CN106039691B - A kind of compound skiing unit for dry skiing - Google Patents

Abstract

The present invention relates to the field of outdoor sports facilities, in particular to the field of dry snow floors, and in particular to a composite ski unit for dry skiing. The height of the skis is staggeredly distributed on the bottom plate; the skis include a support and a sliding piece in contact with the snowboard, and the sliding piece is connected to the support in a split type; the sliding piece is fixed on one end of the support, and the The other end is fixed on the base plate.

Description

A composite ski unit for dryland skiing

technical field

The invention relates to the field of outdoor sports facilities, in particular to the field of dry snow floors, in particular to a compound ski unit for dry skiing.

Background technique

Skiing is one of people's favorite outdoor sports, and natural ski resorts can only be used in cold winter when the accumulated thickness of the snow layer reaches a certain level, and it is restricted by geographical location. For this, artificial ski resorts appeared:

European and American countries have developed different types of plastic ski slide splicing blocks: such as hard block plastic ski slide splicing blocks, the sliding surface of this splicing block is hard and the splicing gap is large, and skiers are prone to physical injuries after falling. There is another kind of brush-head plastic slideway due to its large friction force and high sliding slope requirements, which needs to be sprinkled to assist sliding, and it is not easy to clean outdoors.

On October 23, 2013, the State Intellectual Property Office published an invention patent titled: Method for Making Dry Snow Slides with PET Plastic Containers. The field of slide manufacturing. In order to reduce the manufacturing cost of the existing dry ski slides, protect the sanitation and safety of the environment, and better promote the development of dry snow sports, the present invention is a kind of PET plastic container that is filled with liquid substances and sealed, and has pressure , high toughness, anti-aging, fast recovery, smooth surface and low frictional resistance, according to its characteristics, multiple plastic containers filled with liquid are connected and fixed on the ground, and finally a new type of dry ski slide is produced.

Contents of the invention

Aiming at the deficiencies in the prior art above, the present invention provides a compound ski unit for dryland skiing.

A composite ski unit for downhill skiing, characterized in that the ski unit manufactured by the above method includes a bottom plate and a number of ski parts, and the heights of the ski parts are staggeredly distributed on the bottom plate; the ski parts include support parts and The sliding part contacted by the snowboard, the sliding part is connected with the supporting part in a split type; the sliding part is fixed on one end of the supporting part, and the other end of the supporting part is fixed on the bottom plate.

The ski unit includes a base plate and several ski parts connected with the base plate, the base plate includes: a wrapping layer, a buffer layer, a mounting layer and a fixing layer, a layer of mounting layer is arranged on the fixing layer, and a layer of mounting layer is arranged on the mounting layer A buffer layer, a wrapping layer is arranged outside the installation layer and the buffer layer.

The wrapping layer is flame-retardant cloth.

The buffer layer is a foam filling structure, a hollow air cell structure or a sponge.

The installation layer is used for connecting the ski piece and the buffer layer, or fixing the compound ski unit and the ground.

The fixing layer is made of resin or other adhesives to fix the ski parts on the installation layer. The first fixing plate buckle and the second fixing plate buckle are arranged on both sides of the fixing layer for connecting the composite ski unit.

The height of the skis is staggeredly distributed on the bottom plate. The skis include a support and a sliding piece in contact with the skis. The sliding piece is connected to the support in a split type; The other end of the piece is fixed to the base plate.

The interior of the ski is a solid core structure.

The slider includes an upper hemisphere of the slider and a lower hemisphere of the slider, the upper hemisphere of the slider and the lower hemisphere of the slider cooperate with each other to form the slider, the slider is bulb-shaped or spherical, and the upper hemisphere of the slider It is a semicircular spherical surface, and the outer surface of the lower hemisphere of the slider is an inner concave arc surface.

The upper hemisphere of the slider is provided with a plurality of buckles, and the lower hemisphere of the slider is provided with a plurality of slots that cooperate with the buckles on the upper hemisphere of the slider; the upper hemisphere of the slider and the lower hemisphere of the slider The sliding part is formed by hemisphere fastening, and the upper hemisphere of the sliding part and the lower hemisphere of the sliding part are fastened up and down.

The support is a stainless steel rope.

The sliding part is made of plastic or composite fiber material, and the plastic is polyvinyl chloride; the composite fiber material includes fiberglass, resin, carbon fiber, electric jade powder and/or phenolic formaldehyde.

The beneficial effects of the present invention are:

Due to the unique split structure design of the ski piece structure in this technical solution, the materials of the ski piece and the support piece are different, and the support piece is made of soft stainless steel rope. This design not only satisfies the concept of the split structure, It also meets the "elasticity" requirements of the support. When the ski parts burn, the stainless steel rope will not burn, achieving the effect of flame retardancy.

