CN205626895U - Low limbs tendon lateral stretching device application of force adjustment system - Google Patents
Low limbs tendon lateral stretching device application of force adjustment system Download PDFInfo
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- CN205626895U CN205626895U CN201620206108.0U CN201620206108U CN205626895U CN 205626895 U CN205626895 U CN 205626895U CN 201620206108 U CN201620206108 U CN 201620206108U CN 205626895 U CN205626895 U CN 205626895U
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Abstract
The utility model provides a low limbs tendon lateral stretching device application of force adjustment system, it includes the base, be equipped with the pivot on this base of, be equipped with first depression bar and second depression bar in this pivot, this first depression bar and second depression bar all can rotate around this pivot, this first depression bar, second depression bar end are all inserted and are equipped with the control tube, and this control tube interval is equipped with a plurality of locating hole, this first depression bar, the terminal inboard of second depression bar are equipped with lockhole and supporting shaft, and supporting shaft and posting middle part are articulated, these posting both sides are equipped with locating lever and spring respectively, and in this locating lever inserted this locating hole and lockhole, this spring was replaced and is reached between this first depression bar, the second depression bar side at this posting. The utility model discloses make the student utilize the low limbs tendon transversely to quantize trainer when training, the length that can easily adjust the depression bar to adapt to the long student of various legs, in addition, mr can monitor different students' training data simultaneously.
Description
Technical field
This utility model relates to a kind of leg training equipment, particularly a kind of acrobatics specialty muscle tendon of lower limb transversal stretching device force adjustment system.
Background technology
Acrobatics, dancing, gymnastic exhibition personnel typically require that its health has good pliability, especially leg, to make exceedingly difficult movements.It is generally required to performer can accomplish that both legs are about 180 degree, the split of standard i.e. can be made.Split one has three kinds, respectively: right lower limb front fork, left lower limb front fork and horizontal fork.Performer is generally from little training, but when training at the beginning, in order to stretch out the tendon of two lower limbs, being commonly called as " stretching muscle ", be all in person to be imposed external force by training teacher to carry out, dynamics size rule of thumb controls with teacher oneself entirely, often exert a force excessive, make trainer's hurt like hell, suffer untold misery, even produce the feared state of mind.Being trained further, since teacher once can only impose external force to a student, multiple students go up training session together when, this training that every class of each student actually gets is few, and training effect is extremely limited.And teacher is in order to improve training speed, force is bigger, makes student more painful.For the problems referred to above application, a kind of acrobatics specialty muscle tendon of lower limb laterally quantifies training devices to inventor, and it quantitatively can carry out leg tendon and stretch and draw student, greatly reduces the distress level of student simultaneously.But the leg length of this device regulation system imperfection, it is necessary to improve its adaptability to the student of different lower limb length.Utilizing device to carry out stretching situation about drawing it addition, teacher needs to observe each student respectively, student's quantity is many when, often workload is the biggest.
Utility model content
Inventor's solution the problems referred to above, the purpose of this utility model is to provide a kind of muscle tendon of lower limb transversal stretching device force adjustment system, student is made to utilize muscle tendon of lower limb laterally to quantify training devices when training, can the length of easy adjustment depression bar, to adapt to the student of various lower limb length, it addition, teacher can monitor the training data of different student simultaneously.
For achieving the above object, this utility model takes techniques below scheme:
A kind of muscle tendon of lower limb transversal stretching device force adjustment system, it includes base, and this base is provided with rotating shaft, and this rotating shaft is provided with the first depression bar and the second depression bar, and this first depression bar and the second depression bar all can be around this axis of rotation；
This first depression bar end is inserted with the first regulation pipe, and this first regulation pipe inserts the part in this first depression bar and is interval with several holes, the first location；Be provided with the first lockhole and first inside this first depression bar end and support rotating shaft, this first support in the middle part of rotating shaft and the first posting hinged；This first posting is respectively provided on two sides with a positioning rod and the first spring, and this positioning rod inserts in this first hole, location and the first lockhole, and this first spring is supported between this first posting and this first depression bar side；
This second depression bar end is inserted with the second regulation pipe, and this second regulation pipe inserts the part in this second depression bar and is interval with several holes, the second location；Be provided with the second lockhole and second inside this second depression bar end and support rotating shaft, this second support in the middle part of rotating shaft and the second posting hinged；This second posting is respectively provided on two sides with the second location bar and the second spring, and this second location bar inserts in this second hole, location and the second lockhole, and this second spring is supported between this second posting and this second depression bar side.
