TWM472641U - Quick release bracket - Google Patents

Description

Quick release bracket

This creation is related to automotive electronic equipment. Further, in particular, a quick release type fixing frame is used for positioning vehicle electronic equipment and other 3C related equipment in the interior of the automobile.

In recent years, electronic devices such as driving recorders and satellite navigation have been widely used by automobile drivers, and such electronic devices are disposed inside the front windshield of a vehicle using a fixing frame.

The conventional fixing frame mainly comprises a suction cup and a socket, and the suction cup is connected to the socket, and the socket is used for connecting an electronic device such as a driving recorder and a satellite navigation, and accordingly, the suction cup is adsorbed to the front of the automobile. The inner surface of the windshield can be positioned in the interior of the automobile by the fixing frame.

The conventional holder is attached to the front windshield of the automobile by the suction cup, and cannot be fixed on other non-smooth surfaces, for example, the top edge surface of the automobile instrument panel, so that the installation of electronic devices such as driving recorders and satellite navigation is enabled. restricted.

Furthermore, when the user wants to remove the electronic device from the inner edge of the front windshield, the electronic device and the fixing frame need to be detached from the inner edge of the front windshield, and then the electronic device is separated from the fixed frame, and the user needs to be installed again. In the case of electronic equipment, it is necessary to combine the electronic equipment with the fixed frame first, and then The fixing frame is disposed on the inner edge of the front windshield by the suction cup, and the use convenience is insufficient.

In order to solve the problem that the conventional fixing frame is limited in installation and inconvenient to use, the main purpose of the present invention is to provide a quick-release fixing frame, which can be disposed on but not limited to the front windshield of the automobile. A variety of smooth or matte surfaces, such as the inner edge of the glass or the top edge of the car's dashboard, and the electronic equipment to which the quick-release mount is attached can be easily and quickly removed or installed in the installation space.

In order to meet the intended purpose, the present invention is a quick release type fixing frame, comprising a base, a socket and a connecting structure, wherein the socket is disposed on the top edge of the base, and the connecting structure is pivoted on the socket a top edge for connecting various electronic devices such as a driving recorder or a satellite navigation; the base is provided with a viscous adhesive surface, and the base is adhered to the surface of the object, and a top end of the base is embedded a magnet; an iron plate is embedded at the bottom of the socket, and the magnet adsorbs the iron plate, so that the socket is quickly separated/coupled from the base.

The quick release type fixing frame as described above, wherein the base is mainly composed of a substrate, an adhesive piece and the magnet, the adhesive piece is attached to the bottom end of the substrate, and the magnet is embedded on the top end of the substrate. In the central portion, the adhesive sheet is a sheet made of a flexible material, and the adhesive sheet forms the adhesive surface on a bottom surface facing away from the substrate.

The quick release type fixing frame as described above, wherein the adhesive surface is further attached with a removable dustproof sheet for preventing the adhesive surface from sticking to foreign matter.

The quick release type fixing frame as described above, wherein the top end side of the base is recessed around the magnet to form an annular positioning groove, and the magnet is located at the annular center of the positioning groove, and the bottom end of the base has a ring The iron plate is embedded in the annular center of the ring, and the ring is embedded in the positioning groove, thereby improving the convenience of relative positioning of the magnet and the iron plate.

The quick release type fixing frame as described above, wherein the base has two short columns protruding from the top end thereof, the socket is mainly composed of a body, a ring and the iron plate, and the ring is disposed at the bottom end of the base body. The iron plate is embedded in the annular center of the ring, and the ring is provided with a plurality of insertion holes, each of the short columns protruding from each of the insertion holes; the top edge of the base body is convex and convex a plurality of first ribs are formed on the top edge of the emboss, and each of the first ribs is radially distributed around the axis of the humerus. The axis of the seat extends through a chamber, and the inner wall of the top end of the chamber is formed. An annular limiting portion, the chamber accommodating a spring and a stopping member, the spring end abutting against the limiting portion, the bottom end abutting the stopping member, a screw pivoting the stopping member and The spring is screwed to the engaging structure, and the connecting structure and the connecting structure are pivotally connected; the engaging structure is mainly formed by pivoting a cover member and a connecting member, and the cover member is disposed at a top edge of the base. And pivoting the ridge, the shaft of the cover member protrudes downwardly from a shaft, the shaft extends from the housing to pivot the spring, and the screw is axially coupled to the shaft, according to the pivot The base body and the cover member form a plurality of second ribs on the inner bottom edge, and each of the second ribs is radially distributed around the shaft, and each of the first ribs respectively Each of the second ribs is formed with an opposite buckle, and the cover member is positioned opposite to the socket; the engaging member is disposed at a top edge of the cover member, and an end portion of the connecting member is provided with an engaging portion for engaging the electronic device.

