Smart glasses device

Abstract

A smart glasses device is disclosed. The smart glasses device is small in size, lightweight, and can be used for a long time. The smart glasses device according to an embodiment of the present invention comprises smart glasses and an auxiliary battery assembly. The auxiliary battery assembly charges the smart glasses and includes strap connection parts coupled to the temples of the smart glasses. Metal members or magnet members are disposed in the temples, and strap magnet members that attract the metal members or the magnet members are disposed in the strap connection parts. The temples and the strap connection parts are coupled to each other by the magnetic force of the strap magnet members.

Description

smart glass devices

[0001] The present invention relates to a smart glass device.

[0002] Augmented Reality (AR) technology refers to a technology that superimposes virtual objects onto the real world that the user sees.

[0003] Unlike virtual reality (VR) technologies that consist solely of a virtual environment, this AR technology provides images that blend the real world with virtual objects. Users can view the real world while receiving enhanced realism and additional information.

[0004] Smart glasses worn on the user's face are wearable devices, so they need to be small and light, and can be used for long periods of time.

[0005] The purpose of the present invention is to provide a smart glass device that can be minimized in size and weight and can be used for a long time.

[0006] The above-described object of the present invention is achieved by the specific contents described below.

[0007] A smart glass device according to an embodiment of the present invention includes smart glasses and an auxiliary battery assembly. The smart glasses are worn on a user's face. The auxiliary battery assembly charges the smart glasses and has a strap connection part that is coupled to a temple of the smart glasses. A metal member or a magnetic member is disposed on the temple, and a strap magnetic member that attracts the metal member or the magnetic member is disposed on the strap connection part. The temple and the strap connection part are coupled to each other by the magnetic force of the strap magnetic member.

[0008] Specifically, the metal member or magnetic member is placed in the internal space of the rear side of the temple and is formed in a sheet shape.

[0009] Specifically, the metal member or the magnetic member has a through hole for a charging pin, and a printed circuit board having a charging pin mounted thereon is arranged in the through hole for the charging pin.

[0010] Specifically, a plurality of through holes are formed on the outer surface of the rear side of the temple, and one end of a charging pin is placed in the plurality of through holes and exposed to the outside of the temple.

[0011] Specifically, the strap magnet member is formed in a sheet shape and has a through hole for a pogo pin, and a printed circuit board having a pogo pin mounted thereon is arranged in the through hole for the pogo pin. When the strap connection part is coupled to the temple, the pogo pin comes into contact with the charging pin.

[0012] Specifically, the auxiliary battery assembly includes a strap portion and a battery receiving portion. The strap portion has strap connecting portions attached to both ends and has a preset length in one direction. The battery receiving portion is attached to the strap portion and accommodates a battery electrically connected to a pogo pin. The electricity stored in the battery is transferred to the main battery mounted on the smart glass via the pogo pin and the charging pin.

[0013] Specifically, a main body battery is placed in an internal space formed on the rear side of the temple. The main body battery is secured to the inner surface of the rear side of the temple by a first adhesive tape attached along the edge of one side of the main body battery.

[0014] Specifically, a metal member or a magnet member arranged on a temple is arranged on one side of a main body battery, and the periphery of the metal member or the magnet member is surrounded by a first adhesive tape. The metal member or the magnet member is fixed to an inner surface of a rear side of the temple by a second adhesive tape attached to one side of the metal member or the magnet member. The first adhesive tape and the second adhesive tape are arranged so as not to overlap each other.

[0015] Specifically, the strap magnet member is placed on the inner surface of the strap connecting portion, and one surface of the strap magnet member is exposed to the outside.

[0016] Specifically, the strap connection portion includes an inner plate portion and an edge plate portion. The inner plate portion contacts the outer surface of the rear side of the temple. The edge plate portion is formed to extend toward the temple side along the edge of the inner plate portion and wraps around a portion of the upper surface and lower surface of the rear side of the temple.

[0017] Specifically, the metal member or magnetic member placed in the temple is placed on the inner side toward the edge in the inner space of the rear side of the temple.

[0018] Specifically, a printed circuit board having charging pins mounted thereon is arranged in the internal space of the rear side of the temple. A plurality of through holes are formed on the edge side of the rear side of the temple, and one end of the charging pins is arranged in the plurality of through holes and exposed to the outside of the temple.

[0019] Specifically, a temple insertion groove is formed on one side of the strap connection portion, and a plurality of pogo pins are arranged in the temple insertion groove. When the strap connection portion is connected to the temple, the edge side of the rear side of the temple is inserted into the temple insertion groove, and the pogo pins come into contact with the charging pin.

[0020] Specifically, the strap magnet member is positioned in the temple insertion groove. When the strap connection part is engaged with the temple, the strap magnet member faces the metal member or magnet member positioned on the temple.

[0021] Specifically, the temple includes a movable cap groove and a main body fixing portion. The movable cap groove is formed on the edge side of the rear side of the temple. The main body fixing portion is positioned in the movable cap groove. The main body fixing portion includes an elastic member positioned inside the movable cap groove and a movable cap positioned at one end of the elastic member.

[0022] Specifically, a guide protrusion is formed in the temple insertion groove. When the strap connection part is connected to the temple, the guide protrusion pushes the movable cap and is inserted into the movable cap groove to be fixed.

[0023] Specifically, the guide protrusion includes a plurality of guide pillar portions, a guide groove portion, and a guide catch portion. The plurality of guide pillar portions are formed to protrude from the bottom surface of the temple insertion groove toward the rear side of the temple. The guide groove portion is formed between the plurality of guide pillar portions. The guide catch portion is formed to protrude in a direction orthogonal to the longitudinal direction of the guide pillar portion at an end of any one of the plurality of guide pillar portions.

[0024] The smart glass device of the present invention has the effect of having a smaller temple size and lighter weight compared to conventional smart glass devices.

[0025] In addition, the smart glass device of the present invention has the effect of enabling long-term use by having an auxiliary battery in addition to the battery built into the smart glass.

[0026] More detailed effects of the smart glass device of the present invention are described in the form for implementing the invention below.

[0027] FIG. 1 is a perspective view of a smart glass device according to an example of a first embodiment of the present invention, viewed from the temple side.

[0028] Figure 2 shows the smart glass illustrated in Figure 1.

[0029] Figure 3 is a rear view of the smart glass illustrated in Figure 1.

[0030] Figure 4 shows the rear side and interior of the temple shown in Figure 1.

[0031] Figure 5 illustrates the charging pin, wire, and magnet member illustrated in Figure 4.

[0032] Figure 6 illustrates the auxiliary battery assembly illustrated in Figure 1.

[0033] Fig. 7 shows the right side connection of the strap illustrated in Fig. 6.

[0034] Figure 8 is a cross-sectional view showing the connection relationship between the strap connection portion and the rear side of the temple.

[0035] Figure 9 shows the strap connection and the rear side of the temple connected.

[0036] Figure 10 shows the strap connection part connected to the charging cable.

[0037] Fig. 11 is a perspective view of the smart glass device illustrated in Fig. 1 as viewed from the auxiliary battery assembly side.

[0038] Fig. 12 illustrates the strap portion illustrated in Fig. 6.

[0039] Figure 13 shows the process of assembling a pogo pin and wire to the strap portion.

[0040] Figure 14 shows the process of assembling the battery receiving portion into the strap portion.

[0041] Figure 15 is an example of an embodiment showing the shape of the strap portion and the arrangement relationship of the battery receiving portion.

[0042] Fig. 16 illustrates the interior of a temple provided in a smart glass device according to an example of the second embodiment of the present invention.

[0043] FIG. 17 and FIG. 18 illustrate a strap connection part of an auxiliary battery assembly provided in a smart glass device according to an example of a second embodiment of the present invention.

[0044] Hereinafter, examples of embodiments of the present invention will be described in more detail with reference to the attached drawings. For components of the present invention that can be clearly understood and easily reproduced by a person skilled in the art using conventional techniques, a detailed description thereof will be omitted so as not to obscure the gist of the present invention.

[0045] The attached drawings are only provided to facilitate understanding of examples of embodiments disclosed in this specification, and the technical ideas disclosed in this specification are not limited by the attached drawings.

[0046] Singular expressions include plural expressions unless the context clearly indicates otherwise.

[0047] Hereinafter, a smart glass apparatus according to examples of an embodiment of the present invention will be described.

[0048] FIGS. 1 to 15 illustrate a smart glass device according to an example of a first embodiment of the present invention, and FIGS. 16 to 18 illustrate a smart glass device according to an example of a second embodiment of the present invention.

[0049] First, a smart glass device according to an example of the first embodiment of the present invention illustrated in FIGS. 1 to 15 will be described.

[0050] Referring to FIG. 1, a smart glass device according to an example of the first embodiment of the present invention includes a smart glass (1) and an auxiliary battery assembly (2).

[0051] When the smart glass device of the present invention is worn on the user's head, the smart glass (1) is positioned on the user's face, and the auxiliary battery assembly (2) is positioned on the back of the head.

[0052] Smart glasses (1) are augmented reality (AR) devices worn on the user's face. Through the smart glasses (1), the user can view images that blend real-world environments with virtual objects. This specification omits a general description of smart glasses (1), and instead provides a detailed description of the present invention.

[0053] The auxiliary battery assembly (2) supplies electricity to the smart glass (1).

[0054] According to an example of an embodiment of the present invention, the auxiliary battery assembly (2) can supply electricity to the main body battery (14) (see FIG. 2) built into the smart glass (1) to charge the main body battery (14), or supply electricity to various electric and electronic devices built into the smart glass (1).

[0055] Below, the smart glass (1) and auxiliary battery assembly (2) are described in order.

[0056] Smart Glasses (1)

[0057] Figures 2 and 3 illustrate the smart glass (1) of the present invention. Figure 2 shows various electrical and electronic devices provided inside the temple (13).

[0058] The smart glass (1) includes two lenses (12), a lens cover (11) that accommodates the two lenses (12), and two temples (13) that are connected to the lens covers (11).

