TWI378707B - Cradle for handheld electronic device - Google Patents

Description

1378707 HTC097116-0-TW 30344twf.doc/n VI. Description of the Invention: [Technical Field] The present invention relates to a hand-held electronic device relating to a hand-held electronic tape holder, and special device information Transmission and power supply racks. & Providing Handheld Electronics [Prior Art] Handheld electronic devices are devices that allow the user to hold the device by hand ’ and have a smaller >|* and a ± temple and 彳

Πw product and lighter weight, so that I can carry it with you. Currently, there are common handheld electronic users, multimedia players, and personal digital assistants: for example, a mobile game console and a handheld satellite navigator. Dust computer, palm type Because the power required by the handheld electronic device is provided by the rechargeable battery, the coffee is charged. In detail, the user can set =, the battery r-end (female connector) can be inserted into the power supply of the base = the end = the main battery to charge the rechargeable battery. ^ (A, in addition, if the handheld electronic device and the holding electronic device can be connected by the base: π, the hand-cranked Cable Asse_y) to complete the work: wide universal sequence bus line group flow, pro The base can be connected to the computer through the universal serial port, the spring group, and the power connector of the source connector can be inserted into the base 2!:: the handheld electronic device can be placed on the time so that And the electric knowledge into the poor material transmission (such as the latest update 1378707 HTC097116-0-TW 30344twf.doc/n calendar, contact information, photo storage, etc.). When the feed is transferred or the charging is completed, the user needs to remove the handheld electronic device from the base. However, in order to make the data transfer or power replenishment, the handheld electric payment and the base are usually designed to be firmly knotted, so the electronic device of (10) needs to be separated from the base by the external force of the joy. The hands and the secret electronic device and the electronic holding device are removed from the base to separate the hand-held mount. So it is quite expensive in use. Nowadays, the industry has increased the weight of the bottom to solve the problem, but it still cannot be effectively changed. [Inventive content] The bracket for the hand-held electronic device can be used for the use of the secret electronic device and the bracket. Separation. a base, a load bearing assembly, a push top assembly, - a). Carrying the evening two == - Ma Department J1' handheld electronic device. The carriage of the Kyoko I-supporting component (4) 1 small hand-held t sub-device has a connection port. The bracket of the handle electronic device includes - under the piece and has at least

