TWI691670B - Electronic device placement rack - Google Patents

Abstract

An electronic device placement rack includes a bearing unit and a plurality of elastic bars. The bearing unit has a main board body and a supporting body. The main board body has a plurality of first connection parts and a plurality of second connection parts. Flexible and retractable after stretched, each elastic strip includes a main body, a first embedding part and a second embedding part, the first embedding part can be mutually connected with any first connecting part The second embedding portion can be embedded with each other and the second connection portion or any first connection portion can be embedded with each other and have concave and convex complementary. By embedding the bearing unit with the elastic strips, the electronic device can be stably fixed on the placement rack.

Description

Electronic device placement rack

The invention relates to a positioning device for an electronic device, in particular to a rack for placing an electronic device.

There is a mobile phone bracket (TW certificate No. M520488 patent case), which can be installed on a bicycle and hold a smart phone. It includes a frame component, two telescopic brackets, two side bracket sets and four positioning pieces. The telescopic displacement of the telescopic bracket relative to the frame component can be adjusted to the appropriate clamping distance according to the length of the smartphone, and the telescopic displacement of the side clamping frames relative to the frame component can be used to The width is adjusted to a suitable clamping distance, and the adjustment in two different directions provides users with the purpose of firmly clamping smartphones of different sizes and thicknesses. In addition, the mobile phone bracket also includes a rotating component for controlling the rotation and swinging direction of the frame component.

Although this kind of mobile phone bracket can be applied to mobile phones of different sizes and can adjust the swing direction, the number of frame components, telescopic brackets and side bracket groups is large, and the shape and structure of each member are quite complicated. The structure uses the meshing structure of the tooth ring and the tooth row, which is not easy to manufacture and assemble. In addition, the rotating component has a main shaft and a ring Disks, elastic parts, positioning beads, triggers and other components lead to a large number of overall components, troublesome manufacturing and assembly, and relatively high manufacturing costs.

Therefore, the object of the present invention is to provide an electronic device placement rack with a simple structure and wide applicability.

Therefore, the placing rack of the electronic device of the present invention includes a bearing unit and a plurality of elastic bars. The bearing unit has a main board body and a supporting body intersectingly connected to the main board body, the main board body has a plurality of spaced-apart first connection parts and a plurality of spaced-apart second connection parts, and the elastic strips are flexible It is elastic and has the elasticity of contraction after being stretched. Each elastic strip includes a long main body, a first embedding part connected to the main body, and an opposite to the first embedding part and connected to The second embedding part of the main body, the first embedding part and any first connection part are inter-engaged with each other and are concave and convex complementary, the second embedding part and any one of the first connection part and the second connection part One is embedded with each other and is concave and convex complementary.

The effect of the present invention is: by using the embedding of the bearing unit and the elastic strips, the elastic strips can bind and position the electronic device to the placing rack, or can bind and position the placing rack to the vehicle.

1: Electronic device

211: U-shaped groove

2: handle

212: Elastic sheet

100: carrying unit

213: bump

10: Positioning piece

22: Clamp

11: motherboard body

221: Connection

111: front side

222: Extension

112: rear side

223: Turning Point

113: Side surface

224: Notch

114: groove

23: Second receiving slot

115: First connection

30: Elastic strip

116: Second connection

31: Subject

116’: Second connection

32: The first embedding part

117: Long slot

321: the first neck

118: positioning block

322: Header

119: Confrontation

33: Second fitting part

12: Supporting body

331: Second neck

121: Notch

332: Second head section

13: Guide groove

333: through hole

14: The first receiving slot

334: Pull-off section

20: Adjusting piece

X: first axis

21: Slider

Y: Second axis

Other features and functions of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: 1 is a front perspective assembled view of an embodiment of the electronic device placement rack of the present invention; FIG. 2 is a rear perspective assembled view of the embodiment; FIG. 3 is an exploded front perspective view of the embodiment; FIG. 4 Is a rear perspective exploded view of the embodiment; FIG. 5 is a combined front view of the embodiment; FIG. 6 is a cross-sectional view taken along line VI-VI in FIG. 5; FIG. 7 is a view along FIG. A cross-sectional view of line Ⅶ-Ⅶ; FIG. 8 is a schematic perspective view of one embodiment of the embodiment; FIG. 9 is a schematic perspective view of another embodiment of the embodiment; and FIG. 10 is another schematic perspective view of the embodiment.