[0059] Various electrical and electronic devices required to operate smart glasses (1) are built into the lens (12), lens cover (11) and / or temple (13).

[0060] The two lenses (12) represent a left lens (121) located on the left and a right lens (122) located on the right. Here, left and right are determined based on the user's left and right eyes.

[0061] Through two lenses (12), the user can view an image that is a mixture of the real environment and virtual objects.

[0062] The lens cover (11) includes two openings (not marked) and a cover frame (111, 112, 113) surrounding the two openings.

[0063] The two openings are holes that penetrate the lens cover (11).

[0064] The two openings represent a left opening where the left lens (121) is placed and a right opening where the right lens (122) is placed.

[0065] The cover frame (111, 112, 113) includes a left frame (111), a right frame (112), and a central connecting portion (113).

[0066] The left border (111) surrounds the left opening (or left lens (121)).

[0067] The right border (112) surrounds the right opening (or right lens (122)).

[0068] The central connecting portion (113) is located between the left edge portion (111) and the right edge portion (112), and connects the left edge portion (111) and the right edge portion (112).

[0069] The two temples (13) are hung on the user's ears when the smart glasses (1) are worn on the user's face.

[0070] The two temples (13) are composed of a left temple (131) connected to the left edge (111) and a right temple (132) connected to the right edge (112). The outer temple (131) is worn on the user's left ear, and the right temple (132) is worn on the user's right ear.

[0071] Each of the left temple (131) and the right temple (132) includes an inner temple (1311, 1321) and an outer temple (1312, 1322).

[0072] The left temple (131) is formed by combining the inner temple (1311) and the outer temple (1312), and the right temple (132) is also formed by combining the inner temple (1321) and the outer temple (1322). The method of combining the inner temples (1311, 1321) and the outer temples (1312, 1322) follows a well-known method.

[0073] Here, the inner temples (1311, 1321) are positioned on the side facing the user's head. That is, the inner temples (1311, 1321) are positioned facing the user's head. In addition, the outer temples (1312, 1322) face the opposite side of the side facing the inner temples (1311, 1321). In other words, the outer temples (1312, 1322) are positioned on the opposite side of the side facing the user's head.

[0074] The inner temple (1311) of the left temple (131) may be named as the 'left inner temple (1311)', and the outer temple (1312) of the left temple (131) may be named as the 'left outer temple (1312)'. In addition, the inner temple (1321) of the right temple (132) may be named as the 'right inner temple (1321)', and the outer temple (1322) of the right temple (132) may be named as the 'right outer temple (1322)'.

[0075] Each of the left temple (131) and the right temple (132) has a space formed inside by the combination of the inner temple (1311, 1321) and the outer temple (1312, 1322).

[0076] That is, the left temple (131) and the right temple (132) have a preset length in one direction and have space inside.

[0077] The left temple (131) has an anterior side (1313) and a posterior side (1314), and the right temple (132) also has an anterior side (1323) and a posterior side (1324).

[0078] The anterior side (1313, 1323) and the posterior side (1314, 1324) point to opposite sides in the longitudinal direction of the temple.

[0079] The front sides (1313, 1323) of the left temple (131) and the right temple (132) can be connected to the smart glass (1), and the rear sides (1314, 1324) of the left temple (131) and the right temple (132) can be connected to the auxiliary battery assembly (2).

[0080] The front side (1313) of the left temple (131) is connected to the temple-side edge of the left rim (111), and the rear side (1314) of the left temple (131) is placed behind the user's left ear and connected to the strap left connection (221) of the auxiliary battery assembly (2). Here, the temple-side edge of the left rim (111) refers to the edge opposite to the edge connected to the central connection (113).

[0081] The front side (1323) of the right temple (132) is connected to the temple-side edge of the right rim (112), and the rear side (1324) of the right temple (132) is positioned behind the user's right ear and is connected to the strap right connection (222) of the auxiliary battery assembly (2). Here, the temple-side edge of the right rim (112) refers to the edge opposite to the edge connected to the central connection (113).

[0082] A space is formed inside the left temple (131) and the right temple (132), and a printed circuit board (PCB), a speaker, a battery, electric wires, and various electrical and electronic components can be placed in the space. Here, the printed circuit board and electric wires may include a flexible printed circuit board (FPCB), depending on an example of the embodiment.

[0083] The front side (1313) of the left temple (131) and the temple-side edge of the left border (111) are rotatably connected. In addition, the front side (1323) of the right temple (132) and the temple-side edge of the right border (112) are also rotatably connected. The above connection method is a conventional method such as a hinge method. A detailed description of the connection method is omitted.

[0084] Each side of the temple (13) forming the posterior side (1314, 1324) of the temple (13) (left temple (131) and right temple (132)) is defined as follows (see Fig. 3).

[0085] In the posterior side (1314) of the left temple (131), the upper surface (1314a) represents the upper side of the left temple (131), the lower surface (1314b) represents the lower side of the left temple (131), the inner surface (1314c) represents the side of the left inner temple (1311) connecting the upper surface (1314a) and the lower surface (1314b), the outer surface (1314d) represents the side of the left outer temple (1312) connecting the upper surface (1314a) and the lower surface (1314b), and the edge side (1314e) represents the side facing the opposite side facing the front side (1313) of the left temple (131). To elaborate, the inner side (1314c) is the side facing the user's head, and the outer side (1314d) is the side facing the opposite side of the side facing the user's head.

[0086] The upper surface (1314a), lower surface (1314b), inner surface (1314c), outer surface (1314d) and edge side surface (1314e) of the rear side (1314) of the left temple (131) described above are surfaces exposed to the outside of the left temple (131).

[0087] And, in the rear side (1324) of the right temple (132), the upper surface (1324a) represents the upper side of the right temple (132), the lower surface (1324b) represents the lower side of the right temple (132), the inner surface (1324c) represents the side of the right inner temple (1321) connecting the upper surface (1324a) and the lower surface (1324b), the outer surface (1324d) represents the side of the right outer temple (1322) connecting the upper surface (1324a) and the lower surface (1324b), and the edge side (1324e) represents the side facing the opposite side facing the front side (1323) of the right temple (132). To elaborate, the inner side (1324c) is the side facing the user's head, and the outer side (1314d) is the side facing the opposite side of the side facing the user's head.

[0088] The upper surface (1324a), lower surface (1324b), inner surface (1324c), outer surface (1324d) and edge side surface (1324e) of the rear side (1324) of the right temple (132) described above are surfaces exposed to the outside of the right temple (132).

[0089] Figure 4 shows the posterior side (1324) of the right temple (132). Figure 4 (a) shows the right outer temple (1322), and Figure 4 (b) shows the right outer temple (1322) removed to show the inside of the right temple (132).

[0090] Figure 5 (a) shows the charging pin (16), printed circuit board (161), and wire (162) shown in Figure 4, and Figure 5 (b) shows the metal member (15) shown in Figure 4.

[0091] The rear side (1324) of the right temple (132) shown in Fig. 4 is also applied to the rear side (1314) of the left temple (131).

[0092] A metal member (15) is placed on the rear side (1314) of the left temple (131) and the rear side (1324) of the right temple (132).

[0093] An internal space is formed inside the rear side (1314) of the left temple (131) and the rear side (1324) of the right temple (132). A metal member (15) is placed in the internal space.

[0094] The metal member (15) may be replaced with a magnetic member. That is, a magnetic member may be placed in the position where the metal member (15) is placed. The magnetic member may be formed in a shape identical to or similar to that of the metal member (15).

[0095] The metal member (15) is formed in a sheet shape. Since the smart glasses (1) are worn on the user's face, they need to be lightweight. By manufacturing the metal member (15) in a thin sheet shape, the weight of the temple (13) is reduced.

[0096] The metal member (15) has the property of being attracted to the magnetic force of a magnet. Accordingly, the rear side (1314, 1324) of the temple (13) (left temple (131) and right temple (132)) can be fixed to the strap connection part (22) by the magnetic force of the strap magnet member (223) (see FIG. 6) arranged in the strap connection part (22) (left strap connection part (221) and right strap connection part (222)) of the auxiliary battery assembly (2).

[0097] The metal member (15) may have a through hole (15h1) for a charging pin.

[0098] The through hole (15h1) for the charging pin is a hole that penetrates the metal member (15).

[0099] A charging pin (16) and a printed circuit board (161) on which the charging pin (16) is mounted are placed in the through hole (15h1) for the charging pin. The printed circuit board (161) includes a flexible printed circuit board (FPCB).

[0100] Since the printed circuit board (161) on which the charging pin (16) is mounted is placed in the charging pin through hole (15h1) of the metal member (15), the printed circuit board (161) and the metal member (15) are not laminated. As a result, the thickness of the temple (13) can be minimized.

[0101] According to an example of an embodiment of the present invention, a through hole (15h1) for a charging pin may not be formed in a metal member (15) on which a charging pin (16) and a printed circuit board (161) on which the charging pin (16) is mounted are not disposed.

[0102] In detail, if the charging pin (16) etc. is arranged on the rear side (1314) of the left temple (131) and not arranged on the rear side (1324) of the right temple (132), a metal member (15) having a through hole (15h1) for the charging pin is arranged on the rear side (1314) of the left temple (131) where the charging pin (16) etc. is arranged, and a metal member without a through hole (15h1) for the charging pin is arranged on the rear side (1324) of the right temple (132) where the charging pin (16) etc. is not arranged.

[0103] By forming a through hole (15h1) for a charging pin in the metal member (15), the arrangement of the charging pin (16) and the printed circuit board (161) on which the charging pin (16) is mounted is made easy, and the thickness and weight of the temple (13) are reduced.

[0104] The through hole (15h1) for the charging pin of the metal member (15) can correspond to the flat shape of the printed circuit board (161) on which the charging pin (16) is mounted.

