CN208770806U - Intelligent skis - Google Patents

Abstract

The utility model provides a kind of intelligent skis, belong to skis manufacture technology field, the intelligence skis includes stacking gradually and suppressing from bottom to up the bottom plate being integrated, plate core and plate face, plate core embeds a battery housing unit, battery housing unit includes shell and the mainboard and battery module that are packaged in shell, is equipped with heat-barrier material around battery module；Main control chip and sensor module are provided on mainboard, mainboard is electrically connected with battery module.The intelligent conversion that the utility model intelligence skis passes through slumber and working condition in plate core embedded battery housing unit, the exposed magnetic-type charging connector of setting and built-in indicator light and realization sensor module, making skis not only has intensity, elasticity and reliability possessed by general skis, the skiing parameters such as skis track, skiing posture can also be recorded, the skiing enjoyment of slider is enhanced.

Description

Intelligent skis

Technical field

The utility model belongs to skis manufacture technology field, and in particular to a kind of intelligence skis.

Background technique

Skiing is one because the conditions such as skiing speed, skiing movement and skiing situations require relatively high extreme sport, institute Must have enough intensity and elasticity with skis, prevent from causing during skiing because pressure is excessive plate body deform or It cracks at material bonding.The structure of conventional snowboard designs for sandwich structure, i.e. plate face, bottom plate and plate core, each layer all by The materials such as the wooden or glass fibre of multilayer are suppressed.Skis global shape it is general as shown in Figure 1, include plate waist 01 and Positioned at plate waistband portion upwarp wrench 02 and positioned at the upper wraping plate tail 03 of plate waist tail portion, plate waist 01 and wrench 02, plate tail 03 are usual Be spliced, wherein the skis of Camber (arch) template plate waist 01 to have between wrench 02, plate tail 03 one it is apparent Transition region 04 can effectively improve the buoyancy for entering curved ability and powder snow of skis；The cross section of plate waist 01 it is usually domed and It is non-horizontal, primarily to escaping barrier during skiing, and it is conducive to improve sliding speed.

As skiing is more more and more universal, traditional skis has been unable to meet slider and more and more skis experience Demand, dealer monitor user's skiing data by adding sensor module (and its supplying cell) in conventional snowboard structure To enhance the skiing enjoyment and experience of slider.Traditional way is that sensor module (and supplying cell) is arranged in skis Panel on, because skiing intensity is big, easy collision obstacle in motion process, and skis application environment is moist, sensor Module is easy to damage or breaks down, while external component can also have an impact the balance quality of skis itself, using effect Fruit is simultaneously bad.

Utility model content

Against the above deficiency, the purpose of the utility model is to provide a kind of embedded sensors module and the high, bullets with intensity Property it is good, charging safe and convenient intelligent skis.

The above problem of the utility model is solved by following technical scheme:

A kind of intelligence skis, including stacking gradually and suppressing the bottom plate being integrated (3), plate core (1) and plate from bottom to up Face (4), the plate core (1) are embedded with a battery housing unit (5), and battery housing unit (5) includes shell and is packaged in shell Mainboard (53) and battery module (54), battery module is equipped with heat-barrier material around (54)；Mainboard is provided with master on (53) Control chip and sensor module, mainboard (53) are electrically connected with battery module (54).

In above-mentioned intelligence skis, the heat-barrier material is thermal isolation film made of foamed plastics.

In above-mentioned intelligence skis, the shell of battery housing unit (5) includes the box body (51) of upper opening and is covered on box body The battery case lid (52) of opening, box body (51) are by the fine thermoplastic plastic rubber (ABS+PC) synthesized of polycarbonate and polypropylene It is made, battery case lid (52) is connected to the surrounding of box body (51) by gluing.

In above-mentioned intelligence skis, the shell of battery housing unit (5) includes the box body (51) of upper opening and is covered on box body The battery case lid (52) of opening is provided with a reinforcement glass mat (23) between the plate core (1) and panel (4), reinforce Glass mat (23) covers the upper surface of battery case lid (52).

In above-mentioned intelligence skis, the support column (513) for being used to support mainboard (53), strong glass fibers are equipped in box body (51) Dimension plate (23), battery case lid (52) and mainboard (53) are fixed together by the support column (513) of bolt and box body (51).

