WO2018049702A1 - Helmet equipped with quickly assembled/disassembled bluetooth communication device - Google Patents

Helmet equipped with quickly assembled/disassembled bluetooth communication device Download PDF

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Publication number
WO2018049702A1
WO2018049702A1 PCT/CN2016/100982 CN2016100982W WO2018049702A1 WO 2018049702 A1 WO2018049702 A1 WO 2018049702A1 CN 2016100982 W CN2016100982 W CN 2016100982W WO 2018049702 A1 WO2018049702 A1 WO 2018049702A1
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WO
WIPO (PCT)
Prior art keywords
helmet
quick
connection structure
communication device
quick connection
Prior art date
Application number
PCT/CN2016/100982
Other languages
French (fr)
Chinese (zh)
Inventor
廖浩甜
奉友军
Original Assignee
江门市鹏程头盔有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 江门市鹏程头盔有限公司 filed Critical 江门市鹏程头盔有限公司
Publication of WO2018049702A1 publication Critical patent/WO2018049702A1/en

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Classifications

    • A—HUMAN NECESSITIES
    • A42—HEADWEAR
    • A42B—HATS; HEAD COVERINGS
    • A42B3/00—Helmets; Helmet covers ; Other protective head coverings
    • A42B3/04—Parts, details or accessories of helmets
    • A42B3/30—Mounting radio sets or communication systems
    • A42B3/303—Communication between riders or passengers

Definitions

  • the invention belongs to the technical field of helmets, and relates to a helmet equipped with a hand-free Bluetooth communication device, in particular to a helmet equipped with a Bluetooth device and capable of quickly loading and unloading the Bluetooth device as needed.
  • Bluetooth-equipped helmets are popular and popular.
  • the helmet equipped with the Bluetooth device can effectively solve the communication problem of the driver, the prior art still has insufficient improvement, because the assembly and disassembly of the current Bluetooth device is not convenient, especially in the Bluetooth device.
  • the assembly and disassembly of the control elements that control the communication host's on/off condition, frequency selection and volume adjustment are very tricky.
  • the control component in the Bluetooth device is the core device that the driver controls most frequently. Its connection structure and assembly form are related to the pleasantness, assemblability and work reliability of the Bluetooth device, so the disassembly and assembly of the control component is handled. It is the key to solving the problem of loading and unloading between the Bluetooth device and the helmet.
  • the existing Bluetooth device and helmet assembly connection is still limited to two forms: the Bluetooth device and the helmet body adopt a fixed structure, the Bluetooth device and the helmet wear a flexible connection structure, in fact, the two connections
  • the fixed structure of the Bluetooth device and the helmet body may result in difficulty in assembling and disassembling the Bluetooth device, as disclosed in the above-mentioned Chinese patent applications 200620162577.3 and 200820045938.5.
  • Bluetooth-enabled helmets their Bluetooth devices are fixed on the outer shell of the helmet, belonging to the "hard” connection that cannot be moved and changed.
  • the disadvantages of this connection structure are obvious, because the Bluetooth device is assembled and disassembled. It must be done with special tools.
  • Bluetooth device and helmet Wearing a structure that uses a flexible connection still exists
  • Chinese patent applications 200920133582.5 and 201510571998.5 and 201520700512.9 the control elements of their Bluetooth devices are either sewn or fastened to the wear of the helmet.
  • connection structures have The high reliability and reliability, but the difficulty of the assembly and disassembly is not convenient, and these connection structures are not suitable for adapting and serving drivers who are different from each other because of the difficulty in replacing the installation position of the control elements. In other words, its amenity is still poor.
  • the matching of the Bluetooth device and the main body components of the helmet requires special tools to complete the problem, which is generally difficult to assemble and disassemble, and it is convenient to use different users. According to its own habits, the position of the Bluetooth device is adjusted and adjusted. It can be seen that there is still a need for improvement in the existing helmets equipped with Bluetooth devices.
  • the present invention provides a helmet equipped with a quick-loading type Bluetooth communication device, and aims to: enable the Bluetooth component of the core component by improving the mating structure of the Bluetooth device and the helmet Quickly mounted on the helmet and can be quickly removed from the helmet as needed, enabling quick installation and removal of the Bluetooth communication device and the helmet.
  • the object of the present invention is achieved by a helmet equipped with a quick-loading type Bluetooth communication device, which comprises a helmet shell, a helmet liner and a Bluetooth device, wherein the Bluetooth device comprises a headset, a headset, a host,
  • the power supply and the control component are characterized in that at least one plug-and-connect type quick connection structure is arranged on the helmet shell or/and the helmet inner lining, and at the same time, the Bluetooth device is equipped with the quick connection structure.
  • a quick connection structure in which a connection structure in which a quick connection structure and a quick connection structure are mated to each other includes one of the following four situations:
  • the quick connection structure and the quick connection structure belong to a button structure which is a combination of male and female configurations
  • the quick connection structure and the quick connection structure belong to a plug-in structure in which the male and female configurations are combined;
  • the quick connection structure and the quick connection structure belong to an elastic hook structure which is a combination of male and female configurations
  • the quick connection structure and the quick connection structure belong to a Velcro structure in which the parent and child configurations are combined.
  • the quick connection structure of the Bluetooth device is arranged on the regulating component, and can be mated and connected with the quick connection structure through the quick connection structure on the regulating component.
  • the above power source is provided with a charging interface.
  • the above host integrates an antenna.
  • the above-mentioned headset is provided with a flexible connecting line.
  • the flexible connecting line of the above-mentioned headset is fastened to the earphone.
  • the position of the above-mentioned earphone on the helmet is arranged to be placed beside the driver's ear.
  • the above earphone is placed on the helmet lining.
  • the above-mentioned helmet is provided with wearing, and is provided with a quick connection structure on the wearing, and the quick connection structure of the Bluetooth device and the quick connection structure of the layout on the wearing are matched with each other.
  • the above host and power supply are combined into one integrated component.
  • the integrated component is concealed within the helmet liner or between the helmet shell and the helmet liner.
  • the invention has the outstanding advantage that the control component of the Bluetooth device adopts the plug-and-connect type mating structure to quickly connect with the helmet shell, or the helmet lining, or the wear on the helmet lining. Therefore, it is possible to quickly assemble the Bluetooth device onto the helmet or quickly remove it from the helmet without using any special assembly and disassembly tools, which is beneficial for the driver to flexibly arrange the Bluetooth according to his own personalized preferences.
  • the device in particular, the position of the control element used in its high-frequency operation, thereby providing a variety of Bluetooth device layouts, so that it can adapt and serve the driver's habits of different drivers, and can effectively improve the amenity of the helmet.
  • FIG. 1 is a perspective view of an embodiment of a helmet equipped with a quick-load type Bluetooth communication device of the present invention
  • FIG. 2 is a schematic exploded view of the assembly of the helmet assembly and the Bluetooth device assembly of the embodiment shown in FIG. 1;
  • Figure 3 is a front elevational view of the embodiment of Figure 1;
  • Figure 4 is a left side view of the embodiment of Figure 1;
  • Figure 5 is a bottom plan view of the embodiment of Figure 1;
  • Figure 6 is a front elevational view of the helmet of the present invention equipped with a quick-loading type Bluetooth communication device
  • Figure 7 is a left side view of the present invention equipped with a quick-load type Bluetooth communication device helmet equipped with a plug-and-wire type Bluetooth device control element for wearing and wearing a right-handed hand;
  • Figure 8 is a right side view of the present invention equipped with a quick-load type Bluetooth communication device helmet equipped with a plug-and-wire type Bluetooth device control element for wearing and wearing a left-handed hand;
  • Figure 9 is a cross-sectional view of the present invention equipped with a quick-load type Bluetooth communication device helmet equipped with a plug-and-wire type Bluetooth device control element for wearing and mounting a right-handed hand;
  • FIG. 10 is a schematic cross-sectional view and a mating relationship diagram of a quick connection structure and a quick connection structure of the present invention using a button structure;
  • FIG. 11 is a schematic cross-sectional view and a mating relationship diagram of an embodiment of the quick connect structure and the quick connect structure of the present invention using a plug-in structure;
  • FIG. 12 is a schematic cross-sectional view and a mating relationship diagram of another embodiment of the quick connect structure and the quick connect structure of the present invention.
  • Figure 13 is a schematic cross-sectional view showing the structure of the quick connect structure and the quick connect structure of the present invention.
