TW201041356A - Cradle for handheld electronic device - Google Patents

Abstract

A cradle for a handheld electronic device including a base, a carrier module, a push module, a USB connector and a push-push module is provided. The carrier module is disposed on the base, and has a containing space. The push module is disposed under the carrier module, and the USB connector is disposed at the bottom of the carrier module. The push-push module is disposed between the push module and the base, and links the held electronic device pushes the push module so that a connecting port of the handheld electronic device is connected with the USB connector and the push-push module is in a locked state. After the handheld electronic device is forced to push the push module along a putting direction once again, the push-push module is in an unlocked state so that the push module pushes the handheld electronic device against the putting direction, and the connecting port and the USB connector are separated.

Description

l J 6-0-TW 30344twf.doc/n 201041356 VI. Description of the invention: [Technical field of invention] The invention is a kind of hand-held electronic device = related to - kind of electron-emitting equipment The carrier for material transfer and power supply. Electronic technology [prior art]

O 〇 ΐ ;; ===: The hand held and operated by the electricity can be carried with you. At present, the common material holds the weight of the user, the multimedia player, and the personal digital assistant 5 device t such as a mobile electric game machine and a hand-held satellite guide wire. The upper computer and the palm type are provided by the rechargeable battery in the # sub-device required for the handheld electronic device, and the user can directly replace the charge== also store the power for charging when the hanging type is finished by the hand-held type. . In detail, the user can hunt the rechargeable battery by charging the base end of the rechargeable battery from the end (mastering) to the bottom of the battery. One of the connected states (public connection, if the handheld electronic through-clamping electronic device can be used by the base: computer for data transmission, hand (USB Cable ASsembly) to complete the work = universal sequence bus line level stream line group Connected to the computer, the base can be plugged into the base by the universal serial sink connector = and the handheld electronic device of the handheld electronic device can be connected to the computer: the original - the end - to make the Dingbei枓Transfer (such as updating the latest 201041356 HTC097116-0-TW 30344twf.d〇c/n calendar, contact information, photo storage, etc.). When the bain is transferred or the charging is completed, the user needs to use the handheld electronic device. (10), in order to make the data transmission or power replenishment uninterrupted, the handheld electronic device is designed to be firmly coupled with the base. Therefore, the handheld electronic device f can be separated from the base by a large external force. The user must use both hands to grasp the handheld electronic device and the base separately, and place the hand-held electronic device from the bottom of the stomach, so that the handheld electronic device can be separated from the base. In today's industry, the problem is solved by increasing the weight of the base, but it still cannot be effectively improved. [Invention] (4) Providing a bracket for r kinds of handheld electronic devices, which can be used in early hand (4) The electronic device is separated from the cradle. 斗·本毛 proposed a cradle for hand-held electronic devices in the month of 0. Handheld=sub-device has a connection 埠. The bracket of the handheld electronic device includes a ^du; The component is a push-top assembly, a smart joint and a push-on piece Ϊ PUShm〇dUle). * The carrier assembly is assembled to the base and the valley space is used to house the handheld electronic device. There are fewer strains on the load bearing assembly - opening. The ejector pin is movably disposed on the carrier set 屮5 and has at least the H top pin protruding through the corresponding opening: in the work space. The USB connector is placed at the bottom of the carrier assembly and is placed in the valley. The push-on component is disposed between the ejector assembly and the pedestal 201041356 ni^7, ll6-°-TW 30344twf.doc/n, and the sub-assembly and the push-top assembly are linked to each other when the handheld electronic device is placed along a placement The accommodating space, the handheld electronic device pushes at least the top lock toward the accommodating space outside the machine' to connect the slightly USB connector and drive the push-fit component f to lock the card state to store an elastic potential energy. After the handheld electronic device re-pushes the component along the placement direction, the push-on component is disengaged from the lock state and releases the elastic potential energy, so that at least the top pin pushes the handheld electronic device against the placement direction and enables The port is separated from the USB connector. o o In the embodiment of the invention, the push-on assembly comprises an elastic member, a guiding member and a lever member. The elastic member is disposed between the ejector assembly and the base for generating elastic potential energy. The guide member has a guide groove and is disposed on the base. The rod member has a first end and a second end, wherein the first end is pivotally connected to the ejector assembly, and the second end has a system and is green in the guide groove. In the embodiment of the invention, the movement of the guide pin defined by the guide groove is a light-hearted 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 two junctions of the first-f curve path and the first curved path respectively form a -th-tip and a second-largest cymbal and are opposite to the first tip in the opposite direction of the placement direction. When the handheld electronic device is placed in the placement direction (four), the guide pin is moved from the t-tip along the i-th path to the second end, so that the push-on component is locked to the lock n. After the hand-held