The quick release type fixing frame as described above, wherein a top tube protrudes from a top edge of the cover member, the shaft tube is in a horizontally lying shape, and the end surface of the shaft tube is radially distributed to form a plurality of third ribs. a first side plate extends downwardly from one side of the connecting member, and a second side plate extends downwardly from the other side. The first side plate and the second side plate are respectively adjacent to the two ends of the shaft tube, and the shaft tube is pivoted Pivot, the One end of the pivot pivots through the first side plate to form a cap, and the other end pivots through the second side plate to screw a locking cap, thereby pivoting the cover member and the connecting member; the first side plate is adjacent to the first side plate The side surfaces of the shaft tube are radially distributed to form a plurality of fourth ribs, and each of the third ribs forms an opposite buckle with each of the fourth ribs, thereby positioning the connecting member.

(10) ‧ ‧ pedestal

(11) ‧‧‧Substrate

(112)‧‧‧ positioning slots

(12)‧‧‧Adhesive sheets

(122)‧‧‧ Bonding surface

(13)‧‧‧ Magnet

(14)‧‧‧Dust-proof sheets

(15)‧‧‧ Short column

(20) ‧‧‧ Seating

(21) ‧ ‧ ‧ body

(212)‧‧‧First rib

(213) ‧ ‧ ‧ room

(214) ‧ ‧ spring

(215) ‧‧‧stops

(216)‧‧‧ screws

(217) ‧ ‧ Limitation

(211)‧‧‧ mb

(22) ‧‧‧ Ring

(221)‧‧‧ jack

(23)‧‧‧iron plate

(30) ‧‧‧ articulation

(31)‧‧‧Cover parts

(311)‧‧‧second rib

(32)‧‧‧Connecting pieces

(321) ‧‧‧Connecting Department

(322)‧‧‧First side panel

(323)‧‧‧Second side panel

(324)‧‧‧4th rib

(33)‧‧‧ shaft

(34)‧‧‧ shaft tube

(342)‧‧‧ Third rib

(35) ‧‧‧ pivot

(352)‧‧‧ Hats

(354)‧‧‧Locking cap

The first figure is a perspective view of the present embodiment.

The second figure is an exploded perspective view of the present embodiment.

The third figure is a schematic cross-sectional view of the present embodiment.

The fourth figure is a partial enlarged view of the third figure.

The fifth drawing is another perspective view of the cap of the present embodiment.

The sixth drawing is a front view of the engaging member of the present creative embodiment.

The seventh drawing is a 7-7 sectional view of the sixth drawing.

As shown in the first figure, the embodiment of the present quick release type fixing frame comprises a base (10), a socket (20) and a connecting structure (30), wherein the base (10) is used for Positioning the quick release bracket on a smooth or matte surface of various objects including a front windshield of the automobile or a dashboard of the automobile, the socket (20) being disposed at a top edge of the base (10), The connecting structure (30) is pivoted on the top edge of the socket (20) for connecting various electronic devices such as a driving recorder or satellite navigation.

As shown in the second and third figures, the base (10) is mainly composed of a substrate (11), an adhesive sheet (12) and a magnet (13), wherein the adhesive sheet (12) is attached. Located at the bottom end of the substrate (11), The magnet (13) is embedded in a central portion of the top end of the substrate (11). The adhesive sheet (12) is a sheet made of a flexible material, and the adhesive sheet (12) is facing away from the substrate (11). The bottom surface forms a viscous bonding surface (122), and the pedestal (10) is adhered to the surface of the automobile front windshield or the automobile instrument panel and the like by the bonding surface (122). The adhesive surface (12) is further attached with a removable dustproof sheet (14). The dustproof sheet (14) is a thin sheet for preventing the adhesive surface (12) from sticking with foreign matter such as dust, and ensuring the bonding. The viscosity of the surface (122); as shown in the fourth figure, the top end side of the substrate (11) is recessed around the magnet (13) by an annular positioning groove (112), and the magnet (13) is located in the positioning groove. At the annular center of (112), two short columns (15) are protruded from the top end of the substrate (14).

The socket (20) is mainly composed of a body (21), a ring (22) and an iron plate (23), wherein the ring (22) is disposed at the bottom end of the seat body (21), the iron The disk (23) is embedded in the annular center of the ring (22), and the magnet (13) adsorbs the iron plate (22), and the socket (20) is coupled to the base (10). The ring (22) is embedded in the positioning groove (112), thereby improving the relative positioning of the magnet (13) and the iron plate (22). The ring (22) is provided with a plurality of jacks (221). Each of the short posts (114) protrudes from each of the insertion holes (24), so that the base (10) and the base (20) are restrained from rotating relative to each other; the top edge of the base (21) a embossed circular ridge (211), the top edge of the ridge (211) forming a plurality of first ribs (212), each of the first ribs (212) according to the axis of the ridge (21) The center of the body (21) is axially extending through a chamber (213). The inner wall of the top end of the chamber (213) forms an annular limiting portion (217), and the interior of the chamber (213) a spring (214) and a cylindrical stopper (215) are disposed. The top end of the spring (214) abuts against the limiting portion (217), and the bottom end abuts against the stopper (215), a screw ( 216) pivoting the stop (215) And the spring (214) is screwed to the engaging structure (30), thereby pivoting the socket (20) and the engaging structure (30).