Further, described first regulation pipe, the second regulation pipe end profile are equipped with the side plate of rectangle, and side, each side plate bottom is provided with pivot, hinged with the pedal end face of rectangle；This pedal can support the bottom at this side plate near the side of this pivot, makes this side plate and pedal keep plumbness.
Further, described rotating shaft is additionally provided with the first knee and the second knee, between described first depression bar and the second depression bar；This first knee and the second knee all can be around this axis of rotation；
This first knee has bending segment and horizontal segment, and this bending segment end is connected with this rotating shaft, and this horizontal segment is parallel with this first depression bar and hinged in the middle part of end and the first adaptor；This first adaptor is L-shaped, opening this horizontal segment dorsad, and this first adaptor is connected by the first connecting plate between this first depression bar away from one end of this rotating shaft, and the two ends of this first connecting plate are hinged with this first adaptor and this first depression bar respectively；
This first knee is provided with drive mechanism, this drive mechanism connects and drives a moving block to rotate, this moving block is connected by the first drive link between one end of this rotating shaft with this first adaptor, the two ends of this first drive link respectively with this first adaptor and the perimeter hinge of this moving block so that this moving block rotate time drive this first drive link along this horizontal segment direction move back and forth；
This second knee is symmetrical arranged with this first knee, it may have bending segment and horizontal segment, and the bending segment of this second knee is also connected with this rotating shaft, and the horizontal segment of this second knee is parallel with this second depression bar and hinged in the middle part of end and the second adaptor；This second adaptor is L-shaped, the horizontal segment of opening this second knee dorsad, this second adaptor is connected by the second connecting plate between this second depression bar away from one end of this rotating shaft, and the two ends of this second connecting plate are hinged with this second adaptor and this second depression bar respectively；
This second knee is provided with pull sensing device, and the input of this pull sensing device is connected by the second drive link between one end of this rotating shaft with this second adaptor；
The bending segment of this first knee is fixed with screw rod, and the bending segment of this second knee is provided with sleeve pipe, and this screw rod penetrates in this sleeve pipe；This screw sleeve is provided with angular adjustment knob, and this angular adjustment knob is supported inside this sleeve pipe.
Further, described pull sensing device connects the display device that can show force value, and this pull sensing device is also connected with radio transmitting device.
Further, the bending segment of described first knee is fixed with angle instruction dish, and the bending segment of described second knee is fixed with pointer, and this pointer is to should angular regions on angle instruction dish.
Further, it is equipped with runner bottom the length adjustment pipe end of described first depression bar and the second depression bar.
Further, described first depression bar and the second depression bar can rotate and be close together and fold up.
Further, described first depression bar is provided with power supply, is electrically connected with this drive mechanism and display device.
Further, described drive mechanism is motor.
Further, described first adaptor and the second adaptor are provided with ribs so that described first adaptor and the rectangular triangle of the second adaptor.
The beneficial effects of the utility model are: this utility model muscle tendon of lower limb transversal stretching device force adjustment system, student is made to utilize muscle tendon of lower limb laterally to quantify training devices when training, can the length of easy adjustment depression bar, to adapt to the student of various lower limb length, it addition, teacher can monitor the training data of different student simultaneously.
Accompanying drawing explanation
Fig. 1 is the top view of this utility model muscle tendon of lower limb transversal stretching device special foldable base one embodiment of structure.
Fig. 2 is the enlarged diagram in Fig. 1 at B.
Fig. 3 is the front view of this utility model muscle tendon of lower limb transversal stretching device special foldable base another embodiment of structure.
Fig. 4 is the top view of this utility model muscle tendon of lower limb transversal stretching device special foldable base another embodiment of structure.
Fig. 5 is the cross-sectional schematic in Fig. 4 along A-A direction.
Fig. 6 is the side view of this utility model muscle tendon of lower limb transversal stretching device special foldable base another embodiment of structure.
Detailed description of the invention
In order to make the technical solution of the utility model and beneficial effect clearer, below in conjunction with embodiment and accompanying drawing, this utility model is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain this utility model, is not used to limit this utility model.
