阅读说明：本技术 童车可伸缩脚踏板 (Telescopic pedal for children's cycle ) 是由 郭慧杰 于 2019-10-26 设计创作，主要内容包括：本发明公开了一种童车可伸缩脚踏板,包括第一、二脚踏板,第一脚踏板包括第一脚踏板本体以及榫头和第一脚踏板尾部,榫头上设置榫头卡槽；第一脚踏板本体下面设置第一脚踏板卡槽；第一尾部卡槽与第一支撑杆卡紧连接,第一支撑杆与第一脚踏板尾部固接；第二脚踏板包括第二脚踏板本体以及第二脚踏板尾部,第二脚踏板本体下面设置与榫头相匹配的榫槽,榫头与榫槽滑动连接；第二脚踏板第四至五加强筋上设置第二脚踏板卡槽；第二尾部卡槽与第二支撑杆卡紧连接,第二支撑杆与第二脚踏板尾部固接；榫头卡槽、第一脚踏板卡槽、第二脚踏板卡槽与脚踏板支撑杆卡紧连接。其提高了童车脚踏板的通用性,减少了生产脚踏板的模具,降低了生产成。(The invention discloses a telescopic pedal of a baby carrier, which comprises a first pedal and a second pedal, wherein the first pedal comprises a first pedal body, a tenon and a first pedal tail, and a tenon clamping groove is formed in the tenon; a first pedal clamping groove is formed below the first pedal body; the first tail clamping groove is connected with the first supporting rod in a clamping manner, and the first supporting rod is fixedly connected with the tail of the first pedal; the second pedal comprises a second pedal body and a second pedal tail, a mortise matched with the tenon is arranged below the second pedal body, and the tenon is in sliding connection with the mortise; a second pedal clamping groove is formed in the fourth to fifth reinforcing ribs of the second pedal; the second tail clamping groove is connected with a second supporting rod in a clamping mode, and the second supporting rod is fixedly connected with the tail of the second pedal; the tenon clamping groove, the first pedal clamping groove and the second pedal clamping groove are connected with the pedal supporting rod in a clamping mode. The universality of the pedal of the baby carrier is improved, the number of moulds for producing the pedal is reduced, and the production cost is reduced.)

1. The telescopic pedal of the baby carriage comprises a pedal support rod, a first support rod and a second support rod, wherein the two ends of the pedal support rod are vertically and fixedly connected with the pedal support rod, and the telescopic pedal of the baby carriage is characterized in that: the first pedal comprises a first pedal body, a tenon and a first pedal tail, wherein the tenon and the first pedal tail are integrated with the first pedal body; a first pedal reinforcing rib is arranged below the first pedal body, and a first pedal clamping groove is formed in the first pedal reinforcing rib; the tail part of the first pedal is provided with a first tail clamping groove and a first fixing hole, the first tail clamping groove is tightly connected with the first supporting rod in a clamping manner, and the first fixing hole fixedly connects the first supporting rod with the tail part of the first pedal through a bolt; the second pedal comprises a second pedal body and a second pedal tail part integrated with the second pedal body, wherein first to fifth reinforcing ribs of the second pedal are arranged below the second pedal body, a first stop block is arranged on the first reinforcing rib of the second pedal, a second stop block is arranged on the second reinforcing rib of the second pedal, a third stop block is arranged on the third reinforcing rib of the second pedal, a mortise matched with the tenon is formed between the first to third reinforcing ribs of the second pedal and the first to third stop blocks, and the tenon is in sliding connection with the mortise; a second pedal clamping groove is formed in the fourth to fifth reinforcing ribs of the second pedal; the tail part of the second pedal is provided with a second tail clamping groove and a second fixing hole, the second tail clamping groove is connected with the second supporting rod in a clamping manner, and the second fixing hole fixedly connects the second supporting rod with the tail part of the second pedal through a bolt; the tenon clamping groove, the first pedal clamping groove and the second pedal clamping groove are connected with the pedal supporting rod in a clamping mode.

2. The stroller retractable footrest of claim 1, wherein: the axis of the first tail clamping groove and the bottom surface of the first pedal body form a tail inclination angle, and the axis of the second tail clamping groove and the bottom surface of the second pedal body form a tail inclination angle, so that the upper surfaces of the first pedal body and the second pedal body are horizontal when the baby carriage travels.

3. The stroller retractable footrest of claim 1, wherein: the upper surface of the first pedal body is provided with a first pedal anti-skid bump; and the upper surface of the second pedal body is provided with a second pedal antiskid lug.

Technical Field

The invention relates to the technical field of children's vehicles, in particular to a telescopic pedal of a children's vehicle.