[0105] In addition, according to an example of an embodiment of the present invention, even if a charging pin (16) or the like is not arranged on the rear side (1314) of the left temple (131) or the rear side (1324) of the right temple (132), a metal member (15) having a through hole (15h1) formed therein may be arranged on the rear side (1314) of the left temple (131) or the rear side (1324) of the right temple (132), or one or more small-sized metal members without a through hole (15h1) formed therein may be arranged. This is to reduce the thickness and weight of the temple (13).

[0106] Additionally, according to an example of an embodiment of the present invention, the metal member (15) may have a through hole (15h2) for a wire.

[0107] The through hole for the wire (15h2) is a hole that penetrates the metal member (15).

[0108] The through hole for the wire (15h2) communicates with the through hole for the charging pin (15h1).

[0109] The through hole for the wire (15h2) communicates with the outside of the metal member (15).

[0110] An electric wire (162) is placed in the through hole (15h2) for the wire.

[0111] The above wire (162) may be named a ‘charging pin wire’.

[0112] The charging pin wire (162) includes a conventional wire, a printed circuit board, and a flexible printed circuit board (FPCB).

[0113] The charging pin wire (162) is connected to the charging pin (16) or the printed circuit board (161) on which the charging pin (16) is mounted.

[0114] By forming a through hole (15h2) for a wire in the metal member (15), the placement of the charging pin wire (162) becomes easier, and the thickness and weight of the temple (13) are reduced.

[0115] The charging pin (16) is formed of an electrical conductor and represents a typical contact terminal through which electricity flows.

[0116] The charging pin (16) is mounted on a printed circuit board (161).

[0117] A plurality of charging pins (16) are arranged, and the plurality of charging pins (16) are arranged in a row.

[0118] One end of the charging pin (16) is exposed to the outside of the temple (13).

[0119] The charging pin (16) is positioned on the rear side (1314) of the left temple (131) or the rear side (1324) of the right temple (132). According to an example of the embodiment of the present invention, the charging pin (16) may be positioned on both the rear side (1314) of the left temple (131) and the rear side (1324) of the right temple (132).

[0120] Electricity supplied from the outside is transmitted to the charging pin (16) and stored in the main body battery (14) that is electrically connected to the printed circuit board (161) on which the charging pin (16) is mounted. Here, the electrical connection is made by the charging pin wire (162) described above.

[0121] The charging pin (16) can receive electricity from the auxiliary battery (25) built into the auxiliary battery assembly (2) by coming into contact with the pogo pin (24) placed in the auxiliary battery assembly (2).

[0122] A plurality of through holes are formed in the rear side (1314, 1324) of the temple (13) (left temple (131) and / or right temple (132)) where the charging pin (16) is arranged. One end of the charging pin (16) passes through the through hole and is exposed to the outside.

[0123] When the charging pin (16) is placed on the rear side (1314) of the left temple (131), a plurality of through holes in which the charging pin (16) is placed are formed on the outer surface (1314d) of the rear side (1314) of the left outer temple (1312).

[0124] And, when the charging pin (16) is placed on the rear side (1324) of the right temple (132), a plurality of through holes in which the charging pin (16) is placed are formed on the outer surface (1324d) of the rear side (1324) of the right outer temple (1322).

[0125] A main body battery (14) is placed in the internal space formed in the rear side (1314, 1324) of the temple (13).

[0126] The main body battery (14) is placed in the left temple (131) and / or the right temple (132).

[0127] The main body battery (14) is a conventional rechargeable battery.

[0128] The shape of the main body battery (14) can correspond to the shape of the internal space of the rear side (1314, 1324) of the temple (13) where the main body battery (14) is placed, and can also be formed in various other shapes.

[0129] The main body battery (14) is fixed to the inner surface of the temple (13) surrounding (forming) the inner space of the rear side (1314, 1324) of the temple (13) by an adhesive tape (171) (which may be referred to as a 'first adhesive tape').

[0130] The first adhesive tape (171) is attached to a portion of one side of the main body battery (14). Specifically, the first adhesive tape (171) is attached along the edge of one side of the main body battery (14).

[0131] For example, the first adhesive tape (171) is a double-sided adhesive tape.

[0132] One side of the first adhesive tape (171) is attached along the edge of one side of the main body battery (14), and the other side (the opposite side of the one side) of the first adhesive tape (171) is attached to the inner surface of the temple (13) (see FIGS. 4 and 8).

[0133] Here, the inner surface of the temple (13) represents the inner side of the left outer temple (1312) and / or the inner side of the right outer temple (1322).

[0134] In detail, the inner side of the left outer temple (1312) represents the opposite side of the outer side (1314d) of the posterior side (1314) of the left outer temple (1312).

[0135] And, the inner side of the right outer temple (1322) represents the opposite side of the outer side (1324d) of the posterior side (1324) of the right outer temple (1322).

[0136] A metal member (15) is placed on one side of the main body battery (14).

[0137] The metal member (15) is placed on the inside of the first adhesive tape (171). That is, the perimeter of the metal member (15) is surrounded by the first adhesive tape (171) (see Fig. 4).

[0138] The metal member (15) is fixed to the inner surface of the temple (13) surrounding (forming) the inner space of the rear side (1314, 1324) of the temple (13) by an adhesive tape (172) (which may be referred to as a 'second adhesive tape').

[0139] The second adhesive tape (172) is attached to the entirety or a portion of one side of the metal member (15).

[0140] For example, the second adhesive tape (172) is a double-sided tape.

[0141] One side of the second adhesive tape (172) is attached to one side of the metal member (15), and the other side (the opposite side of the one side) of the second adhesive tape (172) is attached to the inner side of the temple (13) (see Fig. 8).

[0142] Here, the inner surface of the temple (13) refers to the inner side of the left outer temple (1312) and / or the inner side of the right outer temple (1322). The inner side of the left outer temple (1312) and the inner side of the right outer temple (1322) are as described above.

[0143] A printed circuit board (161) on which a charging pin (16) is mounted is placed in a through hole (15h1) for the charging pin of a metal member (15).

[0144] A printed circuit board (161) on which a charging pin (16) is mounted is fixed to the inner surface of the temple (13) surrounding (forming) the inner space of the rear side (1314, 1324) of the temple (13) by an adhesive tape (173) (which may be referred to as a ‘third adhesive tape’).

[0145] The third adhesive tape (173) is attached to the entirety or a portion of one side of the printed circuit board (161) on which the charging pin (16) is mounted.

[0146] For example, the third adhesive tape (173) is a double-sided tape.

[0147] One side of the third adhesive tape (173) is attached to one side of a printed circuit board (161) on which a charging pin (16) is mounted, and the other side (the opposite side of the one side) of the third adhesive tape (173) is attached to the inner surface of the temple (13) (see Fig. 8).

[0148] Here, the inner surface of the temple (13) refers to the inner side of the left outer temple (1312) and / or the inner side of the right outer temple (1322). The inner side of the left outer temple (1312) and the inner side of the right outer temple (1322) are as described above.

[0149] The first adhesive tape (171) that secures the main body battery (14), the second adhesive tape (172) that secures the metal member (15), and the third adhesive tape (173) that secures the printed circuit board (161) on which the charging pin (16) is mounted are arranged so as not to overlap each other. This is to reduce the thickness of the temple (13).

[0150] By using adhesive tapes (171, 172, 173) to secure the printed circuit board (161) on which the main body battery (14), metal member (15) and charging pin (16) are mounted, the weight and thickness of the temple (13) are reduced.

[0151] When fastening members such as bolts, nuts, and screws are used, the weight and thickness of the temple increase due to the addition of fastening members and components for fixing them.

[0152] <Auxiliary Battery Assembly (2)>

[0153] Fig. 6 illustrates an auxiliary battery assembly (2) of the present invention.

[0154] The auxiliary battery assembly (2) supplies electricity to the smart glass (1).

[0155] Specifically, the auxiliary battery assembly (2) supplies electricity to the main body battery (14) of the smart glass (1) to charge the main body battery (14).

[0156] The auxiliary battery assembly (2) can be connected to the smart glass (1) and can also be separated.

[0157] The auxiliary battery assembly (2) includes a strap portion (21), a strap connection portion (22), and a battery receiving portion (23).

[0158] The strap portion (21) is formed in a long belt shape in one direction (see Fig. 12).

[0159] The strap portion (21) has a preset length in one direction and a preset width in a direction orthogonal to the length direction. The preset length and width are accompanied by a preset thickness. The preset length is formed to be longer than the preset width.

[0160] The strap portion (21) includes one side (211) and a second side (212) opposite to the first side (211). The first side (211) and the second side (212) of the strap portion (21) are sides facing opposite to each other with a thickness interposed therebetween.

[0161] The strap portion (21) has elasticity and elastically supports the back of the head. As a result, the strap portion (21) can be stretched by an external force and returns to its original state when the external force is removed.

[0162] Additionally, the strap portion (21) has flexibility. Due to this, the strap portion (21) is wrapped around the circumference of the head.

[0163] For example, the strap portion (21) may be formed of a material such as silicone or fluoroelastomer.

[0164] Fig. 15 shows an auxiliary battery unit according to examples of an embodiment of the present invention.

[0165] The strap portion (21) illustrated in (a) of Fig. 15 is formed of a material having elasticity and flexibility. When the strap portion (21) has elasticity and flexibility, it is possible to combine multiple battery receiving portions (23) to one strap portion (21), as illustrated in (c) of Fig. 15.

[0166] Additionally, as illustrated in (b) of FIG. 15, the strap portion (21') may be formed into a shape having a specific pattern. This allows the smart glass device to be worn on various head sizes. Here, the specific pattern indicates that the strap portion (21') is formed as a single long string, but has a bend portion in which a certain pattern is repeated.

[0167] Strap connection parts (22) are arranged at both ends (213, 214) of the strap part (21). The both ends (213, 214) of the strap part (21) represent one end (213) in the longitudinal direction of the strap part (21) and the other end (214) opposite to the one end (213).

[0168] An electric wire (242) is arranged inside the strap portion (21) (see Fig. 13). The electric wire (242) may be referred to as a 'pogo pin wire'.