= Yes = - Opening. The push-up assembly can be moved to the second Z-pin. The top pin is interlocked by the corresponding opening protrusion 1378707 HTC097116-0-TW 30344twf.doc/n. When the handheld electronic device enters the valley space along a placement direction, the handheld electronic device pushes at least one pin toward the space, and moves outside the space to make the connection port and the USB connector, and pushes the component to the lock. Card status to store - elastic potential. After the hand-held electronic ίί pushes the top pushing component again in the placement direction, the push-on component disengages from the lock state and releases the elastic potential energy, so that at least the top pin pushes the read electronic device against the placement direction, and Separate the joint and the joint. In the present invention, the above-described underwriting member includes - an elastic member, a material member, and a rod member. The elastic member is disposed between the ejector assembly and the base for generating elastic potential energy. The guiding member has a guiding slot and is configured with an end, wherein the first end is on the base. The rod member has a first end and a first w-hole, and is not pivotally connected to the pusher member and the second end has a guide pin, which is slidably disposed in the guide groove. In one embodiment of the present invention, the guide groove is The defined movement of the guide pin is a 1-shaped path. The heart-shaped path can be divided into a first curved path on the left and right sides and a second curved path. The first curved path and the two joints of the first curved path form a "first" tip and a second end, respectively. The first tip and the second tip simultaneously face the opposite direction of the placement direction. When the handheld electronic device enters the accommodating space along the placing direction, the guide pin moves from the first tip to the second tip along the first-curved path, so that the push-on component reaches the locked state. After the hand-held electronic device re-pushes the ejector assembly along the placement direction, the guide pin is returned from the second tip along the second curved path to the first tip, disengaging the push-on assembly from the locked state. In an embodiment of the invention, the elastic member is a torsion spring and has two supporting ends and a point between the two supporting ends. The two ends 1378707 HTC097116-0-TW 30344twf.doc/n are respectively supported by the push-up assembly' and the fulcrum is arranged on the base. In an embodiment of the invention, the base has a holder and the carrier assembly is detachably assembled to the fixed portion. In an embodiment of the present invention, the outer surface of the upper end bearing assembly has a first fastening portion, wherein the k-hold portion has a % corresponding to the first fastening portion and the second fastening portion, and the carrier assembly The first fastening portion is coupled to the second fastening portion and is fixed to the clamping portion. In an embodiment of the invention, the first fastening portion includes at least one groove, and the second fastening portion includes at least one elastic arm, and each of the elastic arms has a corresponding one of the at least one groove Raised. In an embodiment of the invention, the bracket of the handheld electronic device further includes a release assembly. The release assembly is slidably disposed on the base, and a buckle portion is coupled to the second buckle portion. Release In one embodiment of the invention, the release assembly described above has at least an arm. The arm extends toward the second latching portion for pushing the second latching portion and releasing the clamping of the first latching portion by the second latching portion. σ In one embodiment of the invention, the release assembly described above has an ejector portion. The ejector portion bears the bearing member for releasing the bearing member_fixing portion by the (four) portion at the same φ of releasing the combination of the first yoke portion and the second shackle portion. In an embodiment of the invention, the ejector portion has a sloped surface, and the bottom of the load bearing assembly has at least one protrusion that bears against the slope. In an embodiment of the invention, the base further includes a connector assembly, and the connector includes a plug, and the carrier assembly includes a jack that is electrically coupled to the USB connector. ^0/ HTC〇97U6-〇-TW 30344tw, doc/π board in the 'supplied contact piece also includes - electric sub-and 2-way board system and plug electrical connection connection 埠 corresponding to the USB connector The 2-wire electronic device is coupled to the socket assembly by a plug, and can be used for power transmission or data transfer. The circuit board is electrically connected. In an embodiment of the present invention, the method further includes: a shock absorbing spring (between the bracket assembly of the cushi〇 device and the bracket. Png), the yellow material is disposed on the joint based on the above, and the present invention is The elastic potential energy provided by the hand-held electronic mounting assembly is set to push the second = push away. Therefore, the user only needs to press the H-type sub-device located on the cymbal to separate the electronic device from the cradle. In the case of the electronic device, it can be more obvious and easy to understand. Only the example of her is described in detail with the accompanying drawings. [Embodiment] The electronic device is suitable for handheld type = a base having both power charging and data transmission. 4= The garment 10 has a lining 12 (female joint), and the cymbal 12 is correspondingly coupled to a USB connector 14 〇 (the male connector 'for example, (4) or the hall (7) Cong), and the back of the handheld electronic device 1G can be Rely on the bracket (10) 1378707 HTC097116-0-TW 30344t\vf.doc/n = inside 'the wall' to make the handheld electronic device t. In the present embodiment, the handheld electronic device 1 is, for example, a mobile phone, but the present invention can only be limited for action by means of the carrier _ "for power transmission or data transmission or power and data transmission." Telephones. Other hand-held electronic devices such as multimedia players, personal digital assistants, global positioning, portable electronic products for handheld computers and handheld game consoles, all use the bracket 100 of the present invention. Figure 2. Figure Explosion diagram of the bracket of 1. Refer to Figure i30, - USB connector (10) and push-pull (push) (:), the middle 'bearing assembly 12 is removably assembled to the base 11 The accommodating space 122' is for accommodating the handheld electronic device (7). The two-piece assembly 150 is disposed between the ejector assembly 130 and the pedestal 110 and is in conjunction with the ejector assembly 130. 12G - bottom has two openings * = component 130 is movably disposed below the carrier group 20