Background

The children cart is used as a necessary tool for children to go out, and is already used by the majority of users. When the existing stroller is in walking, feet of a child sitting in the stroller are flatly placed on the pedals, the pedals are integrated, the pedals are not universal due to different widths of the stroller, multiple sets of molds for producing the pedals are needed, and the production cost is high.

Disclosure of Invention

The invention aims to overcome the defects of the prior art and provide a telescopic pedal of a baby carrier.

The technical scheme of the invention is realized in the following mode:

the telescopic pedal of the baby carrier comprises a pedal support rod, a first support rod and a second support rod, wherein the two ends of the pedal support rod are vertically and fixedly connected with the pedal support rod; a first pedal reinforcing rib is arranged below the first pedal body, and a first pedal clamping groove is formed in the first pedal reinforcing rib; the tail part of the first pedal is provided with a first tail clamping groove and a first fixing hole, the first tail clamping groove is tightly connected with the first supporting rod in a clamping manner, and the first fixing hole fixedly connects the first supporting rod with the tail part of the first pedal through a bolt; the second pedal comprises a second pedal body and a second pedal tail part integrated with the second pedal body, wherein first to fifth reinforcing ribs of the second pedal are arranged below the second pedal body, a first stop block is arranged on the first reinforcing rib of the second pedal, a second stop block is arranged on the second reinforcing rib of the second pedal, a third stop block is arranged on the third reinforcing rib of the second pedal, a mortise matched with the tenon is formed between the first to third reinforcing ribs of the second pedal and the first to third stop blocks, and the tenon is in sliding connection with the mortise; a second pedal clamping groove is formed in the fourth to fifth reinforcing ribs of the second pedal; the tail part of the second pedal is provided with a second tail clamping groove and a second fixing hole, the second tail clamping groove is connected with the second supporting rod in a clamping manner, and the second fixing hole fixedly connects the second supporting rod with the tail part of the second pedal through a bolt; the tenon clamping groove, the first pedal clamping groove and the second pedal clamping groove are connected with the pedal supporting rod in a clamping mode.

The axis of the first tail clamping groove and the bottom surface of the first pedal body form a tail inclination angle, and the axis of the second tail clamping groove and the bottom surface of the second pedal body form a tail inclination angle, so that the upper surfaces of the first pedal body and the second pedal body are horizontal when the baby carriage travels.

The upper surface of the first pedal body is provided with a first pedal anti-skid bump; and the upper surface of the second pedal body is provided with a second pedal antiskid lug.

The invention has the following advantages:

this scalable running-board of bassinet designs into components of a whole that can function independently form the bassinet running-board, tenon on the first running-board body and the tongue-and-groove sliding connection on the second running-board body, first afterbody draw-in groove is connected with first bracing piece chucking, first fixed orifices passes through the bolt with first bracing piece and first running-board afterbody rigid coupling, second afterbody draw-in groove and second bracing piece fastening connection, the second fixed orifices passes through the bolt with second bracing piece and second running-board afterbody rigid coupling, the tenon draw-in groove, first running-board draw-in groove, second running-board draw-in groove is connected with running-board bracing piece chucking, the bassinet running-board telescopic has been realized and the running-board bracing piece phase-match of different length, the commonality of bassinet running-board has been improved, the mould of production running-board.

The axis of first afterbody draw-in groove and the afterbody inclination that the bottom surface of first footboard body formed and the afterbody inclination that the axis of second afterbody draw-in groove and the bottom surface of second footboard body formed make the bassinet walk the time upper surface of first footboard body, second footboard body be the level form, have improved the comfort level when children's seat frame.

The first pedal anti-skid block arranged on the upper surface of the first pedal body and the second pedal anti-skid block arranged on the upper surface of the second pedal body can prevent feet from skidding on the upper surfaces of the first pedal body and the second pedal body when a child sits on the seat.

Drawings

FIG. 1 is a schematic view of the bottom surface of the retractable footrest of the stroller.

Fig. 2 is a perspective view of the retractable footrest of the stroller.

In the figure: 1-first pedal, 1.1-tenon clamping groove, 1.2-tenon, 1.3-tenon reinforcing rib, 1.4-first pedal reinforcing rib, 1.5-first pedal clamping groove, 1.6-first pedal tail, 1.7-first tail clamping groove, 1.8-first fixing hole, 1.9-first pedal anti-skidding lug, 2-second pedal, 2.1-second pedal second reinforcing rib, 2.2-second stop block, 2.3-third stop block, 2.4-second pedal clamping groove, 2.5-second pedal tail, 2.6-second tail clamping groove, 2.7-second pedal second reinforcing rib, 2.8-second pedal fourth reinforcing rib, 2.9-mortise, 2.10-second pedal third reinforcing rib, 2.11-first stop block, 2.12-second pedal first reinforcing rib, 2.13-second fixing hole, 2.14-second pedal antiskid lug, alpha-tail inclination angle, 3-pedal support rod, 4-first support rod and 5-second support rod.