[0169] The pogo pin wire (242) includes not only commonly used wires, but also printed circuit boards and flexible printed circuit boards (FPCB). In other words, the pogo pin wire (242) includes all types of materials through which electricity can flow.

[0170] The pogo pin wire (242) has a preset length in one direction.

[0171] One side of the pogo pin wire (242) is connected to a printed circuit board (241) on which the pogo pin (24) is mounted, and the other side of the pogo pin wire (242) is connected to an auxiliary battery (25).

[0172] Figure 13 shows the process of connecting a pogo pin wire (242) to a strap portion (21).

[0173] As shown in (a) of Fig. 13, the strap portion (21) includes a wire groove portion (215), a cover groove portion (216), and a cover portion (21p).

[0174] The wire groove (215) and the cover groove (216) are formed in a recess shape.

[0175] The wire groove (215) and the cover groove (216) are formed from one end (213) of the strap portion (21) to the middle or adjacent position in the longitudinal direction of the strap portion (21).

[0176] The wire groove (215) and the cover groove (216) are formed by being sunken from one side (211) of the strap part (21) toward the other side (212) in the thickness direction of the strap part (21) to a preset depth.

[0177] Looking at one side (211) of the strap portion (21), the wire groove portion (215) and the cover groove portion (216) are formed to overlap. In detail, the wire groove portion (215) is positioned below the cover groove portion (216) in the thickness direction of the strap portion (21).

[0178] The width of the wire groove (215) is formed narrower than the width of the cover groove (216). Accordingly, a step is formed at the boundary between the wire groove (215) and the cover groove (216).

[0179] The preset length of the wire groove (215) in the longitudinal direction of the strap portion (21) is formed to be longer than the preset length of the cover groove (216). As a result, a passage is formed through which the other side of the pogo pin wire (242) can pass.

[0180] A pogo pin wire (242) is placed in the wire groove (215) (see (b) of Fig. 13). One side and the other side of the pogo pin wire (242) are exposed to the outside of the wire groove (215).

[0181] A cover part (21p) is placed in the cover groove (216) (see (c) of Fig. 13).

[0182] The cover part (21p) is fastened to the cover groove part (216) and covers the pogo pin wire (242).

[0183] The preset length, width, and thickness of the cover portion (21p) correspond to the preset length, width, and depth of the cover groove portion (216).

[0184] The cover part (21p) can be inserted and fixed into the cover groove part (216), for example, by a force-fit method.

[0185] Figure 13 (d) shows that the strap connection part (22) is connected to both ends (213, 214) of the strap part (21) in the state of Figure 13 (c).

[0186] Fig. 13 illustrates a process in which a pogo pin wire (242) is connected to one end (213) of a strap portion (21). This exemplifies the arrangement of a pogo pin (24) in a strap connection portion (22) connected to one end (213) of a strap portion (21).

[0187] According to an example of an embodiment of the present invention, if a pogo pin (24) is placed on a strap connection portion (22) connected to the other end portion (214) of the strap portion (21), a pogo pin wire (242) is connected to the other end portion (214) of the strap portion (21).

[0188] The process of connecting the pogo pin wire (242) to the other end (214) of the strap portion (21) is applied in the same manner as the process illustrated in Fig. 13.

[0189] The strap connection part (22) is placed on the strap part (21).

[0190] The strap connection part (22) can be connected to the temple (13) of the smart glass (1) and can also be separated.

[0191] The auxiliary battery assembly (2) can be connected to the smart glass (1) via a strap connection (22), and can also be separated.

[0192] The strap connecting portion (22) includes an inner plate portion (2221, 2211) that contacts the outer surface (1314d, 1324d) of the rear side (1314, 1324) of the temple (13), and an edge plate portion (2222, 2212) that extends toward the temple (13) along the edge of the inner plate portion (2221, 2211) and wraps around a portion of the upper surface (1314a, 1324a) and the lower surface (1314b, 1314b) of the rear side (1314, 1324) of the temple (13). A detailed description is as follows.

[0193] The strap connection part (22) includes a strap right connection part (222) and a strap left connection part (221).

[0194] Fig. 7 shows the right strap connection part (222) shown in Fig. 6, and Fig. 9 shows the connection between the right strap connection part (222) and the rear side (1324) of the right temple (132).

[0195] The right strap connection part (222) is placed and fixed to one end (213) of the strap part (21). The fixing is done in a known manner.

[0196] The right strap connection part (222) can be connected to the rear side (1324) of the right temple (132) of the smart glass (1), and can also be separated.

[0197] Specifically, the right strap connection portion (222) can be connected to (or in contact with) the posterior side (1324) of the right outer temple (1322), and can also be separated from it.

[0198] The right strap connection portion (222) is formed to wrap around the rear side (1324) of the right outer temple (1322). To this end, the shape of the right strap connection portion (222) is formed to correspond to the shape of the rear side (1324) of the right outer temple (1322).

[0199] The right strap connection part (222) includes a right inner plate part (2221), a right edge plate part (2222), and a right outer plate part (2223).

[0200] The right inner plate (2221) is formed in a plate shape and includes one side and the other side. The one side and the other side are opposite sides. In other words, the one side and the other side are sides facing opposite sides. The one side may be referred to as the "inner side," and the other side may be referred to as the "outer side."

[0201] When the right strap connection part (222) is connected to the rear side (1324) of the right temple (132), the inner surface of the right inner plate part (2221) faces the outer surface (1324d) of the rear side (1324) of the right outer temple (1322) and comes into contact with the outer surface (1324d). In other words, the inner surface of the right inner plate part (2221) faces the user's head. And, the outer surface of the right inner plate part (2221) faces the opposite side of the side facing the user's head.

[0202] A magnetic member (223) (which may be called a ‘strap magnetic member’) is arranged on the inner surface of the right inner plate (2221).

[0203] The strap magnet member (223) represents a magnetic object that attracts metal or other magnetic members. The strap magnet member (223) is arranged on the inner surface of the strap connection portion (22), and one surface of the strap magnet member (223) is exposed to the outside.

[0204] A magnet member receiving groove (2231) (see Fig. 8) for receiving a strap magnet member (223) is formed on the inner surface of the right inner plate (2221).

[0205] The magnet member receiving groove (2231) is a groove shape sunken from the inside to a preset depth, and is formed in a shape corresponding to the shape of the strap magnet member (223).

[0206] The strap magnet member (223) can be inserted and fixed into the magnet member receiving groove (2231), for example, by a force-fit method.

[0207] The strap magnet member (223) is exposed to the outside. In detail, when the right strap connection part (222) is separated from the rear side (1324) of the right temple (132), one side of the strap magnet member (223) is exposed to the outside. As a result, the magnetic force of the strap magnet member (223) strongly acts on the metal member (15) arranged inside the rear side (1324) of the right temple (132). This is because the distance between the strap magnet member (223) and the metal member (15) is closer.

[0208] When the inner surface of the right inner plate (2221) comes into contact with the outer surface (1324d) of the rear side (1324) of the right outer temple (1322), the strap magnet member (223) faces the metal member (15) arranged on the inside of the rear side (1324) of the right temple (132).

[0209] By means of the strap magnet member (223), the strap right connection portion (222) (specifically, the right inner plate portion (2221)) is fixed by contact with the rear side portion (1324) of the right temple (132) (specifically, the right outer temple (1322)). Therefore, even if an external force smaller than the magnetic force of the strap magnet member (223) is applied to the strap right connection portion (222), the strap right connection portion (222) is not separated from the rear side portion (1324) of the right temple (132).

[0210] The right edge plate (2222) is formed at the edge of the right inner plate (2221) and is formed along the edge of the right inner plate (2221).

[0211] The right edge plate (2222) is formed by extending from the edge of the right inner plate (2221) toward the right temple (132) at a preset angle.

[0212] When the right strap connection portion (222) is connected to the rear side (1324) of the right temple (132), the right edge plate portion (2222) wraps around a portion of the upper surface (1324a) and the lower surface (1324b) of the rear side (1324) of the right temple (132).

[0213] The right edge plate (2222) guides the connection between the right strap connection (222) and the right temple (132) and reinforces the connection.

[0214] Specifically, when the right strap connection portion (222) is coupled with the rear side portion (1324) of the right temple (132), the right edge plate portion (2222) comes into contact with the upper surface (1324a) and the lower surface (1324b) of the right temple (132), thus serving to guide the coupling.

[0215] And, when the right side connecting portion (222) of the strap is completely connected to the rear side (1324) of the right temple (132), the right edge plate (2222) is in close contact with the upper surface (1324a) and the lower surface (1324b) of the right temple (132), so that the right side connecting portion (222) of the strap is more strongly connected to the right temple (132). As a result, the right side connecting portion (222) of the strap is not easily separated from the rear side (1324) of the right temple (132).

[0216] The right outer plate (2223) serves as a cover covering the outer surface of the right inner plate (2221).

[0217] The right outer plate (2223) is formed in a plate shape and includes one side and the other side. The one side and the other side are opposite sides. In other words, the one side and the other side are sides facing opposite sides. The one side may be referred to as the "inner side," and the other side may be referred to as the "outer side."

[0218] The inner surface of the right outer plate (2223) faces the outer surface of the right inner plate (2221), and the outer surface of the right outer plate (2223) faces the outer surface of the right strap connection part (222).

[0219] The shape of the inner surface of the right outer plate (2223) is formed to correspond to the shape of the outer surface of the right inner plate (2221). For example, if a protruding shape is formed on the outer surface of the right inner plate (2221), a concave shape that accommodates the protruding shape is formed on the inner surface of the right outer plate (2223).

[0220] The right outer plate (2223) is joined to the right inner plate (2221) by various known methods.

[0221] The left strap connection part (221) is placed and fixed to the other end (214) of the strap part (21) (see Fig. 6). The fixing is done in a known manner.

[0222] The left strap connection part (221) can be connected to the rear side (1314) of the left temple (131) of the smart glass (1), and can also be separated.