As shown in the second to seventh figures, the engagement structure (30) is mainly composed of a cover member (31) and a connecting member (32) pivotally configured, the cover member (31) is disposed at a top edge of the seat body (21), and pivots the hummock (21), the cover member (31) shaft A shaft (33) is protruded downwardly from the core, and the shaft (33) extends from the chamber (213) to pivot the spring (214), and the screw (216) is axially coupled to the shaft (33). According to the pivoting of the base body (21) and the cover member (31), the cover member (31) forms a plurality of second ribs (311) on the inner bottom edge, and each of the second ribs (311) According to the axis of the shaft (33), the first ribs (212) are respectively formed with opposite buckles with the second ribs (311), so that the cover member (31) The relative positioning of the socket (20) is not arbitrarily rotated. The top edge of the cover member (31) protrudes from a shaft tube (34). The shaft tube (34) is horizontally lying, and the shaft tube (34) is at one end. The end surface is radially distributed to form a plurality of third ribs (342), the connecting member (32) is disposed on the top edge of the cover member (31), and the top end of the connecting member (32) is provided with an engaging portion (321) For connecting various electronic devices such as a driving recorder or satellite navigation, the connecting member (32) extends downwardly from a first side plate (322) and the other side extends downwardly. a second side plate (323), the first side plate (322) and the second side plate (323) are respectively adjacent to both ends of the shaft tube (34), and the shaft tube (34) is pivoted to a pivot (35), One end of the pivot (35) pivots through the first side plate (322) to form a cap (352), and the other end pivots through the second side plate (323) to screw a locking cap (354), thereby pivoting the cover a member (31) and the connecting member (32), as shown in the seventh figure, the first side plate (322) is radially distributed adjacent to the side of the shaft tube (34) to form a plurality of fourth ribs ( 324), each of the third ribs (342) and each of the fourth ribs (324) respectively form an opposite snap, whereby the engaging member (32) is positioned to be arbitrarily rotatable.

When the quick release type fixing frame is used, the base (10) and the base (20) may be separated first, because the base (10) and the base (20) are coupled to the base (20) The iron plate (23) is magnetically coupled, and the base (10) can be easily separated from the socket (20) without using a tool to remove the dustproof piece (14), and the base can be 10) by the adhesive surface (122) adhered to the surface of an object such as a front windshield or a car dashboard of the automobile, since the base (10) is viscous by the bonding surface (122) Adhered to the surface of the front windshield or car dashboard object of the car, so it can be stably positioned without being restricted by the smoothness of the surface of the set object; the connecting structure (30) is driven by the connecting member (32) Combining various electronic devices such as a recorder or satellite navigation, and magnetically combining the socket (20) with the base (10), the electronic device can be installed on a front windshield or a car dashboard of the automobile; When you want to remove the electronic device from the front windshield or instrument panel to operate, store or carry the car, you do not need to remove the base (10) attached to the front windshield or instrument panel. By taking the electronic device, the socket (20) can be quickly and easily separated from the base (10). When the electronic device is set again, the socket (20) can be quickly and easily set up in advance. The pedestal (10) is combined.

Further, by the opposite configuration of the ring (22) embedded in the positioning groove (112), the magnet (13) and the iron plate (23) can be easily aligned with each other when magnetically coupled to each other. In this way, when the socket (20) is to be combined with the base (10), the user does not need to pay attention to the alignment between the iron plate (23) and the magnet (13), thereby improving the connection. The convenience of the seat (20) in combination with the base (10).

After the electronic device is assembled by the socket (20) and the base (10), the cover member (31) and/or the connecting member (32) are rotated to adjust the angle of the electronic device to facilitate User viewing or operation.

When the cover member (31) is rotated, since the short post (15) protrudes from the insertion hole (221), the socket (20) is restricted by the base (10) and cannot be accompanied by the cover member. (31) Rotation, since the spring (214) is elastically stretchable and deformable, the relative latching of each of the first ribs (212) and each of the second ribs (311) is released, and the cover member is rotated The operation of (31) is mutually inserted and the user stops rotating the cover member (31), and the spring (214) urges each of the first ribs (212) and each of the second ribs (311) Relative to the buckle, when the road surface bumps or the foreign object inadvertently touches the electronic device during the driving process, the cover member (31) and the socket (20) cannot be accidentally rotated relative to each other, and the electronic device is improved. The reliability of positioning.