, 'and /, -阙132. The top pin 132 is divided into the USB opening on the carrying member 12Q corresponding to the opening i24 caused by ^ 1 122, in the implementation of the situation, the root (four) ^ type of money handheld electronic device 1G structure In design, the instructor can change the position of the aforementioned joint assembly 140 formed on the load bearing assembly 120 to meet actual needs. Asked the 122 field Iff ^ sub-device 1 进入 along a placement direction A into the accommodation space, when the 33-touch combination, the handheld electronic device X 10 will push the top 10 1378707 HTC097116-0-TW 30344twf.doc/n pin 132 is facing the accommodating space 122 々 k Λ Ί Ί • The piece 140 is combined. Externally moving to connect the port 12 to the connector set • The user wants to distinguish the handheld electronic device U) from the carrier by using the one hand to place the handheld electronic device 10 along the placement direction; 虔, 托(四)0 The push-on component 150 provides a hand-held electronic cymbal: 10 and the opposite direction of the placement direction, so that the handheld electronic device can be easily separated from the cymbal (10), thereby solving the handheld electric device and conventional knowledge. The problem that the bracket is not easy to separate. The manner in which the push-fit assembly 150 is actuated will be described in further detail below. (Picture 3 is a guide groove and a lever member of the push-on assembly of the present invention - embodiment. Please refer to FIG. 2 and FIG. 3 'In this embodiment, the push-on component is - - elastic member 152, - The guiding member 154 and a rod member 156. The elastic member 152 is disposed between the ejector assembly 130 and the base 11 , for generating an elastic potential energy. The elastic member 152 is, for example, a torsion spring and has two side ends. 152a, 152b and a point 152c between the two supporting ends 152a, 152b. The two legs 152a, 152b respectively bear against the ejector assembly no, and the fulcrums 152 〇 are disposed on the base 110. The component 13A can be restrained by the ejector of the elastic member 152 at the bottom of the carrier assembly 12, and the top pin 132 of the ejector assembly 130 can protrude through the opening 124 into the accommodating space 122. On the other hand, the ejector assembly 130 can also be reciprocally moved relative to the base 11 by the elastic restoring force of the elastic member 152. In the present embodiment, the guide member 154 can have a guide groove 154a and is disposed on On the base 110. For convenience of description and to make the drawing clearer and easier to understand, the guide groove 154a is indicated by a broken line. There is a first end 156a 11 1378707 HTC097116-0-TW 30344tw<f.doc/n and a second end 156b, wherein the first end 156& is pivotally connected to the ejector assembly 130 β and the 一 156b has a guide pin 156c 'Sliding in the guide groove 154a. In detail, the shape of the guide groove 154a of the present embodiment is, for example, a heart shape. Therefore, the movement path of the guide pin 156c that is slidably disposed in the guide groove 154a is substantially a ~-shaped path 155. The heart shape shown in this embodiment is a left-sided, symmetrical pattern, but may also be a type of no (four), and further controls the path sequence of the movement of 156c in the guide groove 154a. Wide. The opening/path 155 can be approximated. The upper portion is divided into a first curved road and a second curved path 155b. The two connecting portions of the first curved path 155a and the meandering path l55b respectively form a first tip 155c and a second tip 155d. The first tip (5)c and the second tip (10) simultaneously face the opposite direction of the person in the placement direction. Since the elastic member will push the top member 13〇 to the top, the first "di" guide pin 156c is not applied to the elastic member 152. Will be located at the position of the first tip 155c, and the ejector assembly 130 will be embossed 152 The top thrust is located at the top. The following is a more detailed description of the combined virtual separation mode of the handheld electronic device 10 and the bracket 1 。. FIG. 4 to FIG. 6 are the flow of the combined electronic device frame and then separated. Fig. 4 to Fig. 6 shows the relative positional relationship between the guide groove and the rod member of the pushing member. Fig. 2, Fig. 3 and Fig. 4, when the user will hold the hand When the electronic device moves into the accommodating space 122 along the direction A, the handheld electronic device ι drives the ejector assembly 130 and the guide pin to move downward, and the ejector is _ elastic member 152. The guide pin 156e will move from the