[0223] Specifically, the left strap connection portion (221) can be connected (or in contact) with, and also separated from, the posterior side (1314) of the left outer temple (1312).

[0224] The left strap connection portion (221) is formed to wrap around the rear side (1314) of the left outer temple (1312). To this end, the shape of the left strap connection portion (221) is formed to correspond to the shape of the rear side (1314) of the left outer temple (1312).

[0225] The left strap connection part (221) includes a left inner plate part (2211), a left edge plate part (2212), and a left outer plate part (2213).

[0226] The shape of the left strap connection part (221) corresponds to the shape of the right strap connection part (222).

[0227] The left inner plate (2211) is formed in a plate shape and includes one side and the other side. The one side and the other side are opposite sides. In other words, the one side and the other side are sides facing opposite sides. The one side may be referred to as the "inner side," and the other side may be referred to as the "outer side."

[0228] When the left strap connection part (221) is connected to the rear side (1314) of the left temple (131), the inner surface of the left inner plate part (2211) faces the outer surface (1314d) of the rear side (1314) of the left outer temple (1312) and comes into contact with the outer surface (1314d). In other words, the inner surface of the left inner plate part (2211) faces the user's head. And, the outer surface of the left inner plate part (2211) faces the opposite side of the side facing the user's head.

[0229] On the inner surface of the left inner panel (2211), a magnetic member (strap magnetic member) (223) is arranged, similar to the strap right connection part (222).

[0230] A magnet member receiving groove (2231) (see Fig. 8) for receiving a strap magnet member (223) is formed on the inner surface of the left inner plate (2211).

[0231] The magnet member receiving groove (2231) is a groove shape sunken from the inside to a preset depth, and is formed in a shape corresponding to the shape of the strap magnet member (223).

[0232] The strap magnet member (223) can be inserted and fixed into the magnet member receiving groove (2231), for example, by a force-fit method.

[0233] The strap magnet member (223) is exposed to the outside. In detail, when the left strap connection part (221) is separated from the rear side (1314) of the left temple (131), one side of the strap magnet member (223) is exposed to the outside. As a result, the magnetic force of the strap magnet member (223) strongly acts on the metal member (15) arranged inside the rear side (1314) of the left temple (131). This is because the distance between the strap magnet member (223) and the metal member (15) is closer.

[0234] When the inner surface of the left inner plate (2211) comes into contact with the outer surface (1314d) of the rear side (1314) of the left outer temple (1312), the strap magnet member (223) faces the metal member (15) arranged on the inside of the rear side (1314) of the left temple (131).

[0235] By means of the strap magnet member (223), the left strap connection portion (221) (specifically, the left inner plate portion (2211)) is fixed by contact with the rear side portion (1314) of the left temple (131) (specifically, the left outer temple (1312)). Therefore, even if an external force smaller than the magnetic force of the strap magnet member (223) is applied to the left strap connection portion (221), the left strap connection portion (221) is not separated from the rear side portion (1314) of the left temple (131).

[0236] The left edge plate (2212) is formed at the edge of the left inner plate (2211) and is formed along the edge of the left inner plate (2211).

[0237] The left edge plate (2212) is formed by extending from the edge of the left inner plate (2211) toward the left temple (131) at a preset angle.

[0238] When the left strap connection part (221) is connected to the rear side (1314) of the left temple (131), the left edge plate part (2212) wraps around a portion of the upper surface (1314a) and the lower surface (1314b) of the rear side (1314) of the left temple (131).

[0239] The left edge plate (2212) guides the connection between the left strap connection (221) and the left temple (131) and reinforces the connection.

[0240] Specifically, when the left strap connection portion (221) is coupled with the rear side portion (1314) of the left temple (131), the left edge plate portion (2212) comes into contact with the upper surface (1314a) and the lower surface (1314b) of the left temple (131), thus serving to guide the coupling.

[0241] And, when the left strap connection part (221) is completely combined with the rear side (1314) of the left temple (131), the left edge plate part (2212) is in close contact with the upper surface (1314a) and the lower surface (1314b) of the left temple (131), so that the left strap connection part (221) is more strongly combined with the left temple (131). As a result, the left strap connection part (221) is not easily separated from the rear side (1314) of the left temple (131).

[0242] The left outer plate (2213) serves as a cover covering the outer surface of the left inner plate (2211).

[0243] The left outer plate (2213) is formed in a plate shape and includes one side and the other side. The one side and the other side are opposite sides. In other words, the one side and the other side are sides facing opposite sides. The one side may be referred to as the "inner side," and the other side may be referred to as the "outer side."

[0244] The inner surface of the left outer plate (2213) faces the outer surface of the left inner plate (2211), and the outer surface of the left outer plate (2213) faces the outer surface of the left strap connection part (221).

[0245] The shape of the inner surface of the left outer plate (2213) is formed to correspond to the shape of the outer surface of the left inner plate (2211). For example, if a protruding shape is formed on the outer surface of the left inner plate (2211), a concave shape that accommodates the protruding shape is formed on the inner surface of the left outer plate (2213).

[0246] The left outer plate (2213) is joined to the left inner plate (2211) by various known methods.

[0247] Referring to FIGS. 6 and 7, the strap magnet member (223) disposed on the right inner plate (2221) of the right strap connection portion (222) and the left inner plate (2211) of the left strap connection portion (221) is formed in a sheet shape.

[0248] The auxiliary battery assembly (2) is worn on the user's head, so it needs to be lightweight. By manufacturing the strap magnet member (223) in the form of a thin sheet, the weight of the auxiliary battery assembly (2) is reduced.

[0249] The strap magnet member (223) may have a through hole (223h) for a pogo pin.

[0250] The through hole (223h) for the pogo pin is a hole that passes through the strap magnet member (223).

[0251] A pogo pin (24) and a printed circuit board (241) on which the pogo pin (24) is mounted are placed in the through hole (223h) for the pogo pin.

[0252] Since the printed circuit board (241) on which the pogo pin (24) is mounted is placed in the pogo pin through hole (223h) of the strap magnet member (223), the printed circuit board (241) and the strap magnet member (223) are not laminated. As a result, the thickness of the strap connection portion (22) can be minimized.

[0253] A strap magnet member (223) having a through hole (223h) for a pogo pin formed therein can be placed on the right inner plate (2221) of the right strap connection portion (222) and the left inner plate (2211) of the left strap connection portion (221).

[0254] In detail, when a pogo pin (24) is arranged in one or both of the strap right connection portion (222) and the strap left connection portion (221), a strap magnet member (223) having a through hole (223h) for a pogo pin is arranged in the strap right connection portion (222) and / or the strap left connection portion (221).

[0255] In addition, even if a pogo pin is not arranged in either the strap right connection portion (222) or the strap left connection portion (221), a strap magnet member (223) having a through hole formed therein may be arranged in the strap right connection portion (222) or the strap left connection portion (221), or one or more small-sized strap magnet members (223) without a through hole formed therein may be arranged. This is to reduce the weight of the auxiliary battery assembly (2).

[0256] A pogo pin (24) is placed on the right strap connection part (222) and / or the left strap connection part (221).

[0257] When charging pins (16) are arranged on both the rear side (1314, 1324) of the left temple (131) and the rear side (1314, 1324) of the right temple (132), pogo pins (24) can be arranged on both the right strap connection part (222) and the left strap connection part (221).

[0258] The pogo pin (24) is formed of a conductor and represents a typical contact terminal through which electricity flows.

[0259] A plurality of pogo pins (24) are arranged, and the plurality of pogo pins are arranged in a row.

[0260] A plurality of pogo pins (24) are mounted on a printed circuit board (241). Here, the printed circuit board (241) includes a flexible printed circuit board (FPCB).

[0261] A space is formed between the outer surface of the right inner plate (2221) of the right connecting portion (222) of the strap and the inner surface of the right outer plate (2223). A printed circuit board (241) having a plurality of pogo pins (24) mounted thereon and pogo pin wires (242) connected thereto are placed and fixed in the space (see Fig. 8).

[0262] A printed circuit board (241) on which a plurality of pogo pins (24) are mounted and a pogo pin wire (242) connected thereto can also be placed and fixed between the outer surface of the left inner plate (2211) of the left connecting portion (221) of the strap and the inner surface of the left outer plate (2213).

[0263] A plurality of holes are formed in the right inner plate (2221) and / or the left inner plate (2211) through which pogo pins (24) are positioned. One end of the pogo pin (24) protrudes outward through the holes and is exposed to the outside.

[0264] The pogo pin (24) is electrically connected to an auxiliary battery (25) placed in a battery receiving portion (23) described later. The electrical connection represents the wire described above.

[0265] Additionally, when the strap connection part (22) is connected to the rear side (1314, 1324) of the temple (13) of the smart glass (1), the pogo pin (24) comes into contact with the charging pin (16) arranged on the rear side (1314) of the left temple (131) and / or the rear side (1324) of the right temple (132).

[0266] The electricity stored in the auxiliary battery (25) is transmitted to the main body battery (14) placed in the smart glass (1) through the pogo pin (24) and the charging pin (16).

[0267] The battery receiving portion (23) is connected to the strap portion (21).

[0268] Figure 14 shows the process of assembling the battery receiving portion (23) into the strap portion (21).

[0269] A strap right connection part (222) is connected to one end (213) of the strap part (21), and a strap left connection part (221) is connected to the other end (214) of the strap part (21).

[0270] The battery receiving portion (23) is connected to the strap portion (21) and is positioned between (e.g., in the middle) the strap right connecting portion (222) and the strap left connecting portion (221) (see (a) of FIG. 14).

[0271] According to an example of one embodiment, as shown, the strap portion (21) may be formed of one belt.

[0272] The battery receiving portion (23) may be positioned in the middle of the one band (strap portion (21)). The battery receiving portion (23) includes a strap fixing portion (not designated) to which the one band (strap portion (21)) is connected. The strap fixing portion represents a component that fixes the strap portion (21), such as a hole or groove formed in the battery receiving portion (23).

[0273] The battery receiving portion (23) is formed in a box shape with space inside.