In above-mentioned intelligence skis, the side of mainboard (53) towards the panel (4) is provided with a luminescent screen (533), hair Tabula rasa (533) is electrically connected to main control chip, and shell, reinforcement glass mat (23) and the panel (4) of battery housing unit (5) are Translucent material is made.

In above-mentioned intelligence skis, the luminescent screen (533) is cold light panel or light guide plate, wherein the thickness of light guide plate is small In 1mm.

In above-mentioned intelligence skis, the battery of the battery module (54) is rechargeable battery, and battery module (54) is built-in There is GPS ceramic antenna.

Above-mentioned intelligence skis further includes a charging connector (6), and the terminals of charging connector (6) are electrically connected to mainboard (53) Main control chip and battery module (54) battery, the top surface of charging connector (6) is laid with magnet as connector contacts, through anti-oxidant The connector contacts of processing are exposed to the upper surface of panel (4).

In above-mentioned intelligence skis, the sensor module includes GPS, bluetooth, gyroscope, pressure gauge and magnetometer, In, gyroscope can cooperate main control chip and corresponding application program realize sensor module slumber and working condition it Between automatic conversion function.

By adopting the above technical scheme, the utility model has following technical effect that

(1) the utility model intelligence skis is packaged in plate core embedded battery housing unit, the shell of battery housing unit Mainboard and battery module are provided with main control chip and sensor module on mainboard, are able to record skis track, skiing posture etc. Skiing parameter, enhances the skiing enjoyment of slider；Battery module is built-in with GPS ceramic antenna, and battery module surrounding is laid with heat-insulated Material prevents battery of burning when laminating technique production through high temperature；

(2) battery of battery module can be rechargeable battery, be electrically connected to the charging connector of mainboard and battery using magnetic Suction connector contacts, connector contacts are exposed to the upper surface of panel after anti-oxidant treatment, and the charging connector is small in size, charging Fastly, securely and reliably, battery charging and data-transformation facility can be achieved at the same time；

(3) luminescent screen is set towards the mainboard back side of panel, the light that luminescent screen issues can pass through made of translucent material Battery case lid, panel appear, and can be used as the working condition of indicator light instruction battery housing unit；

(4) slumber and work of main control chip and sensor module (gyroscope) fit applications program to sensor module Make state and carry out intelligent conversion, the malfunction of automatic identification sensor module can increase effective work of sensor module It is time, user-friendly；

(5) battery case lid upper surface, which adds, reinforces glass mat to enhance knot of the intelligence skis in stress bending Structure intensity, so that the skis has preferable intensity, elasticity and reliability.

Detailed description of the invention

Fig. 1 is the overall structure figure of existing conventional snowboard；

Fig. 2 is the layer structure decomposition diagram of the plate waist portions of existing conventional snowboard；

Fig. 3 is the layer structure decomposition diagram of the plate waist portions for the embodiment that the utility model is intelligently skied；

Fig. 4 is the layer structure decomposition diagram of the plate waist portions for the optimal enforcement example that the utility model is intelligently skied；

Fig. 5 is the structural decomposition diagram of the utility model battery housing unit；

Fig. 6 is the front view of mainboard.

Appended drawing reference indicates in figure are as follows:

01: plate waist, 02: wrench, 03: plate tail, 04: transition region；

1: plate core, 11: plate body, 12: groove；

21: the first glass layers, 211: first through hole；22: the second glass layers；23: reinforcing glass mat；

3: bottom plate；4: panel, 41: the second through-holes；

5: battery housing unit, 51: box body, 511: first area, 512: second area, 513: support column；52: battery case Lid, 521: third through-hole；53: mainboard, 531: patch jack, 532: mounting hole, 533: luminescent screen；54: battery module (is built-in with GPS ceramic antenna)；

6: charging connector.

Specific embodiment

There are many types for skis, by taking Fig. 1, conventional snowboard shown in Fig. 2 as an example, in layer structure, and skis plate waist The layer structure of 01 part includes the plate core 1 positioned at middle part, the panel 4 positioned at top, the bottom plate 3 positioned at bottom and is located at plate The first glass layer 21 between core 1, panel 4 and the second glass layer 22 between plate core 1, bottom plate 3, each layer are logical Cross pressing mode integrated molding.

