阅读说明：本技术 智能固定器及安装有该智能固定器的智能滑雪板 (Intelligent fixer and intelligent snowboard provided with same ) 是由 曲松 林哲光 刘延斌 姚尧 于 2018-07-04 设计创作，主要内容包括：本发明提供一种智能固定器及安装有该智能固定器的智能滑雪板,该智能固定器包括固定器底座以及通过固定器底座安装于滑雪板面板上的前固定器和后固定器,所述固定器底座上安装有主板单元以及给主板单元供电的电池单元,主板单元安装于固定器底座内,包括主板外壳以及封装于主板外壳内的主板,主板上设置有主控芯片和传感器模块；主板单元和电池单元可封装为一体作为智能单元安装在前固定器和后固定器之间。本发明将设有传感器模块的主板单元或智能单元安装于固定器底座上,使得传感器模块免受潮湿环境影响,不易损坏,能够延长传感器模块的寿命；可拆卸方式安装电池单元或智能单元,便于更换电池,更好实现增强滑雪者的滑雪乐趣的目的。(The invention provides an intelligent fixer and an intelligent snowboard provided with the intelligent fixer, wherein the intelligent fixer comprises a fixer base, a front fixer and a rear fixer, wherein the front fixer and the rear fixer are arranged on a snowboard panel through the fixer base; the main board unit and the battery unit may be packaged as one body to be mounted between the front holder and the rear holder as an intelligent unit. According to the invention, the main board unit or the intelligent unit provided with the sensor module is arranged on the base of the fixer, so that the sensor module is not influenced by a humid environment and is not easy to damage, and the service life of the sensor module can be prolonged; the detachable mode installs battery unit or intelligent unit, is convenient for change the battery, better realizes the purpose that strengthens skier's skiing enjoyment.)

1. The utility model provides an intelligence fixer, includes preceding fixer (02), back fixer (03) and fixer base (01), and preceding fixer (02) and back fixer (03) are fixed in on skis panel (1) through fixer base (01), its characterized in that, install mainboard unit (2) and for battery unit (3) of mainboard unit (2) power supply on fixer base (01), mainboard unit is embedded in the fixer base, includes mainboard shell and mainboard (23) of encapsulation in the mainboard shell, is provided with main control chip and sensor module on the mainboard.

2. The intelligent fixator according to claim 1, wherein the fixator base (01) is a one-piece plate body, the front fixator (02) is fixed at the front end of the plate body, the rear fixator (03) is fixed at the rear end of the plate body, the main plate unit (2) is embedded in the front end of the fixator base (02), and the battery unit (3) is embedded in the fixator base (01) between the front fixator (02) and the rear fixator (03); the main board unit (2) and the battery unit (3) are electrically connected through a lead.

3. The intelligent fixer according to claim 2, wherein the main board housing of the main board unit (2) comprises a main board box (21) with an upper opening and a main board box cover (22) covering the opening of the main board box, the main board box (21) is made of thermoplastic plastic (ABS + PC) synthesized by polycarbonate and polyacrylonitrile, and the main board box cover (22) is adhered to the periphery of the main board box (21) through glue.

4. The smart holder according to claim 1, wherein the holder base (01) is a one-piece plate, the front holder (02) is fixed to the front end of the plate, the rear holder (03) is fixed to the rear end of the plate, the main board unit (2) and the battery unit (3) are electrically connected and packaged as a smart unit (8), and the holder base (01) is embedded between the front holder (02) and the rear holder (03) in a groove with a downward opening.

5. The smart holder according to claim 4, wherein the smart unit (8) comprises a housing formed by a box (81) and a box cover (82), and a second main board (83) and a second battery (84) enclosed in the housing, the box (81) is made of thermoplastic plastic (ABS + PC) synthesized by polycarbonate and polyacrylonitrile, and the box cover (82) is adhered to the periphery of the box (81) by glue.

6. The smart holder according to claim 5, further comprising a charging connector (9), wherein the terminal of the charging connector (9) is electrically connected to the second main plate (83) and the second battery (84), the top surface of the charging connector (9) is covered with a magnet as a connector contact, and the connector contact subjected to oxidation resistance treatment is exposed on the upper surface of the holder base (01).

