CN103263117A - Control system for adjusting tightness of shoestring and shoestring device - Google Patents

Control system for adjusting tightness of shoestring and shoestring device Download PDF

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Publication number
CN103263117A
CN103263117A CN 201310140802 CN201310140802A CN103263117A CN 103263117 A CN103263117 A CN 103263117A CN 201310140802 CN201310140802 CN 201310140802 CN 201310140802 A CN201310140802 A CN 201310140802A CN 103263117 A CN103263117 A CN 103263117A
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shoelace
shoestring
control system
hole
adjustment
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CN 201310140802
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Chinese (zh)
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梁柏祥
梁美环
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梁柏祥
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Abstract

The invention provides a control system for adjusting tightness of a shoestring and a shoestring device. The control system comprises a shoestring. The shoestring comprises a free section which passes through a first side of a tail position shoestring hole to a second side, and a shoestring adjustment section which is close to the free section and is located at the first side of the tail position shoestring hole. A restoration structure acted by a pull force applied to the free section of the shoestring is arranged between the shoestring adjustment section and the tail position shoestring hole. The control system also comprises a shoestring control device. The shoestring control device comprises 1, a reel which is provided with a reel shaft for shoestring free section winding and 2, a driving device which is used for driving the reel to rotate forwards or backwards. The control system for adjusting tightness of the shoestring and the shoestring device have simple structures, realize easy shoestring tightness adjustment without shoestring untieing and are convenient for fast shoestring adjustment.

Description

一种用于调整鞋带松紧的控制系统及鞋带装置 A method for adjusting tension shoelace and shoelace means of a control system

技术领域 FIELD

[0001] 本发明涉及一种鞋带调整装置,特别涉及一种用于调整鞋带松紧的控制系统。 [0001] The present invention relates to a shoelace adjustment device, particularly to a shoelace adjustment for adjusting the control system.

背景技术 Background technique

[0002] 现有的鞋子,通常将鞋带交错穿过鞋带孔,并在鞋带末端打结系紧。 [0002] Existing shoes, lace typically interleaved through lace apertures, and tie knotted at the ends of shoelaces. 在行走过程中,鞋带通常会因拉扯而逐渐松脱,无法维持穿着者所需的松紧度。 During walking, generally due to pull the shoelace is gradually loosened, the wearer can not maintain the desired tightness. 人们常需要停下脚步来重新解开鞋带,并逐节逐节的调整鞋带以重新获得舒适的松紧度,这样非常浪费时间,使用也不方便。 People often need to stop and re-untied shoelaces, and by adjusting the laces section by section in order to regain a comfortable tightness, this is a waste of time, not easy to use. 提供一种更为便捷的可调整鞋带松紧的装置显得很有必要。 Provide a more convenient means of an adjustable shoelace adjustment becomes necessary.

[0003] 中国专利申请CN921127936公开了一种鞋带松紧调节装置,其包括用于系紧鞋带的紧固部件、旋转部件、及驱动机构,通过驱动机构驱动旋转紧固部件,从而达到系紧鞋带的效果。 [0003] Chinese Patent Application No. CN921127936 discloses a shoelace tensioning device, which comprises a lace for tightening the fastening member, the rotating member, and a drive mechanism, the drive mechanism driven to rotate by the fastening member, so as to fasten the effect of lace. 与该专利不同,本申请提供另一种结构简单的用于调整鞋带松紧的控制系统。 Unlike the patent, the present application further provides a simple structure of a control system for adjusting the tightness of the shoelace.

发明内容 SUMMARY

[0004]为解决上述问题,本发明目的在于提供一种结构简单的鞋带松紧调整系统及鞋带装置,使用者无需解开鞋带就可轻松的调整鞋带松紧,使鞋带调整更为快捷简便。 [0004] In order to solve the above problems, an object of the present invention is to provide a simple structure and the laces lace slack adjustment system means, without the user having untied shoelace shoelace adjustment can be easily adjusted, so that adjustment is more lace quick and easy.