It records skiing parameter, record in order to meet slider and shares skiing posture, display skiing data to improve cunning The demand of technical ability, enhancing skiing enjoyment is avenged, the utility model intelligence skis is on the basis of existing skis in the embedded electricity of plate core 1 Pond housing unit simultaneously laminates process through high temperature and forms.Battery housing unit include shell and the mainboard being packaged in shell and Battery module is provided with sensor module on mainboard, and mainboard is electrically connected with battery module, and be equipped with around battery module every Hot material.Above structure makes the utility model skis not only and has intensity possessed by general skis, elasticity and reliable Property, additionally it is possible to the skiing parameters such as skis track, skiing posture are recorded, the skiing enjoyment of slider is enhanced.The utility model institute The intelligent skis mentioned includes double plates, veneer or other kinds of skis, in order to save cost, the skis of double board types Battery housing unit is usually only installed in a wherein plate.Below in conjunction with the drawings and specific embodiments (with a certain type skis For), the utility model intelligence skis is described in detail.

Fig. 3 shows the specific embodiment of 01 part of plate waist in intelligent skis.The plate core 1 can be by multilayer timber, glass The materials such as fiber, carbon fiber are bonded by compacting.The plate body 11 of plate core 1 is equipped with an opening upwards close to the side of wrench 02 Groove 12, the groove 12 be used for placing battery housing unit 5.As shown in figure 5, battery housing unit 5 includes shell and is packaged in Mainboard 53 and battery module 54 in shell, shell include box body 51 and battery case lid 52, and box body 51 is the box-like knot of upper opening Structure, size and the groove 12 of box body 51 match, and two regions being connected, respectively first area are divided into inside box body 51 511 and second area 512, the edge of first area 511 be arranged at intervals with multiple support columns 513, be used to support mainboard 53, second Region 512 is used for placing battery module 54, and battery module 54 can be directly connected in second area 512, wherein battery module 54 are built-in with GPS ceramic antenna；Battery case lid 52 is covered in the opening of box body 51, and mainboard 53 and battery module 54 are packaged in In box body 51.Battery case lid 52 in box body 51 on the inboard wall of cartridge adjacent with battery module 54 and above battery module 54 Lower surface is laid with the heat-barrier material of one layer of 0.5mm-1mm thickness, and heat-barrier material wraps up battery module 54, prevents skis Battery when production in burn box body 51, the heat-barrier material can be porous material, heat-reflecting material and vacuum material, examine Consider the protection to battery module 54, preferably with preferable damping, anticorrosion ability foamed plastics made of thermal isolation film, should Thermal isolation film good heat-insulation effect and thickness is small.

The thermoplastic plastic rubber (ABS+PC) of polycarbonate and the fine synthesis of polypropylene can be used in the box body 51 of battery housing unit 5 It is made, this modified plastics has higher impact resistance, heat resistance and hardness, is suitable for skiing application.

The battery of battery module 54 is rechargeable battery, and this rechargeable battery is small in size, energy consumption is small, stand-by time is long, Operating temperature range is -40 DEG C~65 DEG C, and battery of burning when high temperature laminates in order to prevent needs to be laid with around battery heat-insulated Material.

Referring to Fig. 6, be provided on mainboard 53 main control chip being electrically connected to each other, storage unit and corresponding processing circuit with And sensor module, sensor module include GPS, bluetooth, gyroscope, pressure gauge and magnetometer, mainboard 53 is provided with electronics member The one side of part is front, and the back side of mainboard 53 is equipped with a luminescent screen 533 for being electrically connected to main control chip, can be used as indicator light with Show the working condition of battery housing unit 5.When installation, mainboard 53 can by glue sticking at the top of support column 513, mainboard 53 Just facing towards the bottom of box body 51, the end of mainboard 53 is provided with row's patch jack 531.In the embodiment shown in fig. 3, main Threaded hole is respectively arranged in plate 53,52 corresponding position of battery case lid, and threaded hole is aligned with the threaded hole on support column 513, can pass through spiral shell The support column 513 of battery case lid 52, mainboard 53 and box body 51 is fixed together by bolt.