7. The smart holder according to claim 1, wherein the holder base (01) comprises a holder front seat (011) and a holder rear seat (012) which are arranged at intervals, the main board unit (2) is embedded in the holder front seat (011), and the battery unit (3) is installed between the holder front seat (011) and the holder rear seat (012) through a fixing seat (5); the main board unit (2) and the battery unit (3) are electrically connected through a lead.

8. An intelligent fixator according to claim 2, 3 or 7, wherein the wires are threaded through a conduit (4) with a certain extension margin, and the conduit (4) is embedded in a conduit groove (014) formed in the fixator base (01).

9. The intelligent fixer according to claim 2, 3 or 7, wherein the battery unit (3) comprises a battery box (31), a battery box cover (34), a battery (32) and a circuit board (33), the battery box (31) is a box-shaped structure with an upper opening, the battery box cover (34) is buckled at the opening of the battery box ()31, the circuit board (33) and the battery (32) are arranged in a space formed by the battery box (31) and the battery box cover (34), and the circuit board (33) is electrically connected with a terminal of the battery (32).

10. The intelligent fixer according to claim 9, further comprising a junction box (6), wherein the junction box (6) comprises a junction box lower cover (62), a junction box upper cover (61) and contact pieces (63) packaged in a space formed by the junction box upper cover (61) and the junction box lower cover (62), the contact pieces (63) are formed by combining a plurality of pairs of metal sheets insulated from each other, and the contact pieces (63) are respectively electrically connected with the output end of the main board (23) and the terminal of the battery (32) through the circuit board (33).

11. The intelligent fixer according to claim 10, further comprising a contact thimble (7), wherein the top of the contact piece (63) is aligned with the through hole formed in the terminal box upper cover (61), the second through hole (341) formed in the battery box cover (34) and the third through hole (016) formed in the fixer base (01), the head of the contact thimble (7) is inserted into the contact piece (63) through the third through hole (016) of the fixer base (01), the second through hole (341) of the battery box cover (34) and the through hole of the terminal box upper cover (61) in sequence, the top of the contact thimble (7) is exposed on the upper surface of the fixer base (01), and a magnet is laid on the top of the contact thimble (7) to serve as a joint contact (71); or the top of the contact piece (63) is aligned with a through hole formed in the junction box upper cover (61) and a second through hole (341) formed in the battery box cover (34), the head of the contact thimble (7) sequentially penetrates through the second through hole (341) of the battery box cover (34) and the through hole of the junction box upper cover (61) to be inserted into the contact piece (63), the top of the contact thimble (7) is exposed on the upper surface of the battery box cover (34), and a magnet is laid on the top of the contact thimble (7) to serve as a joint contact (71).

12. The smart holder according to claim 1, wherein the holder base (01) comprises a holder front seat (011) and a holder rear seat (012) which are arranged at a distance from each other, the main board unit (2) and the battery unit (3) are electrically connected and packaged as a single unit as the smart unit (8), and are installed between the holder front seat (011) and the holder rear seat (012) through a fixing seat (5).

13. The smart fixer according to claim 7 or 11, wherein two ends of the fixing base (5) are respectively inserted into the front holder (011) and the rear holder (012) for fixation, a receiving slot for receiving the battery unit (3) or the smart unit (8) is disposed in the middle of the fixing base, battery latching mechanisms for locking and releasing the battery unit (3) or the smart unit (8) are respectively disposed on the fixing base (5) at two ends of the receiving slot, and a first limiting protrusion (311) or a third limiting protrusion (811) for cooperating with the battery latching mechanisms is respectively disposed on the outer sides of two ends of the battery case (31) of the battery unit (3) or the case (81) of the smart unit (8).

