CN207591259U - The boxing glove of punch strength and punch speed is measured using optical fiber sensing technology - Google Patents
The boxing glove of punch strength and punch speed is measured using optical fiber sensing technology Download PDFInfo
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- CN207591259U CN207591259U CN201721328367.1U CN201721328367U CN207591259U CN 207591259 U CN207591259 U CN 207591259U CN 201721328367 U CN201721328367 U CN 201721328367U CN 207591259 U CN207591259 U CN 207591259U
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Abstract
The utility model discloses a kind of boxing glove that punch strength and punch speed are measured using optical fiber sensing technology, including leather layer, the first sponge medium layer, the second sponge medium layer, optical fiber, sensor, signal processing and display device, wrist band, the circular hole of the second sponge medium layer upper surface, the circular hole of the second sponge medium layer lower surface, the circular hole of the second sponge medium layer side, air bag, tracheae, air inflation nozzle and third sponge medium layer.The first sponge medium layer, air bag, third sponge medium layer of the utility model all play optical fiber certain anti-fight protective effect；The present apparatus, which is based on optical fiber sensing technology, can accurately, steadily measure boxing strength and boxing speed；Boxing strength and boxing speed data can be shown in time, and are aided with the flicker speed of indicator light to embody the size of impact strength；Mobile phone, computer are transmitted to by will box strength, boxing motion information datas such as speed of the wireless modules such as bluetooth, wifi, so that interactive software uses.
Description
Technical field
The utility model is related to a kind of Intelligent boxing gloves, specially a kind of to measure punch strength using optical fiber sensing technology
With the boxing glove of punch speed, belong to sports applications technical field.
Background technology
Boxing glove is one of people's protector indispensable in boxing match and boxing, and effect is to protect boxer's
Wrist and finger-joint.With the development of the society, practitioners become more concerned with the punch speed of oneself.Although market uploads
Although the boxing glove of system has preferable buffering effect, still, by traditional boxing glove, practitioner can not obtain in time
The motion index data such as the boxing strength that must quantify, speed of boxing
In order to obtain above-mentioned boxing achievement data, it is authorized 202223862 U of notification number CN, entitled " Intelligent boxing
The Chinese utility model patent of gloves ", equipped with acceleration transducer and CPU processors, passes through acquisition and place in snare wrist portion
Punch action acceleration signal is managed, calculates the punch speed of practitioner.The problem of this scheme, is：Due to acceleration sensing
The data of device acquisition, in the correction of no gyroscope and magnetometer data, are only relied on and are added by gravity effect
Velocity sensor cannot calculate true punch speed；It is corrected even with gyroscope and magnetometer data, but due to
The problems such as easily being interfered there is gyro accumulated error, magnetometer by surrounding magnetic field, the punch speed calculated are also inaccurate.Separately
Outside, the method which does not relate to " how obtaining boxing force data ".
It is authorized 203235220 U of notification number CN, the China of entitled " a kind of boxing glove with functional crystal " is practical
New patent fills air bag in series of skills and tricks in boxing, has the quiet crystal wafer of lithium niobate, by air bag, the impact force suffered by series of skills and tricks in boxing on leather layer
It is transformed into gas pressure and is applied to the quiet crystal wafer of lithium niobate, the spy of electric current can be generated by being under pressure using the quiet crystal wafer of lithium niobate
Point, impact force size can be measured by detecting its output current.The quiet crystal wafer of lithium niobate is a kind of piezoelectric material, the drawback is that：It is first
First, piezoelectric material is only used for kinetic energy measurement, and impact force how is accurately calculated according to kinetic energy, and there is no public for the patent
Cloth；Secondly, for piezoelectric material when being vibrated suddenly or excessive pressure, self-recovery is slower.And the characteristics of boxing, is exactly
Fist speed is fast, impact strength is big, and therefore, this birth defects prevent and the quiet crystal wafer of lithium niobate is installed on fist from being applicable in completely
In hitter's set.Finally, due to which the quantity of electric charge of piezoelectric material is certain, leak electricity to avoid, so Joining Technology requirement is very high.