The external charging connector 6 of battery housing unit 5, for charging to battery module 54 and carrying out data biography with mainboard 53 Defeated, charging connector 6 is to minimize magnetic-type charging connector, and easy to use, one-hand operation arbitrarily plugs；Charging shown in Fig. 3 Connector 6 is cylindrical structure, and the third through-hole 521 that the terminals of charging connector 6 pass through battery case lid 52 is welded on mainboard 53 On patch jack 531, so that charging connector 6 is connected to mainboard 53 and battery module 54, charging connector 6 is set on the first glass It is in the first through hole 211 and the second through-hole 41 of fibrous layer 21 and the setting of 4 corresponding position of panel and fixed, so that in charging connector 6 In panel 4, the top surface of charging connector 6 is laid with magnet as connector contacts, and connector contacts are exposed to the upper surface of panel 4. Connector contacts have done anti-oxidant treatment, and each contact carries out charging and the connection of data line using magnetic mode.

In order to indicate the working condition of mainboard 53 and battery module 54, in the embodiment, intelligent skis carries on the back mainboard 53 The luminescent screen 533 in face is used as indicator light, luminescent screen 533 can for a thickness of 3mm and cold light panel resistant to high temperature or thickness less than The light guide plate of 1mm, light guide plate is small relative to cold light panel power, brightness is high, elasticity is good, has wider operating temperature range (- 60 DEG C~120 DEG C), it is more suitable in the utility model intelligence skis.When mainboard 53 and battery module 54 work normally, luminescent screen 533 shine, and battery case lid 52, the first glass layer 21 and panel 4 above luminescent screen 533 are translucent material system At the light that luminescent screen 533 issues can appear.

Increase the effective time of battery housing unit 5 in intelligent skis, the master installed on mainboard 53 for power saving Control chip and gyroscope connected applications program can control the state conversion of sensor module, and the state of sensor module generally may be used It is divided into slumber, working condition and malfunction.When skis is static, sensor module is sunk into sleep standby, is only had at this time The electric current of 3mA-5mA maintains main control chip working condition, for perceiving skis state change at any time；When gyroscope senses shake When dynamic, overturning or displacement, other sensors module is waken up into working condition to record data；When event occurs for sensor module When barrier, main control chip issues instruction, indicator light indicating fault status.

Plate core 1 is the most important part of skis, is the source of skis longitudinal direction strength and intensity, usually by delta wood Material is bonded together by compacting, can also be using other materials such as glass fibre, carbon fibers, usually by numerical control machine in addition to timber Bed is accurately cut into required shape.Referring to Fig. 3 and Fig. 4,11 thickness of plate body of plate core 1 is wide generally between 8mm-13mm Degree opens up groove 12 in 11 thicker part of plate body (front for being normally at ski binding) between 42mm-45mm, to guarantee The slot bottom of groove 12 has certain thickness, and groove depth is not more than 7mm；Correspondingly, the size phase of the size of battery housing unit 5 and groove 12 Matching, the depth of box body 51 is usually no more than 6mm, width is no more than 40mm.It causes to make up the fluting of plate core 1 to skis The influence of performance when production, increases by one layer of reinforcement glass between the battery case lid 52 of battery housing unit 5 and the first glass layer 21 Glass fiberboard 23 is reinforced 23 size of glass mat and is made according to the size of battery case lid 52, to cover battery case lid 52, added Structural strength of the strong skis when stress is bent at fluting.

When production, the terminals of charging connector 6 are first sequentially passed through to the through-hole and battery case lid for reinforcing glass mat 23 52 third through-hole 521 is soldered to the patch jack 531 of mainboard 53, then successively just facing towards the bottom of box body and is gluing mainboard 53 It is connected on the support column 513 of box body first area 511, battery module 54 is installed in the second area 512 of box body 51, is used in combination Mainboard 53 and battery module 54 are electrically connected by conducting wire；Battery case lid 52 is covered on the opening of box body 51 and surrounding bonding, or The support column 513 for reinforcing glass mat 23, battery case lid 52, mainboard 53 and box body 51 is fixedly connected on one by bolt It rises；Charging connector 6 is successively set in the first through hole 211 for the first glass layer 21 being mutually aligned and the second of panel 4 is led to In hole 41；Packaged battery housing unit 5 is placed in the groove 12 of plate core 1.