14. The intelligent fixer according to claim 13, wherein the fixing base (5) comprises a supporting base (51) and a fixing plate (52), the supporting base (51) is a hollow square base, the side edges of the two ends of the supporting base (52) respectively extend to the two ends to form inserting parts, and the inserting parts at the two ends are respectively inserted into the grooves formed in the front holder (011) and the rear holder (012) for fixing; the fixing plate (52) is a square plate body, the fixing plate (52) is buckled on the supporting seat (51) and is integrally connected, the accommodating groove formed in the middle of the fixing plate (51) is a through groove (521), two ends of the fixing plate (52) are respectively provided with a clamping groove (55), two groove walls of two ends, adjacent to the clamping groove (55), of the through groove (521) are respectively provided with a limiting strip (53), a notch (54) is formed in the position, corresponding to the limiting strip (53), of one end of the clamping groove (55), and the size of the notch (54) is matched with a first limiting bulge (311) arranged on the battery box (31) or a third limiting bulge (811) arranged on the box body (81); the battery locking mechanism comprises a battery locking bracket (57) and a battery lock (56), the battery locking mechanism is arranged in the clamping groove (55), a second limiting bulge (571) is arranged on one side, close to the through groove, of the battery locking bracket (57), and the first limiting bulge (311) of the battery box (31) or a third limiting bulge (811) of the box body (81) is matched with the second limiting bulge (571) to form a buckling structure.

15. The smart binding according to any one of claims 1 to 13, wherein a light emitting panel (25) is disposed on a side of the main board (23) or the second main board (83) facing away from the snowboard panel (1), the light emitting panel (25) is electrically connected to the main control chip, the main board housing of the main board unit (2) or the housing of the smart unit (8) and the binding base (01) are made of a light-transmitting material, or the main board housing or the housing of the smart unit (8) is made of a light-transmitting material, and the binding base (01) is a hollow structure.

16. The smart holder of claim 15 wherein the light panel (25) is a cold light panel or a light guide panel, wherein the light guide panel is less than 1mm thick.

17. The smart holder according to any one of claims 1 to 15, wherein the sensor module comprises a GPS, a bluetooth, a gyroscope, a pressure gauge and a magnetometer, wherein the gyroscope is capable of cooperating with the main control chip and a corresponding application program to realize the function of automatically switching between the sleeping state and the working state of the sensor module.

18. An intelligent snowboard, a snowboard binding being mounted on a snowboard panel (1), characterized in that the snowboard binding is an intelligent binding according to any one of claims 1 to 17.

Technical Field

The invention belongs to the technical field of snowboards and bindings thereof, and particularly relates to an intelligent binding and an intelligent snowboard provided with the intelligent binding.

Background

Skiing is a critical sport requiring relatively high conditions such as skiing speed, skiing action and skiing environment, and therefore the ski must have sufficient strength and elasticity. As skiing sports become more popular, traditional skis have been unable to meet the needs of more and more skiers, and manufacturers have enhanced the skiers 'enjoyment and experience by adding sensors (and their batteries) to the structure of traditional skis to monitor the user's skiing data. The sensor (and the power supply battery) are usually arranged on the panel of the snowboard, so that the sensor is easy to collide with obstacles in the process of movement due to high intensity of skiing movement, the application environment of the snowboard is wet, the sensor is easy to damage or break down, meanwhile, the balance performance of the snowboard can be influenced by external parts, and the application effect is not good. If the sensor (and the power supply battery thereof) is embedded in the board body of the snowboard, the board body needs to be grooved, so that the strength and the elasticity of the snowboard are influenced to a certain extent, and how to realize the installation of the sensor (and the power supply battery thereof) on the basis of damaging the structure of the board body of the snowboard becomes a problem to be solved urgently.

Disclosure of Invention

In view of the above disadvantages, the present invention provides an intelligent fixer with embedded sensor.

The above problems of the present invention are solved by the following technical solutions:

the utility model provides an intelligence fixer, includes preceding fixer (02), back fixer (03) and fixer base (01), on preceding fixer (02) and back fixer (03) are fixed in skis panel (1) through fixer base (01), install mainboard unit (2) and for battery unit (3) of mainboard unit (2) power supply on fixer base (01), mainboard unit is embedded in the fixer base, including mainboard shell and mainboard (23) of encapsulation in the mainboard shell, is provided with main control chip and sensor module on the mainboard.

In the intelligent fixator, the fixator base (01) is an integrated plate body, the front fixator (02) is fixed at the front end of the plate body, the rear fixator (03) is fixed at the rear end of the plate body, the main board unit (2) is embedded in the front end of the fixator base (02), and the battery unit (3) is embedded in the fixator base (01) between the front fixator (02) and the rear fixator (03); the main board unit (2) and the battery unit (3) are electrically connected through a lead.