electronic device re-pushes the ejector assembly along the rich position, 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 the embodiment of the present invention, the elastic member is a twisted bobbin, and has two supports (four) and a fulcrum of the two cut ends. Two squad 7 201041356 xiiouy/i ιο-υ-TW 30344twf.doc/n Rely on the ejector assembly, and the fulcrum is placed on the pedestal. In the embodiment t of the invention, the base has a holder, and the carrier assembly is detachably assembled to the fixing portion. In the embodiment, the outer surface of the above-mentioned carrier assembly has a latch portion, and the clamping portion has a second latch portion corresponding to the first latch portion, and the carrier assembly is provided by the first A combination of a buckle portion and the second buckle portion is fixed to the clamping portion. In an embodiment of the invention, the first latching portion includes at least a plurality of resilient arms, and each resilient arm has a projection corresponding to the at least one recess. In the embodiment, the bracket of the above-mentioned handheld electronic device - the more arm is in the = two real two = the _ piece has at least - a part of the month - in the embodiment, the above-mentioned release component has a top Out. The ejector part bears on the bearing component, the solution: the bottom of the buckle and the bottom of the r: the second =: the bevel, the piece, and the one piece of the package is included in the base. In one embodiment of the invention, the above-mentioned connector is connected to the board, and the circuit board is electrically connected to the plug. When the connection is made to be connected to the USB connector, the hand-held device is coupled to the socket assembly, and the circuit board on the base is used to subscribe to power transmission or data transmission. In the embodiment of the invention, the hand-held electronic device further includes a cushion spring. Reduce the frame between the o o component and the bracket. </ RTI> disposed on the connector based on the above-described, the cartridge type of the hand-held electronic device of the present invention provides the slingable energy, so that the ejector can only press and hold the carrier on the carrier to separate from the carrier. . The hand-held electronic device is described in the following examples, and the drawings are described in detail below. Bu Wen 4 inch [Implementation] Figure! It is a schematic of a hand-held cradle according to an embodiment of the present invention. Please refer to Figure j, the power supply charging bottom temple for the plug-in and wood electronic device 10; f or the base device H) with power supply charging and data transfer wheel has a connection 埠12 (mother connector), and The back of the power-on garment 10 can bear against the inner wall surface of the bracket just 9 201041356 mcuy/no-u-TW 30344twf.doc/n, so that the handheld electronic device can be used for power transmission or data transmission. Or the power and data peers (10) In this implementation, the handheld electronic device 10, for example, is not limited to the limits of the action. ^, an electronic device such as a multimedia player, a personal digital assistant, a portable electronic product of the ball ^= machine: ί: The cradle 100 of the present invention is used. JJ circumference frame: == explosion = load = one _, support l3 〇 t 140 and Ϊ Ϊ Ϊ Ϊ Ϊ 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 组装 ' ' ' ' ' Electronic device 10. The one pusher assembly 150 is disposed between the pusher assemblies 13' and interlocks with the pusher assembly 130. In the present embodiment, the carrier 12 is loaded. The two top pins 132 are respectively located under the condition that the brain joint (10) protrudes to the open hole m corresponding to the bearing member 12G according to different forms or circumstance, and can be rooted (m)m. With the structural design of the sub-device 1Q, the technical person in the field can change the aforementioned connector group 12〇=_, which is practical. &amp; Field Hand-held tortoise device 1〇 along the -allowing room 122 and Yao frame (10) when combined 10 201041356 , .... ...,"6-0-TW j〇344twf.doc/n The lock 132 is moved outwardly of the accommodation space 122 to allow the connection device 140 to be coupled. When the user wants to separate the handheld electronic device 10 from the cradle 100, it is only necessary to cause the slamming electronic device 1Q to be pressed down along the placement direction A, and the push-on component of the cradle 100 15 〇 can provide the power of the handheld electronic device 10 and the opposite direction of the placement direction A to enable the handheld electronic device 1 轻易 to be easily separated from the cradle 1 ,, thereby solving the handheld electronic device 1G and the conventional 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. 3 is a guide groove and a lever member of a push-on assembly according to an embodiment of the present invention. Referring to Figures 2 and 3, in the present embodiment, the push-fit assembly (10) may include an elastic member 152, a guide member 154, and a lever member 156. The elastic member 152 is disposed between the ejector unit 13 〇 and the susceptor 11 , for generating elastic potential energy. The resilient member 152 is, for example, a twisted cyanine and has two index ends 152a, 152b and a fulcrum 152c between the two support ends 152a, 152b. The two support ends 152a, 152b respectively bear against the push-up assembly 13b, and the support points 152c are disposed on the base 110. Therefore, the ejector assembly 13A can be abutted against the bottom of the carrier assembly 12 by the ejector of the elastic member 152, 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 unit 130 can also reciprocally move relative to the pedestal 10 by the elastic restoring force of the elastic member 152. In the present embodiment, the guide member 154 may have a guide groove 154a and be disposed on the base 110. For ease of explanation and to make the drawings clearer and easier to understand, the guide grooves 154a are indicated by broken lines. The rod 156 has a first end 15 such as 11 201041356

