5), is provided with several on the gentle portion (22) and is parallel to each other Parallel slot (6), each parallel slot (6) extends to the end of the gentle portion (22) and is in communication with the outside.

2. the anti-skid device of escalator as described in claim 1, it is characterised in that: the basal layer (1) is close to described anti- Several secondary fixing grooves (7), one side of the anti-slip layer (2) close to the basal layer (1) are also provided in the one side of slip layer (2) It is equipped with several fixed pairs for being snapped into each secondary fixing groove (7) of formula corresponding and extrudable with each secondary fixing groove (7) Raised (8).

3. the anti-skid device of escalator as claimed in claim 2, it is characterised in that: each main fixing groove (3) is along described The width direction spaced set of basal layer (1), and it is horizontal run through the basal layer (1), each main raised (4) with it is each described Main fixing groove (3) is correspondingly arranged, and each secondary fixing groove (7) is located between each adjacent main fixing groove (3), and each adjacent pair Fixing groove (7) equidistantly distributed.

4. the anti-skid device of escalator as claimed in claim 3, it is characterised in that: the longitudinal direction of each main fixing groove (3) Section is in class spittoon shape, and the longitudinal cross-section of each main raised (4) is in inverted " t " font, and it is embedding that each described main raised (4) can extrude formula Enter in each main fixing groove (3) and is fixed.

5. the anti-skid device of the escalator as described in claim 2-4 is any, it is characterised in that: each secondary fixing groove (7) Perpendicular to each main fixing groove (3) setting.

6. the anti-skid device of escalator as claimed in claim 5, it is characterised in that: each described pair fixing groove (7) He Gesuo Secondary raised (8) are stated to be respectively adopted and each main fixing groove (3) and each main raised (4) identical structure.

7. the anti-skid device of the escalator as described in claim 1-4 is any, it is characterised in that: the arcuate projections (21) It is equipped with the rhone (9) equidistantly arranged, each rhone (9) is connected with each parallel slot (6).

8. the anti-skid device of escalator as claimed in claim 7, it is characterised in that: each anti-skid bulge (5) shape is each Different and size is uneven, and linearly inclination connection, forms several inclined grooves (10) at interval, each parallel slot (6) Oblique arrangement and mutual spacing etc..

9. the anti-skid device of escalator as claimed in claim 8, it is characterised in that: the anti-slip layer (2) uses rubber material Material is made, and the basal layer (1) is made of hard material.