first-tip shirt along the curved path 155a to a critical position l55e. 12 1378707 HTC097116-0-TW 30344twf.doc/n Please refer to FIG. 2, FIG. 3 and FIG. 5, when the user's hand leaves the hand-held electronic device 1 (ie, when the external force of the downward pressure disappears) That is, when the guide pin 156c is at the critical position 155e, the guide pin 156c can be moved to the second tip 155d by the elastic potential of the elastic member 152. At this time, the push-fit assembly 150 reaches a lock state and stores the elastic potential of the elastic member 152. The vertical distance h from the critical position 155e to the second tip 155d is approximately equal to the distance between the hand-held electronic device 1A and the ejector assembly 130 in the above-described lock state. Referring to FIG. 2, FIG. 3 and FIG. 6, when the user wants to separate the handheld electronic device from the base 110, the user applies an external force to the handheld electronic device 10 along the placement direction A. That is, the push-up assembly 130 is again pushed again - after that, the guide lock 156e moves from the second tip 155 to the other critical position 155f along the second curved path 155b. At this time, when the user's hand leaves the hand-held electronic device again (ie, the outward force disappears), then the guide pin 15& can be restored from the critical position f 155f by the elastic member 152 (four) potential energy. A tip l55c, in turn, disengages the push-on assembly 150 from the lock t state, and the handheld electronic device 10 can be separated from the base 110. Referring to FIG. 1, FIG. 2 and FIG. 3, in brief, when the handheld electronic device 1 再 pushes the ejector assembly 13 再 again along the placement direction A, the push-type group t 15G will be out of the lock state ‘ And release the elastic potential energy. The guide pin 156c= can be driven by the material 156 to move the ejector assembly 13 () against the placement direction a. Therefore, the page 32 will protrude again against the placement direction A to accommodate the empty space _122 and push The top handheld electronic device 10 is such that the connector 12 is separated from the connector and the member 140. Therefore, by pushing the component ϋ user 13 1378707 HTC097116-0-TW 30344twf.doc/n, the hand-held electronic device 10 and the cradle 100 are separated, which is more time-saving and labor-saving. In addition, in order to enable the different sizes of the handheld electronic device 10 to be compatible with the bracket 100 of the present invention, the present invention further designs a replaceable bearing assembly 120 for accommodating different sizes of the handheld electronic device 1 ( ). Figure 7 is a schematic illustration of the carrier assembly separated from the base. Referring to FIG. 2 and FIG. 7, in the embodiment, the base Π0 can be internally provided with a fixing portion 112, and the carrier assembly 120 is detachably assembled to the fixing portion 112. In detail, the outer surface of the component 120 may have a first snap portion 126", and the solid portion 112 has a second snap portion U2a corresponding to the first snap portion 126, and the load bearing assembly 12〇 It can be fixed in the fixing portion 112 by the combination of the first fastening portion 126 and the second fastening portion 112a. In the example of the yoke yoke, the first fastening portion 126 is, for example, a groove, and the first buckle portion 112a is, for example, an elastic arm, and the elastic arm has a convex mb on the concave surface. . Of course, in other embodiments, the load bearing assembly 12 is configured to have a plurality of grooves, and the fixed portion 112 has a plurality of elastic arms, and the grooves of the groove and the groove are not limited to the present invention. The member 12G is moved from the fixed portion 112 to the other device. The bracket 100 of the present invention can further include a release assembly 16A. ', and the member 160 is slidably disposed on the base u〇 and combined with the second buckle portion ma. π _ a snap portion 126 arm = and: ΐ: Γ: Γ release assembly 160 can have two, one ejector 4164. The arm 162 extends toward the second latching portion 112 & 1378707 HTC097116-0-TW 30344twf.d〇c/n. The user can press the release member 16〇 to cause the release member arm 162 to push the end of the second hook portion n2a. Since the fixing portion is abutted against the outer surface of the carrier assembly 120, when the arm 162 pushes the second end, the end of the second fastening portion U2a is opposite to the bearing, and the member 120 faces the receiving space 122. The bouncing, and thus the release, of the latching portion 112a for the first latching portion 26 is clamped.