[0274] The battery receiving portion (23) includes a first battery receiving portion (231) and a second battery receiving portion (232), and is formed by combining the first battery receiving portion (231) and the second battery receiving portion (232). That is, the first battery receiving portion (231) and the second battery receiving portion (232) are combined to form a box-shaped case.

[0275] The connection between the first battery receiving portion (231) and the second battery receiving portion (232) can be achieved by fastening members such as bolts, nuts, screws, etc., and can be achieved by various other connecting structures.

[0276] The first battery receiving portion (231) and / or the second battery receiving portion (232) include other components that allow the first battery receiving portion (231) and the second battery receiving portion (232) to be coupled to each other.

[0277] The battery receiving portion (23) receives an auxiliary battery (25), a printed circuit board (251) electrically connected to the auxiliary battery (25), and components necessary for supplying electricity to the auxiliary battery (25) or receiving electricity from the auxiliary battery (25).

[0278] Looking at the process of assembling the battery receiving portion (23) to the strap portion (21), the strap (21) is fixed to the strap fixing portion formed in the first battery receiving portion (231) (Fig. 14 (a)). Then, other components such as the auxiliary battery (25), printed circuit board (251), and pogo pin wire (242) are placed and fixed to the first battery receiving portion (231) (Fig. 14 (b)). Then, the second battery receiving portion (232) is coupled to the first battery receiving portion (231) (Fig. 14 (c)).

[0279] The battery receiving portion (23) of the present invention is positioned toward the user's head (see Fig. 11).

[0280] To elaborate, the first battery receiving portion (231) faces the opposite side of the head, and the second battery receiving portion (232) faces the head.

[0281] In addition, the strap fixing portion formed in the first battery receiving portion (231) is located on the opposite side of the second battery receiving portion (232). Accordingly, the strap portion (21) connected to the strap fixing portion is located on the opposite side of the side facing the head.

[0282] Due to this, the battery compartment (23) supports the head. In addition, the center of gravity of the battery compartment (23) is positioned close to the head, so that the user can move comfortably even while wearing the smart glass device.

[0283] The auxiliary battery (25) is a device that stores electricity. The electricity stored in the auxiliary battery (25) is supplied to the electrical and electronic devices of the smart glass (1).

[0284] The auxiliary battery (25) is electrically connected to the pogo pin (24) placed in the strap connection part (22).

[0285] Although not shown, the battery receiving portion (23) has an electrical contact terminal (e.g., a USB port) that can receive electricity from the outside. The battery receiving portion (23) receives electricity from the outside through the electrical contact terminal, stores the electricity, and supplies the stored electricity to the smart glass (1).

[0286] According to another embodiment of the present invention (not shown), the strap portion (21) may be composed of two bands. The two bands are one band divided into two. That is, the strap portion (21) is composed of a first strap portion and a second strap portion that are physically separated.

[0287] Each of the first strap portion and the second strap portion includes one end in the longitudinal direction of the belt and an opposite end opposite to the one end.

[0288] One end of the first strap part is connected to the right strap connection part (222), and the other end of the first strap part is connected to one side of the battery receiving part (23). One side of the battery receiving part (23) may be a surface facing the right strap connection part (222).

[0289] One side of the battery receiving portion (23) includes a first strap fixing portion to which the other end of the first strap portion is connected. The first strap fixing portion refers to a component that fixes the first strap portion, such as a hole or groove formed on one side of the battery receiving portion (23).

[0290] One end of the second strap part is connected to the left strap connection part (221), and the other end of the second strap part is connected to the other side of the battery receiving part (23). The other side of the battery receiving part (23) may be a surface facing the left strap connection part (221).

[0291] The other side of the battery receiving portion (23) includes a second strap fixing portion to which the other end of the second strap portion is connected. The second strap fixing portion refers to a component for fixing the second strap portion, such as a hole or groove formed on the other side of the battery receiving portion (23).

[0292] Meanwhile, the strap connection part (22) (left strap connection part (221) or right strap connection part (222)) shown in FIGS. 6 to 9 can also be applied to a charging cable (see FIG. 10).

[0293] To elaborate, an electric wire of a certain length is provided. The wire includes one end and the other end pointing in opposite directions.

[0294] A strap connection part (22) as shown in FIGS. 6 to 9 is arranged at one end of the wire, and a USB port or power cord (not shown) is arranged at the other end of the wire.

[0295] The smart glass (1) of the present invention can receive electricity from the outside using the charging cable.

[0296] Next, a smart glass device according to an example of the second embodiment of the present invention illustrated in FIGS. 16 to 18 will be described.

[0297] In describing a smart glass device according to an example of the second embodiment of the present invention, any overlapping content with the smart glass device according to an example of the first embodiment of the present invention is omitted.

[0298] In other words, the components of the smart glass device according to the example of the second embodiment are identical or similar to the components of the smart glass device according to the example of the first embodiment.

[0299] Hereinafter, in describing a smart glass device according to an example of the second embodiment, components or parts that are different from the smart glass device according to an example of the first embodiment are specifically described, and identical or similar components or parts are replaced with the contents described in the smart glass device according to an example of the first embodiment.

[0300] In addition, among the components of the smart glass device according to the example of the second embodiment, components that are identical or similar to the components of the smart glass device according to the example of the first embodiment are given the same drawing symbols.

[0301] Smart Glasses (1)

[0302] Fig. 16 shows the interior of the right temple (132) of a smart glass device according to an example of the second embodiment. This can be equally applied to the left temple (131).

[0303] A printed circuit board (161) on which a main body battery (14), a main body magnet member (18), and a charging pin (16) are mounted is placed in the internal space of the rear side (1314, 1324) of the temple (left temple (131) or right temple (132), hereinafter the same).

[0304] The main body battery (14) can be formed in a shape corresponding to the internal space of the rear side (1314, 1324) of the temple (13), and can be formed in various other shapes.

[0305] The main body magnet member (18) has a property of being attracted to the magnet member (261) (which may be referred to as a ‘first magnet member’ or a ‘strap magnet member’) arranged in the strap connection part (22a) of the auxiliary battery assembly (2).

[0306] The main body magnet member (18) can be replaced with a metal member that is attracted to the magnetic force of the first magnet member (261). That is, the metal member can be placed in the position where the main body magnet member (18) is placed.

[0307] The main body magnet member (18) is arranged on an inner side (not designated) toward the edge among the inner spaces of the rear side (1314, 1324) of the temple (13). Here, the inner side toward the edge refers to an inner side facing opposite to the side facing the front side (1313, 1323) of the temple. The inner side toward the edge refers to an opposite side to the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13).

[0308] According to an example of the embodiment of the present invention, the main body magnet member (18) is placed at the lower end of the inner side toward the edge.

[0309] The main body magnet member (18) can be fixed to the inner side of the edge in various ways, such as using adhesive tape.

[0310] Alternatively, a magnet fixing portion (not designated) for receiving and fixing the main body magnet member (18) may be formed on the inner side of the edge where the main body magnet member (18) is placed.

[0311] The main body magnet member (18) is not limited to a specific shape.

[0312] A charging pin (16) is arranged on the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13). That is, the charging pin (16) is arranged on the edge side (1314e) of the rear side (1314) of the left temple (131) and / or the edge side (1324e) of the rear side (1324) of the right temple (132).

[0313] The charging pin (16) is a conductor and is a conventional electrical contact terminal.

[0314] A plurality of charging pins (16) are arranged, and the plurality of charging pins (16) are arranged in a row from top to bottom.

[0315] A plurality of through holes (not given a symbol) communicating with the internal space of the rear side (1314, 1324) of the temple (13) are formed on the edge side (1314e, 1324e) of the rear side (1314, 1324). A charging pin (16) is arranged in the through holes. In addition, the plurality of through holes are formed in the center of the edge side (1314e, 1324e).

[0316] One end of the charging pin (16) is exposed to the outside from the edge side (1314e, 1324e) through the above through hole.

[0317] A printed circuit board (161) having a charging pin (16) mounted thereon is placed in the internal space of the rear side (1314, 1324) of the temple (13). The printed circuit board (161) includes a flexible printed circuit board (FPCB) and is electrically connected to the main body battery (14) through wires, etc.

[0318] The printed circuit board (161) on which the charging pin (16) is mounted can be fixed to the inner side toward the edge in various ways, such as using adhesive tape.

[0319] Alternatively, a board fixing portion (not assigned a code) for fixing the printed circuit board (161) may be formed on the inner side toward the edge where the printed circuit board (161) is placed.

[0320] The charging pin (16) can receive electricity from the auxiliary battery (25) built into the auxiliary battery assembly (2) by coming into contact with the pogo pin (24) placed in the auxiliary battery assembly (2).

[0321] A main body fixing part (19) is arranged on the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13).

[0322] The main body fixing part (19) fixes the strap connecting part (22a) when the strap connecting part (22a) of the auxiliary battery assembly (2) is connected to the rear side (1314, 1324) of the temple (13).

[0323] The main body fixing part (19) includes a moving cap (191) and an elastic member (192).

[0324] The moving cap (191) moves when an external force is applied.

[0325] The moving cap (191) is formed in a plate shape with a preset thickness.

[0326] The moving cap (191) is placed in the moving cap home (193) and can move in the moving cap home (193).

[0327] The moving cap groove (193) is formed on the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple.

[0328] The moving cap groove (193) is formed in a groove shape. Specifically, the moving cap groove (193) is formed by being recessed to a preset depth from the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13) toward the front side (1313, 1323) of the temple (13).

[0329] The moving cap (191) is connected to the elastic member (192).

[0330] The elastic member (192) is placed in the moving cap groove (193) and elastically supports the moving cap (191).

[0331] The elastic member (192) has a restoring force by changing its shape when receiving an external force, and when the external force is removed, it returns to its original shape and transmits the restoring force to the outside.

[0332] The elastic member (192) may be, for example, a coil spring.

[0333] The elastic member (192) has a preset length and has one end and the other end opposite to each other in the longitudinal direction.