In the above-mentioned intelligence fixer, the mainboard shell of mainboard unit (2) includes mainboard box (21) of upper shed and covers mainboard lid (22) of closing mainboard box opening part, and mainboard box (21) are made by synthetic thermoplastic plastic (ABS + PC) of polycarbonate and polyacrylonitrile, and mainboard lid (22) through gluing connect around mainboard box (21).

Among the above-mentioned intelligent fixer, fixer base (01) formula plate body as an organic whole, preceding fixer (02) are fixed in the front end of plate body, and back fixer (03) are fixed in the rear end of plate body, and mainboard unit (2) and battery unit (3) electricity are connected and are encapsulated as an organic whole as intelligent unit (8), and the embedding is in the decurrent inslot of opening that fixer base (01) was seted up between preceding fixer (02) and back fixer (03).

In the intelligent fixer, the intelligent unit (8) comprises a shell formed by a box body (81) and a box cover (82), a second main board (83) and a second battery (84) which are packaged in the shell, the box body (81) is made of thermoplastic plastic (ABS + PC) synthesized by polycarbonate and polyacrylonitrile, and the box cover (82) is adhered to the periphery of the box body (81) through glue.

The intelligent fixer further comprises a charging connector (9), a wiring end of the charging connector (9) is electrically connected to the second main board (83) and the second battery (84), the top surface of the charging connector (9) is paved with a magnet serving as a connector contact, and the connector contact subjected to anti-oxidation treatment is exposed on the upper surface of the fixer base (01).

In the intelligent fixator, the fixator base (01) comprises a fixator front seat (011) and a fixator rear seat (012) which are arranged at intervals, the mainboard unit (2) is embedded in the fixator front seat (011), and the battery unit (3) is installed between the fixator front seat (011) and the fixator rear seat (012) through a fixing seat (5); the main board unit (2) and the battery unit (3) are electrically connected through a lead.

In the above-mentioned intelligent fixer, the wire wears to overlap in a spool (4) and has certain extension surplus, and spool (4) are embedded in spool groove (014) that fixer base (01) was equipped with.

In the intelligent fixer, the battery unit (3) comprises a battery box (31), a battery box cover (34), a battery (32) and a circuit board (33), the battery box (31) is of a box-shaped structure with an upper opening, the battery box cover (34) is buckled at the opening of the battery box ()31, the circuit board (33) and the battery (32) are arranged in a space formed by the battery box (31) and the battery box cover (34), and the circuit board (33) is electrically connected with a terminal of the battery (32).

The intelligent fixer further comprises a junction box (6), the junction box (6) comprises a junction box lower cover (62), a junction box upper cover (61) and contact pieces (63) packaged in a space formed by the junction box upper cover (61) and the junction box lower cover (62), the contact pieces (63) are formed by combining a plurality of pairs of metal sheets insulated from each other, and the contact pieces (63) are respectively electrically connected with the output end of the main board (23) and are electrically connected with the terminals of the battery (32) through a circuit board (33).

The intelligent fixer also comprises a contact thimble (7), the top of the contact piece (63) is aligned with a through hole formed in the junction box upper cover (61), a second through hole (341) formed in the battery box cover (34) and a third through hole (016) formed in the fixer base (01), the head of the contact thimble (7) sequentially penetrates through the third through hole (016) of the fixer base (01), the second through hole (341) of the battery box cover (34) and the through hole of the junction box upper cover (61) to be inserted into the contact piece (63), the top of the contact thimble (7) is exposed on the upper surface of the fixer base (01), and a magnet is laid on the top of the contact thimble (7) to serve as a joint contact (71); or the top of the contact piece (63) is aligned with a through hole formed in the junction box upper cover (61) and a second through hole (341) formed in the battery box cover (34), the head of the contact thimble (7) sequentially penetrates through the second through hole (341) of the battery box cover (34) and the through hole of the junction box upper cover (61) to be inserted into the contact piece (63), the top of the contact thimble (7) is exposed on the upper surface of the battery box cover (34), and a magnet is laid on the top of the contact thimble (7) to serve as a joint contact (71).

Among the above-mentioned intelligence fixer, fixer base (01) are including being fixer front stall (011) and fixer back seat (012) that the interval set up, and mainboard unit (2) and battery unit (3) electricity are connected and are capsulated as an organic whole as intelligent unit (8), install between fixer front stall (011) and fixer back seat (012) through a fixing base (5).