  • a helmet equipped with a quick-loading type Bluetooth communication device comprising a helmet shell 1, a helmet liner 2 and a Bluetooth device 3, the Bluetooth device 3 comprising a headset 3a, a headset 3b, a host 3c, and a power supply 3d and the control element 3e, wherein the body portion of the helmet liner 2 is placed inside the helmet shell 1, that is to say that a considerable portion of the helmet liner 2 is contained by the helmet shell 1 (see Figures 1 to 9).
  • the helmet liner 2 is a member having protection, filling or molding properties including various cloth linings, foam, fiber, plastic, nylon, paper mat, leather or other composite materials, and its function is mainly Protection, heat preservation, molding and clamping, etc., can provide safe protection and comfortable wearing for the driver.
  • the Bluetooth device 3 can be provided with the necessary accommodation place or installation gripper; it is worth pointing out that in order to prevent wearing the helmet When loose, the wearer 4 can be placed on the helmet shell 1 or/and the helmet liner 2 (see Figs.
  • the most important feature of the present invention is that at least one plug-and-connect type quick connection structure 5 is provided on the helmet shell 1 or/and the helmet liner 2, and the Bluetooth device 3 is equipped with the shortcut.
  • the quick-connecting structure 6 in which the connecting structure 5 is mated, wherein the connecting structure in which the quick-connecting structure 5 and the quick-connecting structure 6 are mated with each other includes one of the following four situations: a) the quick-connecting structure 5 and the quick-connecting structure 6 belong to each other
  • the button structure of the male and female configurations see Fig.
  • the quick connect structure 5 is a concave button structure (ie, the female configuration, as shown in Fig. 10), a quick connection with the mating connection
  • the structure 6 is a male button structure (ie, a male configuration, as shown in FIG. 10), and if the quick connection structure 5 is a male button structure (ie, a male configuration, not shown), it is mated thereto.
  • the quick-connecting structure 6 is a concave button structure (ie, a female structure, not shown).
  • the button-type structure must be paired with male and female, and the two can be snap-fitted together by pressing hard, and
  • the common structure in the button structure can The elastic deformation is traversed through the parent structure and is thereby clamped.
  • the elastic member can also be provided on the mother structure to clamp the male structure.
  • the form of the female button structure can be punched through.
  • the structure of the hole, the hole or the groove may also be a closed structure closed at the other end (see Fig. 10); b) the quick connecting structure 5 and the quick connecting structure 6 are in a mutual male and female configuration.
  • the plug-in structure see Fig. 2, Fig. 11 and Fig. 12
  • the quick connect structure 5 is a slotted plug configuration (i.e., the parent configuration, as shown in Figs. 11 and 12)
  • the mating quick connection structure 6 is a protruding hook-shaped plug structure (ie, a male configuration, as shown in FIG. 11 and FIG.
  • the quick connection structure 5 is a protruding hook-shaped plug structure (ie, a male configuration
  • the quick connect structure 6 to which the mating connection is the slotted plug configuration (ie, the female configuration, not shown)
  • the notch of the slotted plug configuration may be a circular slot structure. (as shown in Figure 11) can also be a rectangular slot structure (as shown in Figure 12) or other differences
  • the slot structure (not shown), the corresponding hook-shaped plug-in structure may be a variety of structures matching the slot-shaped plug-in configuration, and FIG. 12 is a flat hook-shaped hook-shaped plug-in structure.
  • the plug-in structure of the invention further comprises or can also be a jack/plug Column structure (see Fig. 2). At this time, if the quick connection structure 5 is a hole-shaped plug-in structure (ie, the mother structure, as shown in FIG.
  • the quick-connect structure 6 mated thereto is a stud-shaped plug.
  • the structure ie, the male configuration, as shown in FIG. 2), and if the quick connection structure 5 is a stud-shaped plug structure (ie, a male configuration, not shown), the quick-connect structure 6 mated thereto It is a hole-shaped plug-in structure (ie, the female configuration, not shown in the figure), and the characteristics of the jack/plug-type structure
  • the insertion post is inserted into the corresponding socket in a columnar configuration, and the fastening effect can be obtained by means of a snap ring formed on the insertion post or by an interference fit.
  • the optimal structure of the socket/plug structure is a circular circle.
  • quick connection structure 5 and the quick-connect structure 6 are elastic hook-shaped structures that are combined with each other in the male-female configuration (see Fig. 13).
  • quick-connecting structure 5 is a concave notch structure (ie, a female configuration, as shown in Fig. 13)
  • the quick-connecting structure 6 to which the mating connection is the elastic hook structure (ie, the male configuration, as shown in FIG.
  • the quick-connecting structure 5 is the elastic hook structure (ie, the male configuration, the figure)
  • the quick connect structure 6 mated thereto is a concave slot structure (ie, a female configuration, not shown), and the elastic hook structure is characterized in that the hook has a certain bow shape.
  • the elastic hook type structure must also be paired with the male and female, by the elasticity of the elastic hook and by pressing tightly, the two can be snap-fitted together; d) the quick connection structure 5 and the quick connection
  • the structure 6 belongs to a Velcro structure (not shown) which is a mutual child configuration, in other words, if the quick connection structure 5 is a fluffy fiber fabric structure (ie, a mother configuration), it is mated thereto.
  • the quick-connecting structure 6 is a hard-bristled hook-like fiber fabric structure (ie, a sub-configuration), and if the quick-connecting structure 5 is a hard-bristled hook-shaped fiber fabric structure (ie, a sub-configuration), it is fast coupled with it.
  • the connecting structure 6 is a fluffy fiber fabric structure (ie, a female configuration).
  • the Velcro structure is also called a Velcro tape or a snap button, and they may be in the form of a strip or a sheet, in which the belt is fine and soft.
  • One of the fluffy fiber fabrics has a mother configuration, and one of the hard bristle hook fiber fabrics has a sub-configuration, and the two velcro structures that are assembled by the force-fitting configuration can mutually Glued hooks together; need
  • the four forms in which the quick connection structure 5 and the quick connection structure 6 are coupled to each other may be in a form of being presented separately or in various combinations thereof.
  • the quick connection structure 6 may be disposed at The components of the Bluetooth device 3 are disposed on the headset 3a, on the earphone 3b, on the host 3c, on the power source 3d or on the regulating component 3e, and even on the components of the Bluetooth device 3. The connection between the lines.
  • the quick-connecting structure 6 can be arranged on the regulating element 3e of the Bluetooth device 3 and connected to the quick-connecting structure 5 by means of a quick-connecting structure 6 arranged on the regulating element 3e (Fig. 1, Fig. 1 2 and FIG. 9), it is noted that the control element 3e is one of the core components of the Bluetooth device 3, and is used to control the communication host 3c as an important component including parameters such as on-off condition, frequency selection, and volume adjustment.
  • the driver controls the most frequent Bluetooth components, so solving the installation problem of the control component 3e means that the Bluetooth device 3 is quickly loaded and unloaded, because the headset 3a, the earphone 3b, the host 3c, and the power supply 3d included in the Bluetooth device 3 are included.
  • connection between the quick connect structure 5 and the quick connect structure 6 in the present invention can completely complete the reliable connection between them without any tools, in other words, the driver can quickly complete the Bluetooth.
  • the device 3 is quickly assembled onto or detached from the helmet, which is why the mating of the quick connect structure 5 and the quick connect structure 6 is referred to as a "plug-and-connect" type of mating.
  • a plurality of quick connection structures 5 may be provided on the helmet shell 1 or/and the helmet liner 2, such as the helmet shell 1 in the vicinity of the driver's left and right ears.
  • the helmet lining 2 is provided with a quick connection structure 5, and the Bluetooth device 3 of the invention can realize the function of plug and connect, and the driver with different left and right hands can completely follow the disassembly tool.
  • the operation habit of the user manually re-arranges the position of the Bluetooth device 3, so the present invention has better amenity.
  • the power supply of the Bluetooth device 3 can be set to the charging interface A (as shown in FIG. 1), so that the Bluetooth device 3 can be charged as needed, thereby improving the continuous working capability of the Bluetooth device 3.
  • the host 3c of the Bluetooth device 3 is integrated with the antenna B, and the antenna B can be constricted into the helmet shell 1 along with the host 3c, or can be constricted into the helmet lining 2, or hidden. Between the helmet shell 1 and the helmet liner 2.
  • the headset 3a of the Bluetooth device 3 can be provided with a flexible connecting line C, and the purpose of providing the flexible connecting line C is to extend the headset 3a to the vicinity of the driver's mouth, thereby improving the communication quality.