[0334] One end of the elastic member (192) is connected to the moving cap (191), and the other end of the elastic member (192) is connected to the bottom surface of the moving cap groove (193).

[0335] When no external force is applied to the moving cap (191), the upper surface of the moving cap (191) is located at the same height as the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13). That is, the upper surface of the moving cap (191) does not protrude from the moving cap groove (193) or the edge side (1314e, 1324e).

[0336] When an external force is applied to the moving cap (191), the elastic member (192) is deformed in shape and the moving cap (191) moves in the direction in which the external force is applied in the moving cap groove (193) (specifically, moves toward the bottom surface of the moving cap groove (193)).

[0337] When the external force applied to the moving cap (191) is removed, the elastic member (192) returns to its original shape and the moving cap (191) returns to its original position.

[0338] According to another embodiment of the present invention (not shown), the movable cap groove (193) may be formed as a hole penetrating the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple and may be communicated with the interior space of the rear side (1314, 1324) of the temple. A component supporting an elastic member (192) is arranged (or formed) in the interior space of the rear side (1314, 1324) of the temple. One end of the elastic member (192) is connected to the movable cap (191) arranged in the through hole, and the other end of the elastic member (192) is connected to the component supporting the elastic member (192). The movement of the movable cap (191) is as described above.

[0339] <Auxiliary Battery Assembly (2)>

[0340] In FIG. 17 and FIG. 18, (a) shows a strap connection part (22a) of an auxiliary battery assembly (2) provided in a smart glass device according to an example of the second embodiment.

[0341] In Figures 17 and 18, (b) is a cross-sectional view showing a state in which the temple (13) and the strip connecting portion (22a) are combined.

[0342] The strip connection (22a) illustrated in FIGS. 17 and 18 specifically represents the right side strip connection (222a). This can be equally applied to the left side strip connection.

[0343] The strap connection part (22a) illustrated in FIGS. 17 and 18 corresponds to the strap connection part (22) of the smart glass device according to the example of the first embodiment described above.

[0344] The strap connecting portion (22a) is placed and fixed at both ends of the strap portion (21).

[0345] The strap connection part (22a) can be connected to the rear side (1314, 1324) of the temple (13) of the smart glass (1), and can also be separated.

[0346] The strap connecting portion (22a) is formed to wrap around the rear side (1314, 1324) of the temple (13). Specifically, the strap connecting portion (22a) is formed to wrap around the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13).

[0347] To this end, in the strap connection portion (22a), one surface (222a1) that wraps around the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13) is formed to correspond to the shape of the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13).

[0348] When the strap connection part (22a) is connected to the rear side (1314, 1324) of the temple (13), one side (222a1) of the strap connection part (22a) comes into contact with the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple.

[0349] A temple insertion groove (222a2) is formed on one side (222a1) of the strap connection portion (22a).

[0350] The rear side (1314, 1324) (specifically, the edge side (1314e, 1324e)) of the temple (13) is inserted into the temple insertion groove (222a2). As the rear side (1314, 1324) (specifically, the edge side (1314e, 1324e)) of the temple (13) is inserted into the temple insertion groove (222a2), one side (222a1) of the strap connection portion (22a) wraps around the rear side (1314, 1324) (specifically, the edge side (1314e, 1324e)) of the temple (13).

[0351] The temple insertion groove (222a2) is a groove that is recessed into one side (222a1) of the strap connection portion (22a) to a preset depth and a specific shape. Here, the specific shape corresponds to the shape of the rear side (1314, 1324) (specifically, the edge side (1314e, 1324e)) of the temple (13) that is inserted into the temple insertion groove (222a2). Accordingly, when the strap connection portion (22a) is connected to the rear side (1314, 1324) of the temple (13), the strap connection portion (22a) is stably fixed without shaking.

[0352] An internal space is formed inside the strap connecting portion (22a).

[0353] One side (222a1) of the strap connection portion (22a) on which the temple insertion groove (222a2) is formed is a surface that divides the internal space of the strap connection portion (22a) and the exterior of the strap connection portion (22a).

[0354] That is, the outer surface of one side (222a1) of the strap connection portion (22a) is a surface exposed to the outside of the strap connection portion (22a), and the inner surface of one side (222a1) of the strap connection portion (22a) is a part of the inner surface surrounding (forming) the internal space of the strap connection portion (22a).

[0355] A pogo pin (24) is placed in the temple insertion groove (222a2).

[0356] The pogo pin (24) is a conductor and is a typical electrical contact terminal.

[0357] A plurality of pogo pins (24) are arranged, and the plurality of pogo pins (24) are arranged in a row from top to bottom. The number of pogo pins (24) corresponds to the number of charging pins (16).

[0358] A plurality of pogo pins (24) are mounted on a printed circuit board (241). Here, the printed circuit board (241) includes a flexible printed circuit board (FPCB).

[0359] A printed circuit board (241) having a plurality of pogo pins (24) mounted thereon and wires connected thereto are placed and fixed in the internal space of the strap connection portion (22a). The printed circuit board (241) and wires can be fixed to the inner surface of one side (222a1) of the strap connection portion (22a) by various methods, such as adhesive tape.

[0360] The strap connection part (22a) has a first strap connection part and a second strap connection part that can be separated and combined.

[0361] The internal space of the strap connection part (22a) is formed by the combination of the first strap connection part and the second strap connection part.

[0362] A printed circuit board (241) having a pogo pin (24) mounted thereon and wires connected thereto are placed in a space of a preset volume formed on one side of the first strap connecting portion. When the first strap connecting portion is joined to the second strap connecting portion, an internal space of the strap connecting portion (22a) is formed, and the printed circuit board (241) and wires connected thereto are placed in the internal space.

[0363] A plurality of through holes communicating with the internal space of the strap connection portion (22a) are formed on one side (222a1) of the strap connection portion (22a) (specifically, a temple insertion groove (222a2)). A pogo pin (24) is positioned to penetrate the through holes. One end of the pogo pin (24) penetrates the through holes, protrudes from the outer surface of the one side (222a1) of the strap connection portion (22a), and is exposed to the outside.

[0364] The pogo pin (24) is electrically connected to the auxiliary battery (25) placed in the battery receiving portion (23). The electrical connection represents the aforementioned wire.

[0365] In addition, when the strap connection part (22a) is connected to the rear side (1314, 1324) of the temple (13) of the smart glass (1), the pogo pin (24) comes into contact with the charging pin (16) arranged on the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13).

[0366] The electricity charged in the auxiliary battery (25) is transmitted to the main body battery (14) placed in the smart glass (1) through the pogo pin (24) and the charging pin (16).

[0367] A magnetic member (first magnetic member, strap magnetic member) (261) is placed and fixed in the internal space of the strap connection part (22a).

[0368] The first magnetic member (261) represents a magnetic object that attracts iron or other magnetic members.

[0369] The first magnetic member (261) includes not only a general magnet but also a multipole magnet.

[0370] The first magnetic member (261) can be fixed to the inner surface (222a1) of the strap connection portion (22a) by various methods, such as adhesive tape. If adhesive tape is used, the weight of the auxiliary battery assembly (2) is reduced.

[0371] When the strap connecting portion (22a) comes into contact with the rear side (1314, 1324) of the temple (13), the first magnet member (261) faces the main body magnet member (18) arranged in the internal space of the rear side (1314, 1324) of the temple (13) and attracts the main body magnet member (18).

[0372] By means of the main body magnet member (18) and the first magnet member (261), the rear side (1314, 1324) of the temple (13) (specifically, the edge side (1314e, 1324e)) is inserted into and fixed to the temple insertion groove (222a2) formed on one side (222a1) of the strap connection portion (22a). Accordingly, even if an external force smaller than the magnetic force of the first magnet member (261) is applied to the strap connection portion (22a), the strap connection portion (22a) is not separated from the rear side (1314, 1324) of the temple (13).

[0373] A guide protrusion (27) is formed on one side (222a1) of the strap connection portion (22a) (specifically, the temple insertion groove (222a2)).

[0374] The guide protrusion (27) is formed in a position corresponding to the main body fixing part (19) arranged on the temple (13) in the temple insertion groove (222a2). The main body fixing part (19) is arranged on the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13).

[0375] The guide protrusion (27) is inserted into and fixed in the movable cap groove (193) formed on the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13).

[0376] When the strap connecting portion (22a) is connected to the rear side (1314, 1324) of the temple (13), the guide protrusion (27) guides the connection of the strap connecting portion (22a).

[0377] And, after the strap connection part (22a) is combined with the rear side (1314, 1324) of the temple (13), the guide protrusion (27) fixes the strap connection part (22a) to the rear side (1314, 1324) of the temple (13), thereby limiting the strap connection part (22a) from being separated from the rear side (1314, 1324) of the temple (13).

[0378] The guide protrusion (27) includes a guide pillar portion (271, 273), a guide groove portion (273), and a guide catch portion (274).

[0379] The guide pillar portion (271, 272) is formed by protruding from the bottom surface of the temple insertion groove (222a2) toward the rear side (1314, 1324) of the temple (13).

[0380] The guide pillar portions (271, 272) are formed in multiple pieces spaced apart at a preset distance. The space spaced apart at the preset distance forms a guide groove portion (273).

[0381] Each of the plurality of guide pillars (271, 272) is formed into a pillar shape with a preset length.

[0382] A groove is formed between a plurality of guide pillars (271, 272) in the longitudinal direction of the guide pillars (271, 273). The groove may be referred to as a 'guide groove (273)'.

[0383] The guide groove (273) is formed by being sunk to a preset depth from the upper surface (or top) of the guide pillar (271, 272) toward the bottom surface of the temple insertion groove (222a2).

[0384] At one end of a plurality of guide pillars (271, 272), a guide catch (274) is formed that protrudes in a direction perpendicular to the longitudinal direction of the guide pillars (271, 272).

[0385] The guide catch (274) is formed on the upper surface (or top) of the guide pillar (271) and protrudes toward the opposite side of the guide groove (273).