It is authorized 205886166 U titles of notification number CN, the Chinese utility model for " can dynamometry Portable boxing gloves " is special
Profit detects impact dynamics using pressure sensor, is authorized 205460877 U of notification number CN entitled " a kind of Intelligent boxing gloves "
Chinese utility model patent using force sensor detect boxing dynamics, but all do not indicated in two parts of patents pressure sensor or
Material, type and the operation principle of force sensor.
The training immediate feedback demand for meeting boxing fan has important practical significance and market potential value, accurate
Really, it is to meet the core missions of this demand steadily to measure boxing strength and boxing speed, is real sentific training guidance, fortune
Dynamic game fusion, the precondition of man-machine networked interactive.
Utility model content
The purpose of this utility model is that solve the above-mentioned problems and provides a kind of utilization optical fiber sensing technology and measure
The boxing glove of punch strength and punch speed, the present apparatus can accurately, steadily measure boxing strength and boxing speed.
The utility model is achieved through the following technical solutions above-mentioned purpose, a kind of to measure punch using optical fiber sensing technology
The boxing glove of strength and punch speed, including leather layer, interior side bonds the first sponge medium layer of the leather layer, and it is described
The interior side bonds air bag of first sponge medium layer；Interior side bonds the second sponge medium layer of the air bag, and second sponge
The interior side bonds third sponge medium layer of dielectric layer；Optical fiber is installed between the air bag and the second sponge medium layer；It is described
One end installation wrist band of second sponge medium layer, and the outer surface bonding sensor and signal processing of the wrist band and display
Device；The wrist band outer surface is equipped with air inflation nozzle, and the air inflation nozzle is connected with the air bag by tracheae, and the tracheae
It is clipped between the first sponge medium layer and the second sponge medium layer；The side wall of the second sponge medium layer is equipped with the
The circular hole of two sponge medium layer upper surface, the circular hole of the second sponge medium layer lower surface, and the second sponge medium layer upper table
The circular hole in face and the circular hole of the second sponge medium layer lower surface communicate；The left and right side of the second sponge medium layer is each
Circular hole equipped with the second sponge medium layer side.
Preferably, to make the with obvious effects of the optical fiber induction pressure, the bonding fiber is situated between in second sponge
The upper surface of matter layer.
Preferably, to make the with obvious effects of the optical fiber induction pressure, the optical fiber is from the second sponge medium layer
The circular hole of the circular hole of upper surface, the circular hole of the second sponge medium layer lower surface and the second sponge medium layer side passes through
It is tied at the second sponge medium layer.
Preferably, to make the with obvious effects of the optical fiber induction pressure, the Optical Fiber Winding is situated between in second sponge
Matter layer.
Preferably, penetrating in order to facilitate the optical fiber, described the second of the left and right side of the second sponge medium layer
The circular hole of sponge medium layer side communicates.
Preferably, accurate data, the sensor are photoelectric sensor, laser sensor or infrared sensing in order to obtain
One of which in device.
Preferably, the optical fiber is distributed in the second sponge medium layer for convenience, on the second sponge medium layer
The circular hole on surface, the circular hole of the second sponge medium layer lower surface, the second sponge medium layer side circular hole area
It is equal, and be equally spaced in the side wall of the second sponge medium layer.
Preferably, for convenience use, the leather layer, the first sponge medium layer, the second sponge medium layer,
The side wall of the third sponge medium layer is arcuate structure.
The beneficial effects of the utility model are：The first sponge medium layer, air bag, third sponge medium layer of the utility model
Certain anti-fight protective effect is all played to optical fiber, and the first sponge medium layer, air bag, third sponge medium layer are detachable,
It is easy to use；The present apparatus can accurately, steadily measure boxing strength and boxing speed using optical fiber sensing technology；It can show in time
Show boxing strength and boxing speed data, and be aided with the flicker speed of indicator light to embody the size of impact strength；By bluetooth,
The wireless modules such as wifi, zigbee or nRF will box strength, the boxing motion information datas such as speed be transmitted to mobile phone, tablet,
Computer or internet, so that interactive software uses.
