CN208830088U - A kind of high-performance damping and slide-prevention runway used for resident's daily exercise - Google Patents

Abstract

The utility model relates to move plastic cement race track apparatus field, and in particular to a kind of high-performance damping and slide-prevention runway used for resident's daily exercise successively includes basal layer, wire ring buffer layer, interlayer board and plastic layer from top to bottom；The wire ring buffer layer is wire ring structure, is provided with spring in the wire ring buffer layer, the axis of the spring is perpendicular to the wire ring buffer layer；The top surface of the plastic layer is equipped with antiskid fibrous net.The utility model has the beneficial effects that: by the wire ring buffer layer that wire ring structure is arranged between basal layer and plastic layer, and spring is set in the wire ring structure, the damping effect of runway described in the utility model is increased, the knee of exercisor is protected；Spring is set in wire ring buffer layer, ensure that the resilience performance of wire ring buffer layer, the design of wire ring structure ensure that the stability of wire ring buffer layer, and avoiding runway excessive lateral movement occurs influences its service life.

Description

A kind of high-performance damping and slide-prevention runway used for resident's daily exercise

Technical field

The utility model relates to move plastic cement race track apparatus field, and in particular to a kind of height used for resident's daily exercise Performance damping and slide-prevention runway.

Background technique

Plastic cement race track is also known as round-the-clock athletics tracks, it by base polyurethane prepolymer for use as, admixtured polyether, scrap tire rubber, EPDM rubber grain or PU particle, pigment, auxiliary agent, filler composition；Plastic cement race track is with flatness is good, compression strength is high, hardness bullet Property appropriate, stable physical property characteristic, be conducive to the performance of sportsman's speed and technology, effectively improve sports achievement；Perhaps Also all construction has plastic cement race track for more schools and public athletic ground, facilitates the demand that people's daily workout uses.

The purpose that the common common people take exercise is to improve physical fitness, but instructs in default of professional, because of fortune The incorrect of posture is moved, the movements such as running are easy to damage knee instead；And the rubber track after rain is more wet and slippery, is not wearing The injury that slips is easy in the case where the spikes of profession.

Utility model content

In order to overcome the defects of the prior art described above, the technical problem to be solved by the utility model is to designing a kind of tool Standby high-performance damping effect, while runway that can be effectively anti-skidding.

In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model are as follows: a kind of to make for resident's daily exercise High-performance damping and slide-prevention runway successively includes basal layer, wire ring buffer layer, interlayer board and plastic layer from top to bottom；

The wire ring buffer layer is wire ring structure, and spring is provided in the wire ring buffer layer, and the axis of the spring hangs down Directly in the wire ring buffer layer；

The top surface of the plastic layer is equipped with antiskid fibrous net.

Further, the interlayer board of the interlayer board including muti-piece, muti-piece is staggeredly put.

Further, the thickness of the material stainless steel of the interlayer board, the interlayer board is less than 0.3mm.

Further, the antiskid fibrous net is woven mesh structure, described antiskid fibrous to be provided with anti-skidding villus on the net.

Further, the length of the anti-skidding villus is less than 5mm, and the diameter of the anti-skidding villus is less than 0.07mm.

The utility model has the beneficial effects that: being subtracted by the wire ring that wire ring structure is arranged between basal layer and plastic layer Layer is shaken, and spring is set in the wire ring structure, increases the damping effect of runway described in the utility model, protection is taken exercise The knee of personnel；Spring is set in wire ring buffer layer, ensure that the resilience performance of wire ring buffer layer, the design of wire ring structure is protected The stability for having demonstrate,proved wire ring buffer layer, avoiding runway excessive lateral movement occurs influences its service life；Interlayer board is set It sets and avoids spring and directly contacted with plastic layer, excessive pressure is generated to plastic layer, reduces the service life of plastic layer；Simultaneously Interlayer board can uniformly feed back screen resilience caused by spring on plastic layer so that people when running on runway more Comfortably；Antiskid fibrous net is set in the top surface of plastic layer, further improves the non-skid property of runway, avoids people and running It slips in the process.

