CN208577323U - Sightseeing elevator sightseeing glass fitting structure - Google Patents

Abstract

The utility model relates to a kind of sightseeing elevators, for the problem that sightseeing stability, glass is poor, provide a kind of sightseeing elevator sightseeing glass fitting structure, the technical solution is as follows: including first baffle, yielding rubber bar is equipped at the top of first baffle, length direction in yielding rubber bar along yielding rubber bar is provided with mounting groove, the bottom of sightseeing glass is connected in mounting groove, the length of mounting groove is consistent with the length of sightseeing Glass base, the reinforcing rib for supporting yielding rubber bar along the vertical direction is fixed on first baffle, it further include the connection component for connecting yielding rubber bar and reinforcing rib.Sightseeing glass is connected in mounting groove, to divide equally the weight of sightseeing glass using mounting groove, at the same it is more complete at glass load of going sightseeing, reduce the case where forming weak spot, and vibratory impulse is conducted by sightseeing Glass base large area, so that the stability of sightseeing glass greatly improves.

Description

Sightseeing elevator sightseeing glass fitting structure

Technical field

The utility model relates to a kind of sightseeing elevators, more specifically, it relates to which a kind of sightseeing elevator sightseeing glass is installed Structure.

Background technique

Sightseeing elevator is a kind of using motor as the vertical conveyor of power, and box-like gondola is housed, is multiplied for tier building People or carrying cargo.The well enclosure and car walls of one side or several times are transparent materials, and passenger can watch when taking elevator Scenery outside carriage.

Since the well enclosure of sightseeing elevator is transparent material, so that elevator sightseeing glass is often in illumination conditions, to sight The weather resistance of light glass has higher requirements.

Glass all belongs to superior as inorganic transparent material, in transparency and weather resistance, but frangible due to glass Characteristic, when causing to install glass, part easy to form is thin when supporting sightseeing glass weight by the tie point of connector and glass Weakness inevitably generates vibration during elevator long-play, and when vibration, the weak spot on glass sightseeing glass may Because vibratory impulse leads to breakage, sightseeing stability, glass is poor, and there are also improve space.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of sightseeing elevator sightseeing glass peaces Assembling structure has the advantages that sightseeing stability, glass is preferable.

To achieve the above object, the utility model provides following technical solution:

A kind of sightseeing elevator sightseeing glass fitting structure, including first baffle, the first baffle top are equipped with damping rubber Adhesive tape, the length direction in the yielding rubber bar along yielding rubber bar are provided with mounting groove, the bottom clamping of the sightseeing glass In mounting groove, the length of the mounting groove is consistent with the length of sightseeing Glass base, is fixed on the first baffle along perpendicular Histogram further includes the connection component for connecting yielding rubber bar and reinforcing rib to the reinforcing rib of support yielding rubber bar.

By adopting the above technical scheme, it is connected in mounting groove by sightseeing glass, and the length of mounting groove and sightseeing glass Bottom lengths are consistent, support so that the weight of sightseeing glass is coupled slot by reinforcing rib, to utilize mounting groove and sightseeing glass Glass large area is connected to divide equally the weight of sightseeing glass, simultaneously because sightseeing glass is not necessarily to run through with connection, so that sightseeing glass It is more complete at load, the case where forming weak spot is reduced, while the vibratory impulse generated in running process of elevator passes through sightseeing Glass base carries out large area conduction, the case where vibratory impulse directly impacts weak spot is reduced, so that the stability of sightseeing glass It greatly improves, while by the damping effect of yielding rubber bar, being further reduced the running vibratory impulse of elevator to sightseeing glass The damage of glass.

Preferably, the connection component includes the second baffle parallel with first baffle, the top court of the second baffle It is extended with the second snap-gauge to first baffle, the top of the first baffle is extended with the first snap-gauge towards second baffle, further includes Through second baffle and the threaded fastener that is connect with reinforcing rib, when second baffle is fixed, first snap-gauge and the second card Plate is connected at the top of yielding rubber bar.