  • the flexible connecting line C of the headset 3a of the Bluetooth device 3 can be fastened to the earphone 3b (as shown in FIGS. 2 and 9), so that the purpose of the flexible connecting line C can be shortened as much as possible.
  • the overall length on the one hand, reduces the weight of the helmet and on the other hand simplifies the layout of the flexible connecting line C.
  • the position of the earphone 3b of the Bluetooth device 3 in the present invention can be arranged on the helmet to echo the side of the driver's ear, so that the communication quality can also be ensured.
  • the earphone 3b can be placed on the helmet liner 2 so that it is closer to the driver's ear and thus the communication quality is better.
  • the helmet of the present invention is provided with a wear 4 (as shown in FIG. 6), and a quick connection structure 5 can be provided on the wear 4, wherein the wear 4 can be monotonously set on the helmet shell 1 or in the helmet liner 2 Separately disposed, it can also be disposed on both the helmet shell 1 and the helmet liner 2, and the quick connect structure 6 of the Bluetooth device 3 can be mated with the quick connect structure 5 laid on the wear 4; in particular When the regulating element 3e is mounted on the wearing 4 (see FIGS. 7 to 9), the quick connecting structure 6 is disposed on the regulating element 3e and the quick connecting structure 6 and the quick connecting structure arranged on the wearing 4 are disposed.
  • Adaptering is an optimal structural solution for the Bluetooth device 3 to achieve quick loading and unloading; it should be noted that the number of wearing 4 provided on the helmet may be one or more, when the number of wearing 4 exceeds one In the meantime, if only one of the wearing quick-connecting structures 5 is connected to the quick-connecting structure 6 of the Bluetooth device 3, it can be regarded as conforming to the "quick connection structure 6 and the layout in the wearing 4" on Quick connecting structure 5 connected with each other "in the case.
  • the Bluetooth device 3 of the present invention can be hooked, inserted or inserted into the helmet shell 1 or the helmet liner 2 as described above, and even placed in the helmet shell 1 and In the gap between the helmet lining 2; in order to further reduce the size of the Bluetooth device 3, in order to free up more valuable space for the helmet, the host 3c and the power source 3d can be combined into one integrated component D (see Fig. 2, Fig. 5). And Figure 9). Further, the integrated component D can be concealed within the helmet liner 2 or concealed between the helmet shell 1 and the helmet liner 2. Further, the position of the integrated component D can be laid out at the rear of the helmet, that is, the integrated component D can be placed in the vicinity of the driver's ear, that is, the portion of the back of the head.
  • the present invention has a significant advantage over the prior art in that the Bluetooth device 3 is constructed using a plug-and-connect type mating structure with the helmet shell 1, or with the helmet liner 2, or with the wearer 4 on the helmet liner 2 Quick connection, which can realize the quick assembly of the Bluetooth device 3 to the helmet or quickly remove it from the helmet, and it does not need to use any special assembly and disassembly tools, so it is very convenient for the driver to flexibly layout.
  • the Bluetooth device 3 is in particular the position of the control element 3e used for its high-frequency operation, so that the driver's personal preference can be satisfied, and thus the driver's habits of different drivers can be adapted and served.

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  • Helmets And Other Head Coverings (AREA)

Abstract

Disclosed is a helmet equipped with a quickly assembled/disassembled Bluetooth communication device (3), the helmet comprising a helmet shell (1), a helmet lining (2) and the Bluetooth device (3), wherein the Bluetooth device (3) contains an earset microphone (3a), earphones (3b), a host (3c), a power source (3d) and a regulating element (3e). At least one connect-upon-plug-in type easy connection structure (5) is provided on the helmet shell (1) and/or the helmet lining (2), while the Bluetooth device (3) is specifically equipped, on the regulating element (3e) thereof, with a fast connection construction (6) fitting with the easy connection structure (5), and thus there is no need to use a special disassembly tool to assemble/disassemble the Bluetooth device (3), thereby realising quick fitting and removal between the Bluetooth device (3) and the helmet; and moreover, using the connect-upon-plug-in type easy connection structure (5) also enables the fitting position to be quickly changed for different left- and right-handed riders, thereby realising a flexible layout to suit the operating habits of riders and thus increasing the comfort of use of the helmet.

Description

一种配装有快捷装卸型蓝牙通信装置的头盔  A helmet equipped with a quick-loading Bluetooth communication device
技术领域Technical field
本发明属于头盔技术领域，涉及一种配置有免手持式蓝牙通信装置的头盔，具体地说涉及一种配装有蓝牙装置并能根据需要快捷装卸该蓝牙装置的头盔。The invention belongs to the technical field of helmets, and relates to a helmet equipped with a hand-free Bluetooth communication device, in particular to a helmet equipped with a Bluetooth device and capable of quickly loading and unloading the Bluetooth device as needed.
背景技术Background technique
众所周知，机动车、赛车和飞行器的驾驶员在驾驭机具期间都必须佩戴头盔以保护其头部的安全。然而，驾驶者在佩戴头盔之后却又会给他与外界的通信交流带来极大的障碍与困难。例如，对于驾驶摩托车的车手来说，为了不妨碍其行车的安全，驾驶员被严格禁止在行驶时进行手持式的打电话行为。也因此，解决头盔佩戴者的自由通信问题成为了当下头盔设计制造商的一个重要课题。为了解决这一难题，各种装备有蓝牙通信装置的头盔应运而生，诸如中国专利申请200620162577.3公开的具有蓝牙***的头盔以及200820045938.5公开的多功能时尚头盔等等，它们就属于典型的配置有蓝牙模块的头盔范畴。毋庸置疑，上述类型头盔无一例外地均配置有耳麦、耳机、主机、电源以及调控元件等蓝牙部件，借助蓝牙通信的优势能轻松满足驾驶员实现免持式通话的需求。也因此，具备蓝牙功能的头盔拥有较好的宜人性而广受欢迎。It is well known that drivers of motor vehicles, racing cars and aircraft must wear helmets to protect the safety of their heads while driving the implements. However, after wearing the helmet, the driver will bring great obstacles and difficulties to his communication with the outside world. For example, for a driver who drives a motorcycle, in order not to hinder the safety of driving, the driver is strictly prohibited from performing a hand-held calling behavior while driving. Therefore, solving the free communication problem of helmet wearers has become an important issue for current helmet design manufacturers. In order to solve this problem, various helmets equipped with Bluetooth communication devices have emerged, such as the helmet with Bluetooth system disclosed in Chinese Patent Application No. 200620162577.3 and the multifunctional fashion helmet disclosed in 200820045938.5, etc., which are typical configurations with Bluetooth. The helmet category of the module. Undoubtedly, all types of helmets are equipped with Bluetooth components such as headsets, earphones, mainframes, power supplies and control components. The advantages of Bluetooth communication can easily meet the driver's need for hands-free calling. Therefore, Bluetooth-equipped helmets are popular and popular.