Relatively rotating the pivot (35) and the locking cap (354), reducing the relative clamping force of the cap (352) and the locking cap (354) on the engaging member (32), thereby rotating the connecting The member (32) rotates the connecting member (32) around the pivot (35). At this time, due to the material elasticity of the first side plate (322) and the second side plate (323), the shaft Each of the third ribs (342) and the fourth ribs (324) between the tube (34) and the first side plate (322) are in operation during rotation of the connecting member (32) by the user. As the connector (32) rotates and snaps into each other, after the user rotates the adapter (32) to the desired position, the pivot (35) and the locking cap (354) are relatively locked. The cap (352) and the locking cap (354) relatively sandwich the engaging member (32), and each of the third ribs (342) and each of the fourth ribs (324) return to an effective relative latching When the road surface bumps or the foreign objects inadvertently touch the electronic device during the driving process, the joint member (32) and the shaft tube (34) are also unexpectedly rotated relative to each other, thereby improving the reliability of positioning of the electronic device.

(10) ‧ ‧ pedestal

(20) ‧‧‧ Seating

(30) ‧‧‧ articulation

Claims (6)

The quick release type fixing frame comprises a base, a socket and a connecting structure, wherein the socket is disposed at a top edge of the base, and the connecting structure is pivoted on the top edge of the socket for connecting the driving record Or a variety of electronic devices such as satellite navigation; the base is provided with a viscous adhesive surface, and the base is adhered to the surface of the object, and a magnet is embedded at the top of the base; An iron plate is provided, the magnet adsorbing the iron plate, and the socket is quickly separated/coupled from the base. The quick release type fixing frame according to claim 1, wherein the base is mainly composed of a substrate, an adhesive piece and the magnet, and the adhesive piece is attached to the bottom end of the substrate, and the magnet is embedded The adhesive sheet is a sheet body made of a flexible material, and the adhesive sheet forms the adhesive surface on a bottom surface facing away from the substrate. According to the quick release type fixing frame described in claim 2, the adhesive surface is further attached with a removable dustproof sheet for preventing the adhesive surface from sticking to foreign matter. The quick release type fixing frame according to the first aspect of the invention, wherein the top end side of the base is recessed around the magnet to form an annular positioning groove, and the magnet is located at an annular center of the positioning groove, and the base of the base is The end has a ring, and the iron plate is embedded in the annular center of the ring, and the ring is embedded in the positioning groove, thereby improving the convenience of relative positioning of the magnet and the iron plate. The quick-release type fixing frame according to the first aspect of the patent application, wherein the base has two short columns protruding from a top end thereof, the socket is mainly composed of a body, a ring and the iron plate, and the ring is disposed on the The bottom end of the base body, the iron plate is embedded in the annular center of the ring, the ring is provided with a plurality of insertion holes, and each of the short columns protrudes from each of the insertion holes; the top edge of the base body is embossed a circular ridge, the top edge of the embossing forming a plurality of first ribs, each of the first ribs being radially distributed around the axis of the humulus, the axis of the body penetrating through a chamber The inner wall of the top end of the chamber is formed with an annular limiting portion, and a spring and a stopper are received in the interior of the chamber, the spring end abuts against the limiting portion, and the bottom end abuts against the stopping member, a screw Pivoting the stop member and the spring is screwed to the engaging structure, thereby pivoting the socket and the engaging structure; the engaging structure is mainly formed by pivoting a cover member and a connecting member, the cover member is configured a shaft is pivoted on the top edge of the body, and a shaft is protruded downwardly from the axis of the cover member. The shaft extends from the housing to pivot the spring. The screw is axially coupled to the shaft. According to the pivotal distribution of the base body and the cover member, the cover member forms a plurality of second ribs on the inner bottom edge, and each of the second ribs is radially distributed around the shaft. A rib is respectively formed with an opposite buckle with each of the second ribs, and the cover member is positioned opposite to the socket; the engaging member is disposed at a top edge of the cover member, and an engaging portion is disposed at a top end of the connecting member Connect to electronic devices. The quick release type fixing frame according to claim 5, wherein a top end of the cover member protrudes from a shaft tube, the shaft tube is in a horizontal shape, and the end surface of the shaft tube is radially distributed to form a plurality of a third rib having a first side plate extending downwardly from one side and a second side plate extending downward from the other side, the first side plate and the second side plate being respectively adjacent to the two ends of the shaft tube, The shaft tube pivots a pivot, the pivot shaft pivots through the first side plate to form a cap, and the other end pivots through the second side plate to screw a locking cap, thereby pivoting the cover member and the connecting member The first side plate is radially distributed to form a plurality of fourth ribs adjacent to the side surface of the shaft tube, and each of the third ribs forms an opposite buckle with each of the fourth ribs, thereby positioning the connecting piece .