[0005] 本发明通过以下技术方案实现其目的: [0005] The present invention achieves its object by the following technical solutions:

[0006] 一种用于调整鞋带松紧的控制系统,包括鞋带,鞋带具有从末位鞋带孔的第一侧穿到第二侧所形成的自由段、及邻近所述自由段且位于末位鞋带孔第一侧的鞋带调整段,在鞋带调整段和末位鞋带孔之间设有受施于鞋带自由段的拉力作用的复位结构; [0006] A control system for adjusting a shoelace adjustment including laces, lace having a free segment through the last one from the first side to the second side of the lacing holes are formed, and adjacent the free segment and the last one on a first side of the shoelace eyelets adjustment segment, between the segment and the final adjustment shoelace eyelets with laces free section by applying a pulling force of the reset structure;

[0007] 所述控制系统还包括一鞋带控制装置,该鞋带控制装置包括I)绕线轮,绕线轮具有一供鞋带自由段缠绕的绕线轴;2)还包括一用于驱动绕线轴使绕线轴正向或反向转动的驱动装置。 [0007] The control system further comprises a control means shoelace, shoelace control means which comprises I) reel, reel having a spool for winding shoelace free section; 2) for driving further comprises a the winding bobbin shaft forward or reverse rotation of the drive means.

[0008] 优选的,所述复位结构包括一固设于鞋带调整段的挡块,及一套设于鞋带调整段并抵接于挡块与末位鞋带孔之间的弹簧。 [0008] Preferably, the resetting structure comprises a stopper fixed to the shoelace adjustment section, and a shoelace adjustment section disposed between and abut the stopper and the last one spring eyelets.

[0009] 进一步的,所述控制系统还包括一移动控制终端,该移动控制终端包括供用户输入动作指令的输入单元、与输入单元相连接并将动作指令转换为无线信号的第一微处理器、与第一微处理器的输出端相连接并用于发送无线信号的第一无线收发单元;所述鞋带控制装置还包括驱动控制部,该驱动控制部包括一用于接收所述第一无线收发单元发送的无线信号的第二无线收发单元、与第二无线收发单元相连接并对接收的无线信号作出判断以控制驱动装置运转的第二微处理器。 [0009] Further, the control system further comprises a mobile control terminal, the mobile terminal includes an input controlling means for user input operation command, and is connected to the input unit and the operation of the microprocessor instruction into a first radio signal , and connected to first wireless transceiver unit for transmitting a radio signal to the output terminal of the first microprocessor; the shoelace means further includes a drive control unit controlling the driving unit comprises a control means for receiving said first radio the second microprocessor determines whether the second radio unit to radio signals sent by the transceiver unit, is connected to the second wireless transceiver unit and the received wireless signals to control operation of the driving means. 通过进一步设置移动控制终端以及驱动控制部,可以让使用者无需弯腰或蹲下即可方便的调整鞋带松紧,这对于人群拥挤的场合或是工作繁忙的时候,或是身体不舒服的时候,都给使用者带来了极大的方便。 By further providing mobile control terminal and a drive control unit that allows users without having to bend over or squat can easily adjust elastic laces, this uncomfortable situation for crowded or busy time, or when the body , gave users has brought great convenience.

[0010] 优选的,所述移动控制终端设于手机或智能手表中。 [0010] Preferably, the mobile terminal control is provided in a mobile phone or smart watch.

[0011] 进一步的,所述控制系统还包括一独立于鞋带的扣环,所述扣环包括一本体,该本体具有供鞋带穿过的上下贯通的两个竖向通孔,该本体还具有与所述的两个竖向通孔连通的供鞋带外伸的一个横向通孔, 每个竖向通孔一端设置为留有竖向缺口的半围合开口,所述横向通孔的两端开口均设置为半围合开口,每个竖向通孔的竖向缺口与所述横向通孔其中一个半围合开口形成相连的空间,竖向通孔及横向通孔的半围合开口的宽度均小于竖向通孔和横向通孔的直径并形成对鞋带本体的限位锁定结构。 [0011] Further, the control system further comprises a separate laces buckle, said buckle comprising a body, the body has two vertical through holes for passing down through the lace, the body also has a transverse through-hole for the outer laces of the two vertical through holes extending communicating, each vertical through hole provided to one end of the vertical gap left half-enclosed opening, the transverse through-hole open at both ends are set to half-enclosed opening, each vertical notch vertical through hole and said transverse through hole wherein a semi-enclosed space is formed an opening, and a transverse vertical through-hole vias connected around half combined width less than the diameter of the opening is vertical and the transverse through hole and the through-hole is formed on the stopper body lace locking structure.