Hicuy/no-u-TW 30344twf.doc/n and a second end 156b, wherein the first -# 156a is pivotally connected to the ejector assembly, and the first end 156b has a guide pin 156e, which is slidably disposed in the guide slot Inside the coffee. In detail, the shape of the guide groove l54a of the present embodiment is, for example, a heart shape. Therefore, the sliding path provided in the guide groove (10) (10) is substantially a heart-shaped path 155 °, and the heart shape of the embodiment is a left-right symmetrical type, but may also be a type 156c. The path sequence of movement within the guide groove 154a. Sodium

The ~-shaped path 155 can be roughly divided into a left-right side - a _^ curved path control 155a and a second curved path (10). The first connection of the first curved path and the second curved path 155b forms a first tip 155c and a second tip 155d, respectively. The first tip i55c and the second tip 155d are oriented in the opposite direction to the placement direction A. Since the elastic member M2 pushes up the top pushing assembly 13〇, when the elastic member 152 is not subjected to the initial force, the guiding lock 156C will be located at the position of the first tip 35, and the pushing member 130 will be the elastic member 152. The upward thrust is at the top.

The combination and separation of the handheld electronic device 1G and the carriage (10) will be described in detail below. 4 to 6 are flow charts of the prior art in which the handheld electronic device is first combined with the cradle. Wherein, the right side edge of the drawing of Figs. 4 to 6 shows the relative positional relationship between the guide groove of the push-fit assembly and the rod. Referring to FIG. 2, FIG. 3 and FIG. 4, when the user enters the handheld electronic device 1 into the accommodating space 122 along the placement direction A, the handheld electronic device &amp; 156c moves downward and causes the ejector set = 130 to compress the elastic member 152. The guide pin 156c is moved from the first tip 15 brother to the critical position i55e along the disciple track 155a. 12 201041356 m^uy/u6-0-TW 30344twf.doc/n Please refer to FIG. 2, FIG. 3 and FIG. 5, respectively, when the user's hand leaves the hand-held electronic device 10 (ie, the external force pressed downwards) When it 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 between the critical position 155e and the second tip 155d is approximately equal to the distance between the handheld electronic device 1A and the ejector unit 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 10 from the base 110, the user again applies an external force to the handheld electronic crack 10 along the placement direction A. That is, after pushing the top push group again; 130, the guide pin 1S6c will move from the second tip 155d and along the second curved path 155b to another critical position 155f. At this time, when the user's hand leaves the hand-held electronic device 1 (ie, the outward force disappears), then the 'guide pin 15^ can be restored from the critical position 155f by the elastic potential of the elastic member 152. The first tip 1S5c, which in turn causes the push-on assembly to be in a locked 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, after the handheld electronic device 10 pushes the push-up assembly 130 again along the placement direction A, the push-on assembly 150 will be disengaged from the lock state and release the elasticity. Potential energy. The guide pin can be used to move the ejector assembly 130 against the placement direction A by the lever member 156. Therefore, the top pin 132 protrudes again against the placement direction A into the accommodation space 122, and pushes the hand-held electronic device 1 〇 to separate the connection 埠 盥 joint assembly 140. Therefore, by pushing the component 150, ^201041356 ϋ. ι /ιι o-u-TW 30344twf doc/n is more time- and labor-saving when the handheld electronic device 10 and the cradle 100 are separated. In addition, in order to enable different sized handheld electronic devices 10 to be compatible with the cradle 100 of the present invention, the present invention further provides a replaceable carrier assembly 120 for accommodating different sized handheld electronic devices. Figure 7 is a schematic illustration of the carrier assembly separated from the base. Referring to FIG. 2 and FIG. 7, in the embodiment, a fixing portion ι can be built in the base 丨1〇. And the load bearing assembly 120 is detachably assembled to the fixing portion 112. In detail, the outer side surface of the load bearing assembly 120 may have a first snap portion 126, and the fixed portion 112 has a second snap portion 112a corresponding to the first snap portion 126, and the load bearing assembly 12 can be borrowed The first hooking portion 126 and the second latching portion 112a are coupled to each other and fixed to the fixing portion 112. In the present embodiment, the first latching portion 126 is, for example, a recess, and the second latching portion 112a is, for example, a resilient arm, and the resilient arm has a projection U2b corresponding to the recess. Of course, in other embodiments, the component ι] is carried. It is also possible to have a plurality of grooves, and the fixing portion 112 has a plurality of elastic arms, and the elastic arms have projections 12b corresponding to the grooves, and the present invention is not limited to the number of grooves and elastic arms. In addition, in order to facilitate the removal of the carrier assembly 120 from the fixed portion 112 to replace the load-bearing group of the handheld electronic device 1G of other sizes, the carrier assembly of the present embodiment may further include a release assembly 16A. The release group=160 is slidably disposed on the base 11〇, and can be used to release the combination of the first buckle portion and the younger buckle portion 112a. In detail, in the present embodiment, the release assembly 160 can have two arms 162 and two ejector portions 164. The arm 162 is extended toward the second buckle portion, nS 14 201041356 ^ f