然而，尽管配装蓝牙装置的头盔能有效解决驾驶员在通信方面的问题，但现有技术尚存在有不够完善之处，原因在于当下蓝牙装置的装配与拆卸不够便利，尤其是蓝牙装置中用以控制通信主机通断状况、信频选择和音量调节等参数的调控元件其装拆很是棘手。众所周知，蓝牙装置中的调控元件是驾驶员操控最为频繁的核心器件，它的连接结构和装配形式关乎到蓝牙装置的宜人性、可装配性以及工作可靠性，故处置好调控元件的拆装问题是解决蓝牙装置与头盔之间装卸难题的关键。迄今为止，现有蓝牙装置与头盔的装配连接仍然局限在两种形式：蓝牙装置与头盔本体采用固联的结构方式、蓝牙装置与头盔佩带采用柔性连接的结构方式，事实上，这两种连接结构均存在有一定的缺陷，具体表现在：1）蓝牙装置与头盔本体采用固联结构方式会导致蓝牙装置的装配与拆卸十分困难，如上面提到的中国专利申请200620162577.3和200820045938.5所公开的具有蓝牙功能的头盔，它们的蓝牙装置就被固定在头盔的外壳之上，属于不可移动和变更的“硬”连接，这种连接结构带来的弊端是显而易见的，因为蓝牙装置的装配和拆卸都必须使用专门的工具才能完成，一方面不利于提高头盔装配生产的效率，另一方面不利于左右利手不同的驾驶员根据其使用习惯来自行调整蓝牙装置的安装位置；2）蓝牙装置与头盔佩带采用柔性连接的结构方式依然存在装拆不够便利的毛病，如中国专利申请200920133582.5和201510571998.5以及201520700512.9就将它们蓝牙装置的调控元件或者缝制在、或者紧固在头盔的佩带之上，实践证明缝制的和紧固的连接结构固然具有较高的牢靠性和可靠性，但其装拆不够便利的毛病是显而易见的，而且这些连接结构由于难以更换调控元件的安装位置，因此同样不利于适应和服务左右利手不相同的驾驶者，换句话说其宜人性依然较差。However, although the helmet equipped with the Bluetooth device can effectively solve the communication problem of the driver, the prior art still has insufficient improvement, because the assembly and disassembly of the current Bluetooth device is not convenient, especially in the Bluetooth device. The assembly and disassembly of the control elements that control the communication host's on/off condition, frequency selection and volume adjustment are very tricky. As we all know, the control component in the Bluetooth device is the core device that the driver controls most frequently. Its connection structure and assembly form are related to the pleasantness, assemblability and work reliability of the Bluetooth device, so the disassembly and assembly of the control component is handled. It is the key to solving the problem of loading and unloading between the Bluetooth device and the helmet. So far, the existing Bluetooth device and helmet assembly connection is still limited to two forms: the Bluetooth device and the helmet body adopt a fixed structure, the Bluetooth device and the helmet wear a flexible connection structure, in fact, the two connections There are certain defects in the structure, which are manifested in the following: 1) The use of the fixed structure of the Bluetooth device and the helmet body may result in difficulty in assembling and disassembling the Bluetooth device, as disclosed in the above-mentioned Chinese patent applications 200620162577.3 and 200820045938.5. Bluetooth-enabled helmets, their Bluetooth devices are fixed on the outer shell of the helmet, belonging to the "hard" connection that cannot be moved and changed. The disadvantages of this connection structure are obvious, because the Bluetooth device is assembled and disassembled. It must be done with special tools. On the one hand, it is not conducive to improving the efficiency of helmet assembly production. On the other hand, it is not conducive to different drivers who are different from left and right. According to their usage habits, they can adjust the installation position of the Bluetooth device. 2) Bluetooth device and helmet Wearing a structure that uses a flexible connection still exists Inadequately, such as Chinese patent applications 200920133582.5 and 201510571998.5 and 201520700512.9, the control elements of their Bluetooth devices are either sewn or fastened to the wear of the helmet. It has been proved that the sewn and fastened connection structures have The high reliability and reliability, but the difficulty of the assembly and disassembly is not convenient, and these connection structures are not suitable for adapting and serving drivers who are different from each other because of the difficulty in replacing the installation position of the control elements. In other words, its amenity is still poor.
综上，现有配备蓝牙装置的头盔当中，其蓝牙装置与头盔主体构件的配接均需要借助专门的工具才能完成，普遍存在装拆不够便利的问题，更遑论方便左右利手不同的使用者根据其自身习惯自行装拆调整蓝牙装置的位置。可见，现有配置蓝牙装置的头盔尚存在有需要改进的地方。In summary, among the existing helmets equipped with Bluetooth devices, the matching of the Bluetooth device and the main body components of the helmet requires special tools to complete the problem, which is generally difficult to assemble and disassemble, and it is convenient to use different users. According to its own habits, the position of the Bluetooth device is adjusted and adjusted. It can be seen that there is still a need for improvement in the existing helmets equipped with Bluetooth devices.
发明内容Summary of the invention
针对现有配置蓝牙装置头盔所存在的不足，本发明提供一种配装有快捷装卸型蓝牙通信装置的头盔，目的在于：通过改进蓝牙装置与头盔的配接结构，使核心部件蓝牙调控元件可以快捷地安装到头盔之上，并且可以根据需要能够快速地从头盔上拆卸下来，从而实现蓝牙通信装置与头盔配接的快捷安装与拆卸。In view of the deficiencies of the existing configuration Bluetooth device helmet, the present invention provides a helmet equipped with a quick-loading type Bluetooth communication device, and aims to: enable the Bluetooth component of the core component by improving the mating structure of the Bluetooth device and the helmet Quickly mounted on the helmet and can be quickly removed from the helmet as needed, enabling quick installation and removal of the Bluetooth communication device and the helmet.
本发明的目的是这样实现的：一种配装有快捷装卸型蓝牙通信装置的头盔，它包括有头盔壳体、头盔内衬以及蓝牙装置，所述的蓝牙装置包含有耳麦、耳机、主机、电源和调控元件，其特征在于：在头盔壳体或/和头盔内衬上设置有至少一个即插即连型的快捷连接结构，同时在蓝牙装置上配装有与该快捷连接结构相配接的快速连接构造，其中快捷连接结构与快速连接构造相互配接的连接结构包含有以下四种情形之一：The object of the present invention is achieved by a helmet equipped with a quick-loading type Bluetooth communication device, which comprises a helmet shell, a helmet liner and a Bluetooth device, wherein the Bluetooth device comprises a headset, a headset, a host, The power supply and the control component are characterized in that at least one plug-and-connect type quick connection structure is arranged on the helmet shell or/and the helmet inner lining, and at the same time, the Bluetooth device is equipped with the quick connection structure. A quick connection structure in which a connection structure in which a quick connection structure and a quick connection structure are mated to each other includes one of the following four situations:
a）快捷连接结构与快速连接构造属于互为公母构形组配的纽扣式结构；a) the quick connection structure and the quick connection structure belong to a button structure which is a combination of male and female configurations;
b）快捷连接结构与快速连接构造属于互为公母构形组配的插接式结构；b) the quick connection structure and the quick connection structure belong to a plug-in structure in which the male and female configurations are combined;
c）快捷连接结构与快速连接构造属于互为公母构形组配的弹性弯钩式结构；c) the quick connection structure and the quick connection structure belong to an elastic hook structure which is a combination of male and female configurations;
d）快捷连接结构与快速连接构造属于互为子母构形组配的魔术贴式结构。d) The quick connection structure and the quick connection structure belong to a Velcro structure in which the parent and child configurations are combined.
进一步，上述蓝牙装置的快速连接构造布局在调控元件上，并可通过该调控元件上的快速连接构造与所述的快捷连接结构进行配接连接。Further, the quick connection structure of the Bluetooth device is arranged on the regulating component, and can be mated and connected with the quick connection structure through the quick connection structure on the regulating component.
进一步，上述电源设置有充电接口。Further, the above power source is provided with a charging interface.
进一步，上述主机集成有天线。Further, the above host integrates an antenna.
进一步，上述耳麦设置有挠性连接管线。Further, the above-mentioned headset is provided with a flexible connecting line.
进一步，上述耳麦的挠性连接管线被紧固到耳机上。Further, the flexible connecting line of the above-mentioned headset is fastened to the earphone.
进一步，上述耳机在头盔上的布局位置呼应设置在驾驶员的耳朵侧旁。Further, the position of the above-mentioned earphone on the helmet is arranged to be placed beside the driver's ear.
进一步，上述耳机被安置在头盔内衬上。Further, the above earphone is placed on the helmet lining.
上述的头盔设置有佩带，并在佩带上设置有快捷连接结构，所述蓝牙装置的快速连接构造与布局在该佩带上的快捷连接结构相互配接。The above-mentioned helmet is provided with wearing, and is provided with a quick connection structure on the wearing, and the quick connection structure of the Bluetooth device and the quick connection structure of the layout on the wearing are matched with each other.
上述主机与电源被合成为一个集成部件。The above host and power supply are combined into one integrated component.
上述集成部件藏缩于头盔内衬内或者藏缩于头盔壳体与头盔内衬之间。The integrated component is concealed within the helmet liner or between the helmet shell and the helmet liner.
上述集成部件的位置被布局在头盔的后方部位。The position of the above integrated components is laid out at the rear of the helmet.
本发明相比现有技术具有的突出优点是：蓝牙装置的调控元件采用即插即连型配接结构而与头盔壳体、或与头盔内衬、或与头盔内衬上的佩带进行快捷连接，籍此可以实现徒手将蓝牙装置快捷地装配到头盔之上或者快速地从头盔上拆卸下来，而不需要使用任何专门的装拆工具，有利于驾驶员根据自身的个性化喜好自行灵活布局蓝牙装置特别是其高频次操作使用的调控元件的位置，籍此提供多种蓝牙装置布局，故能够适应并服务左右利手不相同的驾驶者的使用习惯，可有效提高头盔使用的宜人性。Compared with the prior art, the invention has the outstanding advantage that the control component of the Bluetooth device adopts the plug-and-connect type mating structure to quickly connect with the helmet shell, or the helmet lining, or the wear on the helmet lining. Therefore, it is possible to quickly assemble the Bluetooth device onto the helmet or quickly remove it from the helmet without using any special assembly and disassembly tools, which is beneficial for the driver to flexibly arrange the Bluetooth according to his own personalized preferences. The device, in particular, the position of the control element used in its high-frequency operation, thereby providing a variety of Bluetooth device layouts, so that it can adapt and serve the driver's habits of different drivers, and can effectively improve the amenity of the helmet.