By adopting the above technical scheme, cooperate reinforcing rib to clamp yielding rubber bar by the first snap-gauge and the second snap-gauge so that Yielding rubber bar is fixedly connected with reinforcing rib, improves the stability of yielding rubber bar, while mounting groove inner surface being made to keep flat Whole, local pressure causes to generate local weak point when sightseeing glass being avoided to be connected in mounting groove, guarantees the stabilization of sightseeing glass Property.

Preferably, the first baffle far from reinforcing rib plate face be equipped with the first decorative panel, first decorative panel with First baffle structure is consistent.

By adopting the above technical scheme, first baffle is protected by the first decorative panel, reduces first baffle by external world's corrosion damage Wound improves the stability of first baffle, and then improves the stability of installation sightseeing glass.

Preferably, the second baffle far from reinforcing rib plate face be equipped with the second decorative panel, second decorative panel with Second baffle structure is consistent.

By adopting the above technical scheme, second baffle is protected by the second decorative panel, reduces second baffle by external world's corrosion damage Wound improves the stability of second baffle, and then improves the stability of installation sightseeing glass.

Preferably, the reinforcing rib has several.

By adopting the above technical scheme, yielding rubber bar is supported jointly by several reinforcing ribs, make reinforcing rib to damping rubber The supporting role area of adhesive tape increases, and reduces situations such as yielding rubber bar local pressure leads to deformation or breakage.

Preferably, several reinforcing ribs are uniformly distributed along the length direction of yielding rubber bar.

By adopting the above technical scheme, uniformly distributed along the length direction of yielding rubber bar by several reinforcing ribs, so that reinforcing rib It supports the active force of yielding rubber bar uniformly distributed along the length direction of yielding rubber bar, preferably shares the weight of sightseeing glass, make The stability for obtaining yielding rubber bar support sightseeing glass is higher.

Preferably, upper mounted plate is connected at the top of the reinforcing rib, the bottom of the reinforcing rib is connected with bottom plate, Fixed plate is all connected with all reinforcing ribs, and the bottom plate is all connected with all reinforcing ribs.

By adopting the above technical scheme, by upper mounted plate and bottom plate connection strengthening rib, so that all reinforcing ribs are assisted With support yielding rubber bar, so that the case where distribution of force is with reinforcing rib deformation is reduced on each reinforcing rib.

Preferably, resilient clamp item is respectively and fixedly provided on the two sidewalls of the mounting groove, the resilient clamp item is in nature When state, the spacing between two resilient clamp items is less than the thickness of sightseeing glass.

By adopting the above technical scheme, sightseeing glass is clamped by resilient clamp item, improves sightseeing glass and is connected to mounting groove Interior stability, while the vibratory impulse being driven in the horizontal direction is buffered by resilient clamp item, improve the stabilization of sightseeing glass Property.

Preferably, for the sightseeing glass top through-thickness through there is mounting hole, the mounting hole is strip type hole, institute It states mounting hole to extend along the vertical direction, further includes connector of the penetrating mounting holes to be connect with car top, the mounting groove Bottom is equipped with Buffer Unit.

By adopting the above technical scheme, it is supported due to sightseeing glass weight by yielding rubber bar, so that installation sightseeing glass When top, sightseeing glass motion only need to be limited in the horizontal direction, so that the weight of sightseeing glass is not necessarily to by through installation The connector in hole carries, meanwhile, sightseeing elevator is moved in vertical direction, so that sightseeing glass is in the horizontal direction by active force The case where it is less so that the junction of connector and sightseeing glass is not easy to form weak spot, improve the stability of sightseeing glass, together When due to mounting hole be elongate holes, the Buffer Unit of trench bottom is coupled, so that the edge that carriage generates along operational process The vibration of vertical direction is further buffered by Buffer Unit, while providing stroke space by mounting hole, so that sightseeing glass When trace movement occurs because of vibratory impulse in the vertical direction, mounting hole and connector interference are less, avoid connector and peace Dress hole relative impact leads to sightseeing glass breakage.