In addition, the ejector portion 164 bears against the carrier assembly 12A. When the component 16G is released to release the first snap portion 126 from the second snap =, the ejector portion 164 can push the carrier assembly 12 固定 away from the fixed 4 112 . In this embodiment, the ejector portion 164 may have a beveled surface, and the bottom of the load bearing assembly 120 may have a bump 128 for the county surface 164a, and the bump 128 bears against the slope 164at) the ejector portion 164 by The beveled pocket = the bump 128' of the load bearing assembly 12'' causes the load bearing assembly 12 to be pushed away from the solid portion 112. So - come, the load bearing assembly 12 () can easily be connected to the base (four)

The user can place another suitable carrier assembly 12 down in the fixed punch 112 to accommodate another handheld electronic device. In addition, the projection (10) of the second card may have a guiding surface to allow the carrier member 120 to push into the fixing portion H2 in a labor-saving manner. In this embodiment, the connector assembly H1 is disposed in the base 11A, and can include a plug 142 and a circuit board 144, and the load bearing assembly 12 can be disposed at the bottom thereof to provide a socket assembly 129 corresponding to the plug 142. And the socket assembly 129 is electrically connected to the USB connector 140. When the carrier assembly 12 is coupled to the base 110, the plug 142 is inserted into the receptacle assembly 129. Therefore, 15 1378707 HTC097116-0-TW 30344nvf.doc/n When the connection port 12 of the field device is connected to the USB connector 140, the handheld electronic device 1 can be coupled to the socket assembly by the plug 142. 129, and electrically connected to the circuit board 144 on the pedestal 110 for power transfer or data transmission. Although in other embodiments the connector assembly 141 and the receptacle assembly 129 and the components thereof are interchangeable, as long as the handheld electronic device can be coupled to the receptacle assembly 129 by the plug 142, and the circuit board 14^

It is within the scope of the present invention to provide for the function of power transmission or data transmission. In addition, in the embodiment of the present invention, the bracket may further include a damper spring 17 〇 reduction flank 170 may be disposed between the joint assembly 141 and the truss 1 用以 to push the circuit board 144 toward the top of the load bearing assembly 12 In order to enable the insertion to be more securely engaged to the socket assembly 129 during the process of joining or disengaging the handheld electronic device 1G with the base m or to return to the appropriate position for the next assembly with the socket assembly 129.

The bracket of the hand-held electronic device of the present invention pushes the electronic device provided by the device by pushing the elastic potential energy provided by the component, so as to facilitate the pressing of the electronic device on the bracket with the handheld electronic device. The device is well-held so that the handheld electronic device and the disk display can be used in order to make the handheld electronic devices of different sizes capable; the cattle frame is compatible, and the invention further designs a replaceable carrier group to make the device Handheld electronic devices of different sizes. New Zealand 1 发 发 发 以 实施 实施 实施 实施 实施 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , doc doc doc doc doc doc doc doc

HTC097116-0-TW [Simple Description of the Drawings] Bracket of Sub-Device FIG. 1 is a schematic diagram of a hand-held electric power according to an embodiment of the present invention. Figure 2 is an exploded view of the bracket of Figure 1.

3 is a guide groove and a lever member of a push-on assembly according to an embodiment of the present invention. 4 to FIG. 6 are a schematic diagram of the handheld electronic device combined with the bracket and then separated. FIG. 7 is a schematic diagram of the carrier assembly separated from the base. [Main component symbol description] 10 : Handheld electronic device 12 : Connection 埠 100 bracket 110 pedestal 112 fixing portion 112a: second fastening portion 112b: projection 120 bearing assembly 122 accommodating space 124 opening 126 first-fastening portion 17 1378707 HTC097116-0-TW 30344t\vf.doc/n 128: bump 129 : socket assembly 130: ejector assembly 132: top pin 140: USB connector 141: connector assembly 142: plug 144: circuit board 150: push-on assembly 152: elastic member 152a, 152b: support end 152c: fulcrum 154: guide Piece 154a: guide groove 155: heart-shaped path 155a: first curved path 155b.: second curved path 155c: first tip 155d: second tip 155e, 155f: critical position 156: rod 156a: first end 156b: Second end 156c: guide pin

Claims (1)