Detailed description of the invention

Fig. 1 is that a kind of high-performance damping and slide-prevention used for resident's daily exercise of specific embodiment of the present invention is run The partial sectional view in road；

Label declaration:

1, basal layer；

2, wire ring buffer layer；21, spring；

3, interlayer board；

4, plastic layer；41, antiskid fibrous.

Specific embodiment

For technology contents, the objects and the effects that the utility model is described in detail, below in conjunction with embodiment and match Attached drawing is closed to be explained.

The design of the utility model most critical is: the wire ring by the way that wire ring structure is arranged between basal layer and plastic layer Buffer layer, and spring is set in the wire ring structure, increase the damping effect of runway described in the utility model, protection forging The knee of refining personnel.

It please refers to shown in Fig. 1, a kind of high-performance damping and slide-prevention runway used for resident's daily exercise, from top to bottom successively Including basal layer 1, wire ring buffer layer 2, interlayer board 3 and plastic layer 4；

The wire ring buffer layer 2 is wire ring structure, is provided with spring 21 in the wire ring buffer layer 2, the spring 21 Axis is perpendicular to the wire ring buffer layer 2；

The top surface of the plastic layer 4 is equipped with antiskid fibrous 41 net.

As can be seen from the above description, a kind of above-mentioned high-performance damping and slide-prevention runway used for resident's daily exercise is beneficial Effect are as follows: by the way that the wire ring buffer layer 2 of wire ring structure is arranged between basal layer 1 and plastic layer 4, and in the wire ring structure Spring 21 is set, increases the damping effect of runway described in the utility model, protects the knee of exercisor；In wire ring damping Spring 21 is set in layer 2, ensure that the resilience performance of wire ring buffer layer 2, the design of wire ring structure ensure that wire ring buffer layer 2 Stability, avoiding runway excessive lateral movement occurs influences its service life；The setting of interlayer board 3 avoid spring 21 with Plastic layer 4 directly contacts, and generates excessive pressure to plastic layer 4, reduces the service life of plastic layer 4；Interlayer board 3 can simultaneously Screen resilience caused by spring 21 is uniformly fed back on plastic layer 4, so that people are more comfortable when running on runway；? Antiskid fibrous 41 net is arranged in the top surface of plastic layer 4, further improves the non-skid property of runway, avoids people in running process In slip.

Further, the interlayer board 3 of the interlayer board 3 including muti-piece, muti-piece is staggeredly put.

Seen from the above description, the interlayer board 3 of muti-piece is set, can both guarantee that interlayer board 3 reduces spring 21 to plastic layer 4 Generated pressure also adequately ensure that and adequately feed back screen resilience caused by spring 21 and wire ring buffer layer 2 to modeling On glue-line 4；The interlayer board 3 that is staggered is able to ascend runway overall structure stability described in the utility model.

Further, the thickness of the material stainless steel of the interlayer board 3, the interlayer board 3 is less than 0.3mm.

Seen from the above description, stainless steel is used to keep interlayer board 3 more durable as the material of the interlayer board 3；Interlayer The thickness of plate 3, which is less than 0.3mm, ensure that interlayer board 3 more can adequately feed back screen resilience caused by wire ring buffer layer 2.

Further, antiskid fibrous 41 net be woven mesh structure, described antiskid fibrous 41 be provided on the net it is anti-skidding Villus.

Seen from the above description, by the way that antiskid fibrous 41 net of woven mesh structure is arranged, and it is online antiskid fibrous 41 Anti-skidding villus is set, the non-skid property of the plastic layer 4 is increased.

Further, the length of the anti-skidding villus is less than 5mm, and the diameter of the anti-skidding villus is less than 0.07mm.

Seen from the above description, the length of anti-skidding villus is less than 5mm and diameter is less than 0.07mm, and ensure that will not should be anti- Sliding villus is too long and slightly non-skid property is caused to decline excessively.