Preferably, the Buffer Unit includes the buffer board positioned at installation trench bottom, the length and sightseeing of the buffer board Glass base length is consistent, and the bottom of the mounting groove is fixed with several arc plates, and the arc plate arches upward slow to support upwards Punching, buffer board width direction two sides are fixed with the fricting strip being connected in installation groove sidewall.

By adopting the above technical scheme, buffer board is supported by arc plate, elastic deformation occurs to buffer peace using arc plate Tankage bottom is while easy using the extruding force that the structure of arc plate bears arc plate to the vibratory impulse of sightseeing glass transition In being distributed on entire arc plate, so that stability of strutting system is stronger, while cooperating and being connected on buffer board in installation groove sidewall Fricting strip so that stability of the buffer board in mounting groove is preferable, and then stablizes support sightseeing glass.

In conclusion the utility model has the following beneficial effects:

1. sightseeing glass is connected in mounting groove, to divide equally the weight of sightseeing glass using mounting groove, while glass of going sightseeing It is more complete at load, the case where forming weak spot is reduced, and vibratory impulse is conducted by sightseeing Glass base large area, so that The stability of sightseeing glass greatly improves；

2. since sightseeing glass weight is supported by yielding rubber bar, so that when installation sightseeing glass top, it only need to be along water Square to limitation sightseeing glass motion, so that the weight of sightseeing glass is not necessarily to carry by the connectors of penetrating mounting holes, To reduce the case where forming weak spot；

3. vibration along the vertical direction is further buffered by Buffer Unit, while providing stroke space by mounting hole, When so that because of vibratory impulse trace movement occurring for sightseeing glass in the vertical direction, mounting hole and connector interference are less, keep away Exempting from connector and mounting hole relative impact leads to sightseeing glass breakage.

4. supporting buffer board by arc plate, elastic deformation occurs using arc plate and is impacted with buffering vibration, utilizes circular arc The structure of plate makes arc plate distribution of force on entire arc plate, so that stability of strutting system is stronger, props up so that buffer board is stablized Support sightseeing glass.

Detailed description of the invention

Fig. 1 is the overall structure diagram of sightseeing elevator sightseeing glass fitting structure in the utility model；

Fig. 2 is in the utility model for illustrating the schematic diagram of connecting component structure；

Fig. 3 is in the utility model for illustrating the schematic diagram of yielding rubber bar structure；

Fig. 4 is the enlarged diagram in the portion A in Fig. 3；

Fig. 5 is the enlarged diagram in the portion B in Fig. 4.

In figure: 1, sightseeing glass；2, the first decorative panel；21, the first snap-gauge；22, first baffle；3, connection component；31, Two decorative panels；32, the second snap-gauge；33, second baffle；4, yielding rubber bar；41, mounting groove；42, resilient clamp item；5, reinforce Muscle；51, bottom plate；52, upper mounted plate；6, mounting hole；7, connector；71, fixinig plate；72, rubber sheet gasket；8, buffering group Part；81, buffer board；811, fricting strip；82, arc plate.

Specific embodiment

With reference to the accompanying drawings and embodiments, the utility model is described in detail.

A kind of sightseeing elevator sightseeing glass fitting structure, referring to Fig.1, including first baffle 22, first baffle 22 are equipped with Yielding rubber bar 4 is provided with mounting groove 41 in yielding rubber bar 4, and the reinforcement of support yielding rubber bar 4 is fixed on first baffle 22 Muscle 5, sightseeing glass 1 are connected in mounting groove 41, further include the connection component 3 for connecting yielding rubber bar 4 and reinforcing rib 5.

Referring to Fig.1 and Fig. 2, first baffle 22 are connected with the first decorative panel 2, the first decoration far from the plate face of reinforcing rib 5 Plate 2 is fixed with first baffle 22 by sticking double faced adhesive tape, and first baffle 22 and reinforcing rib 5 weld.