[0012] 所述鞋带控制装置固设于鞋面上,进一步的,可设置在鞋舌上。 [0012] The shoelace control means are fixed on the upper, further, may be provided on the tongue.

[0013] 进一步的,所述鞋带为弹性鞋带。 [0013] Further, the lace is an elastic laces.

[0014] 本发明还提供一种鞋带装置,其包括如上文所述的用于调整鞋带松紧的控制系统。 [0014] The present invention further provides a shoelace apparatus hereinbefore described which comprises a control system for adjusting the tightness of the shoelace above.

[0015] 本发明的有益效果是提供了一种结构简单的鞋带松紧调整系统及鞋带装置,使用者无需解开鞋带就可轻松的调整鞋带松紧,使鞋带调整更为快捷简便。 [0015] Advantageous effects of the present invention is to provide a simple structure and the laces lace slack adjustment system means, without the user can easily untied shoelace adjustment elastic laces, lace makes more quick and easy adjustment . 使用者可在不弯腰的情况下实现鞋带的调整,可更快捷简便的获得舒适的松紧度,同时也使调整鞋带这一动作显得更为优雅。 The user can achieve without stooping to adjust the laces can be more quick and easy to get comfortable tightness, but also to adjust the laces of this action is even more elegant.

附图说明 BRIEF DESCRIPTION

[0016] 图1是移动控制终端和驱动控制部的系统结构图; [0016] FIG. 1 is a mobile terminal and a control system configuration diagram of a drive control unit;

[0017] 图2是将本发明一种实施方式中将控制系统应用于鞋中的示意图; [0017] FIG 2 is an embodiment of the present invention is a control system diagram in the embodiment is applied to a shoe;

[0018] 图3是图2中A处的局部放大示意图; [0018] A in FIG. 3 is a partially enlarged view of FIG 2;

[0019] 图4是绕线轮缠绕鞋带自由端的示意图; [0019] FIG. 4 is a schematic view of the free end of the lace is wound around the reel;

[0020] 图5是扣环的结构示意图; [0020] FIG. 5 is a schematic view of the buckle;

[0021 ] 图6各图是将扣环及控制系统应用于鞋中的各步骤示意图,其中, [0021] FIG. 6 is a retaining ring and each control system is applied to various steps in a schematic shoe, wherein,

[0022] 图6a是两根鞋带穿过鞋带孔,并各自在靠近鞋头处的鞋带孔上留出鞋带末端; [0022] Figure 6a is a two lace through the lace holes and leaving each terminal on the shoelace eyelets at near the toe;

[0023] 图6b是鞋带末端穿过扣环; [0023] Figure 6b is a shoelace ends through the buckle;

[0024] 图6c是从扣环外剪除多余的鞋带头的效果示意图; [0024] Figure 6c is a schematic view of the effect of excess shoelace cut off from the outer retainer ring;

[0025] 图7各图是图6中的鞋带末端穿过扣环的各步骤示意图,其中, [0025] FIG. 7 is a schematic diagram of each lace end in FIG. 6 through each step of the buckle, wherein

[0026] 图7a是鞋带末端准备穿过扣环; [0026] Figure 7a is ready shoelace end through the rings;

[0027] 图7b是鞋带末端自下而上穿过扣环; [0027] Figure 7b is a bottom-end lace through the rings;

[0028] 图7c是鞋带末端从扣环两侧开口穿出; [0028] Figure 7c is a shoelace tip from piercing an opening on both sides of the buckle;

[0029] 图8是本发明控制系统的应用示意图。 [0029] FIG. 8 is a schematic diagram of a control system applied to the present invention.

