阅读说明：本技术 一种翻转踏板式救助艇登艇平台 (overturning pedal type rescue boat boarding platform ) 是由 王学志 彭沈健 杨洁廉 储年生 曹恒 于 2019-07-11 设计创作，主要内容包括：本发明公开了一种翻转踏板式救助艇登艇平台包括：一安装于救助艇的平台本体,一对安装于平台本体前后边缘的护栏,一翻转踏板组件。本发明构简单、存储方便、使用方便的可翻转式救助艇登艇平台。回收救助艇时收起翻转平台,保证平台与艇有一定的间距,登艇和下艇时又可以放平翻转踏板,保证人员安全。(the invention discloses a turnover pedal type rescue boat boarding platform, which comprises: the rescue boat comprises a platform body arranged on a rescue boat, a pair of guardrails arranged on the front edge and the rear edge of the platform body, and a turnover pedal assembly. The invention has simple structure, convenient storage and convenient use and can turn over the rescue boat landing platform. The overturning platform is folded when the rescue boat is recovered, a certain distance is reserved between the platform and the boat, and the overturning pedal can be flatly placed when the boat is climbed and descended, so that the safety of personnel is guaranteed.)

1. The utility model provides a upset pedal type rescue boat boarding platform which characterized in that, it includes:

the platform body is arranged on the rescue boat and comprises a platform surface, four support legs supported below the platform surface and a step assembly arranged on the two support legs on the right side;

The guardrail comprises a platform surface and a step assembly, wherein the platform surface is provided with a plurality of guardrail columns, the guardrail comprises a pair of guardrails arranged on the front edge and the rear edge of the platform body, each guardrail comprises a plurality of guardrail posts arranged on the platform surface and the step assembly, a high-level rod is arranged at the top end of each two adjacent guardrail posts, and a plurality of middle-level rods parallel to the high-level rods are arranged below each high-level rod; and

A flip pedal assembly, comprising: the pedal, a pair of lower eye plates arranged on the two legs on the left side and a pair of upper eye plates arranged on the two railing columns on the left side; the right side edge of the pedal is rotatably clamped between the pair of lower eye plates, the left side edge of the pedal is rotatably clamped between the lower ends of the pair of slide rods, and the upper ends of the pair of slide rods are respectively slidably mounted on the pair of upper eye plates.

2. The roll-over step rescue boat landing platform of claim 1, wherein the upper ends of the spar posts are radiused.

3. the roll-over step rescue boat landing platform of claim 1, wherein the steps include two transverse bars and a plurality of longitudinal bars perpendicularly interposed between the two transverse bars.

4. The inverted paddle rescue boat landing platform of claim 1, wherein a web is welded to the bottom of each leg.

5. a roll-over step rescue boat landing platform as in claim 1, wherein each of said slide bars has a slide slot in an upper portion thereof, and said upper eye plate has a connector slidably engaged with said slide slot.

6. the roll-over step rescue boat landing platform of claim 5, wherein the connecting members are bolts and washers and nuts mounted on the bolts.

7. The roll-over step rescue boat landing platform of claim 5, wherein the steps are in a flat position when the connector is at the upper limit of the chute and the steps are in a vertical position when the connector is at the lower limit of the chute.

Technical Field

The invention relates to a turnover pedal type rescue boat boarding platform.

Background

For conveniently boarding the rescue boat and getting off the boat, the prior more eastern sides and inspection sides require that a turnover rescue boat boarding platform is added beside the rescue boat, so that the rescue operation is convenient, and the rescue boat boarding platform and the boat have a certain distance when the operation of the boat is guaranteed to be recovered.

disclosure of Invention

The invention aims to solve the problems and provides a turnover pedal type rescue boat landing platform. The overturning platform is folded when the rescue boat is recovered, a certain distance is ensured between the platform and the boat, and the overturning pedal can be flatly placed when the boat is climbed and descended, so that the safety of personnel is ensured.