In the embodiment, what the first glass layer 21, the second glass layer 22 and reinforcement glass mat 23 were formed Fibrous layer carries out the reinforcing in structure to skis, can reinforce structural strength of the skis in stress bending, prevent simultaneously Water immerses skis.

It is assembled with upper-part according to above-mentioned connection relationship and laminates process through high temperature and form intelligent skis, the intelligence For skis by being embedded in battery housing unit 5 in plate core 1, encapsulation mainboard 53 and battery module 54 in the shell of battery housing unit 5 are main Main control chip and sensor module are set on plate 53, are able to record the skiing parameters such as skis track, skiing posture, enhancing skiing The skiing enjoyment of person；GPS ceramic antenna built in battery module 54, battery module surrounding are laid with heat-barrier material, prevent folded through high temperature It burns battery when pressure technique production；The battery of battery module 54 can be rechargeable battery, be electrically connected to mainboard 53 and battery Charging connector 6 uses magnetic-type connector contacts, and connector contacts are exposed to the upper surface of panel 4 after anti-oxidant treatment, the charging Connector 6 is small in size, and charging is fast, securely and reliably, battery charging and data-transformation facility can be achieved at the same time；Towards the mainboard of panel 4 Luminescent screen 533 is arranged in 53 back sides, and it is saturating that the light that luminescent screen 533 issues can pass through the battery case lid 52 made of translucent material, panel 4 Out, it can be used as the working condition of indicator light instruction battery housing unit 5；Main control chip and gyroscope fit applications program realize sensing Device module automatic conversion between slumber and working condition, and the malfunction of automatic identification sensor module, Neng Gouzeng Add the effective time of sensor module, it is user-friendly；52 upper surface of battery case lid, which adds, reinforces glass mat 23 To enhance structural strength of the intelligence skis in stress bending, so that the skis has preferable intensity, elasticity and can By property.

The manufacturing process of the intelligence skis, comprising the following steps:

Step 1, plate core 1 are slotted: the plate core 1 made is passed through three-shaft linkage profiling machine in the side close to wrench 02 Gong goes out the shape of preset groove 12.

Step 2, the production and encapsulation of battery housing unit 5: the shape of groove 12 and setting for box body opened up according to plate core 1 Meter requires production box body mold, thermoplastic plastic rubber (ABS+PC) is filled in box body mold, and box body mold is placed in 120 On the injection molding machine of ton, injection molding obtains the box body 51 of battery housing unit 5；Box cover mold is designed and produced according to battery case lid 52, is used Same material and method obtain battery case lid 52；By the inner surface of the second area 512 of box body 51 and it is located at second area The bottom surface section of the battery case lid 52 of 512 tops is laid with the heat-barrier material of one layer of 0.5mm-1mm thickness, then by charging connector 6 terminals sequentially pass through reinforce the through-hole of glass mat 23, the third through-hole 521 of battery case lid 52 is soldered to and makes Mainboard 53 is adhered on the support column 513 of box body 51, battery module by the patch jack 531 of mainboard 53 by epoxide-resin glue 54 are directly installed in box body 51, and are electrically connected with mainboard 53, are measured by special tester and confirm basic circuit logic And data-transformation facility, surrounding below battery case lid 52 is painted into glue, and be laminated on box body 51, by press by mainboard 53 and battery module 54 be packaged in box body 51, obtain battery housing unit 5；Or glass mat 23, mainboard 53, electricity will be reinforced The threaded hole of 52 corresponding position of pond box cover is aligned with the threaded hole on support column 513, by bolt will reinforce glass mat 23, The support column 513 of battery case lid 52, mainboard 53 and box body 51 is fixed together, and is formed battery housing unit 5, is embedded with The plate core of battery housing unit 5.

Step 3, skis enter mould: after uniformly painting release agent in skiing board mold, successively putting from bottom to top in mold Bottom set plate 3, the plate core 1 for being embedded with battery housing unit 5, reinforces glass mat 23, the first glass fibers at second glass layer 22 Layer 21 and panel 4 are tieed up, and paints glue between adjacent two layers, finally covers one layer of UV film on panel 4 again.