Reinforcing rib 5 is in long strip, and reinforcing rib 5 has several and, reinforcing rib 5 uniformly distributed along the length direction of yielding rubber bar 4 It is vertically arranged with yielding rubber bar 4, the top of reinforcing rib 5 is welded with upper mounted plate 52, and the bottom of reinforcing rib 5 is welded with lower fixation The length direction of plate 51, upper mounted plate 52 and bottom plate 51 is consistent with the length direction of yielding rubber bar 4, upper mounted plate 52 It is welded to connect with all reinforcing ribs 5, bottom plate 51 is welded to connect with all reinforcing ribs 5, and yielding rubber bar 4 passes through two-sided Glue is at the top of upper mounted plate 52.

Connection component 3 includes the second baffle 33 parallel with first baffle 22, plate face of the second baffle 33 far from reinforcing rib 5 On be connected with the second decorative panel 31, by threaded fastener through second baffle 33 and be threadedly coupled with reinforcing rib 5 with when reinforce Muscle 5 is fixedly connected with the second decorative panel 31, and threaded fastener is tapping screw, and the second decorative panel 31 passes through double with second baffle 33 Face glue is fixed.

First baffle 22 includes the first snap-gauge 21 for being integrally connected to 22 top of first baffle, the first snap-gauge 21 towards second Baffle 33 extends, and the first snap-gauge 21 is connected to the top of yielding rubber bar 4, and second baffle 33 includes being integrally connected to second baffle Second snap-gauge 32 at 33 tops, the second snap-gauge 32 extend towards first baffle 22, and second baffle 33 is fixedly connected with reinforcing rib 5 When, the second snap-gauge 32 is connected to the top of yielding rubber bar 4, the first snap-gauge 21 and the second snap-gauge 32 cooperation clamping sightseeing glass 1.

First decorative panel 2 is consistent with 22 structure of first baffle, and the second decorative panel 31 is consistent with 33 structure of second baffle.

Yielding rubber bar 4 is parallel with first baffle 22, and when first baffle 22 is vertically arranged, mounting groove 41 is opening up.

The operating condition and principle of the present embodiment are as follows:

When installation, several reinforcing ribs 5 are welded and fixed with upper mounted plate 52 and bottom plate 51, then by reinforcing rib 5 It is welded with first baffle 22, yielding rubber bar 4 is then passed through into sticking double faced adhesive tape at the top of upper mounted plate 52, and pass through first Snap-gauge 21 is connected in yielding rubber bar 4, is then connect by threaded fastener to consolidate through second baffle 33 and with reinforcing rib 5 Surely connection second baffle 33 and reinforcing rib 5, and be connected in yielding rubber bar 4 by the second snap-gauge 32.

The first decorative panel 2 is pasted on first baffle 22 to connect the first decorative panel 2 and first baffle by double-sided adhesive 22, the second decorative panel 31 is pasted on second baffle 33 to connect the second decorative panel 31 and second baffle 33 by double-sided adhesive, Finally 1 bottom of sightseeing glass is inserted into and completes to install in mounting groove 41.

By the way that sightseeing glass 1 to be inserted into mounting groove 41 with fixation, 1 bottom Yan Shui of sightseeing glass is limited using mounting groove 41 Square to movement, while the weight of sightseeing glass 1 is supported using yielding rubber bar 4, need to only limit 1 top of sightseeing glass along level Direction movement can fix sightseeing glass 1, without running through sightseeing glass 1 by connector 7 with load-bearing, reduce sightseeing glass 1 Weak spot improves the stability of sightseeing glass 1.

Be connected to the top of yielding rubber bar 4 by the first snap-gauge 21 and the second snap-gauge 32 with connect yielding rubber bar 4 with Reinforcing rib 5, so that 41 surfacing of mounting groove, reducing the local load of 41 pairs of sightseeing glass of mounting groove 1 leads to the part of sightseeing glass 1 The easily damaged situation of stress.