Referring to FIGS. 1 to 4, an embodiment of the electronic device placement rack of the present invention can be used to place and position an electronic device 1 and can be tied to a vehicle (see FIG. 8 ). The electronic device 1 can be a mobile phone Or tablet computer, the vehicle refers to the handle 2 of a bicycle, locomotive or electric car. The placing rack includes a bearing unit 100 and a plurality of elastic bars 30.

The carrying unit 100 includes a positioning member 10 and an adjusting member 20 that is adjustably mounted on the positioning member 10 along a first axis X.

The positioning member 10 has a main board body 11 extending in a rectangular plate shape along the first axis X, a supporting body 12 intersectingly connected to the main board body 11, and a main body 11 disposed on the main board A guide groove 13 extending along the first axis X of the board body 11, the main board body 11 and the supporting body 12 are connected in a U shape, and together define a first receiving groove 14.

The main board body 11 has a front side 111, a rear side 112 opposite to the front side 111, a pair of side edge surfaces 113 intersecting between the front side 111 and the rear side 112, and a pair of front sides 111 is recessed toward the rear side 112 and extends along the first axis X, a groove 114, a plurality of first connection parts 115, a plurality of second connection parts 116, a communication from the front side 111 toward the guide groove 13 and A long groove 117 extending along the first axis X, and two positioning blocks 118 protruding from the rear side 112 and extending along the first axis X. The first connection portions 115 are perforated and spaced apart along the first axis X. The first connection portions 115 are also spaced apart along a second axis Y perpendicular to the first axis X and located at the Inside the equilateral edge surface 113, the first connecting portions 115 communicate with the groove 114 from the rear side surface 112. The second connecting portions 116 are in the shape of convex columns and spaced apart along the first axis X, and extend outward from the side edge surfaces 113 along the second axis Y. The second connecting portions 116 also extend along The second axis Y is spaced apart and connected to the side edge surfaces 113. The second connection portions 116 are also disposed at the junction between the supporting body 12 and the main board body 11. The supporting body 12 has a plurality of U-shaped notches 121 corresponding to the second connecting portions 116. The notches 121 communicate with the first receiving slot 14. The positioning blocks 118 each have a wave-shaped contact surface 119 extending along the first axis X.

The adjusting member 20 has a sliding rod 21 slidably disposed in the guide groove 13 and a clamp 22 connected to the sliding rod 21. The slider 21 has a U-shaped groove 211. An elastic piece 212 defined by the U-shaped groove 211, and a protrusion 213 protruding from the elastic piece 212, the protrusion 213 slidably extends into the long groove 117. The clamp 22 is located on the side of the main board body 11 along the first axis X and is opposite to the support body 12. The shapes of the clamp 22 and the support body 12 are mirror-symmetrical, and the clamp 22 is also It has an inverted U shape and has a connecting portion 221 along the first axis X opposite to the main board body 11 and connected to the slide bar 21, an extending portion 222 spaced from and opposite to the connecting portion 221, and an intersecting connection The turning portion 223 between the connecting portion 221 and the extending portion 222, and a plurality of second connecting portions 116' provided at the junction of the extending portion 222 and the turning portion 223, the extending portion 222 has a majority corresponding to the first The U-shaped notch 224 of the second connecting portion 116'. The connecting portion 221, the extending portion 222 and the turning portion 223 define a second receiving groove 23 opposite to the first receiving groove 14.

The elastic strips 30 are made of silicon rubber, and are flexible and have elasticity after being stretched. Each elastic strip 30 includes a long body 31 and a body connected to one end of the body 31 The first fitting portion 32 and a second fitting portion 33 opposite to the first fitting portion 32 and connected to the other end of the main body 31. The first embedding portion 32 can be interfitted with any first connection portion 115 and are concave and convex complementary, and the second embedding portion 33 can be connected with any second connection portion 116 (or any first connection portion 115) They are embedded with each other and are concave and convex complementary. The first engaging portion 32 of each elastic strip 30 of this embodiment is mushroom-shaped, and has a first neck section 321 connected to the main body 31 and penetrating the first connecting portions 115, and a connecting portion The first neck section 321 is enlarged relative to the first neck section 321 The first head sections 322 have a contour and a cross-sectional area larger than those of the first connection parts 115, and can be compressed and forced to pass through the first connection parts 115 by using their own material characteristics The first head segments 322 can be accommodated in the grooves 114, the ends of the first head segments 322 can be exposed on the front side 111, and the second embedding portion 33 has a connection to the main body 31 A second neck section 331, a second head section 332 connected to the second neck section 331 and enlarged relative to the second neck section 331, a through hole 333 provided in the second head section 332, and A pull-out section 334 connected to the second head section 332, the through hole 333 can be penetrated by the second connection portion 116, 116'.