It is as follows specifically to enter mould process in step 3: opening the skiing board mold made, and cleans out, template die of skiing Release agent uniformly is painted in tool, the bottom plate 3 made is put into lower die, and plate upper surface is painted into one layer of glue, then bottom plate 3 On be put into the second glass layer 22, one layer of glue is painted on the second glass layer 22, places into plate core 1, and in the upper of plate core 1 One layer of glue is painted in surface and groove 12, then packaged battery housing unit 5 is put into the groove 12 of plate core 1, battery One layer of glue is brushed on box cover 52 and covers one block of reinforcement glass mat 23, and one layer of glue is brushed on reinforcing glass mat 23, on Portion covers the first glass layer 21, and charging connector 6 is set in the first through hole 211 of the first glass layer 21；So One layer of glue is painted in 21 upper surface of the first glass layer afterwards, is put into panel 4, and covers one layer of UV film on panel 4, wherein UV film for preventing the coating of panel 4 from scratching, and play the role of it is anti-skidding, while also with highlighting beautification function.

The material of panel 4 can be thermoplastic polyurethane elastomer (TPU), this is a kind of environment-friendly materials of maturation, have The characteristics such as intensity height, good toughness, wear-resisting, water-fast, cold-resistant, can be made into light penetrating panel, can make indicator light (i.e. luminescent screen 533) Light appears；The making material of bottom plate 3 can be thermoplastic elastomer (TPE) (TPE), which has the elasticity of rubber at normal temperature, high Temperature is lower to have the molding a kind of elastomer of plasticization, has good uvioresistant, weatherability, high-temperature stability, is suitable for length Phase is for outdoor occasion；As to skis there is reinforcing and waterproof to immerse the fibrous layer of function, tensile strength is big, heat resistance It is good.

Step 4 laminates molding: above-mentioned mold being put into molding machine, setting temperature is 100-110 DEG C, bears 50 tons Pressure carries out compression process, and cooling die sinking, i.e., plastic after 15 minutes.

Step 5, trimming finishing: the material extra to panel 4, bottom plate 3 uses hot-melting sealed by bead cutter trimming Ski edge edge；Grinding process is carried out to panel 4 and bottom plate 3 by sander, and by UV machine, ski surface is carried out UV processing.

Wherein, UV processing is that a kind of mode of reinforcing and processing surface is carried out with epoxy resin, can play antipollution and have Effect absorbs ultraviolet light, enhances wearability, delays product aging and easy cleaned effect.

Glue used in above-mentioned steps is that epoxy resin and amine curing agent are mixed in a certain proportion glue made of modulation, Epoxy resin content is higher, and the curing time of glue is longer, and bonding effect is poor, and amine-type cure agent content is higher, when leading to adhesive curing Between it is shorter, it is possible to material can be caused to have little time to stack because curing time is short, is fixed, glue has been cured, so that material is attached Put forth effort to be deteriorated, to fall off easily.It therefore, is the optimal combination for reaching bonding effect and firm time, epoxy resin and amine The preferred mixed proportion of curing agent is 100:33.2~38.6.

Optimal enforcement example

The structure of the embodiment as shown in figure 4, intelligent skis in the embodiment it is different from aforementioned embodiments it It is in simplifying technique, the first glass layer 21 is integrated with panel 4, i.e., by the lower surface brush glass fibers of panel 4 Layer is tieed up, panel 4 directly has the glass fibre of light transmission to be made, the second glass layer 22 is integrated with bottom plate 3, i.e. bottom plate 3 Upper surface brush glass layer, bottom plate 3 still has thermoplastic elastomer (TPE) (TPE) to be made, paints one layer of glass in the upper surface of bottom plate 3 Glass fiber reinforces skis；Simultaneously still retain reinforce glass mat 23, for the intensity to battery housing unit 5 into Row is reinforced.The panel 4 of the embodiment is made of high strength glass fiber, and this fiberglass tensile intensity is high, anti-twisting property By force, panel 4 is located at top layer and light transmission, and the light that the luminescent screen 533 at 53 back side of mainboard can be made to issue appears, to indicate skis Working condition.