The splicing gap of the slideway in this technical solution is small, and the sliding surface is soft, which solves the problem that the dry snow slideway in the prior art is easy to fall and injure people, and this technical solution makes the friction force of the slideway infinitely close due to the structural design of the ski parts The real snow level does not need to be slid by other auxiliary gliding methods such as sprinkling water, and the technical solution is easy to clean.

Description of drawings

Fig. 1 is the structural representation of ski piece in this technical scheme;

Fig. 2 is the left side view of ski in the present technical scheme;

Fig. 3 is the structural representation of technical scheme;

Fig. 4 is the left side view of this technical scheme;

reference sign

1. Slider 1, 2. Support piece, 3. Slider upper hemisphere, 4. Slider lower hemisphere, 5. Buckle, 501. First fixed plate buckle, 502. Second fixed plate buckle, 6 .card slot, 7. bottom plate, 701. wrapping layer, 702. buffer layer, 703. installation layer, 704. fixing layer.

Specific implementation methods:

Example 1:

A composite ski unit for downhill skiing, characterized in that the ski unit manufactured by the above method includes a bottom plate 7 and a number of ski parts, and the height of the ski parts is staggeredly distributed on the bottom plate 7; the ski parts include support parts 2 and the sliding part 1 in contact with the ski, the sliding part 1 is connected to the supporting part 2 in a split type;

Example 2:

A composite ski unit for downhill skiing, characterized in that the ski unit manufactured by the above method includes a bottom plate 7 and a number of ski parts, and the height of the ski parts is staggeredly distributed on the bottom plate 7; the ski parts include support parts 2 and the sliding part 1 in contact with the ski, the sliding part 1 is connected to the supporting part 2 in a split type;

The ski unit includes a bottom plate 7 and several ski parts connected to the bottom plate 7, the bottom plate 7 includes: a wrapping layer 701, a buffer layer 702, a mounting layer 703 and a fixing layer 704, and a layer of mounting layer is arranged on the fixing layer 704 703 , a buffer layer 702 is arranged on the installation layer 703 , and a wrapping layer 701 is arranged outside the installation layer 703 and the buffer layer 702 .

Example 3:

A composite ski unit for downhill skiing, characterized in that the ski unit manufactured by the above method includes a bottom plate 7 and a number of ski parts, and the height of the ski parts is staggeredly distributed on the bottom plate 7; the ski parts include support parts 2 and the sliding part 1 in contact with the ski, the sliding part 1 is connected to the supporting part 2 in a split type;

The ski unit includes a bottom plate 7 and several ski parts connected to the bottom plate 7, the bottom plate 7 includes: a wrapping layer 701, a buffer layer 702, a mounting layer 703 and a fixing layer 704, and a layer of mounting layer is arranged on the fixing layer 704 703 , a buffer layer 702 is arranged on the installation layer 703 , and a wrapping layer 701 is arranged outside the installation layer 703 and the buffer layer 702 .

The wrapping layer 701 is flame retardant cloth.

The buffer layer 702 is a foam filling structure, a hollow air cell structure or a sponge.

The installation layer 703 is used to connect the ski and the buffer layer 702, or to fix the composite ski unit and the ground.

Example 4:

A composite ski unit for downhill skiing, characterized in that the ski unit manufactured by the above method includes a bottom plate 7 and a number of ski parts, and the height of the ski parts is staggeredly distributed on the bottom plate 7; the ski parts include support parts 2 and the sliding part 1 in contact with the ski, the sliding part 1 is connected to the supporting part 2 in a split type;

The ski unit includes a bottom plate 7 and several ski parts connected to the bottom plate 7, the bottom plate 7 includes: a wrapping layer 701, a buffer layer 702, a mounting layer 703 and a fixing layer 704, and a layer of mounting layer is arranged on the fixing layer 704 703 , a buffer layer 702 is arranged on the installation layer 703 , and a wrapping layer 701 is arranged outside the installation layer 703 and the buffer layer 702 .

The wrapping layer 701 is flame retardant cloth.

The buffer layer 702 is a foam filling structure, a hollow air cell structure or a sponge.

The installation layer 703 is used to connect the ski and the buffer layer 702, or to fix the composite ski unit and the ground.

The fixing layer 704 is resin or other adhesives, so that the skis are fixed on the installation layer 703, and the first fixing plate buckle 501 and the second fixing plate buckle 502 are provided on both sides of the fixing layer 704 for Attach compound ski unit.

Example 5:

A composite ski unit for downhill skiing, characterized in that the ski unit manufactured by the above method includes a bottom plate 7 and a number of ski parts, and the height of the ski parts is staggeredly distributed on the bottom plate 7; the ski parts include support parts 2 and the sliding part 1 in contact with the ski, the sliding part 1 is connected to the supporting part 2 in a split type;

The ski unit includes a bottom plate 7 and several ski parts connected to the bottom plate 7, the bottom plate 7 includes: a wrapping layer 701, a buffer layer 702, a mounting layer 703 and a fixing layer 704, and a layer of mounting layer is arranged on the fixing layer 704 703 , a buffer layer 702 is arranged on the installation layer 703 , and a wrapping layer 701 is arranged outside the installation layer 703 and the buffer layer 702 .