附图说明DRAWINGS
图1是本发明一种配装有快捷装卸型蓝牙通信装置头盔的一个实施例的轴测视图；1 is a perspective view of an embodiment of a helmet equipped with a quick-load type Bluetooth communication device of the present invention;
图2是图1所示实施例的头盔组件与蓝牙装置组件的装配***示意图；2 is a schematic exploded view of the assembly of the helmet assembly and the Bluetooth device assembly of the embodiment shown in FIG. 1;
图3是图1所示实施例的主视图；Figure 3 is a front elevational view of the embodiment of Figure 1;
图4是图1所示实施例的左视图；Figure 4 is a left side view of the embodiment of Figure 1;
图5是图1所示实施例的仰视图；Figure 5 is a bottom plan view of the embodiment of Figure 1;
图6是本发明配装有快捷装卸型蓝牙通信装置头盔配置有佩带的主视图；Figure 6 is a front elevational view of the helmet of the present invention equipped with a quick-loading type Bluetooth communication device;
图7是本发明配装有快捷装卸型蓝牙通信装置头盔配置有佩带并在佩带上安装有适用于右利手的即插即连型蓝牙装置调控元件的左视图；Figure 7 is a left side view of the present invention equipped with a quick-load type Bluetooth communication device helmet equipped with a plug-and-wire type Bluetooth device control element for wearing and wearing a right-handed hand;
图8是本发明配装有快捷装卸型蓝牙通信装置头盔配置有佩带并在佩带上安装有适用于左利手的即插即连型蓝牙装置调控元件的右视图；Figure 8 is a right side view of the present invention equipped with a quick-load type Bluetooth communication device helmet equipped with a plug-and-wire type Bluetooth device control element for wearing and wearing a left-handed hand;
图9是本发明配装有快捷装卸型蓝牙通信装置头盔配置有佩带并在佩带上安装有适用于右利手的即插即连型蓝牙装置调控元件的剖视图；Figure 9 is a cross-sectional view of the present invention equipped with a quick-load type Bluetooth communication device helmet equipped with a plug-and-wire type Bluetooth device control element for wearing and mounting a right-handed hand;
图10是本发明快捷连接结构与快速连接构造采用纽扣式结构组配的结构剖视及配接关系示意图；10 is a schematic cross-sectional view and a mating relationship diagram of a quick connection structure and a quick connection structure of the present invention using a button structure;
图11是本发明快捷连接结构与快速连接构造采用插接式结构组配一个实施例的结构剖视及配接关系示意图；11 is a schematic cross-sectional view and a mating relationship diagram of an embodiment of the quick connect structure and the quick connect structure of the present invention using a plug-in structure;
图12是本发明快捷连接结构与快速连接构造采用插接式结构组配另一个实施例的结构剖视及配接关系示意图；12 is a schematic cross-sectional view and a mating relationship diagram of another embodiment of the quick connect structure and the quick connect structure of the present invention;
图13是本发明快捷连接结构与快速连接构造采用弹性弯钩式结构组配的结构剖视及配接关系示意图。Figure 13 is a schematic cross-sectional view showing the structure of the quick connect structure and the quick connect structure of the present invention.
具体实施方式detailed description
下面以具体实施例对本发明作进一步描述，参见图1—13：The present invention will be further described below by way of specific embodiments, see Figures 1-13:
一种配装有快捷装卸型蓝牙通信装置的头盔，该头盔包括有头盔壳体1、头盔内衬2和蓝牙装置3，所述的蓝牙装置3包含有耳麦3a、耳机3b、主机3c、电源3d以及调控元件3e，其中头盔内衬2的主体部分被安置在头盔壳体1的内部、亦即说头盔内衬2有相当部分的体积被头盔壳体1所包容（参见图1至图9），在这里，头盔内衬2为包括各种布衬、泡沫、纤维、塑料、尼龙、纸垫、皮革或者其它复合材料等所构成的具有保护、填充或者成型性质的构件，其功能主要是保护、保温、成型和夹紧等，能够对驾驶员起到安全保护及舒适佩戴的效果，另外还可以给蓝牙装置3提供必要的容纳场所或安装抓手；值得指出的是，为了防止佩戴头盔时出现松脱，可以在头盔壳体1或/和头盔内衬2上设置佩带4（参见图6至图9），特别地当头盔为半盔结构型头盔时，为其配备佩带4是十分必要的；本发明的最大特色在于：在头盔壳体1或/和头盔内衬2上设置有至少一个即插即连型的快捷连接结构5，同时在蓝牙装置3上配装有与该快捷连接结构5相配接的快速连接构造6，其中快捷连接结构5与快速连接构造6相互配接的连接结构包含有以下四种情形之一：a）快捷连接结构5与快速连接构造6属于互为公母构形组配的纽扣式结构（参见图10），换句话说若快捷连接结构5为凹形纽扣构造（即母构型，如图10所示）则与之进行配接的快速连接构造6为凸形纽扣构造（即公构型，如图10所示），反之若快捷连接结构5为凸形纽扣构造（即公构型，图中未示出）则与之进行配接的快速连接构造6为凹形纽扣构造（即母构型，图中未示出），在这里，纽扣式结构必须公母配对使用，通过用力按紧即可将两者卡扣连接在一起，另外纽扣式结构中的公构型结构可以借助弹性变形穿越母构型结构并以此获得卡紧、也可以在母构型结构上设置弹性构件对公构型结构予以卡紧，此外，母构型纽扣式结构的形式既可以是穿通的孔、洞或者槽的结构（图中未示出）也可以是一头开放另一头封闭的结构（参见图10）；b）快捷连接结构5与快速连接构造6属于互为公母构形组配的插接式结构（参见图2、图11和图12），换句话说如果快捷连接结构5为槽口形插接构造（即母构型，如图11和图12所示）则与之进行配接的快速连接构造6为突勾形插接构造（即公构型，如图11和图12所示），反之如果快捷连接结构5为突勾形插接构造（即公构型，图中未示出）则与之进行配接的快速连接构造6为槽口形插接构造（即母构型，图中未示出），槽口形插接构造的槽口既可以是圆形槽结构（如图11所示）也可以是矩形槽结构（如图12所示）或其它异形槽结构（图中未示出），相应地突勾形插接构造可以是各种与槽口形插接构造相匹配的结构，图12给出的正是扁勾状突勾形插接构造的一种情形（该案例采用单勾结构），此外还可以采用双勾结构或者多勾结构（图中未示出），突勾形插接构造的特点是设置有翻边状的凸起构造并借助该凸起构造反勾搭接在与之相配接的壳体边缘上，以此获得扣紧的紧固效果，另外，本发明中的插接式结构还包括或者说还可以是插孔/插柱式结构（参见图2），此时如果快捷连接结构5为孔口形插接构造（即母构型，如图2所示）则与之配接的快速连接构造6为突柱形插接构造（即公构型，如图2所示），反之如果快捷连接结构5为突柱形插接构造（即公构型，图中未示出）、则与之配接的快速连接构造6为孔口形插接构造（即母构型，图中未示出），插孔/插柱式结构的特点是插柱以柱状构造***相应的插孔内，可以借助开设在插柱上的卡环或者借助过盈配合获得紧固效果，插孔/插柱式结构的最佳结构形式是插孔为圆孔形并配接圆柱形的插柱（如图2所示），这里，插接式结构亦必须公母配对使用，通过用力插接即可将两者卡扣在一起；c）快捷连接结构5与快速连接构造6属于互为公母构形组配的弹性弯钩式结构（参见图13），换句话说若快捷连接结构5为凹形槽口构造（即母构型，如图13所示）则与之进行配接的快速连接构造6为弹性弯钩构造（即公构型，如图13所示），反之如果快捷连接结构5为弹性弯钩构造（即公构型，图中未示出）、则与之进行配接的快速连接构造6为凹形槽口构造（即母构型，图中未示出），弹性弯钩式结构的特点是弯钩具有一定的弓形构造并沉陷在与之相配的凹形槽口内，并借助弹性或者卡扣达成紧固效果，在这里，弹性弯钩式结构同样必须公母配对使用，借助弹性弯钩的弹性并通过用力按紧即可将两者卡扣连接在一起；d）快捷连接结构5与快速连接构造6属于互为子母构形组配的魔术贴式结构（图中未示出），换句话说如果快捷连接结构5为绒毛状纤维织物构造（即母构型）则与之进行配接的快速连接构造6为硬刺毛勾状纤维织物构造（即子构型），反之若快捷连接结构5为硬刺毛勾状纤维织物构造（即子构型）则与之进行配接的快速连接构造6为绒毛状纤维织物构造（即母构型），在这里，魔术贴式结构也叫粘扣带或叫子母扣，它们可以为带状形式或者布片状形式，其中带细小柔软的绒毛状纤维织物的一方为母构形、而带有较硬刺毛勾状纤维织物的一方为子构形，通过用力按接即可将子母构形组配的两个魔术贴结构相互粘扣连接在一起；需要说明的是，上述快捷连接结构5与快速连接构造6相互配接的四种形式既可以是单独呈现的形式、也可以是以它们各种组合呈现的形式，另外，快速连接构造6可以设置在蓝牙装置3的各个组成构件上，包括设置在耳麦3a上、设置在耳机3b上、设置在主机3c上、设置在电源3d或设置在调控元件3e上，甚至还可以设置在蓝牙装置3各构件之间的连接线上。特别地，快速连接构造6可以设置在蓝牙装置3的调控元件3e上、并通过布局在调控元件3e上的快速连接构造6与所述的快捷连接结构5进行配接连接（如图1、图2和图9所示），注意到调控元件3e为蓝牙装置3的核心部件之一，它被用以控制通信主机3c包括通断状况、信频选择和音量调节等参数的重要元器件，是驾驶员操控最为频繁的蓝牙元件，故解决了调控元件3e的安装问题也就意味着实现了蓝牙装置3的快速装卸，因为蓝牙装置3中所包含的耳麦3a、耳机3b、主机3c、电源3d和连接线等，它们都可以采用挂靠、塞入或者***头盔壳体1内、头盔内衬2内或者头盔壳体1与头盔内衬2之间的缝隙内的装配办法，此时这些元器件的装配与拆卸均可以非常方便地徒手来完成，故将快速连接构造6布局在调控元件3e上是解决蓝牙装置3快速装卸的最佳结构方案。特别需要指出的是，本发明中快捷连接结构5与快速连接构造6的配接完全可以不需要借助任何工具即可完成它们之间的可靠连接，换句话说驾驶员徒手也能快捷完成将蓝牙装置3快速地装配上头盔上或者从头盔上拆卸下来，这也是本发明将快捷连接结构5与快速连接构造6的配接称之为“即插即连型”配接的缘由。另外，为了适应不同左右利手驾驶者的操作习惯，还可以在头盔壳体1或/和头盔内衬2上设置多个快捷连接结构5，比如在呼应驾驶员左右耳朵附近的头盔壳体1或/和头盔内衬2上均布局有快捷连接结构5，再结合本发明蓝牙装置3能够实现即插即连的功能，左右利手不同的驾驶员完全可以不用借助任何拆装工具即可按照自己的操作习惯徒手去重新布局蓝牙装置3的位置，故本发明具有较好的宜人性。A helmet equipped with a quick-loading type Bluetooth communication device, comprising a helmet shell 1, a helmet liner 2 and a Bluetooth device 3, the Bluetooth device 3 comprising a headset 3a, a headset 3b, a host 3c, and a power supply 3d and the control element 3e, wherein the body portion of the helmet liner 2 is placed inside the helmet shell 1, that is to say that a considerable portion of the helmet liner 2 is contained by the helmet shell 1 (see Figures 1 to 9). Here, the helmet liner 2 is a member having protection, filling or molding properties including various cloth linings, foam, fiber, plastic, nylon, paper mat, leather or other composite materials, and its function is mainly Protection, heat preservation, molding and clamping, etc., can provide safe protection and comfortable wearing for the driver. In addition, the Bluetooth device 3 can be provided with the necessary accommodation place or installation gripper; it is worth pointing out that in order to prevent wearing the helmet When loose, the wearer 4 can be placed on the helmet shell 1 or/and the helmet liner 2 (see Figs. 6 to 9), especially