In the intelligent fixator, the two ends of the fixing seat (5) are respectively inserted into the front fixator seat (011) and the rear fixator seat (012) for fixation, the middle of the fixing seat is provided with a containing groove for containing the battery unit (3) or the intelligent unit (8), the fixing seats (5) at the two ends of the containing groove are respectively provided with a battery locking mechanism for locking and releasing the battery unit (3) or the intelligent unit (8), and the outer sides of the two ends of the battery box (31) of the battery unit (3) or the box body (81) of the intelligent unit (8) are respectively provided with a first limiting bulge (311) or a third limiting bulge (811) which are matched with the battery locking mechanism for use.

In the intelligent fixator, the fixing seat (5) comprises a supporting seat (51) and a fixing plate (52), the supporting seat (51) is a hollow square base, the side edges of the two ends of the supporting seat (52) respectively extend towards the two ends to form inserting parts, and the inserting parts at the two ends are respectively inserted into grooves formed in the front seat (011) and the rear seat (012) of the fixator and fixed; the fixing plate (52) is a square plate body, the fixing plate (52) is buckled on the supporting seat (51) and is integrally connected, the accommodating groove formed in the middle of the fixing plate (51) is a through groove (521), two ends of the fixing plate (52) are respectively provided with a clamping groove (55), two groove walls of two ends, adjacent to the clamping groove (55), of the through groove (521) are respectively provided with a limiting strip (53), a notch (54) is formed in the position, corresponding to the limiting strip (53), of one end of the clamping groove (55), and the size of the notch (54) is matched with a first limiting bulge (311) arranged on the battery box (31) or a third limiting bulge (811) arranged on the box body (81); the battery locking mechanism comprises a battery locking bracket (57) and a battery lock (56), the battery locking mechanism is arranged in the clamping groove (55), a second limiting bulge (571) is arranged on one side, close to the through groove, of the battery locking bracket (57), and the first limiting bulge (311) of the battery box (31) or a third limiting bulge (811) of the box body (81) is matched with the second limiting bulge (571) to form a buckling structure.

In the above-mentioned intelligence fixer, mainboard (23) or second mainboard (83) are provided with a luminescent plate (25) in the one side of ski panel (1) dorsad, and luminescent plate (25) electricity is connected to main control chip, and mainboard shell or the shell and fixer base (01) of intelligent unit (8) of mainboard unit (2) are the printing opacity material and make, and perhaps, the shell of mainboard shell or intelligent unit (8) is made for the printing opacity material, and fixer base (01) is hollow out construction.

In the above-mentioned intelligent fixer, luminescent plate (25) is cold light board or light guide plate, and wherein, light guide plate thickness is less than 1 mm.

In the above-mentioned intelligent fixer, the sensor module includes GPS, bluetooth, gyroscope, pressure gauge and magnetometer, and wherein, the gyroscope can cooperate main control chip and corresponding application to realize the function of sensor module automatic switch between deep sleep state and operating condition.

The invention also provides an intelligent snowboard provided with the intelligent fixer.

By adopting the technical scheme, the invention has the following technical effects: according to the intelligent fixer, the mainboard unit is embedded in the fixer base, the mainboard is encapsulated in the shell of the mainboard unit, and the main control chip and the plurality of sensor modules are arranged on the mainboard, so that the board body and the performance of an intelligent snowboard provided with the intelligent fixer are not affected, the skiing parameters such as the skiing track and the skiing posture can be recorded better, and the skiing fun of a skier is enhanced; the battery unit and the main board unit are electrically connected through a wire, the battery unit and the main board unit can be packaged into a whole and are installed between the front fixer and the rear fixer or can be packaged independently, the battery unit is embedded in the fixer base or detachably installed between the front fixer base and the rear fixer base through a fixing seat, the wire for connecting the main board and the battery is sleeved in a wire pipe embedded in the fixer base in a penetrating way, and a certain extending allowance is reserved, so that the flexibility of the wire is increased, and the wire is prevented from being damaged due to stretching or deformation; the joint contact is exposed on the upper surface of the fixer base or the battery box cover and is paved with the magnet, so that the functions of battery charging and data transmission can be realized simultaneously. This intelligence fixer simple structure sets up in a flexible way, and the good reliability, the intelligence skis of installing this intelligence fixer not only have performance, the reliability of general skis, can also be better satisfy the demand of skiing fan to skiing enjoyment.