When production, which is only that step 3 skis enters mold process and is slightly different with aforementioned embodiments, that is, exists After uniformly painting release agent in skiing board mold, the plate that bottom plate 3 is embedded with battery housing unit 5 is sequentially placed in mold from bottom to top Core 1 reinforces glass mat 23 and panel 4, and paints glue between adjacent two layers, finally covers one layer of UV film on panel 4 again.

Test

By the intelligent skis of the utility model and existing Camber template skis shown in FIG. 1 in essentially identical specification Under tested (based on similar template and size), wherein flexibility test, adhesive force test, tensile test and pat test point Not Cai Yong flexibility test machine, torsiometer, fracture test machine and pat test machine tested, and carried out immersion test, specifically Test result is as shown in table 1.

1 the utility model intelligence skis of table and existing skis test result

As can be seen from Table 1: it is sliding that the utility model intelligence skis is not only able to record skis track, skiing posture etc. Parameter is avenged, the skiing enjoyment of slider is enhanced, also there is intensity, elasticity and reliability or even property possessed by general skis The skis of existing maturation can be better than.

The plate core embedded sensors module of the utility model intelligence skis, is able to detect skiing posture, the cunning of slider The data such as track are avenged, also there is good tensile strength and bending strength.

It will be appreciated by those skilled in the art that these embodiments are merely to illustrate the utility model, without limitation, this is practical new The range of type, the various equivalent variations and modification made to the utility model belong to the utility model disclosure.

Claims (10)

1. a kind of intelligence skis, including stacking gradually and suppressing the bottom plate being integrated (3), plate core (1) and plate face from bottom to up (4), which is characterized in that the plate core (1) is embedded with a battery housing unit (5), and battery housing unit (5) includes shell and encapsulation In mainboard (53) and battery module (54) in shell, battery module is equipped with thermal insulation layer around (54)；Mainboard is set on (53) It is equipped with main control chip and sensor module, mainboard (53) is electrically connected with battery module (54).

2. intelligence skis according to claim 1, which is characterized in that the thermal insulation layer is heat-insulated made of foamed plastics Film.

3. intelligence skis according to claim 1, which is characterized in that the shell of battery housing unit (5) includes upper opening Box body (51) and the battery case lid (52) that is covered at box opening.

4. intelligence skis according to claim 1, which is characterized in that the shell of battery housing unit (5) includes upper opening Box body (51) and the battery case lid (52) that is covered at box opening, be provided between the plate core (1) and panel (4) one plus Strong glass mat (23), reinforces the upper surface of glass mat (23) covering battery case lid (52).

5. intelligence skis according to claim 4, which is characterized in that be equipped in box body (51) and be used to support mainboard (53) Support column (513), strong glass mat (23), battery case lid (52) and mainboard (53) are fixedly connected on support column (513) Together.

6. intelligence skis according to claim 4, which is characterized in that side of the mainboard (53) towards panel (4) It is provided with a luminescent screen (533), luminescent screen (533) is electrically connected to main control chip, and the shell of battery housing unit (5) reinforces glass Fiberboard (23) and panel (4) are made of translucent material.

7. intelligent skis according to claim 6, which is characterized in that the luminescent screen (533) is cold light panel or light guide plate, Wherein, the thickness of light guide plate is less than 1mm.

8. intelligence skis according to claim 1, which is characterized in that the battery of the battery module (54) is chargeable Battery, battery module (54) are built-in with GPS ceramic antenna.

9. intelligence skis according to claim 8, which is characterized in that further include a charging connector (6), charging connector (6) terminals are electrically connected to the main control chip of mainboard (53) and the battery of battery module (54), the top surface paving of charging connector (6) If magnet, as connector contacts, the connector contacts through anti-oxidant treatment are exposed to the upper surface of panel (4).

10. intelligence skis according to any one of claims 1 to 9, which is characterized in that the sensor module includes One of GPS, bluetooth, gyroscope, pressure gauge and magnetometer or multiple combinations, wherein gyroscope can cooperate main control chip And corresponding application program realizes the function of sensor module automatic conversion between slumber and working condition.