In order to further understand the effect produced by the cooperation of the components of the present invention, the use of technical means, and the expected effect, the following is described below, and I believe that I can have a more in-depth and specific understanding of the present invention.

As shown in FIGS. 1 and 2 again, when the sliding rod 21 of the adjusting member 20 has been inserted into the guide slot 13, the protrusion 213 is extended into the long slot 117 to prevent the adjusting member 20 from It will easily detach from the positioning member 10. And when the clamp 22 and the supporting body 12 are opposite, the user can select a plurality of elastic strips 30 to assemble on the carrying unit 100 according to the type and size of the electronic device 1 to be used, as shown in FIG. 1 As shown in FIG. 2, FIG. 6 and FIG. 8, when the user wants to use the rack and install the electronic device 1 on the handle 2, the head section 322 of the first insertion portion 32 of the four elastic strips 30 is located at first The first connecting portion 115 at a predetermined position of the rear side 112 penetrates toward the grooves 114 until the head sections 322 are received in the grooves 114, and the first neck sections 321 also correspond to the respective First company 接部115。 Connection section 115. Moreover, the second embedding portions 33 can be wound to the front side 111, and the main bodies 31 can be fitted into the notches 121, 224, and then the second embedding portions 33 can be locked to the The second connection portions 116 at the junction of the support body 12 and the main board body 11, and the second connection portions 116 ′ provided at the junction of the extension portion 222 and the turning portion 223. And when the two ends of the electronic device 1 are sleeved into the first receiving slot 14 and the second receiving slot 23, the four peripheral corners of the electronic device 1 are bound by the elastic force of the elastic strips 30 and It is located on the carrying unit 100. Moreover, the main bodies 31 of the elastic strips 30 are in the shape of a strip. Even if they are bound to the four peripheral corners of the electronic device 1, the area of the screen viewing area of the electronic device 1 is limited, and the viewing effect will not be affected.

As shown in FIG. 8 again, in this embodiment, after the main bodies 31 of the other two elastic strips 30 cross each other, and after the elastic strips 30 bypass the handle 2, the first engaging portions 33 are respectively embedded Buckle two of the first connection parts 115, and then buckle the two second connection parts 33 to the two second connection parts 116 respectively, so that the carrying unit 100 can be fixed on the handle 2, and By using the wave-shaped contact surfaces 119 of the positioning blocks 118, the bearing unit 100 can be brought into contact with the handle 2 (the handle of a bicycle, a locomotive, or an electric vehicle) at multiple points, and the positioning is better.

As shown in FIG. 9 again, when the size of the electronic device 1 to be installed changes, the user can pull the adjusting member 20 and slide the sliding rod 21 relative to the positioning member 10 to adjust the clamp 22 Due to the distance from the support body 12, the placement rack of the present invention has a wide range of applicability.

As shown in FIGS. 8, 9 and 10, by using the elastic strips 30 to cooperate with the carrying unit 100, the bearing unit 100 and the electronic device 1 can be placed in the direction of the handle 2 in a straight or horizontal direction. It is quite convenient to use, and the use of the wavy contact surface 119 of the positioning blocks 118 allows the bearing unit 100 in a straight or horizontal position to produce multi-point contact with the handle 2 (the handle of a bicycle or an electric vehicle) And produce better positioning.

It is worth mentioning that the first head segments 322 can be accommodated in the grooves 114, and the end of the first head segments 322 protrudes from the front side 111, as shown in FIG. 6 The use of the first head segments 322 can provide the electronic device 1 with a frictional positioning effect, and the electronic device 1 can produce better positioning with respect to the carrying unit 100.

It is further explained that if the adjusting member 20 of the above example is omitted or not provided, only the cooperation of the main board body 11 and the supporting body 12 of the carrying unit 100 with the elastic strips 30 can also make the electronic device 1 firmly positioned于此borne unit 100.

Moreover, the first embedding part and the second embedding part of the elastic strips are not limited to the above embodiment, that is, the first embedding part may be provided with a through hole, and the first connecting part may be a convex column shape As long as the first embedding portion and the first connecting portion are inter-engaged, the intended use can be achieved (not shown). Similarly, the second embedding portion may be mushroom-shaped, and the second connection portion may be hole-shaped, as long as the second embedding portion and the second connection portion are inter-engaged, the intended use can be achieved (not shown) .

In summary, the placement frame of the electronic device of the present invention has a simple overall structure and is easy to manufacture and assemble, and can provide the electronic device 1 with better positioning relative to the handle 2, which can indeed achieve the purpose of the invention.