[0030] 附图标记说明:100、鞋;201、鞋带自由段;202、鞋带调整段;203、弹簧;204、挡块;205、鞋带末端;300、扣环;301、竖向通孔;302、横向通孔;303、半围合开口;304、半围合开口;400、驱动装置;500、绕线轮;501、绕线轴;600、移动控制终端。 [0030] REFERENCE NUMERALS: 100, shoes; 201, shoelace free segment; 202, shoelace adjustment section; 203, spring; 204, the stopper; 205, shoelace ends; 300, retainer ring; 301, vertical the through-hole; 302, a transverse through hole; 303, semi-enclosed opening; 304, semi-enclosed opening; 400, drive means; 500, reel; 501, bobbin; 600, the mobile terminal control.

具体实施方式。 detailed description.

[0031] 下面结合附图对本发明作进一步详细说明。 [0031] The following figures of the present invention will be further described in detail in conjunction.

[0032] 为了便于理解,文中所述的“正向”和“反向”仅是为了区分绕线轴缠绕鞋带以及将缠绕的鞋带松开的两个不同的绕线轴转动方向。 [0032] For ease of understanding, the text of the "forward" and "reverse" are merely to distinguish wound bobbin lace and two different wound bobbin lace loosening rotational direction.

[0033] 本发明提供一种用于调整鞋带松紧的控制系统,及应用了该控制系统的鞋带装置。 [0033] The present invention provides a shoelace adjustment for adjusting a control system, and application of the shoelace means of the control system.

[0034] 参见附图2-4,本发明提供的用于调整鞋带松紧的控制系统,包括鞋带,鞋带具有从末位鞋带孔101的第一侧穿到第二侧所形成的鞋带自由段201、及邻近鞋带自由段201且位于末位鞋带孔101第一侧的鞋带调整段202,在鞋带调整段和末位鞋带孔之间设有受施于鞋带自由段的拉力作用的复位结构。 [0034] Referring to figures 2-4, the present invention provides a control system for adjusting the shoelace adjustment including laces, lace has a lacing through the last one from the first side to the second side hole 101 is formed free shoelace segment 201, and segment 201 adjacent the free shoelace and shoelace adjustment segment 101 is located a first side of the last bit of the eyelets 202, is provided between the segments and the final adjustment shoelace eyelets applied by the shoe structure with reset the pulling action of the free section. 优选的,复位结构包括一固设于鞋带调整段的挡块204,及一套设于鞋带调整段202并抵接于挡块204与末位鞋带孔101之间的弹簧203。 Preferably, the structure comprises a reset spring 203 disposed on the fixed stopper shoelace adjustment section 204, and a shoelace adjustment section 202 is provided and abuts against the stopper 204 and between the last bit of the 101 eyelets. 控制系统还包括一鞋带控制装置,该鞋带控制装置具有一绕线轮500 (参见图4),绕线轮具有一供鞋带自由段201缠绕的绕线轴501 ;鞋带控制装置还包括一用于驱动绕线轴使绕线轴正向或反向转动的驱动装置400,驱动装置一般为马达。 The control system further comprises a control means shoelace, shoelace the control means having a reel 500 (see FIG. 4), a winding reel having a shaft 501 for free shoelace segment 201 is wound; shoelace control means further comprises a driving means for driving the winding bobbin axis 400 of the forward or reverse rotation, typically a motor driving apparatus. 当驱动装置驱动绕线轴正向转动时,使绕线轴缠绕鞋带自由段201,同时鞋带自由段受到了来自绕线轴的拉力,受施于鞋带自由段拉力的作用,鞋带向着绕线轮的方向移动,使鞋带系得更紧,同时,在拉力的作用下,固设在鞋带调整段的挡块204随鞋带移动并挤压弹簧203 ;当驱动装置驱动绕线轴反向转动时,被压缩的弹簧复位,使鞋带由紧变松。 When the driving means drives the forward rotation of the spool, the winding shaft winding the free shoelace segment 201, while the shoelace tension by the free segment from the bobbin, by the action applied to the shoelace tension free section, toward the bobbin lace the direction of movement of the wheel, so that laces tightly, while, under the pulling force, the stopper is fixed shoelace adjustment section 204 to move with the pressing spring 203 and the lace; when the reverse driving means for driving the spool when rotated, the compressed spring return, so that the tightening lace loose. 鞋带控制装置可固设在鞋面上,例如可设置在鞋舌上。 Shoelace control means may be fixed in the upper, for example, may be provided on the tongue.