It is uniformly distributed along the length direction of yielding rubber bar 4 by several reinforcing ribs 5, so that the support building rubber strip of reinforcing rib 5 Distribution of forces it is uniform, reduce the situation that 4 local pressure of yielding rubber bar causes deformation damaged.

It is connect simultaneously with all reinforcing ribs 5 by upper mounted plate 52 and bottom plate 51, so that the stress of reinforcing rib 5 is logical It crosses upper mounted plate 52 and bottom plate 51 is shared to other reinforcing ribs 5, so that several reinforcing ribs 5 while stress, avoid office The excessive situation for causing deformation broken of 5 stress of portion's reinforcing rib.

Embodiment 2

The difference from embodiment 1 is that being fixedly connected on the two sidewalls of mounting groove 41 flexible referring to Fig. 4 and Fig. 5 Clamping strip 42, resilient clamp item 42 towards mounting groove 41 width direction central protuberance, the length direction of resilient clamp item 42 with The length direction of mounting groove 41 is consistent, and the length of resilient clamp item 42 is consistent with the length of mounting groove 41.

The top of resilient clamp item 42 is provided with guide surface, guide surface towards the width direction center of mounting groove 41 diagonally downward Extend.

The bottom of mounting groove 41 is equipped with Buffer Unit 8, and Buffer Unit 8 includes being slidably connected in mounting groove 41 and being located at bullet Property the lower section of clamping strip 42 buffer board 81, the two sides of buffer board 81 are fixedly connected with fricting strip 811, and buffer board 81 passes through two sides Fricting strip 811 is abutted with the side wall of mounting groove 41.

The slot bottom of mounting groove 41 is fixedly connected with several arc plates 82, and arc plate 82 has spring steel to be made, 82 court of arc plate It arches upward to buffer board 81, the top of arc plate 82 is abutted with the bottom of buffer board 81 to support buffer board 81, the circle of arc plate 82 Arc section is parallel with the side wall of mounting groove 41.

Referring to Fig. 3, through there is mounting hole 6, mounting hole 6 is elongate holes, the length of mounting hole 6 at the top of sightseeing glass 1 Direction is vertical with the length direction of mounting groove 41, and through there is connector 7 on mounting hole 6, connector 7 is threaded fastener, connection Part 7 includes being fixedly connected on the disk-shaped fixinig plate 71 of screw rod one end, and fixinig plate 71 is towards abutting in the plate face of sightseeing glass 1 There is rubber sheet gasket 72, connector 7 is threaded with the connecting plate of the side positioned at sightseeing glass 1 far from fixinig plate 71 (in figure not Show), connecting plate has rubber sheet gasket (not shown), fixinig plate 71 and connecting plate towards abutting in the plate face of sightseeing glass 1 The screw rod of clamping sightseeing glass 1 and connector 7 is located at the midpoint of 6 length direction of mounting hole.

The operating condition and principle of the present embodiment are as follows:

By the way that the resilient clamp item 42 of clamping sightseeing glass 1 is arranged in mounting groove 41, so that sightseeing glass 1 is connected to peace Stability in tankage 41 is higher, while further increasing the effect for the vibration that buffering is driven in the horizontal direction.

By being connected with the fricting strip 811 being connected on 41 side wall of mounting groove in the two sides of buffer board 81, fricting strip is utilized The frictional force buffering vibration of 811 elastic deformation and fricting strip 811 and 41 inner wall of mounting groove impacts, and improves the effect of buffering vibration Fruit, while improving the stability that buffer board 81 is mounted in mounting groove 41.

By being provided with the mounting hole 6 of long strip type on sightseeing glass 1, and the screw rod of connector 7 is located at 6 length side of mounting hole To center at so that sightseeing glass 1 because when sightseeing elevator is run the vibration that generates lead to that trace movement occurs in vertical direction When, the interference of the screw rod and mounting hole 6 of connector 7 is less, and then connector 7 and mounting hole 6 is avoided directly to impact, and avoids installing Weak spot is formed at hole 6, to increase the stability of sightseeing glass 1.