Description of the drawings
Fig. 1 is the utility model whole interior structure diagram；
Fig. 2 is arranged for the utility model optical fiber to through the second sponge medium layer schematic diagram；
Fig. 3 is the utility model optical fiber row to through the second sponge medium layer structure diagram；
Fig. 4 intersects for the utility model optical fiber through the second sponge medium layer structure diagram；
Fig. 5 runs through the second sponge medium layer structure diagram for the utility model optical fiber in grid；
Fig. 6, which is that the utility model optical fiber is oblique, runs through the second sponge medium layer structure diagram
Fig. 7 is the utility model Fibre Optical Sensor signal detection structure connection diagram；
Fig. 8 is squeezed for the utility model stress drives optical fiber to deform upon schematic diagram together；
Fig. 9 is utility model works theory structure schematic diagram.
In figure：1st, leather layer, the 2, first sponge medium layer, the 3, second sponge medium layer, 4, optical fiber, 5, sensor, 6, letter
Number processing and display device, 7, wrist band, the circular hole of the 8, second sponge medium layer upper surface, the 9, second sponge medium layer lower surface
Circular hole, the circular hole of the 10, second sponge medium layer side, 11, air bag, 12, tracheae, 13, air inflation nozzle, 14, third sponge medium
Layer.
Specific embodiment
The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out
It clearly and completely describes, it is clear that the described embodiments are only a part of the embodiments of the utility model rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work
All other embodiments obtained shall fall within the protection scope of the present invention.
Embodiment one：
It please refers to Fig.1, shown in Fig. 2, Fig. 7, Fig. 8 and Fig. 9, it is a kind of when optical fiber 4 is arranged to through the second sponge medium layer 3
The boxing glove of punch strength and punch speed is measured using optical fiber sensing technology, including leather layer 1, the leather layer 1 it is interior
The first sponge medium of side bonds layer 2, and the interior side bonds air bag 11 of the first sponge medium layer 2；The inside of the air bag 11
It is bonded the second sponge medium layer 3, and the interior side bonds third sponge medium layer 14 of the second sponge medium layer 3；The air bag
Optical fiber 4 is installed between 11 and the second sponge medium layer 3；One end installation wrist band 7 of the second sponge medium layer 3, and
The outer surface bonding sensor 5 and signal processing and display device 6 of the wrist band 7；7 outer surface of wrist band, which is equipped with, to be filled
Gas nozzle 13, and the air inflation nozzle 13 is connected with the air bag 11 by tracheae 12, and the tracheae 12 is clipped in first sponge
Between dielectric layer 2 and the second sponge medium layer 3；The side wall of the second sponge medium layer 3 is equipped with the second sponge medium layer
The circular hole 8 of upper surface, the circular hole 9 of the second sponge medium layer lower surface, and 8 He of circular hole of the second sponge medium layer upper surface
The circular hole 9 of the second sponge medium layer lower surface communicates；The left and right side of the second sponge medium layer 3 is respectively provided with second
The circular hole 10 of sponge medium layer side.