when the helmet is a half helmet type helmet, which is equipped with a wearer 4 The most important feature of the present invention is that at least one plug-and-connect type quick connection structure 5 is provided on the helmet shell 1 or/and the helmet liner 2, and the Bluetooth device 3 is equipped with the shortcut. The quick-connecting structure 6 in which the connecting structure 5 is mated, wherein the connecting structure in which the quick-connecting structure 5 and the quick-connecting structure 6 are mated with each other includes one of the following four situations: a) the quick-connecting structure 5 and the quick-connecting structure 6 belong to each other The button structure of the male and female configurations (see Fig. 10), in other words, if the quick connect structure 5 is a concave button structure (ie, the female configuration, as shown in Fig. 10), a quick connection with the mating connection The structure 6 is a male button structure (ie, a male configuration, as shown in FIG. 10), and if the quick connection structure 5 is a male button structure (ie, a male configuration, not shown), it is mated thereto. The quick-connecting structure 6 is a concave button structure (ie, a female structure, not shown). Here, the button-type structure must be paired with male and female, and the two can be snap-fitted together by pressing hard, and The common structure in the button structure can The elastic deformation is traversed through the parent structure and is thereby clamped. The elastic member can also be provided on the mother structure to clamp the male structure. In addition, the form of the female button structure can be punched through. The structure of the hole, the hole or the groove (not shown) may also be a closed structure closed at the other end (see Fig. 10); b) the quick connecting structure 5 and the quick connecting structure 6 are in a mutual male and female configuration. The plug-in structure (see Fig. 2, Fig. 11 and Fig. 12), in other words, if the quick connect structure 5 is a slotted plug configuration (i.e., the parent configuration, as shown in Figs. 11 and 12) The mating quick connection structure 6 is a protruding hook-shaped plug structure (ie, a male configuration, as shown in FIG. 11 and FIG. 12 ), and if the quick connection structure 5 is a protruding hook-shaped plug structure (ie, a male configuration, The quick connect structure 6 to which the mating connection is the slotted plug configuration (ie, the female configuration, not shown), the notch of the slotted plug configuration may be a circular slot structure. (as shown in Figure 11) can also be a rectangular slot structure (as shown in Figure 12) or other differences The slot structure (not shown), the corresponding hook-shaped plug-in structure may be a variety of structures matching the slot-shaped plug-in configuration, and FIG. 12 is a flat hook-shaped hook-shaped plug-in structure. In one case (the case adopts a single hook structure), in addition, a double hook structure or a multi-hook structure (not shown) may be adopted, and the protruding hook-shaped plug structure is characterized in that a flange-like convex structure is provided and By means of the protruding structure, the reverse hook is lapped on the edge of the housing matched thereto, thereby obtaining the fastening effect of the fastening. In addition, the plug-in structure of the invention further comprises or can also be a jack/plug Column structure (see Fig. 2). At this time, if the quick connection structure 5 is a hole-shaped plug-in structure (ie, the mother structure, as shown in FIG. 2), the quick-connect structure 6 mated thereto is a stud-shaped plug. The structure (ie, the male configuration, as shown in FIG. 2), and if the quick connection structure 5 is a stud-shaped plug structure (ie, a male configuration, not shown), the quick-connect structure 6 mated thereto It is a hole-shaped plug-in structure (ie, the female configuration, not shown in the figure), and the characteristics of the jack/plug-type structure The insertion post is inserted into the corresponding socket in a columnar configuration, and the fastening effect can be obtained by means of a snap ring formed on the insertion post or by an interference fit. The optimal structure of the socket/plug structure is a circular circle. The hole shape is matched with a cylindrical insertion post (as shown in Fig. 2). Here, the plug-in structure must also be used by male and female pairs, and the two can be snapped together by forceful insertion; c) quick connection structure 5 and the quick-connect structure 6 are elastic hook-shaped structures that are combined with each other in the male-female configuration (see Fig. 13). In other words, if the quick-connecting structure 5 is a concave notch structure (ie, a female configuration, as shown in Fig. 13) The quick-connecting structure 6 to which the mating connection is the elastic hook structure (ie, the male configuration, as shown in FIG. 13), and vice versa if the quick-connecting structure 5 is the elastic hook structure (ie, the male configuration, the figure) The quick connect structure 6 mated thereto is a concave slot structure (ie, a female configuration, not shown), and the elastic hook structure is characterized in that the hook has a certain bow shape. Constructed and sunk in a matching concave slot and secured by elastic or snap The fastening effect, here, the elastic hook type structure must also be paired with the male and female, by the elasticity of the elastic hook and by pressing tightly, the two can be snap-fitted together; d) the quick connection structure 5 and the quick connection The structure 6 belongs to a Velcro structure (not shown) which is a mutual child configuration, in other words, if the quick connection structure 5 is a fluffy fiber fabric structure (ie, a mother configuration), it is mated thereto. The quick-connecting structure 6 is a hard-bristled hook-like fiber fabric structure (ie, a sub-configuration), and if the quick-connecting structure 5 is a hard-bristled hook-shaped fiber fabric structure (ie, a sub-configuration), it is fast coupled with it. The connecting structure 6 is a fluffy fiber fabric structure (ie, a female configuration). Here, the Velcro structure is also called a Velcro tape or a snap button, and they may be in the form of a strip or a sheet, in which the belt is fine and soft. One of the fluffy fiber fabrics has a mother configuration, and one of the hard bristle hook fiber fabrics has a sub-configuration, and the two velcro structures that are assembled by the force-fitting configuration can mutually Glued hooks together; need It is to be noted that the four forms in which the quick connection