Xi. X \^/\J7 / A 16-0-TW 30344twf.doc/n 16G ' is such that the release of the i6 arm 162 pushes the end of the second hook portion U2a. Since the fixing portion is on the outer surface of the carrier assembly 12G, when the branch f(6) pushes the second=: portion, the end of the second moment is the end of the second fastening portion ma with respect to the bearing assembly no toward the accommodating space m. The micro-elastic opening can further release the clamping of the first fastening portion 126 by the two fastening portions 112a. In addition, the ejector portion 164 bears against the load bearing assembly m

O

When the first release portion 164 is released from the fixed portion 112, the ejector portion 164 can be released from the fixed portion 112. In the present embodiment, the ejector portion 164 may have a bevel _, and the bottom of the carrier assembly 120 may have a corresponding convex i28 corresponding to the slanted surface, and the new bump 128 is turned to the inclined surface 164a. The ejector portion 164 pushes the carrier 128 of the carrier assembly 12 by the slanting coffee to push the carrier assembly 12 (&gt; away from the solid portion 112. Thus, the carrier assembly m can be easily separated from the susceptor (10). The user can place another suitable carrier component 12 〇 down on the fixing portion 112 to accommodate another handheld electronic device 1 . Further, the protrusion 112 b of the second opening portion U2a can have The guiding surface is such that the bearing assembly 12 is pushed into the fixing portion 112 in a labor-saving manner. In the embodiment, the joint assembly H1 is disposed in the base 11〇, and may include a plug M2 and a circuit board. 144, and the carrying component 12 is disposed at the bottom thereof, and the plug component 129 corresponding to the plug 142 is disposed, and the socket component 129 is electrically connected to the USB connector 140. When the carrier component 12 is coupled to the base 110, ', σ δ The plug 142 is inserted into the socket assembly 129. Therefore, 15 201041356 iJ i uuy / i, 0-u-TW 30344twf.doc/n is wide-handed, electronic, and the connection 埠 12 is connected to the coffee connector. The handheld electronic device 1 can be coupled to the socket assembly 129 by the plug i42 and to the circuit board 144 on the base u Electrically connected for power transfer or data transfer. Of course, in other embodiments, the connector assembly 141 and the socket assembly 129 are interchangeably interchangeable. As long as the handheld electronic device is coupled by the plug 142 to The socket assembly 129, and the function of the circuit board 144 to the power transmission or data transmission, are within the scope of the protection of the present invention. In the present example, the bracket (10) may further include a shock absorbing spring door. t is disposed in the joint assembly 141 and the rack 0 to push the circuit board 144 against the load bearing assembly 120, so as to be enough for the hand-held bribe 1. and the base no::, more firmly connected to the socket The assembly 129 is either responsive to the appropriate position to be engaged with the receptacle assembly 129. # In summary, the handle of the handheld electronic device of the present invention = the elastic potential provided by the assembly, so as to facilitate the use of: Just press the handheld electronic device on the bracket =. This: In order to make the hand of different sizes::, the invention is designed to be a replaceable load. Device., although the invention has been The embodiment is as disclosed above, but it is not limited to any of the technical fields of the art, and is not within the spirit and scope of the present invention. While the scope of the invention can be modified, the scope of the invention is attached, and therefore, the present invention is a schematic diagram of a handheld type according to an embodiment of the present invention. Figure 2 is an exploded view of the bracket of Figure 1. Figure 3 is a guide and lever of the push-on assembly of the present invention. Flow = to Figure 6 is a schematic diagram of the handheld electronic device being first combined with the carrier and then separated. Figure 7 is a schematic view of the carrier assembly separated from the base. [Description of main component symbols]: Handheld electronic device 12: connection port 100: bracket 110 • base 112: fixing portion 112a. second fastening portion 112b. protrusion 120: bearing assembly accommodation space opening 126: ~~~^扣部17 201041356^ η ii 11o-kj- FW 3〇j44twf.doc/ii 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 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 18 201041356