Embodiment two：
It please refers to Fig.1, shown in Fig. 3, Fig. 7, Fig. 8 and Fig. 9, it is a kind of when 4 row of optical fiber is to through the second sponge medium layer 3
The boxing glove of punch strength and punch speed is measured using optical fiber sensing technology, including leather layer 1, the leather layer 1 it is interior
The first sponge medium of side bonds layer 2, and the interior side bonds air bag 11 of the first sponge medium layer 2；The inside of the air bag 11
It is bonded the second sponge medium layer 3, and the interior side bonds third sponge medium layer 14 of the second sponge medium layer 3；The air bag
Optical fiber 4 is installed between 11 and the second sponge medium layer 3；One end installation wrist band 7 of the second sponge medium layer 3, and
The outer surface bonding sensor 5 and signal processing and display device 6 of the wrist band 7；7 outer surface of wrist band, which is equipped with, to be filled
Gas nozzle 13, and the air inflation nozzle 13 is connected with the air bag 11 by tracheae 12, and the tracheae 12 is clipped in first sponge
Between dielectric layer 2 and the second sponge medium layer 3；The side wall of the second sponge medium layer 3 is equipped with the second sponge medium layer
The circular hole 8 of upper surface, the circular hole 9 of the second sponge medium layer lower surface, and 8 He of circular hole of the second sponge medium layer upper surface
The circular hole 9 of the second sponge medium layer lower surface communicates；The left and right side of the second sponge medium layer 3 is respectively provided with second
The circular hole 10 of sponge medium layer side.
Embodiment three：
It please refers to Fig.1, shown in Fig. 4, Fig. 7, Fig. 8 and Fig. 9, it is a kind of when optical fiber 4 is intersected through the second sponge medium layer 3
The boxing glove of punch strength and punch speed is measured using optical fiber sensing technology, including leather layer 1, the leather layer 1 it is interior
The first sponge medium of side bonds layer 2, and the interior side bonds air bag 11 of the first sponge medium layer 2；The inside of the air bag 11
It is bonded the second sponge medium layer 3, and the interior side bonds third sponge medium layer 14 of the second sponge medium layer 3；The air bag
Optical fiber 4 is installed between 11 and the second sponge medium layer 3；One end installation wrist band 7 of the second sponge medium layer 3, and
The outer surface bonding sensor 5 and signal processing and display device 6 of the wrist band 7；7 outer surface of wrist band, which is equipped with, to be filled
Gas nozzle 13, and the air inflation nozzle 13 is connected with the air bag 11 by tracheae 12, and the tracheae 12 is clipped in first sponge
Between dielectric layer 2 and the second sponge medium layer 3；The side wall of the second sponge medium layer 3 is equipped with the second sponge medium layer
The circular hole 8 of upper surface, the circular hole 9 of the second sponge medium layer lower surface, and 8 He of circular hole of the second sponge medium layer upper surface
The circular hole 9 of the second sponge medium layer lower surface communicates；The left and right side of the second sponge medium layer 3 is respectively provided with second
The circular hole 10 of sponge medium layer side.
Example IV：
It please refers to Fig.1, shown in Fig. 5, Fig. 7, Fig. 8 and Fig. 9, it is a kind of when 4 grid of optical fiber runs through the second sponge medium layer 3
The boxing glove of punch strength and punch speed is measured using optical fiber sensing technology, including leather layer 1, the leather layer 1 it is interior
The first sponge medium of side bonds layer 2, and the interior side bonds air bag 11 of the first sponge medium layer 2；The inside of the air bag 11
It is bonded the second sponge medium layer 3, and the interior side bonds third sponge medium layer 14 of the second sponge medium layer 3；The air bag
Optical fiber 4 is installed between 11 and the second sponge medium layer 3；One end installation wrist band 7 of the second sponge medium layer 3, and
The outer surface bonding sensor 5 and signal processing and display device 6 of the wrist band 7；7 outer surface of wrist band, which is equipped with, to be filled
Gas nozzle 13, and the air inflation nozzle 13 is connected with the air bag 11 by tracheae 12, and the tracheae 12 is clipped in first sponge
Between dielectric layer 2 and the second sponge medium layer 3；The side wall of the second sponge medium layer 3 is equipped with the second sponge medium layer
The circular hole 8 of upper surface, the circular hole 9 of the second sponge medium layer lower surface, and 8 He of circular hole of the second sponge medium layer upper surface
The circular hole 9 of the second sponge medium layer lower surface communicates；The left and right side of the second sponge medium layer 3 is respectively provided with second
The circular hole 10 of sponge medium layer side.