The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.

Claims (10)

1. a kind of sightseeing elevator sightseeing glass fitting structure, it is characterized in that: including first baffle (22), the first baffle (22) Top is equipped with yielding rubber bar (4), and the length direction on the yielding rubber bar (4) along yielding rubber bar (4) is provided with mounting groove (41), the bottom of the sightseeing glass (1) is connected in mounting groove (41), the length and sightseeing glass of the mounting groove (41) (1) length of bottom is consistent, and the reinforcing rib for supporting yielding rubber bar (4) along the vertical direction is fixed on the first baffle (22) It (5), further include the connection component (3) for connecting yielding rubber bar (4) and reinforcing rib (5).

2. sightseeing elevator sightseeing glass fitting structure according to claim 1, it is characterized in that: the connection component (3) wraps It includes the second baffle parallel with first baffle (22) (33), the top of the second baffle (33) extends towards first baffle (22) Have the second snap-gauge (32), the top of the first baffle (22) is extended with the first snap-gauge (21) towards second baffle (33), also wraps The threaded fastener for running through second baffle (33) and connecting with reinforcing rib (5) is included, when second baffle (33) is fixed, first card Plate (21) and the second snap-gauge (32) are connected at the top of yielding rubber bar (4).

3. sightseeing elevator sightseeing glass fitting structure according to claim 2, it is characterized in that: the first baffle (22) is remote Plate face from reinforcing rib (5) is equipped with the first decorative panel (2), and first decorative panel (2) is consistent with first baffle (22) structure.

4. sightseeing elevator sightseeing glass fitting structure according to claim 3, it is characterized in that: the second baffle (33) is remote Plate face from reinforcing rib (5) is equipped with the second decorative panel (31), second decorative panel (31) and second baffle (33) structure one It causes.

5. sightseeing elevator sightseeing glass fitting structure according to claim 1 to 4, it is characterized in that: the reinforcing rib (5) there are several.

6. sightseeing elevator sightseeing glass fitting structure according to claim 5, it is characterized in that: several reinforcing ribs (5) Length direction along yielding rubber bar (4) is uniformly distributed.

7. sightseeing elevator sightseeing glass fitting structure according to claim 6, it is characterized in that: the top of the reinforcing rib (5) Portion is connected with upper mounted plate (52), and the bottom of the reinforcing rib (5) is connected with bottom plate (51), fixed plate (52) with All reinforcing ribs (5) are all connected with, and the bottom plate (51) is all connected with all reinforcing ribs (5).

8. sightseeing elevator sightseeing glass fitting structure according to claim 1, it is characterized in that: the two of the mounting groove (41) Be respectively and fixedly provided on side wall resilient clamp item (42), the resilient clamp item (42) in the raw when, two elastic clips Hold the thickness that the spacing between item (42) is less than sightseeing glass (1).

9. sightseeing elevator sightseeing glass fitting structure according to claim 1 or 8, it is characterized in that: the sightseeing glass (1) Top through-thickness is through having mounting hole (6), and the mounting hole (6) is strip type hole, and the mounting hole (6) is along the vertical direction The connector (7) that extension further includes penetrating mounting holes (6) to connect with car top, the bottom of the mounting groove (41) is equipped with Buffer Unit (8).

10. sightseeing elevator sightseeing glass fitting structure according to claim 9, it is characterized in that: the Buffer Unit (8) wraps Include the buffer board (81) positioned at mounting groove (41) bottom, the length and sightseeing glass (1) bottom lengths one of the buffer board (81) It causes, the bottom of the mounting groove (41) is fixed with several arc plates (82), and the arc plate (82) is arched upward upwards to support buffering Plate (81), buffer board (81) the width direction two sides are fixed with the fricting strip (811) being connected on mounting groove (41) side wall.