101-9-27 101-9-27 Seven patent application scope: cradle of the hand-held electronic device of the child dream, the hand-held electric, - have - Lian Lin, the handheld electronic device The bracket comprises: a base; a mounting; the assembly is assembled to the base, the carrying assembly has a bottom for receiving the handheld electronic device and the carrying assembly. The cymbal has at least one opening; a push-up member is detachably disposed under the load-bearing component, and has at least - a top pin 'the at least - the top pin protrudes into the accommodating space via the corresponding mortise opening a USB connector disposed at the bottom of the carrier assembly and into the accommodating space; and a push-push module configured to be disposed between the ejector mount and the ejector assembly Linked, wherein when the handheld power enters the space (4) along the placement direction, the handheld electronic device pushes the at least one pin to move outside the accommodating space, so that the connection ▲ 皋 /, 4 USB The joint is coupled and drives the push-on component to a lock state to store the elastic potential energy, and after the handheld electronic device re-infers the push-up member along the j-direction, the subtractive component is disengaged from the Locking the card state and clamping the stray energy so that the at least - reversing the feeding direction of the material electronic device and separating the connecting jaw from the head, wherein the base further has a fixing portion ( Holder), and the carrier component is detachably Attached to the fixing portion, the outer surface of the carrier assembly has a 丄j/o/u/101-9-27 portion, the _ portion having a second carrier assembly corresponding to the first buckle portion The first latching portion and the second latching portion are fixed to the fixing portion. The holder of the hand-held electronic device is configured to be disposed between the ejector assembly and the pedestal for producing a shackle having a guide groove disposed on the pedestal; The second member has a first end and a second end. The first end is pivotally connected; s >t, and ▲' and the second end has a guide pin disposed in the guide slot. The movement path of the guide pin defined by the guide groove in the bracket of the hand-held electronic device described in the second item is substantially a heart-shaped path, and the path can be divided into left and right. a first curved path and a first curved path, wherein the first curved path and the second curved path (four) form a first tip and a second tip, respectively, the first end and the second end Simultaneously facing the opposite direction of the placing direction, when the slanting electronic device enters the accommodating portion along the placing direction, the guiding pin moves from the first tip along the first curved path to the first a second end, the push-on component reaches the lock state, and after the handheld electronic device pushes the push-up assembly again along the placement direction, the guide pin is followed by the second tip along the second The curved path returns to the first tip to disengage the push-on assembly from the locked state. 4. The bracket of the handheld electronic device according to claim 2, wherein the elastic member is a torsion spring having two supporting ends and located at the two 21 丄j / vy / 101-9-27 seats! The support end respectively bears the ejector assembly, and comprises: the card includes at least a groove, and the second buckle portion is concave on the elastic arm Having a holder-clip corresponding to the at least one frame, such as the hand-held electronic device described in the first item of claim 1, and the portion: the pedestal on the pedestal for releasing the frame The second buckle portion extends from the first to the sixth electronic extensions for pushing; the 至少 at least the arm faces the second buckle portion to hide the first-fastening portion, and In the third aspect, the hand-held electronic device of the sixth item is provided. The release assembly has an outlet portion that bears the load bearing assembly and uses the combination of the first buckle portion and the second buckle portion. And pushing the carrier assembly away from the fixing portion by the ejector portion. The hand-held electronic device of the eighth aspect of the present invention has a beveled surface, and the bottom portion of the carrier assembly has at least one bump abutting the bevel. The handheld electronic device of claim 1 includes a connector assembly including a plug-in housing comprising a jack connected to the USB connector. 22 137870/ 101-9-27 frame, patent model _ 1G item service type electronic device support head button ^: The component further includes a circuit board, the circuit board is connected with the USB the handheld money device _ connection scale The hand-held electronic device should be coupled to the handheld electronic device to be connected to the δΛ component as the remaining head, and electrically connected to the circuit board on the pedestal for power transmission or data transmission. τ 12. The truss of the handheld electronic device of claim 1, further comprising a cushion spring disposed between the joint assembly and the bracket. / 23 vyi^o1 八,®