Embodiment five：
It please refers to Fig.1, shown in Fig. 6, Fig. 7, Fig. 8 and Fig. 9, optical fiber 4 is oblique when running through the second sponge medium layer 3, a kind of
The boxing glove of punch strength and punch speed is measured using optical fiber sensing technology, including leather layer 1, the leather layer 1 it is interior
The first sponge medium of side bonds layer 2, and the interior side bonds air bag 11 of the first sponge medium layer 2；The inside of the air bag 11
It is bonded the second sponge medium layer 3, and the interior side bonds third sponge medium layer 14 of the second sponge medium layer 3；The air bag
Optical fiber 4 is installed between 11 and the second sponge medium layer 3；One end installation wrist band 7 of the second sponge medium layer 3, and
The outer surface bonding sensor 5 and signal processing and display device 6 of the wrist band 7；7 outer surface of wrist band, which is equipped with, to be filled
Gas nozzle 13, and the air inflation nozzle 13 is connected with the air bag 11 by tracheae 12, and the tracheae 12 is clipped in first sponge
Between dielectric layer 2 and the second sponge medium layer 3；The side wall of the second sponge medium layer 3 is equipped with the second sponge medium layer
The circular hole 8 of upper surface, the circular hole 9 of the second sponge medium layer lower surface, and 8 He of circular hole of the second sponge medium layer upper surface
The circular hole 9 of the second sponge medium layer lower surface communicates；The left and right side of the second sponge medium layer 3 is respectively provided with second
The circular hole 10 of sponge medium layer side.
As a kind of technical optimization scheme of the utility model, the optical fiber 4 can both be bonded in second sponge medium
The upper surface of layer 3, also can be from the circular hole 8 of the second sponge medium layer upper surface, the second sponge medium layer lower surface
Circular hole 9 and the circular hole 10 of the second sponge medium layer side pass through, and are tied at the second sponge medium layer 3, can also twine
It is around in the second sponge medium layer 3.
As a kind of technical optimization scheme of the utility model, the left and right side of the second sponge medium layer 3 it is described
The circular hole 10 of second sponge medium layer side communicates.
As a kind of technical optimization scheme of the utility model, the sensor 5 is photoelectric sensor, laser sensor or
One of which in infrared sensor.
It is the circular hole 8 of the second sponge medium layer upper surface, described as a kind of technical optimization scheme of the utility model
The circular hole 9 of second sponge medium layer lower surface, the second sponge medium layer side circular hole 10 area equation, and in institute
The side wall for stating the second sponge medium layer 3 is equally spaced.
It is the leather layer 2, the first sponge medium layer 2, described as a kind of technical optimization scheme of the utility model
Second sponge medium layer 3, the third sponge medium layer 14 side wall be arcuate structure.
The T module of sensor 5 can be that the optical signals such as light emitting diode, laser or infrared emission tube are generated and emitted
Device；The R module of sensor 5 can be the light signal receivings such as photoelectric cell, laser detector or infrared receiver tube.Light
Fine terminal is drawn from the wrist portion of the second sponge medium layer, and the optical signal that two optic fibre connectors are respectively aligned to sensor is generated and sent out
Injection device T and light signal receiving R.Visible ray, laser or infrared light are emitted into the one of optical fiber by the T module of sensor 5
It holds on (left side), after optical signal is conducted via bonding, optical fiber 4 that is strapped or being wound in the second sponge medium layer 3, from the another of optical fiber 4
End (right side) is emitted into the R module of sensor 5, and the electric signal being converted by optical signal is exported.So far, Fibre Optical Sensor signal
Detection is completed；One optical fiber 4 and a corresponding sensor 5 form one group of Fibre Optical Sensor signal supervisory instrument, in this reality
In novel, this Fibre Optical Sensor signal supervisory instrument can only use one group, can also use multigroup.