However, the above are only examples of the present invention, and should not be used to limit the scope of the present invention. Any simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the patent specification are still classified as This invention covers the patent.

1: Electronic device

22: Clamp

100: carrying unit

221: Connection

10: Positioning piece

222: Extension

11: motherboard body

223: Turning Point

111: front side

224: Notch

112: rear side

23: Second receiving slot

113: Side surface

30: Elastic strip

114: groove

31: Subject

116: Second connection

32: The first embedding part

116’: Second connection

321: the first neck

117: Long slot

322: the first header

12: Supporting body

33: Second fitting part

121: Notch

331: Second neck

14: The first receiving slot

332: Second head section

20: Adjusting piece

333: through hole

21: Slider

334: Pull-off section

211: U-shaped groove

X: first axis

212: Elastic sheet

Y: Second axis

213: bump

Claims (8)

An electronic device placement rack includes: a bearing unit having a main board body and a supporting body intersectingly connected to the main board body, the main board body having a plurality of spaced first connection portions and a plurality of spaced second connections Part; and most of the elastic strips are flexible and have the elasticity of being retracted after being stretched, each elastic strip includes a main body in the form of a strip, a first embedding part connected to the main body, and a reverse The first embedding part and the second embedding part connected to the main body, the first embedding part and any first connection part are inter-engaged with each other and are concave and convex complementary, and the second embedding part and any first part One of the connecting portion and the second connecting portion are embedded with each other and are concave and convex complementary. The electronic device placement rack according to claim 1, wherein the bearing unit includes a positioning member, and an adjusting member that is installed on the positioning member and adjusts along a first axis, and the main board body and the supporting body are provided In the positioning member, the main board body and the supporting body are connected in a U-shape, the positioning member further has a guide groove disposed on the main board body and extending along the first axial direction, and the adjusting member has a slidably disposed A sliding rod in the guide groove and a clamp connected to the sliding rod, the clamp is located on one side of the main board body along the first axis and is opposite to the supporting body. The electronic device placement rack according to claim 2, wherein the main board body of the carrying unit has a front side, a rear side opposite to the front side, and a pair of intersectingly connected between the front side and the rear side The first connecting portions are perforated and spaced along the first axis, the first connecting portions are also spaced along a second axis perpendicular to the first axis, and Located inside the side edges, the first engaging portions of the elastic strips have a first neck section connected to the main body and penetrating the first connection sections, and a first neck section connected to the first neck section and Compared with the enlarged first head sections of the first neck section, the contours and cross-sectional areas of the first head sections are larger than the first connecting portions, and the material characteristics of the first head sections can be used to force the first head sections to pass through the first head sections The connecting portion, the second fitting portions each have a second neck section connected to the main body, a second head section connected to the second neck section and enlarged relative to the second neck section, a device The through hole in the second head section and a pulling section connected to the second head section are provided for the through holes to penetrate through the through holes. The electronic device placement rack according to claim 3, wherein the second connecting portions of the carrying unit are convex and spaced apart along the first axis, and the side edges are along the second axis Extending outward, the second connecting portions are also spaced apart along the second axis and connected to the side edge surfaces. The electronic device placement rack according to claim 4, wherein the main board body of the carrying unit further has a pair of grooves recessed from the front side toward the rear side and extending along the first axis, the first The connecting portion communicates with the groove from the rear side. The head sections of the first fitting portions of the elastic strips are accommodated in the grooves, and the ends of the head sections protrude from the front side. The electronic device placement rack according to claim 4, wherein the second connection portion of the bearing unit is further provided at the junction between the support body and the main board body, the support body has a plurality of corresponding to the second connection portions And the U-shaped notch is formed, the clamp of the adjusting member is inverted U-shaped, and has a connecting portion relative to the main board body along the first axis, an extending portion spaced and opposite to the connecting portion, and a The turning part intersectingly connected between the connecting part and the extending part, the second The connecting portion is also provided at the junction of the extending portion and the turning portion. The extending portion has a plurality of U-shaped notches corresponding to the second connecting portions. The electronic device placement rack according to claim 3, wherein the main board body of the carrying unit further has a long groove communicating from the front side toward the guide groove and extending along the first axis, the sliding of the adjusting member The rod has a U-shaped groove, an elastic piece defined by the U-shaped groove, and a protrusion protruding from the elastic piece, and the protrusion is slidably extended in the long groove. The electronic device placement rack according to claim 7, wherein the positioning member of the carrying unit further has two positioning blocks convexly provided on the rear side and extending along the first axial direction, each of the positioning blocks has a The first axially extending and wavy contact surface.

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