[0035] 作为进一步的改进,控制系统还包括一移动控制终端,参见图1,该移动控制终端包括供用户输入动作指令的输入单元、与输入单元相连接并将动作指令转换为无线信号的第一微处理器、与第一微处理器的输出端相连接并用于发送无线信号的第一无线收发单元。 The first [0035] As a further refinement, the control system further comprises a mobile terminal controlling, see FIG. 1, the mobile terminal includes an input controlling means for user input operation command, and is connected to the input unit and the operation command into a wireless signal a microprocessor, connected to the output terminal of the first microprocessor and a first wireless transceiver unit for transmitting a radio signal. 鞋带控制装置还包括驱动控制部,参见图1,该驱动控制部包括一用于接收第一无线收发单元发送的无线信号的第二无线收发单元、与第二无线接收单元相连接并对第二无线接收单元所接收的无线信号做出判断以控制驱动装置运转的第二微处理器。 Shoelace means further includes a drive control unit controlling, 1, the drive control section includes a second wireless transceiver Referring to FIG unit for receiving a first wireless transceiver unit transmits radio signals, is connected to a first and a second wireless reception unit second wireless receiving unit receives wireless signals to control the second microprocessor to make a determination operation of the drive means. 用户可通过在移动控制终端输入调紧鞋带或调松鞋带的动作指令,通过第一微处理器将动作指令转换为无线信号,并通过第一无线收发单元发送出去;鞋带控制装置的第二无线收发单元接收到无线信号后,将其传送给第二微处理器,第二微处理器对接收到的信号进行判断,若为调紧鞋带的信号,则控制驱动装置使其正转,反之,则控制驱动装置使其反转。 The user can control the mobile terminal via the input operation command tighten or loosen the laces laces, the first microprocessor by converting the operation command into a wireless signal, and sent through the first wireless transceiver unit; control means shoelace after the second wireless transceiver unit receives the radio signal, transfers it to the second microprocessor, the second microprocessor signals the received determination, if the signal tightening laces, so that the positive drive means controlling turn, and vice versa, the control drive means to reverse the polarity. 具体的,移动控制终端可结合在随身佩戴的移动设备上,例如手机或智能手表,图8示出了一种使用效果图。 Specifically, the mobile terminal may be incorporated in the control to wear on mobile devices, such as mobile phones or smart watch, FIG. 8 illustrates the effect of using FIG. 本发明通过进一步设置移动控制终端以及驱动控制部,可以让使用者无需弯腰或蹲下即可方便的调整鞋带松紧,这对于人群拥挤的场合或是工作繁忙的时候,或是身体不舒服的时候,都给使用者带来了极大的方便。 The present invention is further provided by the mobile terminal control and drive control unit that allows users without having to bend over or squat can easily adjust the tightness of laces, which for the occasion crowded or busy time, or not feeling well the time gave users has brought great convenience.