When the utility model is used, inflated into air inflation nozzle 13, make gas that the present apparatus are worn over hand full of air bag 11
On, wrist band 7 is wrapped at wrist, device is fixed on hand, then impacts article；When impacting article, the first sponge medium
Layer 2 and air bag 11 all play optical fiber 4 certain anti-fight protective effect, and 14 pairs of optical fiber 4 of third sponge medium layer play one
Fixed compression deformation cushioning effect；During boxing, signal is transmitted using sensor 5, sensor 5 can be photoelectric sensor, laser
One kind in sensor or infrared sensor, at this time the emitter of sensor 5 by optical signal inject optical fiber 4 one end, in fist
During hitting, the second sponge medium layer 3 drives optical fiber 4 to deform upon together due to stress squeezes, conduction damage of the light in optical fiber 4
Consumption changes, and the conduction loss variable quantity of light reflects boxing strength size, and optical signal is via bonding, strapped or be wound in
After the optical fiber 4 of second sponge medium layer 3 conducts, the signal receiving module of sensor 5 is emitted into from the other end of optical fiber 4, it will
The conduction loss variable quantity of light is converted into the output of change in electric amount.Signal processing can be according to change in electric with display device 6
Amount and light conduction loss variation the moment converse boxing strength size and boxing velocity magnitude, due to bonding fiber, it is strapped or
The second sponge medium layer 3 is wrapped in, so during boxing, the second sponge medium layer 3 can drive optical fiber 4 to occur together because stress squeezes
Deformation, this moment, optical fiber 4 become more to be bent when not stressing relative to series of skills and tricks in boxing, and the light in part fiber 4 is sent out when can change because scattering
Raw Dissipation change.The conduction loss variable quantity of light reflects boxing strength size.Using sensor 5, the conduction of light can be damaged
Consumption variable quantity is converted into change in electric amount.Signal processing can converse boxing strength with display device according to change in electric amount
Size.The conduction loss of the light detected variation start time can be recorded as hitting the mark by signal processing with display device
Time of contact, the difference between the adjacent contact moment is a set of punch action used time, further according to it is every set the punch action used time,
Boxing velocity magnitude can be conversed, after the optical signal come derived from fiber optic conduction is converted into electric signal by sensor 5, through signal
Conditioning carries out A/D acquisitions by microcontroller again, and microcontroller converses boxing strength and boxing speed according to the information that A/D is collected
Degrees of data, and control display screen real-time display；Meanwhile microcontroller according to boxing strength size control LED be lit number and
Flicker frequency, with the dynamic change effect of prominent boxing.Microcontroller will by the wireless modules such as bluetooth, wifi, zigbee or nRF
The motion information datas such as boxing strength, boxing speed are transmitted to mobile phone, tablet, computer or internet, for interactive software
Using.
It is obvious to a person skilled in the art that the utility model is not limited to the details of above-mentioned exemplary embodiment, and
And in the case of the spirit or essential attributes without departing substantially from the utility model, it can realize that this practicality is new in other specific forms
Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this practicality is new
The range of type is indicated by the appended claims rather than the foregoing description, it is intended that by containing in the equivalent requirements of the claims is fallen
All changes in justice and range are embraced therein.Any reference numeral in claim should not be considered as limitation
Involved claim.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in each embodiment can also be properly combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. measuring the boxing glove of punch strength and punch speed using optical fiber sensing technology, including leather layer (1), feature exists
In：Interior side bonds the first sponge medium layer (2) of the leather layer (1), and the interior side bonds of the first sponge medium layer (2)
Air bag (11)；Interior side bonds the second sponge medium layer (3) of the air bag (11), and the second sponge medium layer (3) is interior
Side bonds third sponge medium layer (14)；Optical fiber (4) is installed between the air bag (11) and the second sponge medium layer (3)；
One end installation wrist band (7) of the second sponge medium layer (3), and the outer surface bonding sensor (5) of the wrist band (7)
With signal processing and display device (6)；Wrist band (7) outer surface be equipped with air inflation nozzle (13), and the air inflation nozzle (13) with
The air bag (11) is connected by tracheae (12), and the tracheae (12) is clipped in the first sponge medium layer (2) and described the
Between two sponge medium layers (3)；The side wall of the second sponge medium layer (3) is equipped with the circular hole of the second sponge medium layer upper surface
(8), the circular hole (9) of the second sponge medium layer lower surface, and the circular hole (8) of the second sponge medium layer upper surface and described
The circular hole (9) of two sponge medium layer lower surface communicates；The left and right side of the second sponge medium layer (3) is respectively provided with the second sea
The circular hole (10) of continuous dielectric layer side.