As shown in Figure 1, this utility model provides a kind of muscle tendon of lower limb transversal stretching device force adjustment system, the training of horizontal fork is carried out for user leg, it includes base 1, this base 1 is provided with vertical rotating shaft 2, this rotating shaft 2 is provided with the first depression bar 3 and the second depression bar 4, and for exerting a force the both legs of user, this first depression bar 3, second depression bar 4 all can rotate around this rotating shaft 2.
As shown in Figure 1 and Figure 2, this first depression bar 3 end is inserted with the first regulation pipe 31, and this first regulation pipe 31 inserts the part in this first depression bar 3 and is interval with several holes 32, the first location.Be provided with the first lockhole and first inside this first depression bar 3 end and support rotating shaft 33, this first support in the middle part of rotating shaft 33 and the first posting 34 hinged.This first posting 34 is respectively provided on two sides with a positioning rod 35 and the first spring 36, and this positioning rod 35 inserts in this first hole 32, location and the first lockhole, and this first spring 36 is supported between this first posting 34 and this first depression bar 3 side.This first spring 36 makes this positioning rod 35 normality insert in this first hole 32, location and the first lockhole, to fix the relative position of this first depression bar 3 and the first regulation pipe 31, depress this first fixed frame 34 and be provided with one end of the first spring 36, this a positioning rod 35 is lifted, this the first regulation pipe 31 can be extracted out and be made this first lockhole and the new first hole 32, location overlap, lift the first fixed frame 34, a positioning rod 35 is inserted in the first new hole 32, location and the first lockhole, i.e. have adjusted the first regulation pipe 31 and overall length of the first depression bar 3.
This second depression bar 4 end is inserted with the second regulation pipe 41, and this second regulation pipe 41 inserts the part in this second depression bar 4 and is interval with several holes 42, the second location.Be provided with the second lockhole and second inside this second depression bar 4 end and support rotating shaft 43, this second support in the middle part of rotating shaft 43 and the second posting 44 hinged.This second posting 44 is respectively provided on two sides with the second location bar 45 and the second spring 46, and this second location bar 45 inserts in this second hole 42, location and the second lockhole, and this second spring 46 is supported between this second posting 44 and this second depression bar 4 side.This second depression bar 4 is identical with the control method that above-mentioned first depression bar 3, first regulates pipe 31 overall length with the overall length regulation of the second regulation pipe 41.
During use, user can be sitting on the ground, both legs are fixed on the first depression bar 3 and the second depression bar 4 (such as by modes such as band bindings), regulation the first regulation pipe 31 and overall length of the first depression bar 3, regulation the second regulation pipe 41 and overall length of the second depression bar 4, it is adapted to both legs length, and then artificial or machine drives and the first depression bar 3 and the second depression bar 4 force can be carried out horizontal stretching to the both legs of user and be drawn.
As shown in Fig. 3, Fig. 4, Fig. 5, it is another embodiment of muscle tendon of lower limb transversal stretching device of the present utility model force adjustment system, it is unlike first embodiment, in this rotating shaft 2 in addition to being provided with the first depression bar 3 and the second depression bar 4 in such as first embodiment, the first knee 5 and the second knee 6 it is additionally provided with in this rotating shaft 2, between this first depression bar 3 and second depression bar 4, wherein this first knee 5 is approximate horizontal with this first depression bar 3 and is connected, and this second knee 6 is approximate horizontal with this second depression bar 4 and is connected.This first depression bar the 3, second depression bar 4, first knee 5 and the second knee 6 all can rotate around this rotating shaft 2.
As it can be seen, this first knee 5 has bending segment 51 and horizontal segment 52, this bending segment 51 end is connected with this rotating shaft 2, and this horizontal segment 52 is parallel with this first depression bar 3 and hinged in the middle part of end and the first adaptor 53.This first adaptor 53 is L-shaped, opening this horizontal segment 52 dorsad, this first adaptor 53 is connected by the first connecting plate 54 away between one end and this first depression bar 3 of this rotating shaft 2, and the two ends of this first connecting plate 54 are hinged with this first adaptor 53 and this first depression bar 3 respectively.This first adaptor 53 owing to can rotate in the middle part of it, therefore, push or pull on this first depression bar 3 when rotating rotate around this rotating shaft 2 by the first connecting plate 54, and then human leg is pressed.