The wrapping layer 701 is flame retardant cloth.

The buffer layer 702 is a foam filling structure, a hollow air cell structure or a sponge.

The installation layer 703 is used to connect the ski and the buffer layer 702, or to fix the composite ski unit and the ground.

The fixing layer 704 is resin or other adhesives, so that the skis are fixed on the installation layer 703, and the first fixing plate buckle 501 and the second fixing plate buckle 502 are provided on both sides of the fixing layer 704 for Attach compound ski unit.

The height of the skis is staggeredly distributed on the bottom plate 7. The skis include a support 2 and a sliding piece 1 in contact with the snowboard. The sliding piece 1 and the support 2 are connected in a split form; the sliding piece 1 is fixed on One end of the support 2 and the other end of the support 2 are fixed on the bottom plate 7 .

The interior of the ski is a solid core structure.

The slider 1 includes a slider upper hemisphere 3 and a slider lower hemisphere 4, the slider upper hemisphere 3 and the slider lower hemisphere 4 cooperate with each other to form the slider 1, and the slider 1 is bulb-shaped or spherical , the upper hemisphere 3 of the slider is a semicircular spherical surface, and the outer surface of the lower hemisphere 4 of the slider is a concave arc surface.

Embodiment 6:

A composite ski unit for downhill skiing, characterized in that the ski unit manufactured by the above method includes a bottom plate 7 and a number of ski parts, and the height of the ski parts is staggeredly distributed on the bottom plate 7; the ski parts include support parts 2 and the sliding part 1 in contact with the ski, the sliding part 1 is connected to the supporting part 2 in a split type;

The ski unit includes a bottom plate 7 and several ski parts connected to the bottom plate 7, the bottom plate 7 includes: a wrapping layer 701, a buffer layer 702, a mounting layer 703 and a fixing layer 704, and a layer of mounting layer is arranged on the fixing layer 704 703 , a buffer layer 702 is arranged on the installation layer 703 , and a wrapping layer 701 is arranged outside the installation layer 703 and the buffer layer 702 .

The wrapping layer 701 is flame retardant cloth.

The buffer layer 702 is a foam filling structure, a hollow air cell structure or a sponge.

The installation layer 703 is used to connect the ski and the buffer layer 702, or to fix the composite ski unit and the ground.

The fixing layer 704 is resin or other adhesives, so that the skis are fixed on the installation layer 703, and the first fixing plate buckle 501 and the second fixing plate buckle 502 are provided on both sides of the fixing layer 704 for Attach compound ski unit.

The height of the skis is staggeredly distributed on the bottom plate 7. The skis include a support 2 and a sliding piece 1 in contact with the snowboard. The sliding piece 1 and the support 2 are connected in a split form; the sliding piece 1 is fixed on One end of the support 2 and the other end of the support 2 are fixed on the bottom plate 7 .

The interior of the ski is a solid core structure.

The slider 1 includes a slider upper hemisphere 3 and a slider lower hemisphere 4, the slider upper hemisphere 3 and the slider lower hemisphere 4 cooperate with each other to form the slider 1, and the slider 1 is bulb-shaped or spherical , the upper hemisphere 3 of the slider is a semicircular spherical surface, and the outer surface of the lower hemisphere 4 of the slider is a concave arc surface.

The upper hemisphere 3 of the slider is provided with a plurality of buckles, and the lower hemisphere 4 of the slider is provided with a plurality of slots 6 that cooperate with the buckles on the upper hemisphere 3 of the slider; the upper hemisphere of the slider 3 is buckled with the lower hemisphere 4 of the slider to form the slider 1, and the upper hemisphere 3 of the slider is buckled with the lower hemisphere 4 of the slider up and down.

Embodiment 7:

A composite ski unit for downhill skiing, characterized in that the ski unit manufactured by the above method includes a bottom plate 7 and a number of ski parts, and the height of the ski parts is staggeredly distributed on the bottom plate 7; the ski parts include support parts 2 and the sliding part 1 in contact with the ski, the sliding part 1 is connected to the supporting part 2 in a split type;

The ski unit includes a bottom plate 7 and several ski parts connected to the bottom plate 7, the bottom plate 7 includes: a wrapping layer 701, a buffer layer 702, a mounting layer 703 and a fixing layer 704, and a layer of mounting layer is arranged on the fixing layer 704 703 , a buffer layer 702 is arranged on the installation layer 703 , and a wrapping layer 701 is arranged outside the installation layer 703 and the buffer layer 702 .