[0386] The guide catch (274) is formed so that the width decreases as it protrudes, and has an inclined side.

[0387] The guide catch (274) acts as a hook.

[0388] The guide catch (274) catches on a catch (not given a symbol) formed inside a moving cap groove (193) formed on the rear side (1314, 1324) of the temple (13).

[0389] The process in which the guide protrusion (27) is inserted into or separated from the moving cap groove (193) of the temple (13) and the guide protrusion (27) is combined with or separated from the moving cap groove (193) is described as follows.

[0390] The guide pillar portions (271, 272) are inserted into the movable cap groove (193) and push the movable cap (191). The upper portions of the guide pillar portions (271, 272) move inward along the interior of the movable cap groove (193) together with the movable cap (191). At this time, the elastic member (192) has a restoring force as its shape is deformed.

[0391] As the guide pillar portions (271, 272) are inserted into the moving cap groove (193), the upper portion of the guide pillar portion (271) on which the guide catch portion (274) is formed is inclined toward the guide groove portion (273), so that the upper portions of the plurality (specifically, two) of guide pillar portions (271, 272) become closer to each other. As a result, the guide pillar portions (271, 272) are easily inserted into the moving cap groove (193).

[0392] When the guide pillar part (271, 272) completes moving in the moving cap groove (193), the guide catch part (274) of the guide pillar part (271) catches on the catch formed in the moving cap groove (193). At this time, the upper part of the guide pillar part (271) returns to its original position.

[0393] The catch formed in the movable cap groove (193) may be a stepped surface formed by widening the diameter of the movable cap groove (193) to a preset depth. The guide catch portion (274) catches on the stepped surface. As a result, the guide protrusion (27) is not easily separated from the movable cap groove (193).

[0394] When an external force is applied to the guide protrusion (27) inserted into the moving cap groove (193) of the temple (13) toward the outside of the moving cap groove (193), the guide engaging portion (274) can easily move along the engaging protrusion due to the inclined surface of the guide engaging portion (274), and the upper portions of the guide pillar portions (271, 272) move outward along the inside of the moving cap groove (193). At this time, the elastic member (192) returns to its original shape, and the moving cap (191) moves to its original position.

[0395] In the process of the guide protrusion (27) being separated from the moving cap groove (193), the guide catch (274) moves along the catch, so that the upper part of the guide pillar part (271) on which the guide catch (274) is formed is tilted again toward the guide groove part (273), and the upper parts of the two guide pillar parts (271, 272) become closer to each other. Then, when the upper parts of the guide pillar parts (271, 272) are separated from the moving cap groove (193), the upper part of the guide pillar part (271) returns to its original position.

[0396] Since the restoring force of the elastic member (192) is applied to the guide protrusion (27), the guide protrusion (27) easily moves outward along the inside of the moving cap groove (193).

[0397] According to another embodiment of the present invention, the guide protrusion (27) may not be formed. The strap connection portion (22a) illustrated in Fig. 18 does not have the guide protrusion (27).

[0398] As illustrated in Fig. 18, in an example embodiment in which a guide protrusion (27) is not formed on one side (222a1) of the strap connecting portion (22a), a magnet member (262) (which may be referred to as a 'second magnet member') is placed and fixed on the inner surface of one side (222a1) of the strap connecting portion (22a).

[0399] Here, the inner surface of one side (222a1) of the strap connecting portion (22a) represents a part of the inner surface surrounding the internal space of the strap connecting portion (22a).

[0400] The second magnet member (262) is placed at a position corresponding to the position where the guide protrusion (27) is formed (see the guide protrusion (27) illustrated in FIG. 17).

[0401] In the example of the embodiment shown in Fig. 18, the moving cap (191) is formed of a material that is well attracted to the magnetic force of the second magnetic member (262).

[0402] For example, the moving cap (191) can be formed of stainless steel that is well attracted to a magnet. Stainless steel has excellent aesthetics in addition to functionality.

[0403] When one side (222a1) of the strap connecting portion (22a) comes into contact with the edge side (1314e, 1324e) of the rear side (1314, 1324) of the temple (13), the second magnet member (262) of the strap connecting portion (22a) attracts the moving cap (191) arranged on the edge side (1314e, 1324e).

[0404] By means of the second magnet member (262) and the moving cap (191), the rear side (1314, 1324) (specifically, the edge side (1314e, 1324e)) of the temple (13) is inserted into and fixed in the temple insertion groove (222a2) of the strap connection part (22a). Accordingly, even if an external force smaller than the magnetic force of the second magnet member (262) is applied to the strap connection part (22a), the strap connection part (22a) is not separated from the rear side (1314, 1324) of the temple (13).

[0405] The second magnetic member (262) illustrated in Fig. 18 can also be applied to the example of the embodiment illustrated in Fig. 17. In this case, the moving cap (191) illustrated in Fig. 17 is formed of a material that is well attracted to the magnetic force of the second magnetic member (262).

[0406] The strap connection part (22a) shown in FIGS. 17 and 18 can also be applied to a charging cable.

[0407] Referring to Fig. 10, an electric wire of a certain length is provided. The electric wire includes one end and the other end pointing in opposite directions.

[0408] A strap connection part (22a) as shown in Fig. 17 or Fig. 18 is arranged at one end of the wire, and a USB port or power cord is arranged at the other end of the wire. The smart glass (1) of the present invention can receive electricity from the outside using the charging cable.

Claims

1. Smart glasses worn on the user's face; and A secondary battery assembly for charging the smart glasses and having a strap connection portion that is coupled to the temple of the smart glasses, A metal member or a magnetic member is placed on the above temple, and a strap magnetic member that attracts the metal member or the magnetic member is placed on the strap connection portion. A smart glass device in which the temple and the strap connecting portion are connected to each other by the magnetic force of the strap magnet member.

2. In paragraph 1, A smart glass device wherein the metal member or the magnetic member is arranged in the internal space of the rear side of the temple and is formed in a sheet shape.

3. In paragraph 1, The above metal member or the above magnetic member has a through hole for a charging pin, A smart glass device, wherein a printed circuit board having a charging pin mounted thereon is placed in the through hole for the charging pin.

4. In paragraph 3, A plurality of through holes are formed on the outer surface of the rear side of the above temple, A smart glass device, wherein one end of the charging pin is disposed in the plurality of through holes and exposed to the outside of the temple.

5. In paragraph 4, The above strap magnet member is formed in a sheet shape and has a through hole for a pogo pin, A printed circuit board with a pogo pin mounted thereon is placed in the through hole for the pogo pin above, A smart glass device, wherein when the strap connection part is coupled to the temple, the pogo pin comes into contact with the charging pin.

6. In paragraph 5, The above auxiliary battery assembly, A strap portion having a strap connecting portion joined at both ends and having a preset length in one direction; and A battery receiving portion is coupled to the strap portion and includes a battery receiving portion that receives a battery electrically connected to the pogo pin, A smart glass device in which electricity stored in the battery is transmitted to a main body battery placed in the smart glass through the pogo pin and the charging pin.

7. In paragraph 1, The main body battery is placed in the internal space formed at the rear side of the above temple, A smart glass device, wherein the main body battery is fixed to the inner surface of the rear side of the temple by a first adhesive tape attached along the edge of one side of the main body battery.

8. In paragraph 7, The metal member or the magnet member is placed on one side of the main body battery, and the periphery of the metal member or the magnet member is surrounded by the first adhesive tape, The metal member or the magnet member is fixed to the inner surface of the rear side of the temple by a second adhesive tape attached to one side of the metal member or the magnet member, A smart glass device, wherein the first adhesive tape and the second adhesive tape are positioned so as not to overlap each other.

9. In paragraph 1, A smart glass device, wherein the strap magnet member is arranged on the inner surface of the strap connection portion, and one surface of the strap magnet member is exposed to the outside.

10. In paragraph 1, The above strap connection part is, The inner plate that contacts the outer surface of the rear side of the above temple and A smart glass device comprising an edge plate formed to extend toward the temple side along the edge of the inner plate and covering a portion of the upper surface and the lower surface of the rear side of the temple.

11. In paragraph 1, A smart glass device, wherein the metal member or the magnetic member is arranged on the inner side toward the edge in the inner space of the rear side of the temple.

12. In paragraph 1, A printed circuit board with charging pins mounted thereon is placed in the internal space of the rear side of the above temple. A plurality of through holes are formed on the edge side of the rear side of the above temple, A smart glass device, wherein one end of the charging pin is disposed in the plurality of through holes and exposed to the outside of the temple.

13. In paragraph 12, A temple insertion groove is formed on one side of the above strap connection portion, A plurality of pogo pins are arranged in the above temple insertion groove, A smart glass device, wherein when the strap connecting portion is connected to the temple, the edge side of the rear side of the temple is inserted into the temple insertion groove, and the pogo pin comes into contact with the charging pin.

14. In paragraph 13, The above strap magnet member is placed in the temple insertion groove, A smart glass device in which, when the strap connecting portion is coupled to the temple, the strap magnetic member faces the metal member or the magnetic member.

15. In paragraph 1, The above temple is, A movable cap groove formed on the edge side of the rear side of the temple; and Includes a main body fixing part placed in the above moving cap home, A smart glass device, wherein the main body fixing part includes an elastic member arranged inside the movable cap groove and a movable cap arranged at one end of the elastic member.

16. In paragraph 15, A temple insertion groove is formed on one side of the above strap connection portion, A guide protrusion is formed in the above temple insertion groove, A smart glass device, wherein when the strap connecting portion is connected to the temple, the guide protrusion pushes the moving cap and is inserted into the moving cap groove and fixed therein.

17. In paragraph 16, The above guide protrusion is, A plurality of guide pillar portions formed by protruding from the bottom surface of the temple insertion groove toward the rear side of the temple; A guide groove formed between the plurality of guide pillars; and A smart glass device, wherein an end of one of the plurality of guide pillars includes a guide catch formed to protrude in a direction perpendicular to the longitudinal direction of the guide pillar.

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