As shown in the figure, this second knee 6 is symmetrical arranged with this first knee 5, also having bending segment 61 and horizontal segment 62, the bending segment 61 of this second knee 6 is also connected with this rotating shaft 2, and the horizontal segment 62 of this second knee 6 is parallel with this second depression bar 4 and hinged in the middle part of end and the second adaptor 63.This second adaptor 63 is L-shaped, the horizontal segment 62 of opening this second knee 6 dorsad, this second adaptor 63 is connected by the second connecting plate 64 away between one end and this second depression bar 4 of this rotating shaft 2, and the two ends of this second connecting plate 64 are hinged with this second adaptor 63 and this second depression bar 4 respectively.
As shown in the figure, this first knee 5 is provided with drive mechanism 7 (such as motor), this drive mechanism 7 connects and drives a moving block 71 to rotate, this moving block 71 is connected by the first drive link 72 between one end of this rotating shaft 2 with this first adaptor 53, the two ends of this first drive link 72 respectively with this first adaptor 53 and the perimeter hinge of this moving block 72 so that this moving block 71 drive when rotating this first drive link 72 along this horizontal segment 52 direction move back and forth.
As it can be seen, this second knee 6 is provided with pull sensing device 8, the input of this pull sensing device 8 is connected by the second drive link 81 between one end of this rotating shaft 2 with this second adaptor 63.Although this second adaptor 63 can rotate in the middle part of it, but due to the restriction of the second drive link 81, it can only move in small scope, and the size of power is sensed and record by pull sensing device 8.Further, this pull sensing device 8 connects the display device that can show force value, to the pressure of leg be explicitly shown on the display apparatus every time, user can clearly be seen, simultaneously, this pull sensing device 8 is also connected with radio transmitting device 82, and the data such as force value radio to the terminal of teacher so that teacher can monitor the training of all students on a station terminal in real time.During stretching and drawing, second depression bar 4 is pressed by human leg, and then pressed to the second knee 6 by the second connecting plate 64, dynamics is shown by the second adaptor 63 by pull sensing device 8, because first knee the 5, second knee 6 is connected by screw rod, both sides dynamics is equivalent, is all shown by pull sensing device 8 and display device, and is transferred to the terminal of teacher by radio transmitting device.
As it can be seen, the bending segment 51 of this first knee 5 is fixed with screw rod 511, the bending segment 61 of this second knee 6 is provided with sleeve pipe 611, and this screw rod 511 penetrates in this sleeve pipe 611, and this sleeve pipe 611 can rotate.This screw rod 511 is arranged with angular adjustment knob 512, and this angular adjustment knob 512 is supported inside this sleeve pipe 611.This first knee 5, during motion, is exerted a force to the second knee 6 by screw rod 511 and angular adjustment knob 512, this second knee 6 and then promote this second depression bar 4, and then presses human leg.By anglec of rotation adjusting knob 512, it may be determined that one initial stretches the angle drawing leg, i.e. both legs in which angle start to stretch the maximum angle drawn.This angle can show by being arranged on the angle instruction dish 513 of the bending segment 51 of this first knee 5, the bending segment 61 of this second knee 6 is fixed with pointer 612, this pointer 612 to should angular regions on angle instruction dish 513, by conversion, the angle between both legs can be obtained.
Owing to this first adaptor 53 and the second adaptor 63 are as the component transmitting moment, as shown in the figure, this first adaptor 53 and the second adaptor 63 can arrange ribs between two ends so that this first adaptor 53 and second rectangular triangle of adaptor 63, to strengthen its structural strength.
This first depression bar 3 of the present utility model and the second depression bar 4 can rotate and be close together and fold up, and then fixing by band binding, reduces and carries volume, it is simple to transports.
Certainly, this first depression bar 3 is provided with power supply 9, is electrically connected with this drive mechanism 7 and display device, thinks that power device is powered.