The wrapping layer 701 is flame retardant cloth.

The buffer layer 702 is a foam filling structure, a hollow air cell structure or a sponge.

The installation layer 703 is used to connect the ski and the buffer layer 702, or to fix the composite ski unit and the ground.

The fixing layer 704 is resin or other adhesives, so that the skis are fixed on the installation layer 703, and the first fixing plate buckle 501 and the second fixing plate buckle 502 are provided on both sides of the fixing layer 704 for Attach compound ski unit.

The height of the skis is staggeredly distributed on the bottom plate 7. The skis include a support 2 and a sliding piece 1 in contact with the snowboard. The sliding piece 1 and the support 2 are connected in a split form; the sliding piece 1 is fixed on One end of the support 2 and the other end of the support 2 are fixed on the bottom plate 7 .

The interior of the ski is a solid core structure.

The slider 1 includes a slider upper hemisphere 3 and a slider lower hemisphere 4, the slider upper hemisphere 3 and the slider lower hemisphere 4 cooperate with each other to form the slider 1, and the slider 1 is bulb-shaped or spherical , the upper hemisphere 3 of the slider is a semicircular spherical surface, and the outer surface of the lower hemisphere 4 of the slider is a concave arc surface.

The upper hemisphere 3 of the slider is provided with a plurality of buckles, and the lower hemisphere 4 of the slider is provided with a plurality of slots 6 that cooperate with the buckles on the upper hemisphere 3 of the slider; the upper hemisphere of the slider 3 is buckled with the lower hemisphere 4 of the slider to form the slider 1, and the upper hemisphere 3 of the slider is buckled with the lower hemisphere 4 of the slider up and down.

The supporting member 2 is a stainless steel rope.

The sliding part 1 is made of plastic or composite fiber material, and the plastic is polyvinyl chloride; the composite fiber material includes fiberglass, resin, carbon fiber, electric jade powder and/or phenolic.

Claims (6)

1. A composite ski unit for downhill skiing, characterized in that: the ski unit includes a bottom plate (7) and several ski parts, and the heights of the ski parts are distributed on the bottom plate (7); the ski parts include The supporting piece (2) and the sliding piece (1) in contact with the skis, the sliding piece (1) is connected to the supporting piece (2) in a split type; the sliding piece (1) is fixed at one end of the supporting piece (2) , the other end of the support (2) is fixed on the bottom plate (7); The bottom plate (7) includes: a wrapping layer (701), a buffer layer (702), an installation layer (703) and a fixing layer (704), and a layer of installation layer (703) is arranged on the fixing layer (704), so that A buffer layer (702) is provided on the installation layer (703), and a wrapping layer (701) is arranged outside the installation layer (703) and the buffer layer (702), and the wrapping layer (701) is a flame-retardant cloth , the buffer layer (702) is a foam filling structure, a hollow air cell structure or a sponge, and the installation layer (703) is a connecting fixture for connecting the ski piece and the buffer layer (702), or fixing the composite ski unit to the ground , the fixing layer (704) is resin or other adhesives, so that the ski is fixed on the installation layer (703), and the first fixing plate buckle (501) and the second fixing plate buckle (501) are arranged on both sides of the fixing layer (704). Two fixing plate buckles (502), used for connecting the composite ski unit. 2. A compound ski unit for downhill skiing according to claim 1, characterized in that: the interior of the ski is a solid structure. 3. A composite ski unit for downhill skiing according to claim 1, characterized in that: the sliding part (1) includes a sliding part upper hemisphere (3) and a sliding part lower hemisphere (4), the sliding part The upper hemisphere (3) of the slider (3) and the lower hemisphere (4) of the slider cooperate to form the slider (1), the slider (1) is bulb-shaped or spherical, and the upper hemisphere (3) of the slider is semicircular Spherical surface, the outer surface of the lower hemisphere (4) of the slider is an inner concave arc surface. 4. A compound ski unit for downhill skiing according to claim 3, characterized in that: the upper hemisphere (3) of the slider is provided with a plurality of buckles, and the lower hemisphere (4) of the slider There are a plurality of slots (6) that cooperate with the buckle of the upper hemisphere (3) of the slider; the upper hemisphere (3) of the slider and the lower hemisphere (4) of the slider are fastened to form the slider ( 1), the upper hemisphere (3) of the slider and the lower hemisphere (4) of the slider are fastened up and down. 5. A composite ski unit for downhill skiing according to claim 1, characterized in that: the support member (2) is a stainless steel rope. 6. A composite ski unit for downhill skiing according to claim 1, characterized in that: the sliding part (1) is made of plastic or composite fiber material, and the plastic is polyvinyl chloride; the composite fiber material Including fiberglass, resin, carbon fiber, electric jade powder and/or phenolic.