Drawings

FIG. 1 is a schematic diagram of an overall structure of a first embodiment of an intelligent fixator of the present invention;

FIG. 2 is a schematic view of the construction of the holder base;

FIG. 3 is an exploded view of the motherboard unit;

FIG. 4 is a front view of the motherboard;

FIG. 5 is an exploded view of the battery cell;

FIG. 6 is an exploded view of the junction box;

FIG. 7 is a schematic view of a contact pin;

FIG. 8 is a schematic view of the construction of a conduit;

FIG. 9 is a schematic structural diagram of a second embodiment of the smart holder of the present invention;

FIG. 10 is a schematic structural view of the fixing base;

FIG. 11 is a schematic view showing the structure of a battery pack according to a second embodiment;

FIG. 12 is a schematic structural diagram of a third embodiment of an intelligent fixator of the present invention;

FIG. 13 is a schematic diagram of the structure of an intelligent cell;

fig. 14 is a schematic structural diagram of the charging connector.

The reference numbers in the figures denote:

01: a holder base, 011: fixator front seat, 012: anchor backseat, 013: main plate groove, 014: wire tube slot, 015: battery jar, 016: a third through hole; 02: front holder, 03: a rear holder;

1: a snowboard panel;

2: main board unit, 21: main board box, 211: first region, 212: second region, 213: a support pillar; 22: a main board box cover; 23: main board, 231: a wiring jack; 24: GPS ceramic antenna, 25: a light emitting panel;

3: battery cell, 31: battery box, 311: first stopper protrusion, 312: a first through hole; 32: battery, 33: circuit board, 34: battery case cover, 341: a second through hole;

4: line pipe, 41: hollow pipe body, 42: a line pipe silica gel sleeve;

5: fixing seat, 51: support seat, 52: fixing plate, 521: a through groove; 53: spacing strip, 54: a notch; 55: card slot, 56: battery lock, 57: battery latch bracket, 571: a second limit bulge;

6: terminal box, 61: junction box upper cover, 62: junction box lower cover, 63: a contact piece;

7: contact pin, 71: a connector contact;

8: intelligent unit, 81: a case, 811: a third limiting bulge; 82: box cover, 83: second main board, 84: a second power supply;

9: and a charging connector.

Detailed Description

Referring to fig. 1 and x, the snowboard binding generally comprises a front binding 02, a rear binding 03 and a binding base 01, the front binding 02 and the rear binding 03 being fixed to the snowboard panel 1 by means of the binding base 01, the binding base 01 being fixed to the snowboard panel 1, typically by means of screws, and also being glued or welded to the snowboard panel 1; the fixer base 01 can be an integrated plate body, and the front fixer 02 and the rear fixer 03 are respectively fixed at the front end and the rear end of the plate body; the holder base 01 may include a holder front mount 011 and a holder rear mount 012 disposed at a predetermined interval, the holder front mount 011 being fixed to the holder 02, and the holder rear mount 012 being fixed to the holder 03.

In order to meet the requirements of a skier for recording skiing parameters, recording and sharing skiing postures and displaying skiing data so as to improve skiing skill and enhance skiing fun, the invention provides an intelligent fixer, wherein a main board unit and a battery unit for supplying power to the main board unit are installed on the skiing board fixer, the main board unit is embedded in a fixer base and comprises a shell and a main board packaged in the shell, and a main control chip and a sensor module are arranged on the main board; the battery unit is embedded in the fixer base or is arranged between the fixer front seat and the fixer rear seat, the main board unit is electrically connected with the battery unit through a wire, and the wire is sleeved in a wire pipe. On the basis of not changing the structure of the original snowboard body, the intelligent snowboard provided with the intelligent fixer not only has the strength, elasticity and reliability of the common snowboard, but also can record the skiing parameters such as the trajectory and the skiing posture of the snowboard, thereby enhancing the skiing fun of the skiers. The smart binding and the smart snowboard mounted with the smart binding according to the present invention will be described in detail with reference to the accompanying drawings and embodiments (taking a certain type of snowboard and its binding as an example).