[0036] 进一步的,所提供的鞋带控制系统还包括一扣环。 [0036] Further, the lace provided by the system control further comprises a retaining ring. 参见图5,扣环300包括一本体,该本体具有供鞋带穿过的上下贯通的两个竖向通孔301,该本体还具有与所述的两个竖向通孔连通的供鞋带外伸的一个横向通孔302。 Referring to Figure 5, a grommet 300 comprising a body having two vertically therethrough for lacing up and down through the through hole 301, the body further having laces for the two vertical through holes communicating a transverse through hole 302 extending outside. 每个竖向通孔一端设置为留有竖向缺口的半围合开口303,横向通孔的两端开口均设置为半围合开口304,每个竖向通孔的竖向缺口与横向通孔其中一个半围合开口形成相连的空间。 Each vertical through hole provided to one end of the vertical gap left half enclosed opening 303, both ends of the transverse through-hole opening are set to half enclosed opening 304, through the vertical gap of each vertical and transverse through hole wherein a hole is formed semi-enclosed space connected to the opening. 竖向通孔及横向通孔的半围合开口的宽度均小于竖向通孔和横向通孔的直径并形成对鞋带本体的限位锁定结构。 The width of vertical transverse through hole and the through-hole half-enclosed opening is less than the diameter of the through-hole and vertical transverse through hole and forming the stopper body lace locking structure. 当每只鞋使用两根鞋带时,扣环可与鞋带配合使用。 When using two each shoe laces, buckles can be used with laces. 参见图6,其中图6a是两根鞋带穿过鞋带孔,两根鞋带的鞋带自由段201缠绕在绕线轮400上,鞋带在靠近鞋头处的鞋带孔上留出鞋带末端205 ;之后将鞋带末端205穿过扣环300 (见图6b),用扣环固定鞋带末端;最后从扣环外剪除多余的鞋带头(见图6c)。 Referring to Figure 6, wherein Figure 6a is a two lace through the lace holes, two shoelace shoelace free section 201 wound on reel 400, leaving the laces on the eyelets at the toe closer shoelace tip 205; 205 after the end of the lace through the rings 300 (see FIG. 6b), with a buckle fixed to the ends of shoelaces; finally cut off the excess from the outer buckle shoelace (see FIG. 6c). 鞋带与扣环配合使用,可以在一只鞋上使用两根鞋带,此时每根鞋带只有一端设有弹簧和挡块。 Shoelace buckle used in conjunction, can be used in two shoe laces, lace each case only one end of a spring and a stopper. 与在鞋带两端都设有弹簧和挡块的鞋带相比,在穿鞋带时更为方便。 And laces spring stopper at both ends compared with the laces are provided, more convenient when lacing. 鞋带末端穿过扣环的过程如图7各图所示,图7a及图7b所示为鞋带末端205自下而上穿过扣环300 ;然后分别拉向扣环两侧的横向通孔302 (见图7c),使鞋带末端得到固定。 FIG 7 each lace end through the process shown in FIG buckle, as shown in FIGS. 7a and 7b is a bottom-up shoelace end 205 through the buckle 300; buckle and pull to the side of each lateral through hole 302 (see FIG. 7c), that the end of the lace is fixed.

[0037] 本发明所用的鞋带优选为弹性鞋带。 [0037] The lace used in the present invention is preferably elastic laces. [0038] 本发明并不局限于上述实施方式,凡是对本发明的各种改动或变型不脱离本发明的精神和范围,倘若这些改动和变型属于本发明的权利要求和等同技术范围之内,则本发明也意味着包含这些改动和变型。 [0038] The present invention is not limited to the above embodiment, all of the present invention, various modifications or variations without departing from the spirit and scope of the present invention, the inner if these modifications and variations belong to the claims of the present invention and equivalent technical scope, then the present invention is also meant to include these modifications and variations.

Claims (8)