2. the boxing glove according to claim 1 that punch strength and punch speed are measured using optical fiber sensing technology,
It is characterized in that：The optical fiber (4) is bonded in the upper surface of the second sponge medium layer (3).
3. the boxing glove according to claim 1 that punch strength and punch speed are measured using optical fiber sensing technology,
It is characterized in that：The optical fiber (4) is under the circular hole (8), the second sponge medium layer of the second sponge medium layer upper surface
The circular hole (9) on surface and the circular hole (10) of the second sponge medium layer side are across being tied at the second sponge medium layer
(3)。
4. the boxing glove according to claim 1 that punch strength and punch speed are measured using optical fiber sensing technology,
It is characterized in that：The optical fiber (4) is wound in the second sponge medium layer (3).
5. the boxing glove according to claim 1 that punch strength and punch speed are measured using optical fiber sensing technology,
It is characterized in that：Circular hole (10) phase of the second sponge medium layer side of the left and right side of the second sponge medium layer (3)
It is logical.
6. the boxing glove according to claim 1 that punch strength and punch speed are measured using optical fiber sensing technology,
It is characterized in that：The sensor (5) is the one of which in photoelectric sensor, laser sensor or infrared sensor.
7. the boxing glove according to claim 1 that punch strength and punch speed are measured using optical fiber sensing technology,
It is characterized in that：The circular hole (8) of the second sponge medium layer upper surface, the second sponge medium layer lower surface circular hole (9),
The area equation of the circular hole (10) of the second sponge medium layer side, and in side wall of the second sponge medium layer (3) etc.
Away from distribution.
8. the boxing glove according to claim 1 that punch strength and punch speed are measured using optical fiber sensing technology,
It is characterized in that：The leather layer (1), the first sponge medium layer (2), the second sponge medium layer (3), third sea
The side wall of continuous dielectric layer (14) is arcuate structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721328367.1U CN207591259U (en) | 2017-10-16 | 2017-10-16 | The boxing glove of punch strength and punch speed is measured using optical fiber sensing technology |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721328367.1U CN207591259U (en) | 2017-10-16 | 2017-10-16 | The boxing glove of punch strength and punch speed is measured using optical fiber sensing technology |
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| Publication Number | Publication Date |
|---|---|
| CN207591259U true CN207591259U (en) | 2018-07-10 |
Family
ID=62756098
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721328367.1U Active CN207591259U (en) | 2017-10-16 | 2017-10-16 | The boxing glove of punch strength and punch speed is measured using optical fiber sensing technology |
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| CN (1) | CN207591259U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107551526A (en) * | 2017-10-16 | 2018-01-09 | 胡璞 | A kind of Intelligent boxing gloves based on optical fiber sensing technology |
| CN111298413A (en) * | 2020-03-12 | 2020-06-19 | 安徽魔力塔网络科技有限公司 | Boxing body-building game interaction method |
| CN112473109A (en) * | 2020-11-18 | 2021-03-12 | 宁波市鄞州风名工业产品设计有限公司 | Boxing target |
-
2017
- 2017-10-16 CN CN201721328367.1U patent/CN207591259U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107551526A (en) * | 2017-10-16 | 2018-01-09 | 胡璞 | A kind of Intelligent boxing gloves based on optical fiber sensing technology |
| CN111298413A (en) * | 2020-03-12 | 2020-06-19 | 安徽魔力塔网络科技有限公司 | Boxing body-building game interaction method |
| CN112473109A (en) * | 2020-11-18 | 2021-03-12 | 宁波市鄞州风名工业产品设计有限公司 | Boxing target |
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