structure 5 and the quick connection structure 6 are coupled to each other may be in a form of being presented separately or in various combinations thereof. In addition, the quick connection structure 6 may be disposed at The components of the Bluetooth device 3 are disposed on the headset 3a, on the earphone 3b, on the host 3c, on the power source 3d or on the regulating component 3e, and even on the components of the Bluetooth device 3. The connection between the lines. In particular, the quick-connecting structure 6 can be arranged on the regulating element 3e of the Bluetooth device 3 and connected to the quick-connecting structure 5 by means of a quick-connecting structure 6 arranged on the regulating element 3e (Fig. 1, Fig. 1 2 and FIG. 9), it is noted that the control element 3e is one of the core components of the Bluetooth device 3, and is used to control the communication host 3c as an important component including parameters such as on-off condition, frequency selection, and volume adjustment. The driver controls the most frequent Bluetooth components, so solving the installation problem of the control component 3e means that the Bluetooth device 3 is quickly loaded and unloaded, because the headset 3a, the earphone 3b, the host 3c, and the power supply 3d included in the Bluetooth device 3 are included. And connecting wires and the like, which can be assembled by being hung, inserted or inserted into the helmet shell 1, in the helmet liner 2 or in the gap between the helmet shell 1 and the helmet liner 2, at this time, these components The assembly and disassembly can be done very conveniently by hand, so that the layout of the quick connection structure 6 on the regulating component 3e is the best structural solution for solving the rapid loading and unloading of the Bluetooth device 3. It should be particularly noted that the connection between the quick connect structure 5 and the quick connect structure 6 in the present invention can completely complete the reliable connection between them without any tools, in other words, the driver can quickly complete the Bluetooth. The device 3 is quickly assembled onto or detached from the helmet, which is why the mating of the quick connect structure 5 and the quick connect structure 6 is referred to as a "plug-and-connect" type of mating. In addition, in order to adapt to the operating habits of different left and right hand drivers, a plurality of quick connection structures 5 may be provided on the helmet shell 1 or/and the helmet liner 2, such as the helmet shell 1 in the vicinity of the driver's left and right ears. Or the helmet lining 2 is provided with a quick connection structure 5, and the Bluetooth device 3 of the invention can realize the function of plug and connect, and the driver with different left and right hands can completely follow the disassembly tool. The operation habit of the user manually re-arranges the position of the Bluetooth device 3, so the present invention has better amenity.
进一步，本发明中蓝牙装置3的电源可以设置充电接口A（如图1所示），如此可以根据需要给蓝牙装置3进行充电，从而提高蓝牙装置3的持续工作能力。Further, in the present invention, the power supply of the Bluetooth device 3 can be set to the charging interface A (as shown in FIG. 1), so that the Bluetooth device 3 can be charged as needed, thereby improving the continuous working capability of the Bluetooth device 3.
进一步，本发明中蓝牙装置3的主机3c集成有天线B，而且该天线B可以跟随主机3c一起藏缩进头盔壳体1之内、或者藏缩进头盔内衬2之内、或者藏缩进头盔壳体1与头盔内衬2之间。Further, in the present invention, the host 3c of the Bluetooth device 3 is integrated with the antenna B, and the antenna B can be constricted into the helmet shell 1 along with the host 3c, or can be constricted into the helmet lining 2, or hidden. Between the helmet shell 1 and the helmet liner 2.
进一步，本发明中蓝牙装置3的耳麦3a可以设置挠性连接管线C，设置挠性连接管线C的目的是可以将耳麦3a引伸到驾驶员的嘴巴附近，以此可以提高通信质量。Further, in the present invention, the headset 3a of the Bluetooth device 3 can be provided with a flexible connecting line C, and the purpose of providing the flexible connecting line C is to extend the headset 3a to the vicinity of the driver's mouth, thereby improving the communication quality.
进一步，本发明中蓝牙装置3之耳麦3a的挠性连接管线C可以被紧固到耳机3b上（如图2和图9所示），如此做法的目的是可以尽量缩短挠性连接管线C的总长度，一方面可以减轻头盔的重量，另一方面可以简化挠性连接管线C的布局结构。Further, in the present invention, the flexible connecting line C of the headset 3a of the Bluetooth device 3 can be fastened to the earphone 3b (as shown in FIGS. 2 and 9), so that the purpose of the flexible connecting line C can be shortened as much as possible. The overall length, on the one hand, reduces the weight of the helmet and on the other hand simplifies the layout of the flexible connecting line C.
进一步，本发明中蓝牙装置3的耳机3b的位置可以布局在头盔上呼应驾驶员的耳朵侧旁，以此同样也可以保证通信质量。Further, the position of the earphone 3b of the Bluetooth device 3 in the present invention can be arranged on the helmet to echo the side of the driver's ear, so that the communication quality can also be ensured.
进一步，耳机3b可以安置在头盔内衬2上，这样离驾驶员的耳朵更近因而通信质量更佳。Further, the earphone 3b can be placed on the helmet liner 2 so that it is closer to the driver's ear and thus the communication quality is better.
本发明的头盔设置有佩带4（如图6所示），并且在该佩带4上可以设置快捷连接结构5，其中佩带4既可以在头盔壳体1上单调设置、也可以在头盔内衬2上单独设置、还可以同时在头盔壳体1及头盔内衬2上均设置，此时蓝牙装置3的快速连接构造6可以与布局在佩带4上的快捷连接结构5进行相互配接；特别是调控元件3e安装在佩带4上时的情形（参见图7至图9），此时将快速连接构造6设置在调控元件3e上并通过该快速连接构造6与布局在佩带4上的快捷连接结构5进行配接是解决蓝牙装置3实现快捷装卸的一个最佳结构方案；需要说明的是，头盔上设置的佩带4其数量可以是一根也可以是多根，当佩带4的数量超过一根时，若仅有其中的一根佩带4上设置快捷连接结构5与蓝牙装置3的快速连接构造6进行连接，即可视为符合本发明中所说的“快速连接构造6与布局在佩带4上的快捷连接结构5相互配接”的情形。The helmet of the present invention is provided with a wear 4 (as shown in FIG. 6), and a quick connection structure 5 can be provided on the wear 4, wherein the wear 4 can be monotonously set on the helmet shell 1 or in the helmet liner 2 Separately disposed, it can also be disposed on both the helmet shell 1 and the helmet liner 2, and the quick connect structure 6 of the Bluetooth device 3 can be mated with the quick connect structure 5 laid on the wear 4; in particular When the regulating element 3e is mounted on the wearing 4 (see FIGS. 7 to 9), the quick connecting structure 6 is disposed on the regulating element 3e and the quick connecting structure 6 and the quick connecting structure arranged on the wearing 4 are disposed. 5 Adaptering is an optimal structural solution for the Bluetooth device 3 to achieve quick loading and unloading; it should be noted that the number of wearing 4 provided on the helmet may be one or more, when the number of wearing 4 exceeds one In the meantime, if only one of the wearing quick-connecting structures 5 is connected to the quick-connecting structure 6 of the Bluetooth device 3, it can be regarded as conforming to the "quick connection structure 6 and the layout in the wearing 4" on Quick connecting structure 5 connected with each other "in the case.