  1. 1.一种用于调整鞋带松紧的控制系统,其特征在于,包括鞋带,鞋带具有从末位鞋带孔的第一侧穿到第二侧所形成的自由段、及邻近所述自由段且位于末位鞋带孔第一侧的鞋带调整段,在鞋带调整段和末位鞋带孔之间设有受施于鞋带自由段的拉力作用的复位结构, 所述控制系统还包括一鞋带控制装置,该鞋带控制装置包括I)绕线轮,绕线轮具有一供鞋带自由段缠绕的绕线轴;2)还包括一用于驱动绕线轴使绕线轴正向或反向转动的驱动装置。 CLAIMS 1. A control system for adjusting the tension of the laces, characterized in that it comprises lace, lace with the last one passes from a first side to a second side eyelets formed free segment, and adjacent to the free segment is located and the first side section to adjust the shoelace eyelets of the last one, is provided by free shoelace segment applied to reset tensile force between the shoelace adjustment structure segments and the final eyelets, the control the system further comprises a control means shoelace, shoelace control means which comprises I) reel, reel having a spool for winding shoelace free section; 2) further comprises a shaft for driving the winding shaft winding n drive means to rotate forward or reverse.
  2. 2.根据权利要求1所述的用于调整鞋带松紧的控制系统,其特征在于,所述复位结构包括一固设于鞋带调整段的挡块,及一套设于鞋带调整段并抵接于挡块与末位鞋带孔之间的弹簧。 The adjustment of the control system for a shoelace adjustment according to claim 1, wherein said structure comprises a reset stop fixed to a shoelace adjustment section, and a shoelace adjustment section is provided and abuts against a spring between the stopper and the last one eyelets.
  3. 3.根据权利要求1所述的用于调整鞋带松紧的控制系统,其特征在于,所述控制系统还包括一移动控制终端,该移动控制终端包括供用户输入动作指令的输入单元、与输入单元相连接并将动作指令转换为无线信号的第一微处理器、与第一微处理器的输出端相连接并用于发送无线信号的第一无线收发单元; 所述鞋带控制装置还包括驱动控制部,该驱动控制部包括一用于接收所述第一无线收发单元发送的无线信号的第二无线收发单元、与第二无线收发单元相连接并对接收的无线信号做出判断以控制驱动装置运转的第二微处理器。 The adjustment of the control system for a shoelace adjustment according to claim 1, wherein said control system further comprises a mobile control terminal, the mobile terminal includes an input controlling means for user input operation command, an input and means connected to convert the operation command, and for connecting the first radio transceiver transmits a radio signal to the microprocessor a first wireless signal to the output terminal of the first microprocessor; said control means further comprises a drive shoelace a control unit, the drive control section includes a second wireless transceiver unit for the wireless signal a first wireless transceiver unit receiving said transmitted, is connected to the second wireless transceiver unit and a wireless signal received judgment to control the driving a second microprocessor means operation.
  4. 4.根据权利要求3所述的用于调整鞋带松紧的控制系统,其特征在于,所述移动控制终端设于手机或智能手表中。 4. The control system for adjusting the tension of the lace in claim 3, wherein said movement control terminal provided on a smart phone or a watch.
  5. 5.根据权利要求1-4任一项所述的用于调整鞋带松紧的控制系统,其特征在于,所述控制系统还包括一独立于鞋带的扣环,所述扣环包括一本体,该本体具有供鞋带穿过的上下贯通的两个竖向通孔,该本体还具有与所述的两个竖向通孔连通的供鞋带外伸的一个横向通孔,每个竖向通孔一端设置为留有竖向缺口的半围合开口,所述横向通孔的两端开口均设置为半围合开口,每个竖向通孔的竖向缺口与所述横向通孔其中一个半围合开口形成相连的空间,竖向通孔及横向通孔的半围合开口的宽度均小于竖向通孔和横向通孔的直径并形成对鞋带的限位锁定结构。 The one of the shoelace adjustment for adjusting a control system of claims 1-4, wherein said control system further comprises a separate laces buckle, said buckle comprising a body the body has two vertical through holes vertically penetrating therethrough for laces, the body further having a transverse through-hole for the outer laces of the two vertical through holes extending communicating, each vertical One end of the through-hole is set to leave a vertical gap of half-enclosed opening, both ends of the transverse openings are provided through-hole half-enclosed opening, each vertical notch vertical through hole and said transverse through hole wherein an opening formed in a semi-enclosed space connected to the vertical transverse through hole and the through-hole half-engaged around the opening width is less than the diameter of the through-hole and vertical transverse through hole and the stopper is formed of lace locking structure.
  6. 6.根据要求1-4任一项所述的用于调整鞋带松紧的控制系统,其特征在于,所述鞋带控制装置固设于鞋面上。 The requirement of a shoelace adjustment for adjusting a control system according to any of claims 1-4, characterized in that said control means shoelace is fixed on the upper.
  7. 7.根据权利要求1-4任一项所述的用于调整鞋带松紧的控制系统,其特征在于,所述鞋带为弹性鞋带。 The shoelace adjustment for adjusting a control system according to one of claims 1 to 4, characterized in that said lace is an elastic laces.
  8. 8.—种鞋带装置,其特征在于,其包括如权利要求1-7任一项所述的用于调整鞋带松紧的控制系统。 8.- species shoelace means, characterized in that it comprises a control system as claimed in claim shoelace adjustment according to any one of claims 1-7 for adjusting.
CN 201310140802 2013-04-22 2013-04-22 Control system for adjusting tightness of shoestring and shoestring device CN103263117A (en)

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CN105982391A (en) * 2015-02-02 2016-10-05 福建省泉州海丝船舶评估咨询有限公司 Shoelace automatic regulating telescopic device

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CN1074357A (en) * 1991-10-31 1993-07-21 威廉·卡罗尔 Tightness degree regulator of shoestring
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