Detailed Description

The invention will be further described with reference to the accompanying drawings.

As shown in the attached drawings 1-2, the telescopic pedal for a baby carriage comprises a pedal support rod 3, a first support rod 4 and a second support rod 5, a first pedal 1 and a second pedal 2, wherein the two ends of the pedal support rod 3 are fixedly connected with the pedal support rod 3 vertically, the first pedal 1 comprises a first pedal body, a tenon 1.2 and a first pedal tail 1.6, the tenon 1.2 and the first pedal tail are integrated with the first pedal body, a tenon reinforcing rib 1.3 is arranged below the tenon 1.2, and a tenon clamping groove 1.1 is arranged on the tenon reinforcing rib 1.3; a first pedal reinforcing rib 1.4 is arranged below the first pedal body, and a first pedal clamping groove 1.5 is arranged on the first pedal reinforcing rib 1.4; the first pedal tail part 1 is provided with a first tail clamping groove 1.7 and a first fixing hole 1.8, the first tail clamping groove 1.5 is tightly connected with a first supporting rod, and the first fixing hole 1.8 fixedly connects the first supporting rod with the first pedal tail part 1.6 through a bolt; the second pedal 2 comprises a second pedal body and a second pedal tail 2.5 integrated with the second pedal body, a second pedal first reinforcing rib 2.12 to a fifth reinforcing rib 2.7 are arranged below the second pedal body, a first stop dog 2.11 is arranged on the second pedal first reinforcing rib 2.12, a second stop dog 2.2 is arranged on the second pedal second reinforcing rib 2.1, a third stop dog 2.3 is arranged on the second pedal third reinforcing rib 2.10, a mortise 2.9 matched with the tenon 1.2 is formed between the second pedal first reinforcing rib 2.12 to the third reinforcing rib 2.10 and the first stop dog 2.11 to the third stop dog 23, and the tenon 1.2 is in sliding connection with the mortise 2.9; a second pedal clamping groove 2.4 is formed in the fourth strengthening rib 2.8 to the fifth strengthening rib 2.7 of the second pedal; the tail part 2.5 of the second pedal is provided with a second tail clamping groove 2.6 and a second fixing hole 2.13, the second tail clamping groove 2.6 is tightly connected with the second supporting rod 5, and the second fixing hole 2.13 fixedly connects the second supporting rod 5 with the tail part 2.5 of the second pedal through a bolt; the tenon clamping groove 1.1, the first pedal clamping groove 1.5 and the second pedal clamping groove 2.4 are tightly connected with the pedal support rod 3. This scalable running-board of bassinet designs into components of a whole that can function independently form the bassinet running-board, tenon on the first running-board body and the tongue-and-groove sliding connection on the second running-board body, first afterbody draw-in groove is connected with first bracing piece chucking, first fixed orifices passes through the bolt with first bracing piece and first running-board afterbody rigid coupling, second afterbody draw-in groove and second bracing piece fastening connection, the second fixed orifices passes through the bolt with second bracing piece and second running-board afterbody rigid coupling, the tenon draw-in groove, first running-board draw-in groove, second running-board draw-in groove is connected with running-board bracing piece chucking, the bassinet running-board telescopic has been realized and the running-board bracing piece phase-match of different length, the commonality of bassinet running-board has been improved, the mould of production running-board.

The axis of the first tail clamping groove 1.7 and the bottom surface of the first pedal body form a tail inclination angle alpha, and the axis of the second tail clamping groove 2.6 and the bottom surface of the second pedal body form a tail inclination angle alpha, so that the upper surfaces of the first pedal body and the second pedal body are horizontal when the baby carriage walks. The comfort level of the child when sitting on the vehicle is improved.

The upper surface of the first pedal body is provided with a first pedal antiskid lug 1.9; the upper surface of the second pedal body is provided with a second pedal antiskid lug 2.14. Can prevent the feet from slipping on the upper surfaces of the first and second pedal bodies when the child sits on the seat.

The present invention has been described in detail with reference to the embodiments of the embodiments, but it should not be construed that the scope of the subject matter of the present invention is limited to the embodiments described above, and all the technologies realized based on the above contents of the present invention are within the scope of the present invention.