Lower limb is stretched for the ease of user, as shown in Figure 6, two embodiments of the present utility model can regulate pipe 41 end profile at this first regulation pipe 31, second and be equipped with foot supporting structure, to place the both feet of user, it includes the side plate 37,47 of rectangle, side, each side plate bottom is provided with pivot 38,48, hinged with pedal 39,49 end face of rectangle.This pedal can pivot around this, and can support the bottom at this side plate near the side of this pivot, makes this side plate and pedal keep plumbness.Can be at the runner 30,40 of ground rotation furthermore it is also possible to be respectively provided with bottom the end of this first depression bar 3 and the second depression bar 4 so that this first depression bar 3 and the second depression bar 4, when rotating around this rotating shaft 2, after bearing user weight, still are able to smooth and easy rotation.
nullSecond embodiment of this utility model is in use，User is seated at ground in the face of the first depression bar 3 and the second depression bar 4，Open both legs by both feet as far as possible，Both legs are fixed on the first depression bar 3 and the second depression bar 4 (such as by modes such as band bindings)，Regulation the first regulation pipe 31 and overall length of the first depression bar 3，Regulation the second regulation pipe 41 and overall length of the second depression bar 4，It is adapted to both legs length，And both feet are put on the footrests，Anglec of rotation adjusting knob 512 makes it support inside the sleeve pipe 611 of the second knee 5，Power-on 9，Electric machine rotation drives moving block 71 to rotate，This moving block 71 drives this first drive link 72 to move back and forth along the direction of the first knee 5 horizontal segment 52，By the first adaptor 53 transmission，The first depression bar 3 is driven to rotate around this rotating shaft 2，User leg is pressed；It addition, this first knee 5 is while relative motion, being exerted a force to the sleeve pipe 611 of the second knee 6 by screw rod 511 and angular adjustment knob 512, and then promote this second knee 6, another leg of human body is pressed by final this second depression bar 4 of promotion.In the process, angle can be drawn with stretching of record start, stretch the dynamics size during drawing, it is simple to train reference later, and user can arbitrarily regulate angular adjustment knob 512, and then regulation both legs stretch the degree drawn.It addition, this utility model can also be trained for trainer under halted state, i.e. mix up initial stretching and draw angle, both legs are fixed on the footrests, keep stretching tension state a period of time.
The above, be only preferred embodiment of the present utility model, and structure of the present utility model is not made any pro forma restriction.Every any simple modification, equivalent variations and modification made above example according to technical spirit of the present utility model, all still falls within the range of the technical solution of the utility model.
Claims (10)
1. a muscle tendon of lower limb transversal stretching device force adjustment system, it is characterised in that it includes base, and this base is provided with rotating shaft, and this rotating shaft is provided with the first depression bar and the second depression bar, and this first depression bar and the second depression bar all can be around this axis of rotation；
This first depression bar end is inserted with the first regulation pipe, and this first regulation pipe inserts the part in this first depression bar and is interval with several holes, the first location；Be provided with the first lockhole and first inside this first depression bar end and support rotating shaft, this first support in the middle part of rotating shaft and the first posting hinged；This first posting is respectively provided on two sides with a positioning rod and the first spring, and this positioning rod inserts in this first hole, location and the first lockhole, and this first spring is supported between this first posting and this first depression bar side；
This second depression bar end is inserted with the second regulation pipe, and this second regulation pipe inserts the part in this second depression bar and is interval with several holes, the second location；Be provided with the second lockhole and second inside this second depression bar end and support rotating shaft, this second support in the middle part of rotating shaft and the second posting hinged；This second posting is respectively provided on two sides with the second location bar and the second spring, and this second location bar inserts in this second hole, location and the second lockhole, and this second spring is supported between this second posting and this second depression bar side.
Muscle tendon of lower limb transversal stretching device the most according to claim 1 force adjustment system, it is characterized in that: described first regulation pipe, the second regulation pipe end profile are equipped with the side plate of rectangle, side, each side plate bottom is provided with pivot, hinged with the pedal end face of rectangle；This pedal can support the bottom at this side plate near the side of this pivot, makes this side plate and pedal keep plumbness.