It please refers to shown in Fig. 1, the embodiments of the present invention one are as follows: a kind of high-performance used for resident's daily exercise subtracts Anti- slippery runway is shaken, from top to bottom successively includes basal layer 1, wire ring buffer layer 2, interlayer board 3 and plastic layer 4；The wire ring damping Layer 2 is the three-dimensional web frame being interwoven by PVC filament, and spring 21, the axis of the spring 21 are provided in the wire ring buffer layer 2 Line is perpendicular to the wire ring buffer layer 2；The top surface of the plastic layer 4 is equipped with antiskid fibrous 41 net；Including described in muti-piece every The interlayer board 3 of laminate 3, muti-piece is staggeredly put；The thickness of the material stainless steel of the interlayer board 3, the interlayer board 3 is less than 0.3mm；Antiskid fibrous 41 net is woven mesh structure, and described antiskid fibrous 41 are provided with anti-skidding villus on the net；It is described anti- The length of sliding villus is less than 5mm, and the diameter of the anti-skidding villus is less than 0.07mm.

In conclusion a kind of high-performance damping and slide-prevention runway used for resident's daily exercise provided by the utility model, By the way that the wire ring buffer layer of wire ring structure is arranged between basal layer and plastic layer, and spring is set in the wire ring structure, The damping effect for increasing runway described in the utility model protects the knee of exercisor；Bullet is set in wire ring buffer layer Spring, ensure that the resilience performance of wire ring buffer layer, and the design of wire ring structure ensure that the stability of wire ring buffer layer, avoid race Excessive lateral movement, which occurs, for road influences its service life；The setting of interlayer board avoids spring and directly contacts with plastic layer, right Plastic layer generates excessive pressure, reduces the service life of plastic layer；Interlayer board can be by screen resilience caused by spring simultaneously In uniform feedback to plastic layer, so that people are more comfortable when running on runway；In the top surface of plastic layer, anti-skidding fibre is set Net is tieed up, the non-skid property of runway is further improved, avoids people and slip during running；The interlayer board of muti-piece is set, Both it can guarantee that interlayer board reduced spring to pressure caused by plastic layer, also adequately ensure that spring and wire ring buffer layer Generated screen resilience is adequately fed back on plastic layer；The interlayer board that is staggered is able to ascend described in the utility model Runway overall structure stability；Stainless steel is used to keep interlayer board more durable as the material of the interlayer board；The thickness of interlayer board Degree, which is less than 0.3mm, ensure that interlayer board more can adequately feed back screen resilience caused by wire ring buffer layer；It is compiled by setting The antiskid fibrous net of reticular structure is knitted, and anti-skidding villus is set on the net antiskid fibrous, increases the skid resistance of the plastic layer Energy；The length of anti-skidding villus is less than 5mm and diameter and is less than 0.07mm, ensure that will not to should be anti-skidding villus too long and slightly cause excessively Non-skid property decline.

The above description is only the embodiments of the present invention, and therefore it does not limit the scope of the patent of the utility model, all Equivalents made based on the specification and figures of the utility model are applied directly or indirectly in relevant technology neck Domain is also included in the patent protection scope of the utility model.

Claims (5)

1. a kind of high-performance damping and slide-prevention runway used for resident's daily exercise, which is characterized in that successively include from top to bottom Basal layer, wire ring buffer layer, interlayer board and plastic layer；

The wire ring buffer layer is wire ring structure, is provided with spring in the wire ring buffer layer, the axis of the spring perpendicular to The wire ring buffer layer；

The top surface of the plastic layer is equipped with antiskid fibrous net.

2. the high-performance damping and slide-prevention runway according to claim 1 used for resident's daily exercise, which is characterized in that packet The interlayer board of muti-piece is included, the interlayer board of muti-piece is staggeredly put.

3. the high-performance damping and slide-prevention runway according to claim 1 used for resident's daily exercise, which is characterized in that institute The material stainless steel of interlayer board is stated, the thickness of the interlayer board is less than 0.3mm.

4. the high-performance damping and slide-prevention runway according to claim 1 used for resident's daily exercise, which is characterized in that institute Stating antiskid fibrous net is woven mesh structure, described antiskid fibrous to be provided with anti-skidding villus on the net.

5. the high-performance damping and slide-prevention runway according to claim 4 used for resident's daily exercise, which is characterized in that institute The length for stating anti-skidding villus is less than 5mm, and the diameter of the anti-skidding villus is less than 0.07mm.