本发明中的蓝牙装置3，如前所述其主机3c和电源3d均可以挂靠、塞入或者***头盔壳体1内或者头盔内衬2内，甚至还可以将它们置于头盔壳体1与头盔内衬2之间的缝隙当中；为了进一步减少蓝牙装置3的体积，以便腾出头盔更多的宝贵空间，甚至可以将主机3c与电源3d合成为一个集成部件D（参见图2、图5和图9）。进一步，集成部件D可以藏缩于头盔内衬2内或者藏缩于头盔壳体1与头盔内衬2之间。再进一步，该集成部件D的位置可以布局在头盔的后方部位，亦即可以将集成部件D布局在驾驶员的耳朵后面附近亦即贴紧后脑勺的部位。The Bluetooth device 3 of the present invention can be hooked, inserted or inserted into the helmet shell 1 or the helmet liner 2 as described above, and even placed in the helmet shell 1 and In the gap between the helmet lining 2; in order to further reduce the size of the Bluetooth device 3, in order to free up more valuable space for the helmet, the host 3c and the power source 3d can be combined into one integrated component D (see Fig. 2, Fig. 5). And Figure 9). Further, the integrated component D can be concealed within the helmet liner 2 or concealed between the helmet shell 1 and the helmet liner 2. Further, the position of the integrated component D can be laid out at the rear of the helmet, that is, the integrated component D can be placed in the vicinity of the driver's ear, that is, the portion of the back of the head.
本发明相比现有技术具有的突出优点是：蓝牙装置3采用即插即连型配接结构而与头盔壳体1、或与头盔内衬2、或与头盔内衬2上的佩带4进行快捷连接，籍此可以实现将蓝牙装置3快捷地装配到头盔上或者快速地从头盔上拆卸下来的目的，而且这样做无需使用任何专门的装拆工具，因此十分有利于驾驶员自行灵活地布局蓝牙装置3特别是其高频次操作使用的调控元件3e的位置，从而可以满足驾驶员的个性化喜好，并因此适应和服务左右利手不相同的驾驶者的使用习惯。The present invention has a significant advantage over the prior art in that the Bluetooth device 3 is constructed using a plug-and-connect type mating structure with the helmet shell 1, or with the helmet liner 2, or with the wearer 4 on the helmet liner 2 Quick connection, which can realize the quick assembly of the Bluetooth device 3 to the helmet or quickly remove it from the helmet, and it does not need to use any special assembly and disassembly tools, so it is very convenient for the driver to flexibly layout. The Bluetooth device 3 is in particular the position of the control element 3e used for its high-frequency operation, so that the driver's personal preference can be satisfied, and thus the driver's habits of different drivers can be adapted and served.
上述实施例仅为本发明的较佳实施例之一，并非依此限制本发明的保护范围，故：凡依本发明的结构、形状、原理所做的各种等效变化，均应涵盖于本发明的保护范围之内。The above embodiments are only one of the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. Therefore, various equivalent changes made in accordance with the structure, shape and principle of the present invention should be Within the scope of protection of the present invention.

Claims (12)

  1. 一种配装有快捷装卸型蓝牙通信装置的头盔，它包括有头盔壳体、头盔内衬以及蓝牙装置，所述的蓝牙装置包含有耳麦、耳机、主机、电源和调控元件，其特征在于：在头盔壳体或/和头盔内衬上设置有至少一个即插即连型的快捷连接结构，同时在蓝牙装置上配装有与该快捷连接结构相配接的快速连接构造，其中快捷连接结构与快速连接构造相互配接的连接结构包含有以下四种情形之一： A helmet equipped with a quick-loading type Bluetooth communication device, comprising a helmet shell, a helmet liner and a Bluetooth device, the Bluetooth device comprising a headset, an earphone, a host, a power supply and a regulating component, characterized in that: At least one plug-and-connect type quick connection structure is arranged on the helmet shell or/and the helmet inner lining, and a quick connection structure matched with the quick connection structure is arranged on the Bluetooth device, wherein the quick connection structure and the quick connection structure The connection structure in which the quick connect structures are mated to each other includes one of the following four situations:
    a）快捷连接结构与快速连接构造属于互为公母构形组配的纽扣式结构；a) the quick connection structure and the quick connection structure belong to a button structure which is a combination of male and female configurations;
    b）快捷连接结构与快速连接构造属于互为公母构形组配的插接式结构；b) the quick connection structure and the quick connection structure belong to a plug-in structure in which the male and female configurations are combined;
    c）快捷连接结构与快速连接构造属于互为公母构形组配的弹性弯钩式结构；c) the quick connection structure and the quick connection structure belong to an elastic hook structure which is a combination of male and female configurations;
    d）快捷连接结构与快速连接构造属于互为子母构形组配的魔术贴式结构。d) The quick connection structure and the quick connection structure belong to a Velcro structure in which the parent and child configurations are combined.
  2. 根据权利要求1所述的一种配装有快捷装卸型蓝牙通信装置的头盔，其特征在于：所述蓝牙装置的快速连接构造被布局在调控元件上，并可通过该调控元件上的快速连接构造与所述的快捷连接结构进行配接连接。A helmet equipped with a quick-load type Bluetooth communication device according to claim 1, wherein the quick connection structure of the Bluetooth device is arranged on the regulating component and can be quickly connected through the regulating component The structure is mated with the quick connection structure.
  3. 根据权利要求2所述的一种配装有快捷装卸型蓝牙通信装置的头盔，其特征在于：所述的电源设置有充电接口。A helmet equipped with a quick-loading type Bluetooth communication device according to claim 2, wherein said power source is provided with a charging interface.
  4. 根据权利要求3所述的一种配装有快捷装卸型蓝牙通信装置的头盔，其特征在于：所述的主机集成有天线。A helmet equipped with a quick-loading type Bluetooth communication device according to claim 3, wherein said main body is integrated with an antenna.
  5. 根据权利要求4所述的一种配装有快捷装卸型蓝牙通信装置的头盔，其特征在于：所述的耳麦设置有挠性连接管线。A helmet equipped with a quick-loading type Bluetooth communication device according to claim 4, wherein said earphone is provided with a flexible connecting line.
  6. 根据权利要求5所述的一种配装有快捷装卸型蓝牙通信装置的头盔，其特征在于：所述耳麦的挠性连接管线被紧固到耳机上。A helmet equipped with a quick-load type Bluetooth communication device according to claim 5, wherein the flexible connecting line of the headset is fastened to the earphone.
  7. 根据权利要求6所述的一种配装有快捷装卸型蓝牙通信装置的头盔，其特征在于：所述耳机在头盔上的布局位置呼应设置在驾驶员的耳朵侧旁。A helmet equipped with a quick-load type Bluetooth communication device according to claim 6, wherein the position of the earphone on the helmet is arranged to be placed beside the driver's ear.
  8. 根据权利要求7所述的一种配装有快捷装卸型蓝牙通信装置的头盔，其特征在于：所述耳机被安置在头盔内衬上。A helmet equipped with a quick-load type Bluetooth communication device according to claim 7, wherein the earphone is placed on a helmet liner.
  9. 根据权利要求1至8任意一项所述的配装有快捷装卸型蓝牙通信装置的头盔，其特征在于：头盔设置有佩带，并在佩带上设置有快捷连接结构，所述蓝牙装置的快速连接构造与布局在该佩带上的快捷连接结构相互配接。The helmet equipped with the quick-loading type Bluetooth communication device according to any one of claims 1 to 8, characterized in that the helmet is provided with wearing, and a quick connection structure is provided on the wearing, and the Bluetooth device is quickly connected. The quick connection structure of the structure and the layout on the wearing is matched with each other.
  10. 根据权利要求9所述的配装有快捷装卸型蓝牙通信装置的头盔，其特征在于：所述主机与电源被合成为一个集成部件。A helmet equipped with a quick-load type Bluetooth communication device according to claim 9, wherein said main body and power source are combined into one integrated component.
  11. 根据权利要求10所述的配装有快捷装卸型蓝牙通信装置的头盔，其特征在于：所述集成部件藏缩于头盔内衬内或者藏缩于头盔壳体与头盔内衬之间。A helmet equipped with a quick-load type Bluetooth communication device according to claim 10, wherein the integrated component is constricted within the helmet liner or between the helmet shell and the helmet liner.
  12. 根据权利要求11所述的配装有快捷装卸型蓝牙通信装置的头盔，其特征在于：所述集成部件的位置被布局在头盔的后方部位。A helmet equipped with a quick-load type Bluetooth communication device according to claim 11, wherein the position of the integrated component is laid out at a rear portion of the helmet.
PCT/CN2016/100982 2016-09-13 2016-09-30 Helmet equipped with quickly assembled/disassembled bluetooth communication device WO2018049702A1 (en)

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