The purpose of the invention is realized as follows:

according to the invention

A roll-over step rescue boat boarding platform comprising:

The platform body is arranged on the rescue boat and comprises a platform surface, four support legs supported below the platform surface and a step assembly arranged on the two support legs on the right side;

The guardrail comprises a pair of guardrails arranged on the front edge and the rear edge of the platform body, each guardrail comprises a plurality of railing columns arranged on the platform surface and the step assembly, a high-level rod is arranged at the top ends of two adjacent railing columns, and a plurality of middle-level rods parallel to the high-level rods are arranged below each high-level rod; and

A flip pedal assembly, comprising: the pedal, a pair of lower eye plates arranged on the two support legs on the left side and a pair of upper eye plates arranged on the two railing columns on the left side; the right edge of the pedal is rotatably clamped between the pair of lower eye plates, the left edge of the pedal is rotatably clamped between the lower ends of the pair of slide rods, and the upper ends of the pair of slide rods are respectively slidably mounted on the pair of upper eye plates.

the upper ends of the railing posts in the overturning pedal type rescue boat boarding platform are processed by round corners.

the pedals in the overturning pedal type rescue boat boarding platform comprise two transverse rods and a plurality of longitudinal rods vertically clamped between the two transverse rods.

The bottom of each supporting leg in the overturning pedal type rescue boat boarding platform is welded with a web plate.

The upper part of each sliding rod in the overturning pedal type rescue boat boarding platform is provided with a sliding groove, and the upper eye plate is provided with a connecting piece in sliding fit with the sliding groove.

The connecting piece in the overturning pedal type rescue boat boarding platform is a bolt, and a gasket and a nut which are arranged on the bolt.

When the connecting piece is positioned at the upper limit of the sliding groove in the overturning pedal type rescue boat boarding platform, the pedal is in a flat state, and when the connecting piece is positioned at the lower limit of the sliding groove, the pedal is in a vertical state.

The invention is a turnover rescue boat landing platform with convenient storage and use. The overturning platform is folded when the rescue boat is recovered, a certain distance is ensured between the platform and the boat, and the overturning pedal can be flattened when the boat is climbed and descended, so that the safety of personnel is ensured. .

Drawings

Fig. 1 is a schematic perspective view of a rescue boat landing platform of the present invention;

Fig. 2 is a front view of the rescue boat landing platform of the present invention.

Fig. 3 is a structural schematic view of the rescue boat landing platform of the present invention in a step-up state.

Detailed Description

The invention will be further explained with reference to the drawings.

Referring to fig. 1-3, a rescue boat landing platform of the present invention is shown comprising:

A platen body 1, comprising: a platform surface 11, four support legs 12 supported at four corners below the platform surface 11 and a two-layer step assembly 13 arranged on two support legs 12 at the right side, wherein a web plate 14 is arranged at the bottom of each support leg 12, and the web plate 14 is welded on a rescue boat;

A pair of guardrails 2 arranged at the front edge and the rear edge of the platform surface 11 and the front edge and the rear edge of the two-layer step assembly 13, wherein each guardrail 2 comprises a first railing post 21 arranged at the left side of the platform surface, a second railing post 22 positioned at the left side and the right side of the platform surface, a third railing post 23 arranged on the two-layer step assembly 13, a first high-level rod 24 arranged at the top ends of the first railing post 21 and the second railing post 22, and a second high-level rod 25 arranged at the top end of the second railing post 22 and the top end of the third railing post 23, and two middle-level rods 26 which are parallel to the first high-level rods 24 and the second high-level rods 25 and are connected with the railing posts 21 are arranged below each first high-level rod 24 and the second high; the top ends of the first railing post 21, the second railing post 22 and the third railing post 23 are processed by round angles;

A flip-pedal assembly 3, comprising:

A pedal 31, which comprises two transverse plates 31a and five longitudinal rods 31b clamped between the two transverse plates 31a to form a rectangular shape;

a pair of lower eye plates 32 mounted on the two legs 12 on the left side;

A pair of upper eye plates 33 mounted to the first newel post 21; the right ends of the two transverse plates 31a are respectively rotatably mounted on the pair of lower eye plates 32, the left ends of the right ends of the two transverse plates 31a are respectively rotatably connected with the lower ends of a pair of sliding rods 34, a sliding groove 34a is arranged at the upper part of each sliding rod 34, a bolt which is in sliding fit with the sliding groove 34a is arranged on the upper eye plate 33, and a gasket and a nut which are mounted on the bolt. The upper limit of the sliding of the slide groove 34a is set to a flat state of the step plate 31, and the lower limit is set to a vertical state of the step plate 31 and the deck surface 11.

The above embodiments are provided only for illustrating the present invention and not for limiting the present invention, and those skilled in the art can make various changes and modifications without departing from the spirit and scope of the present invention, therefore, all equivalent technical solutions should also fall within the scope of the present invention, and should be defined by the claims.