.6-0-TW 30344twf.doc/n 160 : Release assembly 162 : Arm 164 : Ejection 164a : Bevel 170 : Damping spring A. Placement direction

19

Claims (1)

201041356 30344twf.doc/n VII. A patent scope: a handheld electronic cradle sub-device; a-connected bee, a bracket of the handheld electronic device; a carrier assembly, assembly In view of the above, the age-bearing member has a space for accommodating the handheld electronic device, and the bottom has at least an opening; a hidden and sloping S 兮 drag: a ejector assembly movably disposed on the carrier assembly Bottom, and to the bottom of the load bearing assembly, and protruded from the 兮 = ' 式 组件 组件 组件 p p , , = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = The r-top lock moves toward the outside of the accommodating space=elastic potential energy, and when the handheld electronic device is along the ==re-topping component, the push-on component two accesses release the elastic potential energy to make the at least one The top lock reverses the separation of the head. _ 钱 money sub-device, and the splicing and the splicing hand-held electronic device - 20 lo-O-TW 30344twf.doc / n 201041356 elastic member, is disposed between the ejector assembly and the pedestal, The guide member has a guide groove and is disposed on the base; and the upper rod has a first end and a second end, the first end is pivotally connected to The second pusher assembly 'and the second end has a guide lock, which is slidably disposed in the guide groove. o O 3. For the bracket of the holding electronic device of the second item of the full-time application, the movement path of the guide pin defined by the guide groove is a heart-shaped path, and the heart-shaped path can be divided into a first curved path and a second curved path on the left and right sides, the two connecting portions of the first curved path and the second curved path respectively form a first tip and a second tip, the first tip and the first tip The second tip is opposite to the direction of the placement direction. When the handheld electronic device enters the accommodating space along the placement direction, the two guide pins are moved by the first tip along the first-curve path. The second tip is pushed to reach the state of the needle, and when the hand-held electronic device is placed, the guide pin is detached from the first component: the card:: The road is back to the 5th Haidi-tip, so that the push-on frame, L, as claimed in the second paragraph of the patent scope, the hand-held electronic farm support is a torsion spring with two support ends. Located in the two and the fulcrum is placed in the seat: Do not rely on the push-up assembly 'frame, Fan (4) 1 item The holder of the device is detachably fixed by a fixing portion (Calc. 21 201041356 TW 30344 twf. doc/n 6. The hand holder according to claim 5, wherein the holder of the sub-device on the outer side surface of the carrier assembly has a fixing portion Corresponding to the latching portion of the first latching portion, the carrier assembly is fixed by the first latching portion and the second latching portion, and is fixed to the fixing portion. The first-clip portion includes at least a groove, and includes at least a resilient arm, and each of the elastic arms has a protrusion on the elastic arm. _ The first excerpt of the hand-held electrical frame 'further includes a release assembly that is slidably disposed on the base for releasing the combination of the buckle portion and the second buckle portion. The bracket 2 of the handheld electronic device, wherein the release assembly has at least one arm, the at least one arm extending toward the second buckle portion for pushing the second buckle portion and releasing the The first buckle portion is clamped to the first buckle portion. 10. The hand-held battery according to claim 8 a bracket of the device, wherein the release assembly has an ejector portion that bears against the carrier assembly for releasing the combination of the first buckle portion and the second buckle portion, by the ejector portion The carrier assembly is pushed away from the fixing portion. The bracket of the handheld electronic device of claim 10, wherein the ejector portion has a sloped surface and the bottom portion of the load bearing assembly has at least one bump. Relying on the bevel. 12. The holder of the hand-held electronic device according to claim 1 is 22 ιο-Ο-TW 30344twf.doc/n 201041356, wherein the base further comprises a connector assembly, the punch And the carrier component includes - and: = socket. Insertion of an electrical connection. As claimed in the scope of claim 12, wherein the connector further includes a circuit board, the electric=== the joint, the scale is correspondingly connected to the socket The component 'and interfaces with the base broadcast head to power transmission or data transfer. The H-channel board is connected to the bracket, and the second (4) and the second unit of the jack-type electronic device, the cushion spring, is arranged in the splicing spring and the bracket. between. Straight % and pick up twenty three