Muscle tendon of lower limb transversal stretching device the most according to claim 1 and 2 force adjustment system, it is characterised in that: it is additionally provided with the first knee and the second knee in described rotating shaft, between described first depression bar and the second depression bar；This first knee and the second knee all can be around this axis of rotation；
This first knee has bending segment and horizontal segment, and this bending segment end is connected with this rotating shaft, and this horizontal segment is parallel with this first depression bar and hinged in the middle part of end and the first adaptor；This first adaptor is L-shaped, opening this horizontal segment dorsad, and this first adaptor is connected by the first connecting plate between this first depression bar away from one end of this rotating shaft, and the two ends of this first connecting plate are hinged with this first adaptor and this first depression bar respectively；
This first knee is provided with drive mechanism, this drive mechanism connects and drives a moving block to rotate, this moving block is connected by the first drive link between one end of this rotating shaft with this first adaptor, the two ends of this first drive link respectively with this first adaptor and the perimeter hinge of this moving block so that this moving block rotate time drive this first drive link along this horizontal segment direction move back and forth；
This second knee is symmetrical arranged with this first knee, it may have bending segment and horizontal segment, and the bending segment of this second knee is also connected with this rotating shaft, and the horizontal segment of this second knee is parallel with this second depression bar and hinged in the middle part of end and the second adaptor；This second adaptor is L-shaped, the horizontal segment of opening this second knee dorsad, this second adaptor is connected by the second connecting plate between this second depression bar away from one end of this rotating shaft, and the two ends of this second connecting plate are hinged with this second adaptor and this second depression bar respectively；
This second knee is provided with pull sensing device, and the input of this pull sensing device is connected by the second drive link between one end of this rotating shaft with this second adaptor；
The bending segment of this first knee is fixed with screw rod, and the bending segment of this second knee is provided with sleeve pipe, and this screw rod penetrates in this sleeve pipe；This screw sleeve is provided with angular adjustment knob, and this angular adjustment knob is supported inside this sleeve pipe.
Muscle tendon of lower limb transversal stretching device the most according to claim 3 force adjustment system, it is characterised in that: described pull sensing device connects the display device that can show force value, and this pull sensing device is also connected with radio transmitting device.
Muscle tendon of lower limb transversal stretching device the most according to claim 4 force adjustment system, it is characterized in that: the bending segment of described first knee is fixed with angle instruction dish, the bending segment of described second knee is fixed with pointer, and this pointer is to should angular regions on angle instruction dish.
Muscle tendon of lower limb transversal stretching device the most according to claim 5 force adjustment system, it is characterised in that: it is equipped with runner bottom the length adjustment pipe end of described first depression bar and the second depression bar.
Muscle tendon of lower limb transversal stretching device the most according to claim 6 force adjustment system, it is characterised in that: described first depression bar and the second depression bar can rotate and be close together and fold up.
Muscle tendon of lower limb transversal stretching device the most according to claim 7 force adjustment system, it is characterised in that: described first depression bar is provided with power supply, is electrically connected with this drive mechanism and display device.
Muscle tendon of lower limb transversal stretching device the most according to claim 8 force adjustment system, it is characterised in that: described drive mechanism is motor.
Muscle tendon of lower limb transversal stretching device the most according to claim 9 force adjustment system, it is characterised in that: described first adaptor and the second adaptor are provided with ribs so that described first adaptor and the rectangular triangle of the second adaptor.
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| CN201620206108.0U CN205626895U (en) | 2016-03-17 | 2016-03-17 | Low limbs tendon lateral stretching device application of force adjustment system |
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| CN201620206108.0U CN205626895U (en) | 2016-03-17 | 2016-03-17 | Low limbs tendon lateral stretching device application of force adjustment system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109126047A (en) * | 2018-10-23 | 2019-01-04 | 佟海涛 | A kind of arm exercises tool |
| CN112915478A (en) * | 2021-02-01 | 2021-06-08 | 河北科技师范学院 | Sports teaching is with aerobics exercises training person training device of splitting leg |
| CN114534181A (en) * | 2021-12-23 | 2022-05-27 | 华东师范大学 | Sports lacing wire ware |
-
2016
- 2016-03-17 CN CN201620206108.0U patent/CN205626895U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109126047A (en) * | 2018-10-23 | 2019-01-04 | 佟海涛 | A kind of arm exercises tool |
| CN112915478A (en) * | 2021-02-01 | 2021-06-08 | 河北科技师范学院 | Sports teaching is with aerobics exercises training person training device of splitting leg |
| CN114534181A (en) * | 2021-12-23 | 2022-05-27 | 华东师范大学 | Sports lacing wire ware |
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